annexure i: (a) program - mvsrec.edu.in · to determine the specific rotatory power of an optically...

ANNEXURE I:(A) PROGRAM

10. Communication: Communicate effectively on complex engineering activities with theengineering community and with society at large, such as, being able to comprehend and writeeffective reports and design documentation, make effective presentations, and give and receiveclear instructions.

11. Project management and finance: Demonstrate knowledge and understanding of theengineering and management principle and apply these to one’s own work, as a member and leaderin a team, to manage projects and in multidisciplinary environments.

12. Lifelong learning: Recognize the need for, and have the preparation and ability to engage inindependent and life-long learning in the broadest context of technological change.

1. Engineering knowledge: Apply the knowledge of mathematics, science, engineeringfundamentals, and an engineering specialization to the solution of complex engineering problems.

2. Problem analysis: Identify, formulate, review research literature, and analyse complexengineering problems reaching substantiated conclusions using first principles of mathematics,natural sciences, and engineering sciences.

3. Design/development of solutions: Design solutions for complex engineering problems and design systemcomponents or processes that meet the specified needs with appropriate consideration for the public health and safety,and the cultural, societal, and environmental considerations.

4. Conduct investigations of complex problems: Use research-based knowledge and researchmethods including design of experiments, analysis and interpretation of data, and synthesis of theinformation to provide valid conclusions.

5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modernengineering and IT tools including prediction and modelling to complex engineering activities withan understanding of the limitations.

7. Environment and sustainability: Understand the impact of the professional engineeringsolutions in societal and environmental contexts, and demonstrate the knowledge of, and need forsustainable development.

9. Individual and team work: Function effectively as an individual, and as a member or leader indiverse teams, and in multidisciplinary settings.

6. The engineer and society: Apply reasoning informed by the contextual knowledge to assesssocietal, health, safety, legal and cultural issues and the consequent responsibilities relevant to theprofessional engineering practice.

8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and normsof the engineering practice.

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BS 101 MT Engineering Mathematics IBS 101 MT.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectorsBS 101 MT.2

Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

BS 101 MT.3 Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solving problems on finding Radius of curvature ,evolutes and envelopes

BS 101 MT.4 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima & Minimafor functions of two or more variables arising in Engineering Problems.

BS 101 MT.5 Solving problems based on vector differentiation and vector integration.BS 102 PH Engineering Physics I

BS 102 PH.1 To understand the basic concept in physical optics like Interference and DiffractionBS 102 PH.2 To understand the polarization phenomena of light and to utilize Laser technology and

Holography technique in various fields of Science and technologyBS 102 PH.3 To gain the knowledge of Optical fibers and Ultrasonics and their engineering applicationsBS 102 PH.4 To understand the basics of Statistical mechanics and its significanceBS 102 PH.5 To understand the basics of Wave mechanics and Electromagnetic theoryBS 103 CH Engineering Chemistry I

BS 103 CH.1 Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

BS 103 CH.2 Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders.

BS 103 CH.3 Identify theimpurities present in water, the problems associated with hard water and utilize theprinciples and techniques involved in water treatment (analysis) to purify water for domestic andindustrial purposes.

BS 103 CH.4 List types of the polymers; explain the influence of chemical structure on properties ofpolymersandthe need for replacement of conventional materials with Polymers in engineeringapplications.

BS 103 CH.5 Classify Lubricants; Refractories, clay products ES 104 CE Engineering Mechanics I

ES 104 CE.1 Analyze a system of planar and coplanar system of forces with forces applied in differentdirections and be able to use the concept of moment of inertia in Civil Engineering Concept ofdifferent structures.

ES 104 CE.2Analyze the equilibrium status of an object by representing the free body diagram of an object.

ES 104 CE.3 Analyze a truss in Two dimensional and three dimensional space.ES 104 CE.4 Use laws of friction to objects and analyze the equilibrium of an object in space.ES 104 CE.5 Find centroids of lines,planes,areas and volumesES 105 CS Computer Programming & Problem Solving

ES 105 CS.1 Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive datatypes, operators.

ES 105 CS.2 Apply concepts of selection statements, loops and functions to write C programs.ES 105 CS.3 Understand the concepts of arrays and apply them to implement searching and sorting

applications.ES 105 CS.4 Understand the dynamics of the memory through pointers and distinguish between call by value

and call by reference; learn concepts of strings.ES 105 CS.5

Understand the concepts of derived data types and write programs on structures and unionsES 105 CS.6 Apply the concepts of file handling operations.MC 106 EG Engineering English

MC 106 EG.1 know the importance of communication, its role and process and use verbal and non-verbalcommunication appropriately

MC 106 EG.2 learn basic grammar and structure of the English language such as Tense and Aspect, Simple,Complex and Compound Sentences, Voice, Direct and Indirect Speech, and Degrees ofComparison

MC 106 EG.3 apply writing techniques to develop a passage, draft an essay, make a précis and constructgeneral reports

MC 106 EG.4 use appropriate idiomatic expressions, one-word substitutes, technical vocabulary, homonyms,homophones, synonyms, antonyms, words often confused and affixes

CIVIL ENGINEERING DEPARTMENT

Course outcomes for all Programme offered by the institution

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MC 106 EG.5 infer information from texts, understand and apply reading techniques and develop visualperception skills

BS 151 PH Engineering Physics lab - IBS 151 PH.1

To demonstrate the phenomena of interference and determine wavelength of a given light source. BS 151 PH.2

To demonstrate the phenomena of diffraction and determine wavelength of a given light source .BS 151 PH.3 To understand the principle of lasers and determine wavelength of a given laser source.BS 151 PH.4 To understand the principle of optical fibers and determine the Numerical Aperture and various

losses of a given fiber.BS 151 PH.5 To verify Malus law of polarization of light.BS 151 PH.6

To determine the specific rotatory power of an optically active substance using polarimeter.BS 152 CH Engineering Chemistry lab - I

BS 152 CH.1 Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

BS 152 CH.2 Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

BS 152 CH.3 Identify and determine hardness causing impurities present in hard water by complexometricmethod.

BS 152 CH.4 Explain causes for carbonate and bicarbonate alkalinity of water andestimatetheir concentrationinalkaline water.

BS 152 CH.5 Estimatequantitatively species like Fe+2, Fe+3, Cr+3, Mn, present in unknown complex mixtures

like ores, alloys by titrimetric methods.ES 153 CE Engineering Graphics I

ES 153 CE.1 Exhibit skill in preparation of drawings with standard lines, dimensioning, scaling as well asunderstanding of basic AutoCAD commands and create simple geometric shapes.

ES 153 CE.2 Analyse the given data for creation of required scale. Analyse the given data on position of pointsand draw projections.

ES 153 CE.3 Evaluate the given data on the position of lines inclined to planes and draw projectionsES 153 CE.4 Visualise the position of two-dimensional objects and draw projection with given data.ES 153 CE.5 Visualise the position of three-dimensional objects with given data and draw projections.ES 154 CS Computer Programming lab

ES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.ES 154 CS.2 Apply concepts of selection and looping statements; and apply concepts of functions to increase

the modularity of the program and re usability.ES 154 CS.3 Apply array concepts to implement different concepts like searching, sorting, matrix

multiplication and many more.ES 154 CS.4 Apply pointers concepts to access variables through address and understand the dynamic

memory allocation.ES 154 CS.5 Apply derived data types using structures and unions.ES 154 CS.6 Apply the concepts of file handling operations.ES 155 ME Engineering Workshop I

ES 155 ME.1 The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ES 155 ME.2 The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

ES 155 ME.3 The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

ES 155 ME.4 The student would be able to utilize the various tools of sheet metal (tin smithy) namely hammer,mallet, stakes, snips, pliers, punches, vernier calipers, wire gauge, etc to perform variousoperations like cutting, shearing, notching, bending, riveting, etc. on the given sheet metal anddevelop various objects like tray, funnel, scoop, cylinder,etc.

MC 156 EG Engineering English labMC 156 EG.1 learn the sound system of English Language with the knowledge of IPA-classification &

descriptionMC 156 EG.2 learn the word stress & aspects of connected speechMC 156 EG.3 learn the Rhythm & Intonation of English languageMC 156 EG.4 Improve the fluency in the spoken form of the language by participating in Presentation skills,

Public speaking, Group Discussion and Debate. MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.

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BS 201 MT Engineering Mathematics IIBS 201 MT.1

Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

BS 201 MT.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.BS 201 MT.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods for

solving Legendres D.E.BS 201 MT.4 Evaluate improper integrals using Beta, Gamma and error functions and solve Bessel’s

differential equations.BS 201 MT.5

Solve some problems using the properties of Legendre polynomial and Bessel’s functions.BS 201 MT.6 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solve

linear ordinary differential equations using Laplace transforms.BS 202 PH Engineering Physics II

BS 202 PH.1 To acquire the knowledge on basic concepts of solid state physics.BS 202 PH.2 To know and understand the properties and applications of magnetic and super conducting

materials.BS 202 PH.3 To know about the properties and applications of semiconducting and dielectric materials.BS 202 PH.4 To acquire the knowledge on latest material characterization techniques along with their

applications.BS 202 PH.5 To know about nano technology and nano scienceBS 203 CH Engineering Chemistry II

BS 203 CH.1 Recall,relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodes with the knowledgeof standard reduction potential data.

BS 203 CH.2 Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells –their design, similarities, differences and applications.

BS 203 CH.3 List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.

BS 203 CH.4 Classify chemical fuels, calculate calorific value, air quantities required for combustion of fuels,explain analysis of coal, refining of petroleum, cracking of petroleum, engine knocking , fuelrating , identify uses of solid , liquid , gaseous fuels and the importance of renewable energysources such as bio-diesel.

BS 203 CH.5 List types of composites; liquid crystals,identify their advantages, engineering applications in dayto day life and relate concept and principles of green chemistry for design and manufacturing ofengineering materials

HS 204 EG Business Communication & Presentation SkillsHS 204 EG.1 know the importance of Business Communication, ABC of Technical Communication, and

Channels of Communication appropriatelyHS 204 EG.2 learn models of Interpersonal Communication, Styles of Communication, Teamwork, Persuasion

Techniques, Mobile phone and E-mail Etiquette and Time managementHS 204 EG.3 learn the differences between Technical and General writing, Report-writing, and drafting

Scientific PapersHS 204 EG.4 learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of

MeetingHS 204 EG.5 plan and prepare to face Interviews and participate in Group DiscussionsES 205 CE Engineering Mechanics II

ES 205 CE.1 Compute Center of gravity and mass moment of inertia for simple and composite elements usingintegration methods and transform theorem; calculate radius of gyration for regular andcomposite structures.

ES 205 CE.2 ApplyPrinciple of Virtual workon simple systemsES 205 CE.3 Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinear

motion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

ES 205 CE.4Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.

ES 205 CE.5 Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

BS 251 PH Engineering Physics lab - IIBS 251 PH.1 To examine the nature of ferromagnetic materials.BS 251 PH.2

To characterize semiconducting device and calculate temperature co-efficient of resistance.

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BS 251 PH.3 To study the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 To characterize a semiconducting device and calculate the energy gap.BS 251 PH.5 To characterize a semiconducting device using junction diode and calculate the resistance for

forward and reverse bias.BS 251 PH.6 To examine the nature of dielectric materials and evaluate their related parameter.BS 252 CH Engineering Chemistry lab - I

BS 252 CH.1Extend the knowledge of electroanalytical techniqueslike Conductometry, Potentiometry,pHmetryand Colorimetryfor performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used inin daily life.

BS 252 CH.2 Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

BS 252 CH.3 Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.

BS 252 CH.4 Analyze acids quickly and accurately using pHmetry.BS 252 CH.5 Test and determine chemical species like Iron and Manganese present in unknown complex

mixtures or ores by Colorimetric method.ES 930 CS Computer Skill Lab

ES 930 CS.1 Identify assemble and disassemble the components of Personal Computer (PC) System andInstallation of operating system.

ES 930 CS.2 Create Documents using MS WORD and spread sheets using MS EXCELES 930 CS.3 Design presentations using MS POWER POINTES 930 CS.4 Develop a website using HTMLES 930 CS.5 Use TELNET and FTPES 930 CS.6 Use Documentation Tool LATEX to create reports, books, articles in standard formats.HS 253 EG Communication Skills Lab

HS 253 EG.1 use dialogues in a variety of situations and settings such as Role Play HS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public SpeechHS 253 EG.4 participate in Group Discussions and Debates HS 253 EG.5 face Interviews effectivelyES 254 CE Engineering Graphics II

ES 254 CE.1 Analyse and visualise the true position of solids with given data and prepare projections. Basicskills in visualisation of simple solids using AutoCAD

ES 254 CE.2 Understand the concepts for development of surfaces of solids using the relevant methodsapplicable for the solid given.

ES 254 CE.3 Visualise and draw projections of simple intersecting solids.ES 254 CE.4 Evaluate the given configuration data of solids or a combination for development of isometric

drawings and views.ES 254 CE.5 Visualise and create perspective views of objects accurately as per the given parameters.PC 255 CE Building Drawing

PC 255 CE.1 Recognise and apply different building conventions, discriminate varius brick bonds, drawvarious types of doors & windows, staircase, structural footings.

PC 255 CE.2 Differentiate various tyupes of roofs snd draw.PC 255 CE.3 Read and recognise various types of building byelaws, infer and apply for preparing building

drawingsBS 301 MT Engineering Mathematics IIIBS 301 MT Solve problems on formation of partial differential equations and on some standard first and

second ordered partial differential equations.BS 301 MT Develop a Fourier series for a given function in various intervals.BS 301 MT Apply the theory of Fourier series to some boundary value problems associated with one -

dimensional wave, heat and Laplace EquationBS 301 MT Apply numerical methods for solving algebraic, transcendental, system of linear equations, initial

value problems for first ordered ordinary differential equations.BS 301 MT Apply interpolation methods for estimation.BS 301 MT Apply the basic definition and properties of Z- transform for solving difference equations.

Course Name: ES 321 EE/MEElectrical Technology & Mechanical TechnologyES 321 ME.1 Classify different types of Earth moving vehicles, excavators and their operations and

applicationsES 321 ME.2 Understand the principle of Conveying equipments and Hoisting equipments and their

construction detailsES 321ME.3

Compare and Contrast Aggregate, concrete production equipments and Pneumatic equipments

ES 321 EE.1 Determine the efficiency and losses in a DC machine

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ES 321 EE.2 Appreciate the poly-phase system in supplying power to 3 phase balanced loadES 321 EE.3 Appreciate the regulation of transformerES 321 EE.4 Differentiate the transformer operation and induction motor operationES 321 EE.5 Recall single phase induction motor and its applications

Course Name: PC301CE Engineering Geology PC301CE.1 student should understand formation, classification, distribution and uses of rocks for different

purposesPC301CE.2 student should apply the knowledge of soils, ground water in the field of civil engineeringPC301CE.3 student should evealuate rocks and their suitability PC301CE.4 student should understand dams reservoirs, dam foundations and site conditionsPC301CE.5 student should apply geological knowledge in construction of tunnels and understand geological

hazords Course Name: PC302CE Strength of materials

PC302CE .1 Understand and interpret the basic concepts and principles of strength of materials and applythem to members with simple and composite sections subjected to axial loads.

PC302CE .2 Construct shear force and bending moment diagrams for beams and compute bending and shearstresses in cross section of beams subjected to transverse loading

PC302CE .3 Understand, differentiate and interpret the concepts of compound stresses and direct and bendingstresses and compute critical values of those stresses

PC302CE .4 Analyze trusses of various configurations by method of joints and method of sections and also tocompute stresses in thin and thick cylinders and spherical shells due to internal and externalpressure

PC302CE .5 Apply theory of torsion for analyzing solid and hollow circular shafts and compute criticalstresses in members due to combined bending and torsion.

Course Name:PC303 CE Fluid Mechanics-IPC303 CE .1 Understanding fluid properties and relation between them and measurement of pressure.PC303 CE .2 Understanding the principles of continuity, energy and momentum and its applicationsPC303 CE .3 Analyzing different types of flow measurementPC303 CE .4

Understanding compressible characteristics of fluids, its equations and stagnation propertiesPC303 CE .5

Analyzing the types of flows, head loss through pipes and evaluating discharge through pipesCourse Name: PC304 CE Building Materials & Construction

PC304 CE .1 Analyze the properties of stones to meet the construction requirements and understands theprocess of manufacturing bricks

PC304 CE .2 Understands the process of manufacturing cements and uses of various types of cementsdepending on different situations

PC304 CE .3 Assess the changes in behavior of concrete due to composition and learns the sequence ofoperations involved in preparing concrete

PC304 CE .4 Understand the importance of timber as a engineering material and usage of recycled materials,smart materials

PC304 CE .5 Analyze the selection of type of floor for different situations and types of form work.Course Name: PC305 CE Surveying –I

PC305 CE .1 Familiarization with the basic concepts of survey and ability to locate boundaries of given landusing Chain and Tape and prepare large scale maps.

PC305 CE .2 Ability to complete survey in hilly areas, dense forest and large areas with few details usingcompass.

PC305 CE .3 Acquisition of basic skills to compare plotted work with actual features of the area and conductsurvey in magnetic areas using Plane Table.

PC305 CE .4 Familiarization with the basic concepts of levelling and ability to determine reduced levels,gradients, plotting of profiles and cross sections related to road, railway and canal works.

PC305 CE .5 Ability to calculate areas and volumes, plot contours and determine reservoir capacity usingcontours.

Course Name: PC 351 CE Engineering Geology laboratory PC 351 CE.1 Student can able identify different types of minerals and rocks PC 351 CE.2 Students can understand different types of Earth structuresPC 351 CE.3 Students can analyze terrain condition with helps of different types of maps PC 351 CE.4 Students can evaluate resistivity of Earth materials PC 351 CE.5 Students can synthesize land conditions for different engineering projects

Course Name:PC 352 CE Surveying – I laboratoryPC 352 CE.1 Ableto find the horizontal distance between two stations and area of given field with chain and

tape PC 352 CE.2 Ableto Plot irregular shape lands using observations of compass survey and make suitable

closing error adjustment graphicallyPC 352 CE.3 Able to plot the given field features on the map using plane table

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PC 352 CE.4 Ableto find out the elevation of any station with respect to a point (BM) of known elevation andTo plot the longitudinal and cross sectional profiles of given alignment

PC 352 CE.5 Able to calculate reduced levels of suitable locations, decide contour intervaland prepare contourmap

Course Name: BS 401 MT Numerical Methods BS 401 MT.1 Apply numerical methods for solving algebraic, transcendental and system of linear equations

BS 401 MT.2 Apply numerical methods for finding Eigen values and Eigen vectors. BS 401 MT.3 Apply interpolation methods for estimation. BS 401 MT.4 Apply Numerical differentiation and some Numerical integration methods to given data. BS 401 MT.5 Solve initial value problems for first ordered ordinary differential equations using some

numerical methods. BS 401 MT.6 Solve one dimensional Heat, Wave equations and two-dimensional Laplace equation using

explicit & implicit finite difference schemes.Course Name: PC 401 CE Strength of Materials-II

PC 401 CE.1To Study the basic concepts and compute deflections in loaded beams using various methods.

PC 401 CE.2 To understand the flexural behavior and to analyze propped cantilevers, fixed beams andcontinuous beams.

PC 401 CE.3 To understand the concepts of unsymmetrical bending and shear center. PC 401 CE.4 To study about strain energy principles and its applications.PC 401 CE.5 To analyze stresses in columns and struts.

Course Name: PC 402 CE Fluid Mechanics – IIPC 402 CE.1 Understanding channel flow, pipe flow and design of most economical channel sectionsPC 402 CE.2 Evaluating non uniform flow relations, hydraulic jump and length of profilesPC 402 CE.3 Evaluating water hammer effect, boundary layer, drag and liftPC 402 CE.4 Understanding different types of dimension analysis, similarity laws and model theoriesPC 402 CE.5 Analyzing types of turbines, pumps and characteristics of hydraulic machines

Course Name: PC 403 CE Surveying-IIPC 403 CE.1 Familiarisation with the construction, adjustments and use of theodolite and ability to measure

horizontal anglesPC 403 CE.2 Ability to complete theodolite traversing and plotting with corrections, and determine reduced

levels using trigonometric levellingPC 403 CE.3 Ability to compute elements of simple circular curve, compound curve and reverse curve, and

understand the procedures of setting out of the same in the fieldPC 403 CE.4 Ability to compute elements of transition curve, vertical curve, and understand the procedures of

setting out of the same in the fieldPC 403 CE.5 Familiarisation with the construction and use of tachometer, total station and ability to calculate

distances, elevations using tachometer,and infer the applications of GIS and GPS in civilengineering

Course Name: PC 404 CE Hydrology and Water ManagementPC 404 CE.1 Estimation of various hydrological eventsPC 404 CE.2 Estimation of design floodPC 404 CE.3 Computation of drawdown and yield in aquifersPC 404 CE.4 Development of relationship among hydrological variablesPC 404 CE.5 Determination of crop water requirements

Course Name: MC916 CE Environmental Studies MC916 CE.1 To outline the importance of natural resources (Water and land), Energy resources, floods,

droughts, modern agriculture, land degradation. MC916 CE.2 To classify the basic concepts of ecosystem and ecology MC916 CE.3 To interpret the concepts of biodiversity and its practical relevance to the conservation of

environment. MC916 CE.4 To distinguish types of environmental pollution, causes, effects and control measures and

environmental legislation. MC916 CE.5 To analyze global environmental issues, social aspects including population growth, disaster

management.Course Name: HS 401BM Managerial Economics & Accountancy

HS 401BM.1 Student will be able to find out the general exposure about the business, economic environmentand the structural aspects of Managerial Economics

HS 401BM.2 Student will be analyze different principles and laws of managerial economics & examine theconsumer behavior for taking various managerial decisions, such as forecasting demand for newand existing goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs.

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HS 401BM.3Student will be able to identify the impact of changes in internal factors, such as cost, price &volume on profitability and appraise of the firms behavior in different markets structures withrespective to competitive prices fixation of products and optimum input-output decisions.

HS 401BM.4 Student will be evaluate with the knowledge of capital budgeting methods and techniques fordifferent business proposals and identify the best among them for prudent investment and alsoexplore different sources of capital needed to the business

Course Name: PC 451 CE Materials Testing LabPC 451 CE.1 The Occurrence & Computations of Bending Moments and Shear Forces in a beam.PC 451 CE.2 The behaviour of material – mild steel – in elastic, plastic, and elasto-plastic states before

breaking/failurePC 451 CE.3 Load-Deflection Characteristics of Beams, Springs & ShaftsPC 451 CE.4 The linear behaviour of material subjected to loads within a certain limit of stress.PC 451 CE.5 Principle of superposition of loads and Maxwell’s Reciprocity of deflections in beams.

Course Name: PC 452 CE Fluid Mechanics labPC 452 CE.1 Calculation of discharge flowing through streams and canals.PC 452 CE.2 Determination of discharge through pipes and losses in pipesPC 452 CE.3 Application of Bernoulli’s principle in hydraulicsPC 452 CE.4 Determination of discharge flowing through tanks, notches and weirsPC 452 CE.5 Differentiate the type of flow based on Reynolds number.

Course Name: PC 453 CE Surveying-II labPC 453 CE.1 Measure the horizontal angles using theodolite.PC 453 CE.2 Determine and plot the given area using Gales traverse table. PC 453 CE.3 Determine Reduced levels of accessible and inaccessible points using Theodolite.. PC 453 CE.4 Determine Reduced levels of accessible and inaccessible points using stadia and tangential

methods of tacheometry. PC 453 CE.5 Set out the horizontal curves using linear and angular methods.

Course Name: CE 301 Reinforced Cement ConcreteCE 301.1 To understand properties of materials concrete & steel, and design beam section by working

stress method.CE 301.2 To design rectangular and flanged beams for flexure by limit state methodCE 301.3 To comprehend the effect of shear, torsion and serviceability of a beamCE 301.4 To detail and draw reinforcement in a slab based on IS code or Yield line theoryCE 301.5 To design columns and footings subjected to axial forces, or uniaxial bending, or biaxial

bending.Course Name: CE 302 Fluid Mechanics – II

CE 302.1 Understanding channel flow, pipe flow and design of most economical channel sectionsCE 302.2 Evaluating non uniform flow relations, hydraulic jump and length of profilesCE 302.3 Evaluating water hammer effect, boundary layer, drag and liftCE 302.4 Understanding different types of dimension analysis, similarity laws and model theoriesCE 302.5 Analyzing types of turbines, pumps and characteristics of hydraulic machines

Course Name: CE 303 Theory of Structures - ICE 303.1 Analyze the structural elements subjected to unsymmetrical bending and compute stresses in

rectangular, channel, I- sections. Understand the concept and importance of shear centre, shearflow and locate shear centre of simple sections of one axis of symmetry such as T section,channel section.

CE 303.2 Identify and compute static and kinematic indeterminacy of beam, pin jointed and rigid jointedplane frames.

CE 303.3 Use Slope – Deflection method, Moment Distribution Method and Kani’s method to analyzecontinuous beams, portal frames and draw SFD, BMD diagrams.

CE 303.4 Apply Castigliano’s theorem – I to simple members.CE 303.5 Compute displacements statically determinate structures such as beams, pin jointed trusses and

frames using unit load method and analyze plane trusses with one degree of redundancy, bothinternal and external.

Course Name: CE 304 Building Technology and ServicesCE 304.1 Evaluate the site conditions; prepare building plans in conformity with building byelaws.CE 304.2 Application of techniques in planning buildings for best acoustics and reduce defects with

materials. CE 304.3 Understand the range of services needed for efficient function of buildings and development of

basic skills in their configuration.CE 304.4 Awareness of the latest techniques of planning and development of green buildings and their

rating systemsCE 304.5 Skill development for creation of simple 3D objects as well as buildings using AutoCad

Course Name: CE 305 Transportation Engineering

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CE 305.1 Understand Highway Engineering and can design the Geometric elements such as horizontal andvertical curves, super elevation etc., of Highways.

CE 305.2 Understand the importance of traffic engineering and Know about various methods of trafficstudies, parking studies, accident studies and Highway Capacity Manual 2000.

CE 305.3 Evaluate Highway construction materials such as Soil, Aggregate, Bitumen etc., and understandsthe importance of various tests on materials, various aspects of Flexible pavement designmethods and analysis of Rigid pavements

CE 305.4 Understand Railway Engineering , and remembert the functions and requirements of permanentway components and understand various aspects of geometric design, construction andmaintenance of permanent way.

CE 305.5 Understand Airport Engineering and various aspects of Airport site selection, runway orientationand runway geometric design.

Course Name: CM 371 Managerial Economics & AccountancyCM 371.1 Student will be able to find out the general exposure about the business, economic environment

and the structural aspects of Managerial EconomicsCM 371.2 Student will be analyze different principles and laws of managerial economics & examine the

consumer behavior for taking various managerial decisions, such as forecasting demand for newand existing goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs.

CM 371.3Student will be able to identify the impact of changes in internal factors, such as cost, price &volume on profitability and appraise of the firms behavior in different markets structures withrespective to competitive prices fixation of products and optimum input-output decisions.

CM 371.4 Student will be evaluate with the knowledge of capital budgeting methods and techniques fordifferent business proposals and identify the best among them for prudent investment and alsoexplore different sources of capital needed to the business

CM 371.5 Student will be construct and analyse the financial statements of the business and interpret themfor taking ideal managerial decisions.

Course Name: CE 331 Hydraulics and Hydraulic Machinery labCE 331.1 The discharge flowing in canals and streamsCE 331.2 Roughness coefficient by mannings and chezys constantsCE 331.3 The efficiency of pumpsCE 331.4 The efficiency of turbinesCE 331.5 Flow past the submerged bodies

Course Name: CE 332 Transportation Engineering lab CE 332.1 Assess the requirements for the Soil, aggregate, bitumen and bituminous mixes depending on the

type of pavement layerCE 332.2 Interpret the test results of the Pavement materialsCE 332.3 Select the type of ingredients for Pavement layers of specified requirementsCE 332.4 Design (calculate) the composition of Bituminous mixCE 332.5 Design and execute different types of Pavement construction

Course Name: CE 333 Survey CampCE 333.1 To understand, plan and organise the execution of a field survey.CE 333.2 To determine the elevations, distances and bearings/angles along the given alignment.CE 333.3 To design and executethe alignment of a civil work such as roadways, railways, canals, pipe lines

using open traversing.CE 333.4

To develop contour maps of a given area for determining volumes and location ofan alignment.CE 333.5 To plot the closed traverse using Gales traverse table.

Course Name: CE 351 Soil MechanicsCE 351.1

Determine the index properties of the soil and classify the soil according to Indian standards.CE 351.2 Analyze soil –water characteristics and estimate the effective stresses.CE 351.3 Asses the compressibility characteristics of soil and measure the consolidation settlement.CE 351.4

Evaluate shear parameters of soil using laboratory tests under different drainage conditions.CE 351.5 Compute lateral earth pressures using analytical and graphical methods, and analyze the stability

of slope by different methods.Course Name: CE 352 Steel Structures

CE 352.1 Explain chemical composition of steel, design bolted connections and welded connections.CE 352.2 Design tension members by limit state method and working stress method using various types of

structural sections.CE 352.3 Classify the sections and design laterally supported and laterally unsupported beams by limit

state method using appropriate codes.

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CE 352.4 Design compression members using single section and built up sections with lacing ,batteningand design slab bases for columns.

CE 352.5 Estimate the loads on roof trusses and design purlins and joints of various types of trusses.Course Name: CE 353 Theory of Structures – II

CE 353.1 To Study the analysis of structural elements subjected moving loadsCE 353.2 To study the analysis of Road/ railway bridges and concepts involved in the analysis of

suspension cable bridgesCE 353.3 To use the Matrix Method of Structural analysis (flexibility method) for indeterminate beams

frames and trussesCE 353.4 To use the Matrix Method of Structural analysis (Stiffness Method) for indeterminate beams

frames and trussesCE 353.5 To study Fundamentals of Direct Element Method and Structural Software applications

Course Name: CE 354 Structrual Engg Design and Detailing-ICE 354.1 After completing this unit, students would be able to decide the type of retaining wall to be

used, and design suitable type of retaining wall, footing to be used, and design combinedfootings of various types.

CE 354.2 After completing this unit, students would be able to select suitable shape of water tank for aparticular location and purpose. Analyse and design the watertanks and its staging.

CE 354.3 After completing this unit, students would be able to analise and design bridges of slab type and'T'beam type bridges for various high way bridges conforming to Indian Road Congressspecifications of loading and allowable material stresses.

Course Name: CE 355 Water Resources Engg & Management -ICE 355.1 Estimation rainfall runoff and discharge through wellsCE 355.2 To know about irrigation methods and to design canals to supply water for irrigationCE 355.3 Designing of weirs and to know about their functional and failuresCE 355.4 To classify various types of canals falls and outlets and to know about their designCE 355.5 To list various types of cross – drainage works and to design them

Course Name: CE 356 Water & Waste Water EngineeringCE 356.1 Understand the basic necessity of PWS, drinking water quality standards and important

components in PWS.CE 356.2 Understand the significance of water treatment, disinfection and analyze water quality problems

and design various treatment units to provide potable water.CE 356.3 Comprehend the need for collection of sewage and storm water and sewage characteristics and

evaluate various designs.CE 356.4 Analyze different types of sewage characteristics and devise suitable treatment methods.CE 356.5

Comprehend the purpose of sludge digestion and different steps involved in MSW management.Course Name: CE 381 Soil Mechanics lab

CE 381.1Estimate the basic properties of soil and classify the coarse grained soil according to GSD curve.

CE 381.2 Determine the Atterberg limits and classify the fine grained soils.CE 381.3 Determine the shear parameters and shear strength of soil.CE 381.4 Evaluate the OMC and MDD by standard and modified proctor test.CE 381.5 Compute the coefficient of permeability for coarse and fine grained soils.

Course Name: CE 382 Environmental Engineering labCE 382.1 Evaluation of proper raw water source CE 382.2 Understanding the design and maintenance of water treatment plantCE 382.3 Analyzing different drinking water supply schemes and chemicals required for treatmentCE 382.4 Assessment of organic pollution of source (DO & BOD)CE 382.5 Assessment of strength of the waste water pollution and potentiality to cause water pollution (DO

& BOD)Course Name: CE 383 Industrial visit/ study

CE 383.1 Identify the technical specifications.CE 383.2 Understand the sequence of procedures involved in the functioning of the industry.CE 383.3 Identify various units and their functions.CE 383.4 Recognise safety procedures and practices.CE 383.5 Acquire technical report writing skills.

Course Name: CE 401 Structural Engineering Design & Detailing-IICE 401.1 After completing this unit, students would be able to design riveted and welded plate girder

complete with stiffeners, their connections, splices, their connections and flange curtailment byLimit State Method using IS Code provisions.

CE 401.2 After completing this unit, students would be able to Analyse and Design Gantry girders forvarious Over Head Cranes, using IS Code provisions by Limit State Method.

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CE 401.3After completing this unit, students would be able to analise and design Railway bridges of Plategirder type and Truss Girder beam type bridges for various railway bridges conforming to IndianRailway Code specifications of loading and allowable material stresses by elastic method.

Course Name: CE 402 Estimating & SpecificationsCE 402.1

Prepare detailed estimate of RCC structures, Irrigation projects and CC roads and BT roads.CE 402.2

Estimate quantity of steel required for different structures by preparing Bar Bending Schedule.CE 402.3 Prepare Rate analysis for different items of work for preparing Abstract estimate for buildings

and Roads.CE 402.4 Understand different types of estimates, specifications and departmental procedure of carrying

out work.CE 402.5 Classify various types of Contracts and Tenders and list various terms involved in estimating and

execution of a work.Course Name: CE 403 Foundation Engineering

CE 403.1 Calculate the increase in vertical stress due to externally applied load of any point below oroutside the loaded area of any shape.

CE 403.2 Estimate the safe bearing capacity and settlement of shallow foundations using analytical as wellas field method.

CE 403.3 Analyze the pile foundation using static and dynamic methods.CE 403.4 Understand the practical application of coffer dams and the construction of cassions and well

foundation.CE 403.5

Propose the suitable dewatering system for a particular site and prepare borelog of subsoil.Course Name: CE 404 Water Resources Engineering - II

CE 404.1 Selection of reservoir sit and to find storage capacity, life of reservoirCE 404.2 Selection of site for dams, designing of gravity dams by considering various forces acting on the

damCE 404.3 To know about various types of earth dams, failures and designingCE 404.4 To classify various spillways to calculate the discharge passing through spillways and dissipation

of energyCE 404.5

To distinguish various types of hydel schemes and to determine various factors and capacitiesCourse Name: CE 405 Concrete Technology

CE 405.1 Understanding various properties of concrete. Interpreting relationships between variousmechanical strengths of concrete and strength curves

CE 405.2 Interpreting mix designs of Indian, American, British standards. Analyzing and evaluating designvalues

CE 405.3 Recognizing admixture concretes and its properties. Understanding the applications of variousadmixtured concrete.

CE 405.4 Understanding special concretes and its applications.CE 405.5 Understanding special concretes and its applications.

Course Name: CE 408 Pre stressed ConcreteCE 408.1 To comprehend the concept of Prestressing and to understand systems of Prestressing and losses

associated with it.CE 408.2 To analyze and design PSC beams for flexure for simple and composite sections.CE 408.3

To design PSC beams sections for flexure and for shear and to learn about the codal provisionsCE 408.4

To compute short and long term deflections in PSC beams and to learn load balancing methodCE 408.5 To design end blocks in prestressing and to analyze continuous beams

Course Name: CE 409 Geographical Information SystemsCE 409.1 Understand fundamental concepts and give examples of interdisciplinary applications of

Geographical Information Systems.CE 409.2 Express organizational skills in file and database managementCE 409.3 Apply GIS analysis to address geospatial problems CE 409.4 Apply analysis functions involving mathematical and statistical methods to spatial data for

solving geospatial problemsCE 409.5 Understand basic principles of Remote sensing and interaction of Electromagnetic radiation for

different surfacesCourse Name: CE 411 enterpreneurship

CE 411.1 Understand the role of entrepreneurship towards the economic development of country canassess the government policies and opportunities available to SMEs

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CE 411.2Learn the characteristics and skills of an entrepreneur, concept and growth of womenentrepreneurs, generate ideas in selecting the projects with necessary technological assistance

CE 411.3 To identify, classify, sources of finance available, analysis of market demand and supply,technical, financial and profitability for a project

CE 411.4 Estimate the project costs and benefits, network analysis, control mechanisms like CPM &PERT, knowing about the tax benefits for SMEs and other tasks relating to the project

CE 411.5Learn decision making, their strengths & weaknesses, behavioral & motivational aspects of anentrepreneur with an option to excel in problem solving & to understand its importance..

Course Name: CE 431 Concrete labCE 431.1 Specify requirements for the concrete, depending on the risk of corrosion, the type of structure

(element), the type of finishCE 431.2 Choose the type of ingredients to produce concrete of specific requirements.CE 431.3 Design (calculate) the composition of concrete.CE 431.4 Interpret the test results of fresh and hardened concreteCE 431.5 Provide guidance for execution of concrete structures

Course Name: CE 432 Computer Applications labCE 432.1 After completion of this course work student can develop the computer programs in MS-Excel

for general structural engineering problems like, calculation of reinforcement for singly or doublyreinforced beams.

CE 432.2Student can develop the computer programs in MS-Excel or C programming for basic hydraulicproblems like, analysis of circular sewer and selection of optimum piper diameter.

CE 432.3 Student can develop the computer program using C language to find out the solution of Laplaceequation using Finite difference approach.

CE 432.4Student can develop the computer program using C language for the analysis of basic truss andbeam structures using Matrix method of analysis like, stiffness method or flexibility method.

CE 432.5Student can develop the computer program using C language or MS-Excel sheet for basic Geo-technical engineering problems like, calculation of bearing capacity of foundation anddetermination of pressure bulb underneath a footing using Boussinesq’s equation.

Course Name: CE 433 Project SeminarCE 433.1 Select a project topic in the domain area of Civil Engineering /interdisciplinary area which

involves modeling or experimentation.. CE 433.2 Carryout literature review which helps to identify the emerging areas in Civil Engineering and

formulate a problem.CE 433.3 Acquire broad knowledge about the various techniques adopted for analysis and design and

arrive at a suitable methodology to solve the problem.CE 433.4 Prepare a technical report comprising of abstract, literature review, problem formulation and

methodology adopted.CE 433.5 Acquire written and oral presentation skills by the team.

Course Name: CE 451 Construction Management and AdministrationCE 451.1

Understand the basic principles of management and its applications in construction industry.CE 451.2

Demonstrating the planning techniques with applications in construction industry. Understandingthe intricacies in large scale production and correlating with economics both internal and external.

CE 451.3 Resource management through cost time trade off, updating, rescheduling and compressing withapplications in construction industry.

CE 451.4 The concepts involved in contract management, safety in construction and contract acts,precautionary measures and methodologies adopted in demolition of buildings.

CE 451.5 Modeling construction problems through LPP and solution methodologies applicationdemonstration.

Course Name: CE 452 Disaster Mitigation and ManagementCE 452.1 Ability to analyze and critically examine existing programs in disaster management regarding

vulnerability, risk and capacity at local level.CE 452.2 Ability to choose the appropriate activities and tools and set up priorities to build a coherent and

adapted disaster management plan.CE 452.3 Ability to understand various mechanisms and consequences of natural and human induced

disasters for the participatory role of engineers in disaster managementCE 452.4 Develop an awareness of the chronological phases of disaster response and relief operations for

formulating effective disaster management plans.

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CE 452.5 Ability to understand the concept of remote sensing and geographical information systems fortheir effective applications in disaster management.

Course Name: CE 454 Ground Improvement TechniquesCE 454.1 Understand basic knowledge on various Ground improvement techniques and their applications ,

suitability for various types of soil conditions.CE 454.2 Carry out preliminary design approach, construction procedure for various chemical

stabilizations and understanding grouting techniques for a particular field conditions.CE 454.3 Describe the factors affecting and methods for improving cohesionless soils.CE 454.4 Propose suitable procedure to improve cohesive soils and assess the problems associated with

cohesive soils.CE 454.5 Differentiate the various geosynthetic materials and understand their practical usage.

Course Name: CE 457 Advanced Transportation EnggCE 457.1 Understand the Concept of stabilization and investigative methods, evaluation of different

methods and analyze the materials required for stabilization depending on situations.CE 457.2 Analyze the various design methods of flexible as well as rigid pavements by applying

appropriate methods and summarize the factors affecting pavementsCE 457.3 Evaluate the stability of pavements, analyze the effect of skid resistance and remember the

structures of surface and sub-surface drainage systemCE 457.4 Understand and apply the Level of service concept, evaluate the costs and benefits of

transportation projects and analyze the effects of Accidents and investigate the reasonsCE 457.5 Evaluate the performance of traffic management systems, assess the different methods of

parking, analyze the effects of noise and pollution on environment and summarize the softwarepackages used in traffic and transport planning

Course Name: CE 458 Ground Water Hydrology CE 458.1 The student will be able to Explain the types and different parameters of aquifers and

permeability of aquifers.CE 458.2 The student will be able to Explain the types and construction of wells, pumping tests in wells,

working principles and estimate power requirements of pumps and yield of wells.CE 458.3 The student will be able to Explain the different techniques of groundwater exploration.CE 458.4 The student will be able to Explain groundwater recharge, groundwater runoff, groundwater

budget and harvesting techniques.CE 458.5 The student will be able to Explain the different techniques of groundwater modeling.

Course Name: CE 460 Infrastructure Engineering CE 460.1 Understanding infrastructure scenario of India over a former time and able to recognize

information in the respective sectors CE 460.2 To interpret the role of private sector in infrastructural development and also to understand their

disadvantages.CE 460.3 Understand the situations faced and risks involved in various stages of projects, so that recalling

such helps in practical applications in simulated situations.CE 460.4 Understanding the impact of environment and social activities by infrastructure projects.

Recognizing the interrelationships of land water environmental laws.CE 460.5

From the effectiveness drawn from above chapters how to implement strategies for successfulinfrastructure implementation. Understanding recent technologies and directions.

Course Name: CE 481 SeminarCE 481.1 Develop oral presentation skills.CE 481.2 Acquire independent study skills.CE 481.3 Organise and prepare technical report.CE 481.4 Find the gaps/merits or demerits of various approaches through literature survey.CE 481.5 Understand the state of the art topics in a broad area of a particular specialization.

Course Name: CE 482 ProjectCE 482.1 Identify a project topic in civil engg of societal interest, after study of literature/ existing systems

/ interaction with industry, to identify gaps, and define objectives and scope, includinginnovative ideas

CE 482.2Analyze the system, after selection of major components / influencing parameters and thegoverning equations/ relations to arrive at the respective dimensions / expressions/ procedures.

CE 482.3 Determine the methods and materials/ procedures and existing codes to work out details anddevelop set of governing equations or software code and Develop a prototype / model /experimental set up or software necessary to meet the objectives

CE 482.4 Write a technical report as per the format, covering the problem definition, related literature,analysis of the problem and methodology adopted to carry out the work

CE 482.5 Make oral presentation, by the team, on the defined problem using appropriate presentationmedium and defend the work.IV YEAR

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BS 151 PH Engineering Physics lab - I

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BS 151 PH.1To demonstrate the phenomena of interference and determine wavelength of a given light source.

BS 151 PH.2To demonstrate the phenomena of diffraction and determine wavelength of a given light source .

BS 151 PH.3 To understand the principle of lasers and determine wavelength of a given laser source.BS 151 PH.4 To understand the principle of optical fibers and determine the Numerical Aperture and various






















Public speaking, Group Discussion and Debate. MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.BS 201 MT Engineering Mathematics II

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BS 201 MT.1Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

























To characterize semiconducting device and calculate temperature co-efficient of resistance.BS 251 PH.3 To study the characteristics of photo voltaic cell and evaluate the efficiency.

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BS 251 PH.4 To characterize a semiconducting device and calculate the energy gap.BS 251 PH.5 To characterize a semiconducting device using junction diode and calculate the resistance for
















drawings MT 201 Mathematics – III MT 201.1 Solve problems on formation of partial differential equations and on some standard first and

second ordered partial differential equations.MT 201.2 Develop a Fourier series for a given function in various intervals.MT 201.3 Apply the theory of Fourier series to some boundary value problems associated with one -

dimensional wave, heat and Laplace EquationMT 201.4 Apply numerical methods for solving algebraic, transcendental, system of linear equations, initial

value problems for first ordered ordinary differential equations.MT 201.5 Apply interpolation methods for estimation.MT 201.6 Apply the basic definition and properties of Z- transform for solving difference equations. CE 201 Building drawing CE 201.1 Understand the conventional signs and symbols in building plans, sections , and classification of

various types of brick bonds.CE 201.2

Understand different categories of doors, windows, roofs and adopt the designs in building plansCE 201.3 Understand types of staircases, different types of foundations and use them in designs and

drawings.CE 201.4 Understand the various aspects of building planning, principles and standards and adopt the

concepts in design of various types of buildings

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CE 201.5 Analyze the requirements and design the building plans as per the standards and codes. CE 202 Engineering materials & construction CE 202.1 Analyze the properties of stones to meet the construction requirements and understands the

process of manufacturing bricksCE 202.2 Understands the process of manufacturing cements and uses of various types of cements

depending on different situationsCE 202.3 Assess the changes in behavior of concrete due to composition and learns the sequence of

operations involved in preparing concreteCE 202.4 Understand the importance of timber as a engineering material and usage of recycled materials,

smart materialsCE 202.5 Analyze the selection of type of floor for different situations and types of form work. CE 203 Engineering geology CE 203.1 student should understand formation, classification, distribution and uses of rocks for different

purposesCE 203.2 student should apply the knowledge of soils, ground water in the field of civil engineeringCE 203.3 student should evealuate rocks and their suitability CE 203.4 student should understand dams reservoirs, dam foundations and site conditionsCE 203.5 student should apply geological knowledge in construction of tunnels and understand geological

hazords CE 204 Strength of materials – ICE 204.1 Understand and interpret the basic concepts and principles of strength of materials and apply

them to members with simple and composite sections subjected to axial loads.CE 204.2 Construct shear force and bending moment diagrams for beams and compute bending and shear

stresses in cross section of beams subjected to transverse loadingCE 204.3 Understand, differentiate and interpret the concepts of compound stresses and direct and bending

stresses and compute critical values of those stressesCE 204.4 Analyze trusses of various configurations by method of joints and method of sections and also to

compute stresses in thin and thick cylinders and spherical shells due to internal and externalpressure

CE 204.5 Apply theory of torsion for analyzing solid and hollow circular shafts and compute criticalstresses in members due to combined bending and torsion.

CE 205 Surveying –I CE 205.1 Familiarization with the basic concepts of survey and ability to locate boundaries of given land

using Chain and Tape and prepare large scale maps.CE 205.2 Ability to complete survey in hilly areas, dense forest and large areas with few details using

compass.CE 205.3 Acquisition of basic skills to compare plotted work with actual features of the area and conduct

survey in magnetic areas using Plane Table.CE 205.4 Familiarization with the basic concepts of levelling and ability to determine reduced levels,

gradients, plotting of profiles and cross sections related to road, railway and canal works.CE 205.5 Ability to calculate areas and volumes, plot contours and determine reservoir capacity using

contours. CE 231 Engineering Geology laboratory CE 231.1 Student can able identify different types of minerals and rocks CE 231.2 Students can understand different types of Earth structuresCE 231.3 Students can analyze terrain condition with helps of different types of maps CE 231.4 Students can evaluate resistivity of Earth materials CE 231.5 Students can synthesize land conditions for different engineering projects CE 232 Surveying – I laboratoryCE 232.1 Ableto find the horizontal distance between two stations and area of given field with chain and

tape CE 232.2 Ableto Plot irregular shape lands using observations of compass survey and make suitable

closing error adjustment graphicallyCE 232.3 Able to plot the given field features on the map using plane table CE 232.4 Ableto find out the elevation of any station with respect to a point (BM) of known elevation and

To plot the longitudinal and cross sectional profiles of given alignmentCE 232.5 Able to calculate reduced levels of suitable locations, decide contour intervaland prepare contour

map CE 233 Computer Aided Civil Engineering Drawing CE 233.1 Comprehend AutoCAD workspace & user interface.CE 233.2 Explain basic drawing, Modifying & viewing tools CE 233.3 Draw building components, Measure areas & DimensionsCE 233.4 Illustrate reusable symbols – Blocks, Analyse layersCE 233.5 Demonstrate knowledge of skills for preparing civil engineering drawings. CE 251 Strength of Materials-II

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CE 251.1To Study the basic concepts and compute deflections in loaded beams using various methods.

CE 251.2 To understand the flexural behavior and to analyze propped cantilevers, fixed beams andcontinuous beams.

CE 251.3 To understand the concepts of unsymmetrical bending and shear center. CE 251.4 To study about strain energy principles and its applications.CE 251.5 To analyze stresses in columns and struts. CE 252 Surveying-IICE 252.1 Familiarisation with the construction, adjustments and use of theodolite and ability to measure

horizontal anglesCE 252.2 Ability to complete theodolite traversing and plotting with corrections, and determine reduced

levels using trigonometric levellingCE 252.3 Ability to compute elements of simple circular curve, compound curve and reverse curve, and

understand the procedures of setting out of the same in the fieldCE 252.4 Ability to compute elements of transition curve, vertical curve, and understand the procedures of

setting out of the same in the fieldCE 252.5 Familiarisation with the construction and use of tachometer, total station and ability to calculate


CE 253 Fluid Mechanics-ICE 253.1 Understanding fluid properties and relation between them and measurement of pressure.CE 253.2 Understanding the principles of continuity, energy and momentum and its applicationsCE 253.3 Analyzing different types of flow measurementCE 253.4

Understanding compressible characteristics of fluids, its equations and stagnation propertiesCE 253.5

Analyzing the types of flows, head loss through pipes and evaluating discharge through pipes CE 222 Environmental StudiesCE 222.1 To outline the importance of natural resources (Water and land), Energy resources, floods,

droughts, modern agriculture, land degradation.CE 222.2 To classify the basic concepts of ecosystem and ecologyCE 222.3 To interpret the concepts of biodiversity and its practical relevance to the conservation of

environment.CE 222.4 To distinguish types of environmental pollution, causes, effects and control measures and

environmental legislation.CE 222.5 To analyze global environmental issues, social aspects including population growth, disaster

management. EE 271 Electrical TechnologyEE 271.1 Determine the efficiency and losses in a DC machineEE 271.2 Appreciate the poly-phase system in supplying power to 3 phase balanced loadEE 271.3 Appreciate the regulation of transformerEE 271.4 Differentiate the transformer operation and induction motor operationEE 271.5 Recall single phase induction motor and its applications ME 271 Mechanical TechnologyME 271.1 Classify different types of Earth moving vehicles, excavators and their operations and

applicationsME 271.2 Understand the principle of Conveying equipments and Hoisting equipments and their

construction detailsME 271.3

Compare and Contrast Aggregate, concrete production equipments and Pneumatic equipments CE 281 Strength of Materials labCE 281.1 The Occurrence & Computations of Bending Moments and Shear Forces in a beam.CE 281.2 The behaviour of material – mild steel – in elastic, plastic, and elasto-plastic states before

breaking/failureCE 281.3 Load-Deflection Characteristics of Beams, Springs & ShaftsCE 281.4 The linear behaviour of material subjected to loads within a certain limit of stress.CE 281.5 Principle of superposition of loads and Maxwell’s Reciprocity of deflections in beams. CE 282 Surveying-II labCE 282.1 Measure the horizontal angles using theodolite.CE 282.2 Determine and plot the given area using Gales traverse table. CE 282.3 Determine Reduced levels of accessible and inaccessible points using Theodolite.. CE 282.4 Determine Reduced levels of accessible and inaccessible points using stadia and tangential

methods of tacheometry. CE 282.5 Set out the horizontal curves using linear and angular methods. CE 283 Fluid Mechanics lab

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CE 283.1 Calculation of discharge flowing through streams and canals.CE 283.2 Determination of discharge through pipes and losses in pipesCE 283.3 Application of Bernoulli’s principle in hydraulicsCE 283.4 Determination of discharge flowing through tanks, notches and weirsCE 283.5 Differentiate the type of flow based on Reynolds number. CE 284 Surveying CampCE 284.1 To understand, plan and organise the execution of a field survey.CE 284.2 To determine the elevations, distances and bearings/angles along the given alignment.CE 284.3 To design and executethe alignment of a civil work such as roadways, railways, canals, pipe lines


To develop contour maps of a given area for determining volumes and location ofan alignment.CE 284.5 To plot the closed traverse using Gales traverse table. CE 301 Reinforced Cement ConcreteCE 301.1 To understand properties of materials concrete & steel, and design beam section by working

stress method.CE 301.2 To design rectangular and flanged beams for flexure by limit state methodCE 301.3 To comprehend the effect of shear, torsion and serviceability of a beamCE 301.4 To detail and draw reinforcement in a slab based on IS code or Yield line theoryCE 301.5 To design columns and footings subjected to axial forces, or uniaxial bending, or biaxial

bending. CE 302 Fluid Mechanics – IICE 302.1 Understanding channel flow, pipe flow and design of most economical channel sectionsCE 302.2 Evaluating non uniform flow relations, hydraulic jump and length of profilesCE 302.3 Evaluating water hammer effect, boundary layer, drag and liftCE 302.4 Understanding different types of dimension analysis, similarity laws and model theoriesCE 302.5 Analyzing types of turbines, pumps and characteristics of hydraulic machines CE 303 Theory of Structures - ICE 303.1 Analyze the structural elements subjected to unsymmetrical bending and compute stresses in

rectangular, channel, I- sections. Understand the concept and importance of shear centre, shearflow and locate shear centre of simple sections of one axis of symmetry such as T section,channel section.





CE 304 Building Technology and ServicesCE 304.1 Evaluate the site conditions; prepare building plans in conformity with building byelaws.CE 304.2 Application of techniques in planning buildings for best acoustics and reduce defects with



rating systemsCE 304.5 Skill development for creation of simple 3D objects as well as buildings using AutoCad CE 305 Transportation Engineering CE 305.1 Understand Highway Engineering and can design the Geometric elements such as horizontal and

vertical curves, super elevation etc., of Highways.CE 305.2 Understand the importance of traffic engineering and Know about various methods of traffic

studies, parking studies, accident studies and Highway Capacity Manual 2000.CE 305.3 Evaluate Highway construction materials such as Soil, Aggregate, Bitumen etc., and understands

the importance of various tests on materials, various aspects of Flexible pavement designmethods and analysis of Rigid pavements



CM 371 Managerial Economics & AccountancyCM 371.1 Student will be able to find out the general exposure about the business, economic environment

and the structural aspects of Managerial Economics

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CM 371.2 Student will be analyze different principles and laws of managerial economics & examine theconsumer behavior for taking various managerial decisions, such as forecasting demand for newand existing goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs.




CE 331 Hydraulics and Hydraulic Machinery labCE 331.1 The discharge flowing in canals and streamsCE 331.2 Roughness coefficient by mannings and chezys constantsCE 331.3 The efficiency of pumpsCE 331.4 The efficiency of turbinesCE 331.5 Flow past the submerged bodies CE 332 Transportation Engineering lab CE 332.1 Assess the requirements for the Soil, aggregate, bitumen and bituminous mixes depending on the

type of pavement layerCE 332.2 Interpret the test results of the Pavement materialsCE 332.3 Select the type of ingredients for Pavement layers of specified requirementsCE 332.4 Design (calculate) the composition of Bituminous mixCE 332.5 Design and execute different types of Pavement construction CE 333 Survey CampCE 333.1 To understand, plan and organise the execution of a field survey.CE 333.2 To determine the elevations, distances and bearings/angles along the given alignment.CE 333.3 To design and executethe alignment of a civil work such as roadways, railways, canals, pipe lines


To develop contour maps of a given area for determining volumes and location ofan alignment.CE 333.5 To plot the closed traverse using Gales traverse table. CE 351 Soil MechanicsCE 351.1

Determine the index properties of the soil and classify the soil according to Indian standards.CE 351.2 Analyze soil –water characteristics and estimate the effective stresses.CE 351.3 Asses the compressibility characteristics of soil and measure the consolidation settlement.CE 351.4

Evaluate shear parameters of soil using laboratory tests under different drainage conditions.CE 351.5 Compute lateral earth pressures using analytical and graphical methods, and analyze the stability

of slope by different methods. CE 352 Steel StructuresCE 352.1 Explain chemical composition of steel, design bolted connections and welded connections.CE 352.2 Design tension members by limit state method and working stress method using various types of


state method using appropriate codes.CE 352.4 Design compression members using single section and built up sections with lacing ,battening

and design slab bases for columns.CE 352.5 Estimate the loads on roof trusses and design purlins and joints of various types of trusses. CE 353 Theory of Structures – IICE 353.1 To Study the analysis of structural elements subjected moving loadsCE 353.2 To study the analysis of Road/ railway bridges and concepts involved in the analysis of



frames and trussesCE 353.5 To study Fundamentals of Direct Element Method and Structural Software applications CE 354 Structrual Engg Design and Detailing-ICE 354.1 After completing this unit, students would be able to decide the type of retaining wall to be

used, and design suitable type of retaining wall, footing to be used, and design combinedfootings of various types.

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CE 355 Water Resources Engg & Management -ICE 355.1 Estimation rainfall runoff and discharge through wellsCE 355.2 To know about irrigation methods and to design canals to supply water for irrigationCE 355.3 Designing of weirs and to know about their functional and failuresCE 355.4 To classify various types of canals falls and outlets and to know about their designCE 355.5 To list various types of cross – drainage works and to design them CE 356 Water & Waste Water EngineeringCE 356.1 Understand the basic necessity of PWS, drinking water quality standards and important

components in PWS.CE 356.2 Understand the significance of water treatment, disinfection and analyze water quality problems

and design various treatment units to provide potable water.CE 356.3 Comprehend the need for collection of sewage and storm water and sewage characteristics and

evaluate various designs.CE 356.4 Analyze different types of sewage characteristics and devise suitable treatment methods.CE 356.5

Comprehend the purpose of sludge digestion and different steps involved in MSW management. CE 381 Soil Mechanics labCE 381.1

Estimate the basic properties of soil and classify the coarse grained soil according to GSD curve.CE 381.2 Determine the Atterberg limits and classify the fine grained soils.CE 381.3 Determine the shear parameters and shear strength of soil.CE 381.4 Evaluate the OMC and MDD by standard and modified proctor test.CE 381.5 Compute the coefficient of permeability for coarse and fine grained soils. CE 382 Environmental Engineering labCE 382.1 Evaluation of proper raw water source CE 382.2 Understanding the design and maintenance of water treatment plantCE 382.3 Analyzing different drinking water supply schemes and chemicals required for treatmentCE 382.4 Assessment of organic pollution of source (DO & BOD)CE 382.5 Assessment of strength of the waste water pollution and potentiality to cause water pollution (DO

& BOD) CE 383 Industrial visit/ studyCE 383.1 Identify the technical specifications.CE 383.2 Understand the sequence of procedures involved in the functioning of the industry.CE 383.3 Identify various units and their functions.CE 383.4 Recognise safety procedures and practices.CE 383.5 Acquire technical report writing skills. CE 401 Structural Engineering Design & Detailing-IICE 401.1 After completing this unit, students would be able to design riveted and welded plate girder

complete with stiffeners, their connections, splices, their connections and flange curtailment byLimit State Method using IS Code provisions.



CE 402 Estimating & SpecificationsCE 402.1

Prepare detailed estimate of RCC structures, Irrigation projects and CC roads and BT roads.CE 402.2

Estimate quantity of steel required for different structures by preparing Bar Bending Schedule.CE 402.3 Prepare Rate analysis for different items of work for preparing Abstract estimate for buildings

and Roads.CE 402.4 Understand different types of estimates, specifications and departmental procedure of carrying

out work.CE 402.5 Classify various types of Contracts and Tenders and list various terms involved in estimating and

execution of a work. CE 403 Foundation EngineeringCE 403.1 Calculate the increase in vertical stress due to externally applied load of any point below or

outside the loaded area of any shape.

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CE 403.2 Estimate the safe bearing capacity and settlement of shallow foundations using analytical as wellas field method.

CE 403.3 Analyze the pile foundation using static and dynamic methods.CE 403.4 Understand the practical application of coffer dams and the construction of cassions and well

foundation.CE 403.5

Propose the suitable dewatering system for a particular site and prepare borelog of subsoil. CE 404 Water Resources Engineering - IICE 404.1 Selection of reservoir sit and to find storage capacity, life of reservoirCE 404.2 Selection of site for dams, designing of gravity dams by considering various forces acting on the


of energyCE 404.5

To distinguish various types of hydel schemes and to determine various factors and capacities CE 405 Concrete TechnologyCE 405.1 Understanding various properties of concrete. Interpreting relationships between various

mechanical strengths of concrete and strength curvesCE 405.2 Interpreting mix designs of Indian, American, British standards. Analyzing and evaluating design

valuesCE 405.3 Recognizing admixture concretes and its properties. Understanding the applications of various

admixtured concrete.CE 405.4 Understanding special concretes and its applications.CE 405.5 Understanding special concretes and its applications. CE 408 Pre stressed ConcreteCE 408.1 To comprehend the concept of Prestressing and to understand systems of Prestressing and losses

associated with it.CE 408.2 To analyze and design PSC beams for flexure for simple and composite sections.CE 408.3

To design PSC beams sections for flexure and for shear and to learn about the codal provisionsCE 408.4

To compute short and long term deflections in PSC beams and to learn load balancing methodCE 408.5 To design end blocks in prestressing and to analyze continuous beams CE 409 Geographical Information SystemsCE 409.1 Understand fundamental concepts and give examples of interdisciplinary applications of

Geographical Information Systems.CE 409.2 Express organizational skills in file and database managementCE 409.3 Apply GIS analysis to address geospatial problems CE 409.4 Apply analysis functions involving mathematical and statistical methods to spatial data for


different surfaces CE 411 enterpreneurshipCE 411.1 Understand the role of entrepreneurship towards the economic development of country can

assess the government policies and opportunities available to SMEsCE 411.2

Learn the characteristics and skills of an entrepreneur, concept and growth of womenentrepreneurs, generate ideas in selecting the projects with necessary technological assistance




CE 431 Concrete labCE 431.1 Specify requirements for the concrete, depending on the risk of corrosion, the type of structure

(element), the type of finishCE 431.2 Choose the type of ingredients to produce concrete of specific requirements.CE 431.3 Design (calculate) the composition of concrete.CE 431.4 Interpret the test results of fresh and hardened concreteCE 431.5 Provide guidance for execution of concrete structures CE 432 Computer Applications lab

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CE 432.1 After completion of this course work student can develop the computer programs in MS-Excelfor general structural engineering problems like, calculation of reinforcement for singly or doublyreinforced beams.





CE 433 Project SeminarCE 433.1 Select a project topic in the domain area of Civil Engineering /interdisciplinary area which




methodology adopted.CE 433.5 Acquire written and oral presentation skills by the team. CE 451 Construction Management and AdministrationCE 451.1

Understand the basic principles of management and its applications in construction industry.CE 451.2

Demonstrating the planning techniques with applications in construction industry. Understandingthe intricacies in large scale production and correlating with economics both internal and external.




CE 452 Disaster Mitigation and ManagementCE 452.1 Ability to analyze and critically examine existing programs in disaster management regarding




formulating effective disaster management plans.CE 452.5 Ability to understand the concept of remote sensing and geographical information systems for

their effective applications in disaster management. CE 454 Ground Improvement TechniquesCE 454.1 Understand basic knowledge on various Ground improvement techniques and their applications ,

suitability for various types of soil conditions.CE 454.2 Carry out preliminary design approach, construction procedure for various chemical

stabilizations and understanding grouting techniques for a particular field conditions.CE 454.3 Describe the factors affecting and methods for improving cohesionless soils.CE 454.4 Propose suitable procedure to improve cohesive soils and assess the problems associated with

cohesive soils.CE 454.5 Differentiate the various geosynthetic materials and understand their practical usage. CE 456 Advanced Reinforced Concrete DesignCE 456.1 Advanced Reinforced Concrete DesignCE 456.2 To be able to design 1) Beams curved in plan and 2) Deep beamsCE 456.3 To analyze building frames by substitute frame method and to design flat slabsCE 456.4 To design pile foundations & pile caps and also to analyze and design raft foundation for

buildings. CE 457 Advanced Transportation Engg

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CE 457.1 Understand the Concept of stabilization and investigative methods, evaluation of differentmethods and analyze the materials required for stabilization depending on situations.

CE 457.2 Analyze the various design methods of flexible as well as rigid pavements by applyingappropriate methods and summarize the factors affecting pavements

CE 457.3 Evaluate the stability of pavements, analyze the effect of skid resistance and remember thestructures of surface and sub-surface drainage system

CE 457.4 Understand and apply the Level of service concept, evaluate the costs and benefits oftransportation projects and analyze the effects of Accidents and investigate the reasons

CE 457.5 Evaluate the performance of traffic management systems, assess the different methods ofparking, analyze the effects of noise and pollution on environment and summarize the softwarepackages used in traffic and transport planning

CE 458 Ground Water Hydrology CE 458.1 The student will be able to Explain the types and different parameters of aquifers and



budget and harvesting techniques.CE 458.5 The student will be able to Explain the different techniques of groundwater modeling. CE 460 Infrastructure Engineering CE 460.1 Understanding infrastructure scenario of India over a former time and able to recognize

information in the respective sectors CE 460.2 To interpret the role of private sector in infrastructural development and also to understand their

disadvantages.CE 460.3 Understand the situations faced and risks involved in various stages of projects, so that recalling

such helps in practical applications in simulated situations.CE 460.4 Understanding the impact of environment and social activities by infrastructure projects.

Recognizing the interrelationships of land water environmental laws.CE 460.5

From the effectiveness drawn from above chapters how to implement strategies for successfulinfrastructure implementation. Understanding recent technologies and directions.

LA 454 Intellectual Property RightsLA 454.1

To make students understand the meaning of Intellectual Property Rights(IPR), and familiarizeabout the international conventions, treaties, GATT, WTO, UNESCO, WIPO, TRIPS & TRIMS.

LA 454.2 To make students understand the meaning of patent, obtaining the patent, commercialsignificance, specification, registration, licenses and revocation.

LA 454.3 To make students understand the industrial design, its registration and piracy of industrialdesigns.

LA 454.4 To make students understand the trade marks, procedure, passing off, assignment andinfringement of trademarks.

LA 454.5 To make students understand nature, scope of copyright, subject matter of copyright,publication, broadcasting, telecasting, assignment, infringement of copy right.

CE 481 SeminarCE 481.1 Develop oral presentation skills.CE 481.2 Acquire independent study skills.CE 481.3 Organise and prepare technical report.CE 481.4 Find the gaps/merits or demerits of various approaches through literature survey.CE 481.5 Understand the state of the art topics in a broad area of a particular specialization. CE 482 ProjectCE 482.1 Identify a project topic in civil engg of societal interest, after study of literature/ existing systems

/ interaction with industry, to identify gaps, and define objectives and scope, includinginnovative ideas




CE 482.5 Make oral presentation, by the team, on the defined problem using appropriate presentationmedium and defend the work.IV YEAR

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EG 101 EnglishEG 101.1 learn the importance of communication, features and process of communication and verbal and

Non verbal communication in order to communicate effectively EG 101.2 improve oral communication skills, listening skills, interpersonal communication and improve

interpersonal skills by using Johari window and Knapp’s modelEG 101.3 improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report

–writing, SoP, Résumé - writing and official lettersEG 101.4 learn the basic rules of grammar with appropriate usage and learn to use vocabulary such as

synonyms and antonyms, homonyms and homophones EG 101.5 improve comprehension skills by reading inspirational texts and infer information. MT 101 Mathematics-I

MT 101.1Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

MT 101.2 Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solve problems on finding Radius of curvature ,evolutes and envelopes

MT 101.3 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems.

MT 101.4 Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration.

MT 101.5Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and some

concepts of linear algebra such as vector spares, basis, dimension and linear transformations.

MT 102 Mathematics-IIMT 102.1


MT 102.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.MT 102.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods for

solving Legendres D.E.MT 102.4 Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differential

equations.MT 102.5

Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

MT 102.6 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

PH 101 Engg. PhysicsPH 101.1 To understand the concept of interference, diffraction and polarization.PH 101.2 Ability to know the utilization of laser technology, Holography and optical fiber and their

engineering applications in various disciplines.PH 101.3 To understand the basics of statistical mechanics, significance and applications of Schrodinger

wave equation.PH 101.4 Able to analyze the various crystal structures andPH 101.5 their defects and to understand the electrons behavior in solids.PH 101.6 Gain the knowledge on magnetic materials and dielectric materials and superconducting

materials.

CH 101 Understand the characterization and basic preparation methods in thin films and Nano-materials.

CH 101.1 Explain quantitative relationship between chemical and electrical energy, construction andworking of different types of electrodes used in construction of electrochemical cells Understandthe operating principle and apply the knowledge to design batteries.

CH 101.2 Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

CH 101.3 Explain method to find impurities present in water and establish various methods of purifyingwater.

CH 101.4 Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.

CH 101.5Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.

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CH 101.6Interpret the importance of lubricants and liquid crystals. Phase rule concept is used to know theprocess of separation of pure metals from alloys. Apply the principles of Green chemistry tocarryout eco-friendly chemical processes without causing environmental pollution.

CS 101 Programming in ‘C’&‘C++’CS 101.1 Understand the procedure to create, compile and execute C program for different inputs.CS 101.2 Apply the concepts of control statements, operators, functions and arrays to implement matrix,

searching and sorting algorithms. CS 101.3 Solve programs on pointers and strings; access variables through dynamic memory.CS 101.4 Understand and Apply the concepts of derived data types and file handling operations.CS 101.5 Understand the concepts of object oriented programming through C++ and know the differences

between C and C++ programs.CS 101.6 Analyze and write programs on inheritance, polymorphism, classes and objects creation using

C++. CE 101 Engg. Mechanics

CE 101.1 Analyze a problem of statics using free body diagram in a proper manner and will be able toresolve forces using equations of equilibrium.

CE 101.2 Analyze a problem in three dimensional space using equations of equilibrium in space wherefriction also plays an important role.

CE 101.3To find centroids , centre of gravity and moment of inertia of different shapes and masses andalso be able to find the moment of inertia of different shapes and sizes which are later used indesign of beams which may be helpful in design of RCC and steel structures.

CE 101.4 To solve a problem of projectile and analyze a problem with the inclusion of there velocities,acceleration.

CE 101.5 Solve problems of dynamics with the usage of work energy principal and correlate force, massand time.

CE 102 Engg. GraphicsCE 102.1

Understand the procedure to draw various types scales and create scales as per requirement.

CE 102.2 Understand the steps involved in projection of points and lines and draw projection afteranalysing the given data..

CE 102.3 Remember the procedure with sequence of steps involved for preperation of projections afterevaluation of given parameters.

CE 102.4Analyse the parameters given for projection of truncated shapes of solids as per given parameters.

CE 102.5 Creation of three dimensional isometric views of solids placed in different configurations. Drawprojection of intersecting solids as per given data.

PH 132 Physics LabPH 132.1 To demonstrate the phenomena of interference and diffraction to determine wavelength of a

given light source of light.PH 132.2 To verify the laws of polarization and determine the specific rotator power of an optically active

substance.PH 132.3 To understand the principle involved in laser and optical fiber technology.PH 132.4 To examine the nature of ferromagnetic and dielectric materials to evaluate the related

parameters.PH 132.5 To characterize semiconducting devices to calculate parameters like resistance, energy gap and

temperature co-efficient.PH 132.6 To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies. CH 132 Chemistry Lab

CH 132.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH 132.2 Identify and estimate impurities causing hardness and alkalinity in water. CH 132.3 Find the strength of reducing species such as Fe+2, Fe+3

, Cr+3, Cu+2 and Cl- by various titrimetricmethods like complexometry and Iodometry.

CH 132.4Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry.

CH 132.5 Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.

CH 132.6 Recall the methods of preparation of industrially important polymers. ME 131 Workshop Practice

ME 131.1 The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

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ME 131.2 The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints. Subsequently thestudent would be able to estimate how to prepare pipe connections for domestic and industrialapplications.

ME 131.3 The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ME 131.4 The student would be able to utilize the various tools of sheet metal (tin smithy) namely hammer,mallet, stakes, snips, pliers, punches, vernier calipers, wire gauge, etc to perform variousoperations like cutting, shearing, notching, bending, riveting, etc. on the given sheet metal anddevelop various objects like tray, funnel, scoop, cylinder,etc.

ME 131.5 The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

ME 131.6 The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

CS 131 Programming LabCS 131.1 Understand the procedure to create, compile and execute C program for different inputs.CS 131.2 Apply the concepts of functions and arrays and write C programs for matrix, searching and

sorting techniques.CS 131.3 Create Derived types and deal files by applying the concepts of structures and pointers.CS 131.4

Understand the procedure to create, compile and execute C++ program for different inputs.

CS 131.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++. CS 131.6

Write programs in both C and C++ and could distinguish the differences between C and C++.

EG 131 English Language LabEG 131.1 learn the sound system of English Language with the knowledge of IPA-classification &

descriptionEG 131.2 learn the word stress & aspects of connected speechEG 131.3 learn the Rhythm & Intonation of English languageEG 131.4 Improve the fluency in the spoken form of the language by participating in Presentation skills,

Public speaking, Group Discussion and Debate. EG 131.5 learn to use dictionary and thesaurus effectively in an appropriate way. MT 201 Mathematics – III

MT 201.1 Solve problems on formation of partial differential equations and on some standard first andsecond ordered partial differential equations.

MT 201.2 Develop a Fourier series for a given function in various intervals.MT 201.3 Apply the theory of Fourier series to some boundary value problems associated with one -


value problems for first ordered ordinary differential equations.MT 201.5 Apply interpolation methods for estimation.MT 201.6 Apply the basic definition and properties of Z- transform for solving difference equations. CE 201 Building drawing

CE 201.1 Understand the conventional signs and symbols in building plans, sections , and classification ofvarious types of brick bonds.

CE 201.2Understand different categories of doors, windows, roofs and adopt the designs in building plans

CE 201.3 Understand types of staircases, different types of foundations and use them in designs anddrawings.

CE 201.4 Understand the various aspects of building planning, principles and standards and adopt theconcepts in design of various types of buildings

CE 201.5 Analyze the requirements and design the building plans as per the standards and codes. CE 202 Engineering materials & construction

CE 202.1 Analyze the properties of stones to meet the construction requirements and understands theprocess of manufacturing bricks

CE 202.2 Understands the process of manufacturing cements and uses of various types of cementsdepending on different situations

CE 202.3 Assess the changes in behavior of concrete due to composition and learns the sequence ofoperations involved in preparing concrete

CE 202.4 Understand the importance of timber as a engineering material and usage of recycled materials,smart materials

CE 202.5 Analyze the selection of type of floor for different situations and types of form work.

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CE 203 Engineering geology CE 203.1 student should understand formation, classification, distribution and uses of rocks for different

purposesCE 203.2 student should apply the knowledge of soils, ground water in the field of civil engineeringCE 203.3 student should evealuate rocks and their suitability CE 203.4 student should understand dams reservoirs, dam foundations and site conditionsCE 203.5 student should apply geological knowledge in construction of tunnels and understand geological

hazords CE 204 Strength of materials – I

CE 204.1 Understand and interpret the basic concepts and principles of strength of materials and applythem to members with simple and composite sections subjected to axial loads.

CE 204.2 Construct shear force and bending moment diagrams for beams and compute bending and shearstresses in cross section of beams subjected to transverse loading

CE 204.3 Understand, differentiate and interpret the concepts of compound stresses and direct and bendingstresses and compute critical values of those stresses

CE 204.4 Analyze trusses of various configurations by method of joints and method of sections and also tocompute stresses in thin and thick cylinders and spherical shells due to internal and externalpressure

CE 204.5 Apply theory of torsion for analyzing solid and hollow circular shafts and compute criticalstresses in members due to combined bending and torsion.

CE 205 Surveying –I CE 205.1 Familiarization with the basic concepts of survey and ability to locate boundaries of given land

using Chain and Tape and prepare large scale maps.CE 205.2 Ability to complete survey in hilly areas, dense forest and large areas with few details using

compass.CE 205.3 Acquisition of basic skills to compare plotted work with actual features of the area and conduct

survey in magnetic areas using Plane Table.CE 205.4 Familiarization with the basic concepts of levelling and ability to determine reduced levels,

gradients, plotting of profiles and cross sections related to road, railway and canal works.CE 205.5 Ability to calculate areas and volumes, plot contours and determine reservoir capacity using

contours. CE 231 Engineering Geology laboratory

CE 231.1 Student can able identify different types of minerals and rocks CE 231.2 Students can understand different types of Earth structuresCE 231.3 Students can analyze terrain condition with helps of different types of maps CE 231.4 Students can evaluate resistivity of Earth materials CE 231.5 Students can synthesize land conditions for different engineering projects CE 232 Surveying – I laboratory

CE 232.1 Ableto find the horizontal distance between two stations and area of given field with chain andtape

CE 232.2 Ableto Plot irregular shape lands using observations of compass survey and make suitableclosing error adjustment graphically

CE 232.3 Able to plot the given field features on the map using plane table CE 232.4 Ableto find out the elevation of any station with respect to a point (BM) of known elevation and

To plot the longitudinal and cross sectional profiles of given alignmentCE 232.5 Able to calculate reduced levels of suitable locations, decide contour intervaland prepare contour

map CE 233 Computer Aided Civil Engineering Drawing

CE 233.1 Comprehend AutoCAD workspace & user interface.CE 233.2 Explain basic drawing, Modifying & viewing tools CE 233.3 Draw building components, Measure areas & DimensionsCE 233.4 Illustrate reusable symbols – Blocks, Analyse layersCE 233.5 Demonstrate knowledge of skills for preparing civil engineering drawings. CE 251 Strength of Materials-II

CE 251.1To Study the basic concepts and compute deflections in loaded beams using various methods.

CE 251.2 To understand the flexural behavior and to analyze propped cantilevers, fixed beams andcontinuous beams.

CE 251.3 To understand the concepts of unsymmetrical bending and shear center. CE 251.4 To study about strain energy principles and its applications.CE 251.5 To analyze stresses in columns and struts. CE 252 Surveying-II

CE 252.1 Familiarisation with the construction, adjustments and use of theodolite and ability to measurehorizontal angles

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CE 252.2 Ability to complete theodolite traversing and plotting with corrections, and determine reducedlevels using trigonometric levelling

CE 252.3 Ability to compute elements of simple circular curve, compound curve and reverse curve, andunderstand the procedures of setting out of the same in the field

CE 252.4 Ability to compute elements of transition curve, vertical curve, and understand the procedures ofsetting out of the same in the field

CE 252.5 Familiarisation with the construction and use of tachometer, total station and ability to calculatedistances, elevations using tachometer,and infer the applications of GIS and GPS in civilengineering

CE 253 Fluid Mechanics-ICE 253.1 Understanding fluid properties and relation between them and measurement of pressure.CE 253.2 Understanding the principles of continuity, energy and momentum and its applicationsCE 253.3 Analyzing different types of flow measurementCE 253.4

Understanding compressible characteristics of fluids, its equations and stagnation properties

CE 253.5Analyzing the types of flows, head loss through pipes and evaluating discharge through pipes

CE 222 Environmental StudiesCE 222.1 To outline the importance of natural resources (Water and land), Energy resources, floods,

droughts, modern agriculture, land degradation.CE 222.2 To classify the basic concepts of ecosystem and ecologyCE 222.3 To interpret the concepts of biodiversity and its practical relevance to the conservation of

environment.CE 222.4 To distinguish types of environmental pollution, causes, effects and control measures and

environmental legislation.CE 222.5 To analyze global environmental issues, social aspects including population growth, disaster

management. EE 271 Electrical Technology

EE 271.1 Determine the efficiency and losses in a DC machineEE 271.2 Appreciate the poly-phase system in supplying power to 3 phase balanced loadEE 271.3 Appreciate the regulation of transformerEE 271.4 Differentiate the transformer operation and induction motor operationEE 271.5 Recall single phase induction motor and its applications ME 271 Mechanical Technology

ME 271.1 Classify different types of Earth moving vehicles, excavators and their operations andapplications

ME 271.2 Understand the principle of Conveying equipments and Hoisting equipments and theirconstruction details

ME 271.3Compare and Contrast Aggregate, concrete production equipments and Pneumatic equipments

CE 281 Strength of Materials labCE 281.1 The Occurrence & Computations of Bending Moments and Shear Forces in a beam.CE 281.2 The behaviour of material – mild steel – in elastic, plastic, and elasto-plastic states before

breaking/failureCE 281.3 Load-Deflection Characteristics of Beams, Springs & ShaftsCE 281.4 The linear behaviour of material subjected to loads within a certain limit of stress.CE 281.5 Principle of superposition of loads and Maxwell’s Reciprocity of deflections in beams. CE 282 Surveying-II lab

CE 282.1 Measure the horizontal angles using theodolite.CE 282.2 Determine and plot the given area using Gales traverse table. CE 282.3 Determine Reduced levels of accessible and inaccessible points using Theodolite.. CE 282.4 Determine Reduced levels of accessible and inaccessible points using stadia and tangential

methods of tacheometry. CE 282.5 Set out the horizontal curves using linear and angular methods. CE 283 Fluid Mechanics lab

CE 283.1 Calculation of discharge flowing through streams and canals.CE 283.2 Determination of discharge through pipes and losses in pipesCE 283.3 Application of Bernoulli’s principle in hydraulicsCE 283.4 Determination of discharge flowing through tanks, notches and weirsCE 283.5 Differentiate the type of flow based on Reynolds number. CE 284 Surveying Camp

CE 284.1 To understand, plan and organise the execution of a field survey.CE 284.2 To determine the elevations, distances and bearings/angles along the given alignment.CE 284.3 To design and executethe alignment of a civil work such as roadways, railways, canals, pipe lines

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CE 284.4To develop contour maps of a given area for determining volumes and location ofan alignment.

CE 284.5 To plot the closed traverse using Gales traverse table. CE 301 Reinforced Cement Concrete

CE 301.1 To understand properties of materials concrete & steel, and design beam section by workingstress method.

CE 301.2 To design rectangular and flanged beams for flexure by limit state methodCE 301.3 To comprehend the effect of shear, torsion and serviceability of a beamCE 301.4 To detail and draw reinforcement in a slab based on IS code or Yield line theoryCE 301.5 To design columns and footings subjected to axial forces, or uniaxial bending, or biaxial

bending. CE 302 Fluid Mechanics – II

CE 302.1 Understanding channel flow, pipe flow and design of most economical channel sectionsCE 302.2 Evaluating non uniform flow relations, hydraulic jump and length of profilesCE 302.3 Evaluating water hammer effect, boundary layer, drag and liftCE 302.4 Understanding different types of dimension analysis, similarity laws and model theoriesCE 302.5 Analyzing types of turbines, pumps and characteristics of hydraulic machines CE 303 Theory of Structures - I

CE 303.1 Analyze the structural elements subjected to unsymmetrical bending and compute stresses inrectangular, channel, I- sections. Understand the concept and importance of shear centre, shearflow and locate shear centre of simple sections of one axis of symmetry such as T section,channel section.





CE 304 Building Technology and ServicesCE 304.1 Evaluate the site conditions; prepare building plans in conformity with building byelaws.CE 304.2 Application of techniques in planning buildings for best acoustics and reduce defects with



rating systemsCE 304.5 Skill development for creation of simple 3D objects as well as buildings using AutoCad CE 305 Transportation Engineering

CE 305.1 Understand Highway Engineering and can design the Geometric elements such as horizontal andvertical curves, super elevation etc., of Highways.

CE 305.2 Understand the importance of traffic engineering and Know about various methods of trafficstudies, parking studies, accident studies and Highway Capacity Manual 2000.

CE 305.3 Evaluate Highway construction materials such as Soil, Aggregate, Bitumen etc., and understandsthe importance of various tests on materials, various aspects of Flexible pavement designmethods and analysis of Rigid pavements



CM 371 Managerial Economics & AccountancyCM 371.1 Student will be able to find out the general exposure about the business, economic environment

and the structural aspects of Managerial EconomicsCM 371.2 Student will be analyze different principles and laws of managerial economics & examine the

consumer behavior for taking various managerial decisions, such as forecasting demand for newand existing goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs.


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CE 331 Hydraulics and Hydraulic Machinery labCE 331.1 The discharge flowing in canals and streamsCE 331.2 Roughness coefficient by mannings and chezys constantsCE 331.3 The efficiency of pumpsCE 331.4 The efficiency of turbinesCE 331.5 Flow past the submerged bodies CE 332 Transportation Engineering lab

CE 332.1 Assess the requirements for the Soil, aggregate, bitumen and bituminous mixes depending on thetype of pavement layer

CE 332.2 Interpret the test results of the Pavement materialsCE 332.3 Select the type of ingredients for Pavement layers of specified requirementsCE 332.4 Design (calculate) the composition of Bituminous mixCE 332.5 Design and execute different types of Pavement construction CE 333 Survey Camp

CE 333.1 To understand, plan and organise the execution of a field survey.CE 333.2 To determine the elevations, distances and bearings/angles along the given alignment.CE 333.3 To design and executethe alignment of a civil work such as roadways, railways, canals, pipe lines


To develop contour maps of a given area for determining volumes and location ofan alignment.

CE 333.5 To plot the closed traverse using Gales traverse table. CE 351 Soil Mechanics

CE 351.1Determine the index properties of the soil and classify the soil according to Indian standards.

CE 351.2 Analyze soil –water characteristics and estimate the effective stresses.CE 351.3 Asses the compressibility characteristics of soil and measure the consolidation settlement.CE 351.4

Evaluate shear parameters of soil using laboratory tests under different drainage conditions.

CE 351.5 Compute lateral earth pressures using analytical and graphical methods, and analyze the stabilityof slope by different methods.

CE 352 Steel StructuresCE 352.1 Explain chemical composition of steel, design bolted connections and welded connections.CE 352.2 Design tension members by limit state method and working stress method using various types of


state method using appropriate codes.CE 352.4 Design compression members using single section and built up sections with lacing ,battening

and design slab bases for columns.CE 352.5 Estimate the loads on roof trusses and design purlins and joints of various types of trusses. CE 353 Theory of Structures – II

CE 353.1 To Study the analysis of structural elements subjected moving loadsCE 353.2 To study the analysis of Road/ railway bridges and concepts involved in the analysis of



frames and trussesCE 353.5 To study Fundamentals of Direct Element Method and Structural Software applications CE 354 Structrual Engg Design and Detailing-I

CE 354.1 After completing this unit, students would be able to decide the type of retaining wall to beused, and design suitable type of retaining wall, footing to be used, and design combinedfootings of various types.



CE 355 Water Resources Engg & Management -ICE 355.1 Estimation rainfall runoff and discharge through wellsCE 355.2 To know about irrigation methods and to design canals to supply water for irrigation

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CE 355.3 Designing of weirs and to know about their functional and failuresCE 355.4 To classify various types of canals falls and outlets and to know about their designCE 355.5 To list various types of cross – drainage works and to design them CE 356 Water & Waste Water Engineering

CE 356.1 Understand the basic necessity of PWS, drinking water quality standards and importantcomponents in PWS.

CE 356.2 Understand the significance of water treatment, disinfection and analyze water quality problemsand design various treatment units to provide potable water.

CE 356.3 Comprehend the need for collection of sewage and storm water and sewage characteristics andevaluate various designs.

CE 356.4 Analyze different types of sewage characteristics and devise suitable treatment methods.CE 356.5

Comprehend the purpose of sludge digestion and different steps involved in MSW management.

CE 381 Soil Mechanics labCE 381.1

Estimate the basic properties of soil and classify the coarse grained soil according to GSD curve.

CE 381.2 Determine the Atterberg limits and classify the fine grained soils.CE 381.3 Determine the shear parameters and shear strength of soil.CE 381.4 Evaluate the OMC and MDD by standard and modified proctor test.CE 381.5 Compute the coefficient of permeability for coarse and fine grained soils. CE 382 Environmental Engineering lab

CE 382.1 Evaluation of proper raw water source CE 382.2 Understanding the design and maintenance of water treatment plantCE 382.3 Analyzing different drinking water supply schemes and chemicals required for treatmentCE 382.4 Assessment of organic pollution of source (DO & BOD)CE 382.5 Assessment of strength of the waste water pollution and potentiality to cause water pollution (DO

& BOD) CE 383 Industrial visit/ study

CE 383.1 Identify the technical specifications.CE 383.2 Understand the sequence of procedures involved in the functioning of the industry.CE 383.3 Identify various units and their functions.CE 383.4 Recognise safety procedures and practices.CE 383.5 Acquire technical report writing skills. CE 401 Structural Engineering Design & Detailing-II

CE 401.1 After completing this unit, students would be able to design riveted and welded plate girdercomplete with stiffeners, their connections, splices, their connections and flange curtailment byLimit State Method using IS Code provisions.



CE 402 Estimating & SpecificationsCE 402.1

Prepare detailed estimate of RCC structures, Irrigation projects and CC roads and BT roads.

CE 402.2Estimate quantity of steel required for different structures by preparing Bar Bending Schedule.

CE 402.3 Prepare Rate analysis for different items of work for preparing Abstract estimate for buildingsand Roads.

CE 402.4 Understand different types of estimates, specifications and departmental procedure of carryingout work.

CE 402.5 Classify various types of Contracts and Tenders and list various terms involved in estimating andexecution of a work.

CE 403 Foundation EngineeringCE 403.1 Calculate the increase in vertical stress due to externally applied load of any point below or

outside the loaded area of any shape.CE 403.2 Estimate the safe bearing capacity and settlement of shallow foundations using analytical as well

as field method.CE 403.3 Analyze the pile foundation using static and dynamic methods.CE 403.4 Understand the practical application of coffer dams and the construction of cassions and well

foundation.CE 403.5

Propose the suitable dewatering system for a particular site and prepare borelog of subsoil.

CE 404 Water Resources Engineering - II

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CE 404.1 Selection of reservoir sit and to find storage capacity, life of reservoirCE 404.2 Selection of site for dams, designing of gravity dams by considering various forces acting on the


of energyCE 404.5

To distinguish various types of hydel schemes and to determine various factors and capacities

CE 405 Concrete TechnologyCE 405.1 Understanding various properties of concrete. Interpreting relationships between various

mechanical strengths of concrete and strength curvesCE 405.2 Interpreting mix designs of Indian, American, British standards. Analyzing and evaluating design

valuesCE 405.3 Recognizing admixture concretes and its properties. Understanding the applications of various

admixtured concrete.CE 405.4 Understanding special concretes and its applications.CE 405.5 Understanding special concretes and its applications. CE 408 Pre stressed Concrete

CE 408.1 To comprehend the concept of Prestressing and to understand systems of Prestressing and lossesassociated with it.

CE 408.2 To analyze and design PSC beams for flexure for simple and composite sections.CE 408.3

To design PSC beams sections for flexure and for shear and to learn about the codal provisions

CE 408.4To compute short and long term deflections in PSC beams and to learn load balancing method

CE 408.5 To design end blocks in prestressing and to analyze continuous beams CE 409 Geographical Information Systems

CE 409.1 Understand fundamental concepts and give examples of interdisciplinary applications ofGeographical Information Systems.

CE 409.2 Express organizational skills in file and database managementCE 409.3 Apply GIS analysis to address geospatial problems CE 409.4 Apply analysis functions involving mathematical and statistical methods to spatial data for


different surfaces CE 411 enterpreneurship

CE 411.1 Understand the role of entrepreneurship towards the economic development of country canassess the government policies and opportunities available to SMEs

CE 411.2Learn the characteristics and skills of an entrepreneur, concept and growth of womenentrepreneurs, generate ideas in selecting the projects with necessary technological assistance




CE 431 Concrete labCE 431.1 Specify requirements for the concrete, depending on the risk of corrosion, the type of structure

(element), the type of finishCE 431.2 Choose the type of ingredients to produce concrete of specific requirements.CE 431.3 Design (calculate) the composition of concrete.CE 431.4 Interpret the test results of fresh and hardened concreteCE 431.5 Provide guidance for execution of concrete structures CE 432 Computer Applications lab

CE 432.1 After completion of this course work student can develop the computer programs in MS-Excelfor general structural engineering problems like, calculation of reinforcement for singly or doublyreinforced beams.



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CE 433 Project SeminarCE 433.1 Select a project topic in the domain area of Civil Engineering /interdisciplinary area which




methodology adopted.CE 433.5 Acquire written and oral presentation skills by the team. CE 451 Construction Management and Administration

CE 451.1Understand the basic principles of management and its applications in construction industry.

CE 451.2Demonstrating the planning techniques with applications in construction industry. Understandingthe intricacies in large scale production and correlating with economics both internal and external.




CE 452 Disaster Mitigation and ManagementCE 452.1 Ability to analyze and critically examine existing programs in disaster management regarding




formulating effective disaster management plans.CE 452.5 Ability to understand the concept of remote sensing and geographical information systems for

their effective applications in disaster management. CE 454 Ground Improvement Techniques

CE 454.1 Understand basic knowledge on various Ground improvement techniques and their applications ,suitability for various types of soil conditions.

CE 454.2 Carry out preliminary design approach, construction procedure for various chemicalstabilizations and understanding grouting techniques for a particular field conditions.

CE 454.3 Describe the factors affecting and methods for improving cohesionless soils.CE 454.4 Propose suitable procedure to improve cohesive soils and assess the problems associated with

cohesive soils.CE 454.5 Differentiate the various geosynthetic materials and understand their practical usage. CE 456 Advanced Reinforced Concrete Design

CE 456.1 Advanced Reinforced Concrete DesignCE 456.2 To be able to design 1) Beams curved in plan and 2) Deep beamsCE 456.3 To analyze building frames by substitute frame method and to design flat slabsCE 456.4 To design pile foundations & pile caps and also to analyze and design raft foundation for

buildings. CE 457 Advanced Transportation Engg

CE 457.1 Understand the Concept of stabilization and investigative methods, evaluation of differentmethods and analyze the materials required for stabilization depending on situations.

CE 457.2 Analyze the various design methods of flexible as well as rigid pavements by applyingappropriate methods and summarize the factors affecting pavements

CE 457.3 Evaluate the stability of pavements, analyze the effect of skid resistance and remember thestructures of surface and sub-surface drainage system

CE 457.4 Understand and apply the Level of service concept, evaluate the costs and benefits oftransportation projects and analyze the effects of Accidents and investigate the reasons

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CE 457.5 Evaluate the performance of traffic management systems, assess the different methods ofparking, analyze the effects of noise and pollution on environment and summarize the softwarepackages used in traffic and transport planning

CE 458 Ground Water Hydrology CE 458.1 The student will be able to Explain the types and different parameters of aquifers and



budget and harvesting techniques.CE 458.5 The student will be able to Explain the different techniques of groundwater modeling. CE 460 Infrastructure Engineering

CE 460.1 Understanding infrastructure scenario of India over a former time and able to recognizeinformation in the respective sectors

CE 460.2 To interpret the role of private sector in infrastructural development and also to understand theirdisadvantages.

CE 460.3 Understand the situations faced and risks involved in various stages of projects, so that recallingsuch helps in practical applications in simulated situations.

CE 460.4 Understanding the impact of environment and social activities by infrastructure projects.Recognizing the interrelationships of land water environmental laws.

CE 460.5From the effectiveness drawn from above chapters how to implement strategies for successfulinfrastructure implementation. Understanding recent technologies and directions.

LA 454 Intellectual Property RightsLA 454.1

To make students understand the meaning of Intellectual Property Rights(IPR), and familiarizeabout the international conventions, treaties, GATT, WTO, UNESCO, WIPO, TRIPS & TRIMS.

LA 454.2 To make students understand the meaning of patent, obtaining the patent, commercialsignificance, specification, registration, licenses and revocation.

LA 454.3 To make students understand the industrial design, its registration and piracy of industrialdesigns.

LA 454.4 To make students understand the trade marks, procedure, passing off, assignment andinfringement of trademarks.

LA 454.5 To make students understand nature, scope of copyright, subject matter of copyright,publication, broadcasting, telecasting, assignment, infringement of copy right.

CE 481 SeminarCE 481.1 Develop oral presentation skills.CE 481.2 Acquire independent study skills.CE 481.3 Organise and prepare technical report.CE 481.4 Find the gaps/merits or demerits of various approaches through literature survey.CE 481.5 Understand the state of the art topics in a broad area of a particular specialization. CE 482 Project

CE 482.1 Identify a project topic in civil engg of societal interest, after study of literature/ existing systems/ interaction with industry, to identify gaps, and define objectives and scope, includinginnovative ideas




CE 482.5 Make oral presentation, by the team, on the defined problem using appropriate presentationmedium and defend the work.

I semester MB101 Management & Organizational BehaviourMB101.1 Define Management levels, processes and practices and Understand the Human Relations and

Systems as well as Organizational Structures.MB101.2 ApplyDecision making and Negotiation approaches in various Organizational System.MB101.3 Interpret OB and Personalities and Apply in overcoming perceptual problems.

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MB101.4 Understand the Models of OBand Apply Motivations and Leadership practices to drive theGroup Dynamics.

MB101.5 Understand the Management of Change and Synthesize the Organizational Designs andStructures for Organizational Development.I semester MB102 Accounting for Management

MB102.1 Discuss basic business concepts to Understand accounting concepts and conventions and theirimplications on accounting system.

MB102.2 Create and present financial statements according to Provisions of the Indian companies Act andunderstand Accounting standards and Application of AS 6 for Depreciation Accounting andAccounting standard 2 for Inventory Management.

I semester MB103 Marketing ManagementMB103.1 Describe the basic concepts of marketing, marketing program and marketing environment.MB103.2 Understand Market segmentation, Demand measurement and Sales forecasting methods.MB103.3 Understand and interpret the core concepts of marketing mix - product, price, place and

promotion and the association among the four components.MB103.4 Analyzing the behavior of consumer, consumer markets and industrial markets and exemplifying

the need of service marketing in the present market scenario.MB103.5 Evaluate the structure of marketing organization, control and marketing audit

I semester MB104.1 Business Law and EthicsMB104-1.1 Define the Contracts and Agreements and Understand the Law Of Contract. MB104-1.2 Understand theLaw relating to Special Contracts.MB104-1.3 Understandthe Companies Act and Apply Companies Act in various organizations.MB104-1.4 Understand the Consumer Protection Law.MB104-1.5 Understand the Business Ethics and Value System and Analyze the Business Value System in

Indian Scenario.I semester MB104.3 Managerial Economics

MB 104.3.1 Acquire knowledge about fundamental concepts of economics and their application in businessdecisions

MB 104.3.2 Acquire knowledge of demand analysis, price determination in competitive environmentMB 104.3.3 Apply production and cost functions to business decisionsMB 104.3.4 Analyze different market structures and pricing practices in business environmentMB 104.3.5 Evaluate macro economic problems in economies

I semester MB105.1 IT Applications for Management

MB105.1.1Understand the concepts of Information Systems(IS) in the present business scenario in relationto Computers and distinguish different categories.

MB105.1.2Analyze and Arrange the suitable technology of information system for the management of thebusiness.

MB105.1.3Apply the concepts of intra organizational systems to take a good business decision or enhancethe chances of taking a good decision.

MB105.1.4Apply the concepts of Inter Organizational systems to improve the communication andcoordination with other organizations and customers.

MB105.1..5Understand and Interpret the knowledge of cyber laws and IT Acts required to overcome theinformation malpractices in the organizations.

I semester MB105.2 Business Communication

MB105.2.1Understand the role, process and importance of communication in the business environment.

MB105.2.2Analyze communication behavior & examine its effectiveness to solve the workplacecommunication issues.

MB105.2.3Analyse a problem and devise a solution in a group with an effective formal presentations beforea variety of live audiences.

MB105.2.4 Apply effective business writing skills in decision making process.

MB105.2.5Evaluate business communication related to media and government relations to handle thecrisis.

I semester MB105.3 Customer Relationship Management

Analyse cash flows to prepare Cash flow statements according to Accounting standard 3.

MB102.5 Understand Marginal costing and application of Marginal costing in business decision making.

MB102.3 Analysefinancial statementsand apply various Ratios to analyse, evaluate and interpretcompany’sfinancial performance.

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MB105-3.1 Describe the Evolution of Customer Relationship Management.MB105-3.2 Understand Customer Relationship Management Interrelated concept.MB105-3.3 Prepare CRM Planning Process and Strategy.MB 105-3.4 Analyze CRM Initiatives and Marketing Strategy.MB 105-3.5 Evaluate CRM Implementation and Performance Measurement.

I semester MB106 Computer PracticalsMB106.1 Understand and compute basic concepts of MS-EXCEL spreadsheetMB106.2 Apply and exhibit data and graphical options in MS-EXCELMB106.3 Compute the advanced Options of MS-EXCELMB106.4 Understand and create tables and generate reports using MS-ACCESSMB106.5 Transfer of data between Excel & Access

I Year – II semester

II Semester MB201 Human Resources ManagementMBA2.1.1 Define HRM System and Challenges in competitive environment.MBA2.1.2 Discuss Job Analysis system and mapping and Apply it in the area of HR functions.MBA2.1.3 Construct HRD practices and career development models and Analyze HR Accounting and

Audits for the development of HRD Practices.MBA2.1.4 Understand Industrial Relations and Apply it in the area of Employee Engagement.MBA2.1.5 Analyze the HR issues in Mergers and Acquisitions and critique them in the area of Global

HRM.

II semester MB202Financial ManagementMB202.1 Understand role of financial management in business corporations, concept of time value of

money and trade-off between risk and return.MB202.2 Analysethe concepts & tools in capital budgeting and capital project.MB202.3 Apply financial management concepts and tools to the financing decisions & calculateMB202.4 Explain the importance of current assets management and dividend decisions faced by the firm

MB202.5 Evaluate the corporate restructuring & governance structure of firms and examine theinteractions, from a governance perspective, between firm management, financial markets andstakeholders

II Semester MB203 Business Research MethodsMB203.1 Acquire knowledge about various Business Research Designs and Mesures of Central tendency.

MB203.2 Apply fundamentals of Probability rules that help to measure uncertainty of business MB203.3 Understand various measuring and Scaling Techniques and apply them in business decision

making processUnderstand Sampling theory and apply them in business decision making process and projectworkExplain Hypothesis Testing procedure and conducting Large Sample tests and Apply to businessdecisions and Project work.

II Semester MB204.3 International Business MB204.3.1 Describe Global Imperative and International Business. MB204.3.2 Understand Global Business, National regulations and Trading Blocks.MB204.3.3 Understand Global Business and Market entry strategies for expanding business to global wide.

MB204.3.4 Understand E- Business Environment and Apply the Technology in the area of E- Business.

MB204.3.5 Analyze the Issues in managing Global Business and Implementation Strategies.

II Semester MB204.4 Financial Markets and ServicesMB204.4.1 Understand the concept of Financial Markets and Services andAcquire knowledge about

Financial services sector in IndiaDefine the concept ofMerchant Banking andto understand New Issue management guidelinesissued by SEBI.

MB204.4.3

MB203.4

MB203.5 Apply Correlation and regression for building models to business data.

MB204.4.2

Acquire knowledge aboutthe concept of Leasing & Hire purchasing and to evaluate

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MB204.4.4 Acquire knowledge aboutthe concept of Venture Capital Financing and evaluating thoughvarious valuation methods, types and to evaluate through NPV and IRR approachesUnderstanding the concept of Factoring and bill discountingAcquire knowledge about Credit rating concept, agencies, Methodology

II Semester MB205.2 Strategic Management AccountingMB205.2.1 Understand the Management Control system and apply techniques such as CVP analysis in

business decision making.Discuss Strategic Planning and Control & Accounting Control.Explain Planning and Control tools like Standard Costing and budgeting.

MB205.2.3 Acquire knowledge about Responsibility Centers and Evaluate performance of segments basedon various methods and also to understand the concept of Transfer Pricing.

MB205.2.4 Understand Activity based Costing andAnalyzeCustomer Account ProfitabilityMB205.2.5 Understand and Evaluate Strategic decisions for Product Life cycle, Activity Based Costing and

analyzing Competitor pricing.

II Semester MB205.3 Start Up ManagementMB205-3.1 Describe the Role of Entrepreneurship and its growth in India.MB205-3.2 Understand Factors affecting Entrepreneurship Growth.MB205-3.3 Explain the concept of Small Enterprise.MB205-3.4 Identify various Institutitutional Finance to Entrepreneurs.MB205-3.5 Recommend the role of Venture Capital financing in India.

II Semester MB205.4 Retail Management

MB205.1Understand the importance of retail management and generalize the knowledge related toindustry in real-time business.

MB205.2Understand the emergence of retail sector in India and international markets and comprehenddifferent retail formats

MB205.3Applying the concept s of segmentation and dissect the retail markets to arrange the best suitableapproach for franchising, insurance, pricing and social marketing.

MB205.4Evaluate merchandise management apprise the concepts of store layout, categorize theassortments and offer good service to customers.

MB205.5 Analyze the Customer Relationship Management and legal aspects of retailing.

Year II – Semester III

III Semester MB 301 Operations Management

III Semester MB 302 E-BusinessMB302.1 Describe E-Business models, Global Economy and E- Business Infrastructures. MB302.2 Understand E- Business Environment and E- Marketing.MB302.3 Understand Mobile Commerce (M- Commerce) and Distinguish E- Commerce to M- Commerce.

MB302.4 Understand M- Commerce Technology and Apply them within key market players.MB302.5 Analyze the M- Commerce applications and Synthesize E-Business Models with M- Commerce

Technology.

III Semester MB 303 Operations ResearchDefine the concept of Operations Research and State Managerial Applications of ORDevelop mathematical model for LPP and solve graphically.

MB303.2 Develop mathematical model for LPP and solve by simplex method.MB303.3 Formulate the problem in to standard transportation and Assignment problem and get the optimal

solution.MB303.4 Analyzenetwork techniques namely PERT & CPM and optimal project duration and cost.

MB301.1Understand the types of manufacturing process, manufacturing operations strategy and processdesign and recognize the interface of product life cycle and production life cycle.

MB301.2Compute the capacity planning & maintenance management for matching the capacity to thedemand and calculate the scheduling of operations.

MB301.3Analyze work study and service management and interpret the value creation through service.

MB301.4Describe the importance of materials management function in an organization, and how it canhelp in integrating various plans and reduce the material related costs.

MB301.5Explain the stores & inventory management techniques at manufacturing and purchasing leveland calculate EOQ and reorder point that help in the timing and volume of inventory orders.

MB303.1

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Discuss and solvethe various waiting line and game theory problems.State managerial applications of Simulation.

III Semester MB 304.1 Financial Risk Management– Finance

III Semester MB 304.2 Product& Brand Management – Marketing

ApplyResearch and development in Product modification and New Product Introduction.

III Semester MB 304.3 Compensation Management – Human ResourceMB304-3.1 Remember the basics of Strategic Compensation Management. MB304-3.2 Understand Compensation System and Employee Behaviour.MB304-3.3 Understand Designing of Compensation System and Adapt the Pay Structures.MB304-3.4 Understand the Employee Benefits Management and Adapt these Benefits for competing

employer- employee negotiations.MB304-3.5 Analyze the issues and challenges in Strategic Compensation.

III Semester MB 305.1 International Finance – Finance

MB305.5 Understand theInternational Tax Environment.

III Semester MB 305.2 Promotion and Distribution -MarketingMB 305-2.1 Define marketing communication and Integrated Marketing Communication Programme.MB 305-2.2 Understand the process of execution of creative strategy, media planning and strategies for

implanting Integrated Marketing communication program perspective. MB 305-2.3 Apply personal selling process, approaches and Integrate with other Promotional tools.MB 305-2.4 Analyze consumer and trade oriented sales promotion, support media and Monitoring,

Evaluating and controlling promotion programs.Explain the role and functions of channel of distribution, distribution of services, market logistics and supply chain management

III Semester MB 305.3 Organization Development – Human ResourceMBA305-3.1 Definethe evolution and Growth of the field of Organization Development.MBA305.3.2 Understandthe theories of Planned Change and Teams learning structures.MBA305.3.3 Apply the OD process for Optimal Success of Organization Development.MBA305.3.4 Understand the Human process intervention approaches and Classifythe Grid of OD.

Evaluate product launching, pre-testing, test marketing, planning annual budget and organizationfor product management.

MB305.1

MB305.2 Outline Foreign Exchange Markets, types and structure.

MB305.3 Illustrate Exchange Rate Determination and Risk Management techniques.

MB305.4 AnalyzeMultinational Corporate Decisions in Global Markets.

MB 305-2.5

MB 304-1.3 Describe derivatives and application and analysis of Techniques and tools of Risk managementin Forward and Future contracts.

MB 304-1.4 Define Swaps and application of tools and techniques in valuation of Swaps in Risk managementcontracts.

MB 304-1.5 Explain options and application of tools and techniques in valuation of Options in Riskmanagement contracts.

MB304.2.1 Describe product and Branding Decisions

MB304.2.2 Understand the concepts of new product development, product portfolio analysis and risk returnanalysis.

MB304.2.3

MB304.2.4 Analyze the market structure analysis, business analysis and demand analysis of product

MB304.2.5

Describe International Financial System.

MB303.5

MB 304-1.1 Understanding Risk Management and describe Risk management approaches, methods and Riskreporting processes.

MB 304-1.2 Application of Value at risk and cash flow at risk to measure and management of risk andexplain Asset Liability management practices in banks.

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MBA305.3.5 Synthesize Strategic and Techno-Structural interventions to meet the quality standardsforOrganizational Development.

III Semester MB 306 Innovation ManagementMB306.1 Understand and classify the Research and Development(R&D) and its management.

MB306.2 Appraise and manage the R & D projects by setting budgets and organise the industrial R & D

MB306.3Evaluate the criteria with checking the progress of Research and Development by managingscientific freedom.

MB306.4 Understand and distinguish between Invention & Innovation and the types of innovations MB306.5 Validate the organizational characteristics that facilitate innovation and its impact.

II year –IV Semester

IV Semester MB401 Strategic ManagementMB 401.1 Describe the managerial process of crafting and executing strategy.sMB 401.2 Understand strategic position to gain competitive advantage.

MB 401.3Apply strategic formulation and strategy Implications pertaining to specific industry andcompany situations.

MB 401.4 Analyze strategy alternatives to compete, sustain and grow in the short run and also in long run.MB 401.5 Evaluates strategic Implementation aspects of strategic policies in the organization.

IV Semester MB402 Business IntelligenceMB402.1 Outline the concept of Business Intelligence(BI) and apply in the real-time business

MB402.2Evaluate and validate the importance of Data Warehousing and Data Mining in determining thebusiness decisions.

MB402.3 Distinguish between Business Performance Measurement and Business intelligence.

MB402.4Describe the role of Business Analytics and Data Visualization tools and techniques byinterpreting the difference between GIS and GPS

MB402.5 Examine the factors influencing the implementation of Business intelligence and its trends.

IV Semester MB403 Supply Chain ManagementMB 403.1 Describe the concept of SCM and reverse SCM, global SCM and demand planning, forecasting,

aggregate planning and bullwhip effect.MB 403.2 Understand the logistics management, reverse logistics, Inventory management and its role in

Customer service.MB403.3 Interpret the role of transportation in Supply Chain by discussion different models of

transportation and different concepts involved in warehouse managementMB 403.4 Identify the importance of IT utilizing RFID, Bar coding, retail SCM and role of packaging.

MB 403.5 Evaluate the Operation Aspects in Supply Chain including network design, role of HumanResources in SC and managing relations with suppliers

IV Semester MB404.1 Investment Management – Finance

IV Semester MB404.2 Consumer Behaviour – Marketing

MB404.2.1Describethe dimensions of consumer behavior, research process, theories of motivation andpersonality.

MB404.2.2 Understand the concept of Conditioning, information processing theory, encoding andinformation retention, retrieval of information and split brain theory.

MB404.2.3 Understand and apply the concept of culture, sub-culture, cross-culture, family life cycle,reference groups, personality and lifestyle influences

MB 404-1.1 Discuss, illustrate and analyse risks and return on Investments and explain Approaches toinvestment analysis.

MB 404-1.2 Understand, analyse, valuation and Management of Fixed Income securities.

MB 404-1.3 Explain, analyse and valuation of Common Stocks.

MB 404-1.4 Understand Portfolio theories, analyse and synthesize CAPM, SML and APT.

MB 404-1.5 Evaluation of Portfolios with performance measures, Outline and understand Mutual funds inIndia.

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MB404.2.4 Analyzethe process of consumer decision making, customer action and disposal of products

MB404.2.5 Explainthe models of consumer bahaviour – Traditional models, howard-sheth model, Engel-blackwell model, lilien model and consumerism.

IV Semester MB404.3 Performance Management –Human ResourceMB304-3.1 Remember the basics of Strategic Compensation Management. MB304-3.2 Understand Compensation System and Employee Behaviours.MB304-3.3 Understand Designing of Compensation System and Adapt the Pay Structures.MB304-3.4 Understand the Employee Benefits Management and Adapt these Benefits for competing

employer- employee negotiations.MB304-3.5 Analyze the issues and challenges in Strategic Compensation.

IV Semester MB405.1 Banking & Insurance – Finance

MB 405–1.2 Discuss bank credit and application of banks funds for disbursement of credit.

IV Semester MB405.2 services and Global Marketing – MarketingMB 405-2.1 Definethe concept of service marketing, industrial services and customer expectation and

perception of servicesUnderstand service marketing mix, dimensions of service quality, understanding qualitymanagementand measuring service quality.Apply strategies for marketing, service marketing triangle, relationship marketing andinteractive marketing.

MB 405-2.4 Analyze global markets and the macro environment of global markets include cultural, economic,demographic, political and government and technological environment.Evaluate International products and brands, global product planning and to differentiate between global and domestic marketing

IV Semester MB405.3 Talent & knowledge Management – Human ResourcesMBA405-3.1 Describe the Talent Reservoir and Understand the Talent Management Grid.MBA405-3.2 Understand the Role of Leaders in Talent Management Information System.MBA405-3.3 Understand the Types and Location of Knowledge to process them in Knowledge Intensive

Firms.MBA405-3.4 Apply the Knowledge Management frameworks and Operate the Knowledge Management

Infrastructure.MBA405-3.5 Analyze the Knowledge Management impact on Organization Resources and Assess those

Organization Resources for Knowledge Discovery.

I semester 1.1 Management & Organizational Behaviour1.1.1 Define Management levels, processes and Understand the Contemporary practices.1.1.2 Interpret OB and Personalities and Apply in overcoming perceptual problems.1.1.3 Apply planning strategies in Organizational Designs and Structures to meet the business

competitive advantage.1.1.4 Apply Motivations and Leadership practices to drive the groups as well to turn the groups into

effective teams.1.1.5 Relate the concepts of Power, Politics, Business Communications, Conflicts and Negotiations in

organizational environment.

I semester 1.2 Managerial Economics 1.2.1 Acquire knowledge about fundamental concepts of economics and their application in business

decisions1.2.2 Acquire knowledge of demand analysis, price determination in competitive environment1.2.3 Apply production and cost functions to business decisions1.2.4 Analyze different market structures and pricing practices in business environment1.2.5 Evaluate macro economic problems in economies

MB 405–1.1 Understand evolution, structure and types of banking sector,

MB 405–1.3 Explain, illustrate and createawareness about regulations and innovations in Banking system.

MB 405–1.4 Define Insurance; explain role and importance of insurance in the present scenario and prospectsof Insurance sector.

MB 405–1.5 Discuss types of Insurances and create awareness about the concept of life Insurance and generalinsurance in detail in Insurance sector.

MB405-2.2

MB 405-2.3

MB 405-2.5

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I semester 1.3Accounting for Management

1.3.5. Understand Accounting standards,Human Resource Accounting and Balance Score Cardforapplication inCompanies.

I semester 1.4 Marketing Management1.4.1 Describe the basic concepts of marketing, marketing program and marketing environment.1.4.2 Understand Market segmentation, Demand measurement and Sales forecasting methods. 1.4.3 Understand and interpret the core concepts of marketing mix - product, price, place and

promotion and the association among the four components. 1.4.4 Analyzing the behavior of consumer, consumer markets and industrial markets and exemplifying

the need of service marketing in the present market scenario.1.4.5 Evaluate the structure of marketing organization, control and marketing audit

I semester 1.5Statistics for Management.1.5.1 Acquire knowledge about the concept of Statistics and Measures of Central tendency. Apply

fundamentals of Probability rules that help to measure uncertainty of business1.5.2 Understand Probability Distributions and Apply in Business decision making process

Understand Sampling theory and apply them in business decision making process and projectworkExplain Hypothesis Testing procedure and conducting Large Sample tests.

1.5.4 Understand the procedure and apply Small Sample tests, ANOVA and Chi-Square Test forbusiness decisions and project work.

I semester 1.6 Business Law and Environment1.6.1 Define the Contracts and Agreements and Understand the Law Of Contract. 1.6.2 Understand theLaw relating to Special Contracts.1.6.3 Understand the Companies Act and Apply Companies Act in various organizations.1.6.4 Understand the Consumer Protection Law.1.6.5 Understand the various Environments of Business, Corporate Social Responsibility and

Analyzethe Environment’s impact on Business.

I semester 1.7 IT Applications for Business

1.7.1Understand the concepts of Information Systems(IS) in the present business scenario in relationto Computers and distinguish different categories.

1.7.2Analyze and Arrange the suitable technology of information system for the management of thebusiness.

1.7.3Apply the concepts of intra organizational systems to take a good business decision or enhancethe chances of taking a good decision.

1.7.4Apply the concepts of Inter Organizational systems to improve the communication andcoordination with other organizations and customers.

1.7.5Understand and Interpret the knowledge of cyber laws and IT Acts required to overcome theinformation malpractices in the organizations.

I semester 1.7.1.1 Informationa Technology - Lab1.7.1.1.1 Understand and compute basic concepts of MS-EXCEL spreadsheet1.7.1.1.2 Apply and exhibit data and graphical options in MS-EXCEL1.7.1.1.3 Compute the advanced Options of MS-EXCEL1.7.1.1.4 Understand and create tables and generate reports using MS-ACCESS1.7.1.1.5 Transfer of data between Excel & Access

I Year – II semester

II Semester 2.1 Human Resources Management

1.3.1 Discuss basic business concepts to Understand accounting concepts and conventions and theirimplications on accounting system.

1.3.2 Create and presentfinancial statements according to Provisions of the Indian companies Act,Understand Accounting standards and Application of AS 6 for Depreciation Accounting.

1.3.3 Analysefinancial statementsand apply various Ratios to analyse, evaluate and interpretcompany’sfinancial performance.

1.3.4 Analyse funds flow and cash flows of business to prepare Funds flow and Cash flow statements(according to AS 3).

1.5.3

1.5.5 Apply Correlation, Regression and Time Series Analysis for building models to business data.

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2.1.1 Define HRM System and Challenges in competitive environment.2.1.2 Discuss Job Analysis system and mapping and Apply it in the area of HR functions.2.1.3 Construct HRD practices and career development models and Analyze HR Accounting and

Audits for the development of HRD Practices.2.1.4 Understand Industrial Relations and Apply it in the area of Employee Engagement.2.1.5 Analyze the HR issues in Mergers and Acquisitions and critique them in the area of Global

HRM.

II Semester 2.2 Business Process Reengineering 2.2.1 Describethe Reengineering functions in the area of Dynamic Business System.

2.2.2 Understand the Reengineering Process flow inBusiness Process.2.2.3 Apply the Redesigning and Reengineering implementation process.2.2.4 Interpret the Stakeholders interest in BPR and Appraise simulation system for making Effective

BPR.2.2.5 Understand the ERP models in the Business Process and Apply the BPR Models for

Implementation.

II semester 2.3Financial Management2.3.1 Understand role of financial management in business corporations, concept of time value of

money and trade-off between risk and return.2.3.2 Analysethe concepts & tools in capital budgeting and capital project.2.3.3 Apply financial management concepts and tools to the financing decisions & calculate2.3.4 Explain the importance of current assets management and dividend decisions faced by the firm

2.3.5 Evaluate the corporate restructuring & governance structure of firms and examine theinteractions, from a governance perspective, between firm management, financial markets andstakeholders

II Semester 2.4 RESEARCH FOR MARKETING DECISIONS2.4.1 Describe the meaning and Importance of Marketing Research2.4.2 Understand Marketing Research Process and design of Questionnaire2.4.3 Apply Decision making tools in different situation under Certainty, Risk and Uncertainty.2.4.4 Analyze Non parametric Statistics in Research for small samples2.4.5 Evaluate the structural and Functional methods and Explain Research Report Preparation and

Presentation.

II Semester 2.6 Operations Management

II Semester 2.7 Decision Support Systems2.7.1 Understand the need and benefits of DSS to take better decisions 2.7.2 Identify and develop a suitable DSS model and implement the same 2.7.3 Apply the group DSS techniques by the executives and take a collective decision2.7.4 Understand the concepts of Artificial Intelligence and Expert Systems.

2.7.5Evaluate and Apply the Data Warehousing and Data Mining techniques for online transactionprocessing.

Year II – Semester III

Semster III 3.1Total Quality Management3.1.1 Describethe History and Evolution of TQM. 3.1.2 Understand various tools of TQM and Apply TQM tools in manufacturing sector.3.1.3 Apply the Techniques of TQM in Manufacturing Sector.3.1.4 Understand the concept of Six Sigma and Apply Six Sigma Problem solving Approach in

Organization.3.1.5 Interpret TQM inService Sectorand Apply TQM tools and techniques in Service Sector.

2.6.3 Analyze quality control & work study to interpret the value creation through service.

2.6.4 Describe the importance of materials management function in an organization, and how it canhelp in integrating various plans and reduce the material related costs.

2.6.5 Explain the stores & inventory management techniques at purchasing level and calculate EOQand reorder point that help in the timing and volume of inventory orders.

2.6.1 Understand the role of operations management, planning & design of product and process lifecycle and its inter relationships.

2.6.2 Compute the capacity planning & maintenance management for matching the capacity to thedemand and calculate the scheduling of operations.

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Semster III 3.2 International Business3.2.1 Describe Global Imperative and International Business. 3.2.2 Understand Global Business, National regulations and Trading Blocks.3.2.3 Understand Global Business and Market entry strategies for expanding business to global wide.

3.2.4 Understand E- Business Environment and Apply the Technology in the area of E- Business.

3.2.5 Analyze the Issues in managing Global Business and Implementation Strategies.

Semester III 3.3 Managerial Communication3.3.1 Understand the role, process and importance of communication in the business environment.

3.3.2 Analyze communication behavior & examine its effectiveness to solve the workplacecommunication issues.

3.3.3 Analyse a problem and devise a solution in a group with an effective formal presentations beforea variety of live audiences.

3.3.4 Apply effective business writing skills in decision making process. 3.3.5 Evaluate business communication related to media and government relations to handle the

crisis.

Semester III:Strategic Management Accounting MB3.4.2 (F)3.4.2.1 Understand the Management Control system and apply techniques such as CVP analysis in

business decision making.Discuss Strategic Planning and Control & Accounting Control.Explain Planning and Control tools like Standard Costing and budgeting.

3.4.2.3 Acquire knowledge about Responsibility Centers and Evaluate performance of segments basedon various methods and also to understand the concept of Transfer Pricing.

3.4.2.4 Understand Activity based Costing andAnalyzeCustomer Account Profitability3.4.2.5 Understand and Evaluate Strategic decisions for Product Life cycle, Activity Based Costing and

analyzing Competitor pricing.

Semester III3.5.1 Compensation Management3.5.1.1 Remember the basics of Strategic Compensation Management. 3.5.1.2 Understand Compensation System and Employee Behaviours.3.5.1.3 Understand Designing of Compensation System and Adapt the Pay Structures.3.5.1.4 Understand the Employee Benefits Management and Adapt these Benefits for competing

employer- employee negotiations.3.5.1.5 Analyze the issues and challenges in Strategic Compensation.

Semester III 3.5.2 Organizational Development3.5.2.1 Definethe evolution and Growth of the field of Organization Development.3.5.2.2 Understandthe theories of Planned Change and Teams learning structures.3.5.2.3 Apply the OD process for Optimal Success of Organization Development.3.5.2.4 Understand the Human process intervention approaches and Classifythe Grid of OD.3.5.2.5 Synthesize Strategic and Techno-Structural interventions to meet the quality standardsfor

Organizational Development.

III Semester 3.6.1 Product & Brand Management – Marketing3.6.1.1 Describe product and Branding Decisions3.6.1.2 Understand the concepts of new product development, product portfolio analysis and risk return

analysis.3.6.1.3 Apply Research and development in Product modification and New Product Introduction.3.6.1.4 Analyze the market structure analysis, business analysis and demand analysis of product3.6.1.5 Evaluate product launching, pre-testing, test marketing, planning annual budget and organization

for product management.

III Semester 3.6.2PROMOTION AND DISTRIBUTION MANAGEMENT3.6.2.1 Define marketing communication and Integrated Marketing Communication Programme.

Understand the process of execution of creative strategy, media planning and strategies for

implanting Integrated Marketing communication program perspective. 3.6.2.3 Apply personal selling process, approaches and Integrate with other Promotional tools.

Analyze consumer and trade oriented sales promotion, support media and Monitoring,evaluating and controlling promotion programs.

3.4.2.2

3.6.2.2

3.6.2.4

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Explain the role and functions of channel of distribution, distribution of services, market logistics and supply chain management

II year –IV Semester

IV Semester 4.1Strategic Management 4.1.1 Describe the managerial process of crafting and executing strategy.s4.1.2 Understand strategic position to gain competitive advantage.4.1.3 Apply strategic formulation and strategy Implications pertaining to specific industry and

company situations. 4.1.4 Analyze strategy alternatives to compete, sustain and grow in the short run and also in long run.

4.1.5 Evaluates strategic Implementation aspects of strategic policies in the organization.

IV Semester 4.2 SUPPLY CHAIN MANAGEMENT 4.2.1 Describe the concept of SCM and reverse SCM, global SCM and demand planning, forecasting ,

aggregate planning and bullwhip effect.4.2.2 Understand the logistics management, reverse logistics, Inventory management and its role in

Customer service.4.2.3 Interpret the role of transportation in Supply Chain by discussion different models of

transportation and different concepts involved in warehouse management 4.2.4 Identify the importance of IT utilizing RFID, Bar coding, retail SCM and role of packaging.

4.2.5 Evaluate the Operation Aspects in Supply Chain including network design, role of HumanResources in SC and managing relations with suppliers

IV Semester 4.3 Entrepreneurial Development

4.3.1Understand the concept of entrepreneurship and analyse the characteristics of entrepreneur.

4.3.2 Evaluate the role of entrepreneur in economic development.

4.3.4 Evaluate E-Business models to formulate new models.4.3.5 Evaluate venture capital financing and create new opportunities in Entrepreneurship.

Semester: IV 4.4.3 (F) FINANCIAL RISK MANAGEMENT

Semester: IV 4.4.3 (F)Financial Services and Systems4.4.3.1 Understand the concept of Financial services and system and Financial Products

4.4.3.3 Understanding the concept of Factoring, typesand also the concept of bill discounting4.4.3.4 Acquire knowledge aboutthe concept of Venture Capital Financing and evaluating though

various valuation methods, types and to evaluate through NPV and IRR approaches4..4.3.5 Define Merchant Banking concept and understanding New Issue management process.

Semester: IV 4.5.1 Performance Management –Human Resources4.5.1.1 Describe Role of Performance Management and approaches to measure performance. 4.5.1.2 Understand Performance Appraisal System and various methods.

4.4.3 .4 Define Swaps and application of tools and techniques in valuation of Swaps in Risk managementcontracts.

4.4.3 .5 Explain options and application of tools and techniques in valuation of Options in Riskmanagement contracts.

4.4.3.2 Acquire knowledge aboutthe concept of Leasing, types and evaluate leasing through NPV andIRR approaches.

3.6.2.5

4.3.3Evaluate the promoting agencies for entrepreneurship in India.

4.4.3 .1 Understand Risk Management and describe Risk management approaches, methods and Riskreporting processes.

4.4.3 .2 Application of Value at risk and cash flow at risk to measure and management of risk andexplain Asset Liability management practices in banks.

4.4.3 .3 Describe derivatives and application and analysis of Techniques and tools of Risk managementin Forward and Future contracts.

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4.5.1.3 Understand Performance Benchmarking and Operate various Benchmarking techniques.4.5.1.4 Appraise Competences by mapping Competences with Pay Plans.4.5.1.5 Construct Performance metrics and Evaluate the Performance by using performance evaluation

models.

Semester: IV 4.5.3Talent and Knowledge Management4.5.3.1 Describe the Talent Reservoir and Understand the Talent Management Grid.4.5.3.2 Understand the Role of Leaders in Talent Management Information System.4.5.3.3 Understand the Types and Location of Knowledge to process them in Knowledge Intensive

Firms.4.5.3.4 Apply the Knowledge Management frameworks and Operate the Knowledge Management

Infrastructure.4.5.3.5 Analyze the Knowledge Management impact on Organization Resources and Assess those

Organization Resources for Knowledge Discovery.

IV Semester 4.6.1 Consumer Behaviour – Marketing

4.6.1Describethe dimensions of consumer behavior, research process, theories of motivation andpersonality.

4.6.2 Understand the concept of Conditioning, information processing theory, encoding andinformation retention, retrieval of information and split brain theory.

4.6.3 Understand and apply the concept of culture, sub-culture, cross-culture, family life cycle,reference groups, personality and lifestyle influences

4.6.4 Analyzethe process of consumer decision making, customer action and disposal of products

4.6.5 Explainthe models of consumer bahaviour – Traditional models, howard-sheth model, Engel-blackwell model, lilien model and consumerism.

IV Semester 4.6.2 SERVVICE AND GLOBAL MARKETING 4.6.2.1 Define the concept of service marketing, industrial services and customer expectation and

perception of servicesUnderstand service marketing mix, dimensions of service quality, understanding qualitymanagementand measuring service quality.Apply strategies for marketing, service marketing triangle, relationship marketing andinteractive marketing.

4.6.2.4 Analyze global markets and the macro environment of global markets include cultural, economic,demographic, political and government and technological environment.Evaluates International products and brands, global product planning and to differentiate between global and domestic marketing

BS 101 MT Engineering Mathematics IBS 101 MT.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors

BS 101 MT.2 Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

BS 101 MT.3Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solving problems on finding Radius of curvature ,evolutes and envelopes



BS 102 PH.1 To understand the basic concept in physical optics like Interference and Diffraction

BS 102 PH.2 To understand the polarization phenomena of light and to utilize Laser technology andHolography technique in various fields of Science and technology

BS 102 PH.3 To gain the knowledge of Optical fibers and Ultrasonics and their engineering applicationsBS 102 PH.4 To understand the basics of Statistical mechanics and its significanceBS 102 PH.5 To understand the basics of Wave mechanics and Electromagnetic theoryBS 103 CH Engineering Chemistry I



IT Department

4.6.2.5

4.6.2.2

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BS 103 CH.3Identify theimpurities present in water, the problems associated with hard water and utilize theprinciples and techniques involved in water treatment (analysis) to purify water for domestic andindustrial purposes.

BS 103 CH.4List types of the polymers; explain the influence of chemical structure on properties ofpolymersandthe need for replacement of conventional materials with Polymers in engineeringapplications.


ES 104 CE.1Analyze a system of planar and coplanar system of forces with forces applied in differentdirections and be able to use the concept of moment of inertia in Civil Engineering Concept ofdifferent structures.

ES 104 CE.2 Analyze the equilibrium status of an object by representing the free body diagram of an object.



ES 105 CS.2 Apply concepts of selection statements, loops and functions to write C programs.

ES 105 CS.3 Understand the concepts of arrays and apply them to implement searching and sortingapplications.

ES 105 CS.4 Understand the dynamics of the memory through pointers and distinguish between call by valueand call by reference; learn concepts of strings.

ES 105 CS.5 Understand the concepts of derived data types and write programs on structures and unions

ES 105 CS.6 Apply the concepts of file handling operations.MC 106 EG Engineering English


MC 106 EG.2learn basic grammar and structure of the English language such as Tense and Aspect, Simple,Complex and Compound Sentences, Voice, Direct and Indirect Speech, and Degrees ofComparison





BS 151 PH.1 To demonstrate the phenomena of interference and determine wavelength of a given light source.

BS 151 PH.2 To demonstrate the phenomena of diffraction and determine wavelength of a given light source .

BS 151 PH.3 To understand the principle of lasers and determine wavelength of a given laser source.

BS 151 PH.4 To understand the principle of optical fibers and determine the Numerical Aperture and variouslosses of a given fiber.

BS 151 PH.5 To verify Malus law of polarization of light.

BS 151 PH.6 To determine the specific rotatory power of an optically active substance using polarimeter.

BS 152 CH Engineering Chemistry lab - I








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ES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.

ES 154 CS.2 Apply concepts of selection and looping statements; and apply concepts of functions to increasethe modularity of the program and re usability.

ES 154 CS.3 Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES 154 CS.4 Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

ES 154 CS.5 Apply derived data types using structures and unions.ES 154 CS.6 Apply the concepts of file handling operations.ES 155 ME Engineering Workshop I

ES 155 ME.1The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ES 155 ME.2The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

ES 155 ME.3The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

ES 155 ME.4

The student would be able to utilize the various tools of sheet metal (tin smithy) namely hammer,mallet, stakes, snips, pliers, punches, vernier calipers, wire gauge, etc to perform variousoperations like cutting, shearing, notching, bending, riveting, etc. on the given sheet metal anddevelop various objects like tray, funnel, scoop, cylinder,etc.

MC 156 EG Engineering English lab

MC 156 EG.1 learn the sound system of English Language with the knowledge of IPA-classification &description

MC 156 EG.2 learn the word stress & aspects of connected speechMC 156 EG.3 learn the Rhythm & Intonation of English language

MC 156 EG.4 Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.BS 201 MT Engineering Mathematics II

BS 201 MT.1 Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

BS 201 MT.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

BS 201 MT.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

BS 201 MT.4 Evaluate improper integrals using Beta, Gamma and error functions and solve Bessel’sdifferential equations.

BS 201 MT.5 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

BS 201 MT.6 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

BS 202 PH Engineering Physics IIBS 202 PH.1 To acquire the knowledge on basic concepts of solid state physics.

BS 202 PH.2 To know and understand the properties and applications of magnetic and super conductingmaterials.

BS 202 PH.3 To know about the properties and applications of semiconducting and dielectric materials.

BS 202 PH.4 To acquire the knowledge on latest material characterization techniques along with theirapplications.

BS 202 PH.5 To know about nano technology and nano scienceBS 203 CH Engineering Chemistry II

BS 203 CH.1

Recall,relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodes with the knowledgeof standard reduction potential data.


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BS 203 CH.4

Classify chemical fuels, calculate calorific value, air quantities required for combustion of fuels,explain analysis of coal, refining of petroleum, cracking of petroleum, engine knocking , fuelrating , identify uses of solid , liquid , gaseous fuels and the importance of renewable energysources such as bio-diesel.

BS 203 CH.5List types of composites; liquid crystals,identify their advantages, engineering applications in dayto day life and relate concept and principles of green chemistry for design and manufacturing ofengineering materials

HS 204 EG Business Communication & Presentation Skills

HS 204 EG.1 know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

HS 204 EG.2 learn models of Interpersonal Communication, Styles of Communication, Teamwork, Persuasion Techniques, Mobile phone and E-mail Etiquette and Time management

HS 204 EG.3 learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers

HS 204 EG.4 learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of Meeting

HS 204 EG.5 plan and prepare to face Interviews and participate in Group DiscussionsES 205 CE Engineering Mechanics II

ES 205 CE.1Compute Center of gravity and mass moment of inertia for simple and composite elements usingintegration methods and transform theorem; calculate radius of gyration for regular andcomposite structures.

ES 205 CE.2 ApplyPrinciple of Virtual workon simple systems

ES 205 CE.3Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

ES 205 CE.4 Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.

ES 205 CE.5Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

BS 251 PH Engineering Physics lab - IIBS 251 PH.1 To examine the nature of ferromagnetic materials.

BS 251 PH.2 To characterize semiconducting device and calculate temperature co-efficient of resistance.

BS 251 PH.3 To study the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 To characterize a semiconducting device and calculate the energy gap.

BS 251 PH.5 To characterize a semiconducting device using junction diode and calculate the resistance forforward and reverse bias.

BS 251 PH.6 To examine the nature of dielectric materials and evaluate their related parameter.BS 252 CH Engineering Chemistry lab - I




BS 252 CH.4 Analyze acids quickly and accurately using pHmetry.

BS 252 CH.5 Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

ES 930 CS Computer Skill Lab



HS 253 EG.1 use dialogues in a variety of situations and settings such as Role Play

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HS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public SpeechHS 253 EG.4 participate in Group Discussions and Debates HS 253 EG.5 face Interviews effectivelyPC 254 CS .1 C++ Programming LabPC 254 CS .2 Understand the procedure to create, compile and execute C program for different inputs

PC 254 CS .3 Apply the concepts of control statements, operators, functions and arrays to implement matrix,searching and sorting algorithms.

PC 254 CS .4 Solve programs on pointers and strings; access variables through dynamic memory.PC 254 CS .5 Understand and Apply the concepts of derived data types and file handling operations

PC 301 IT Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.

PC 301 IT .1 Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

PC 301 IT .2 Explain algorithms and their complexities and solve congruences using number theory

PC 301 IT .3 To make use of mathematical induction in proving theorems and enumerate using countingtechnique

PC 301 IT .4 To find probability of events, expected value, variance of random variable and solve recurrencerelations

PC 301 IT .5 Explain various properties of relation, construct POSET and find isomorphism of graphs

PC 301 IT .6 Construct trees for given set of data and find the minimum cost of spanning tree by applyingprim’s and kruskal’s algorithms. Represent and minimize boolean functions

PC 302 IT Microelectronics

PC 302 IT .1 Explain the working of PN junction diode, Zener diode, Varactor diode ,Schottky Barrier diodeand Interpret their characteristics

PC 302 IT .2 Illustrate the applications of PN diode and Zener diode.

PC 302 IT .3 Explain the structure and working of BJT,FET & MOSFET and analyze their characteristics

PC 302 IT .4 Classify Feedback Amplifiers, Oscillators and outline their characteristics.PC 302 IT .5 Demonstrate the applications of Op-amp and working of Multi-vibrators.PC 302 IT .6 Distinguish various logic circuit families and implement logic gates using CMOS logic

PC 303 IT Digital Electronics & Logic Design

PC 303 IT .1 Understand digital hardware, logic gates, minimization of logic functions using K-maps/Booleanalgebra,POS and SOP forms

PC 303 IT .2 Explain PLDs,CPLDs, FPGAs, arithmetic comparison circuits and illustrate combinationalcircuit building blocks

PC 303 IT .3 Make use of latches, flip-flops, Registers and counters for digital circuits

PC 303 IT .4 Design synchronous sequential circuits using Moore and Mealy state models, ASM charts andcounter using sequential circuit approach

PC 303 IT .5 Minimize number of states for sequential circuits and develop VHDL code for logic gates,arithmetic circuits, combinational circuits, D-flipflop, Up-counter

PC 303 IT .6 Develop and analyze asynchronous sequential circuits for Moore and Mealy models and test forstatic/dynamic hazards

PC 304 IT Data Structures

PC 304 IT .1 Analyze algorithms for different problems and calculates the Time and Space complexities usingasymptotic notations and Build the ADT’s for Array, Polynomial and String.

PC 304 IT .2 Illustrate Stack and Queue data structures for solving problems like conversion of infixexpression into postfix and Prefix expressions and evaluate prefix and postfix expression.

PC 304 IT .3 Create linked list and apply for Stacks, Queues, Polynomial, and Sparse Matrix Operations.

PC 304 IT .4 Construct Trees and graphs for give set of data and demonstrate traversals, and find theminimum cost of spanning trees by applying Prim’s and Kruskal’s algorithms.

PC 304 IT .5 Construct AVL tree, Red Black Tree, Splay tree and B tree and analyze them.

PC 304 IT .6 Choose efficient sorting technique to sort the given set of elements and apply hashingmechanism to implement indexing.

PC 305 IT Probubility and Radom Process

PC 305 IT .1 Apply axioms and theorems of probability to determine the probability of events related torandom experiments

PC 305 IT .2 Examine the distribution and density function of continuous & discrete random variables

PC 305 IT .3 Evaluate the moments of a random variable and apply characteristic functions to calculate themean, variance of continuous and discrete distributions.

PC 305 IT .4 Analyze the functions of one & two random variables PC 305 IT .5 Examine the random processes for stationarity & ergodicity

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PC 305 IT .6 Explain Poisson , Gaussian processes and show low pass, band pass representation of white noise

MC 322 HS Environmental Studies

MC 322 HS .1 To know the importance of natural resources (Water and land), Energy resources, floods,droughts, modern agriculture, land degradation

MC 322 HS .2 To understand the basic concepts of ecosystem and ecology

MC 322 HS .3 To understand the concepts of biodiversity and its practical relevance to the conservation ofenvironment.

MC 322 HS .4 To study different types of environmental pollution, causes, effects and control measures andenvironmental legislation.

MC 322 HS .5 To critically analyze global environmental issues, social aspects including population growth,disaster management.

PC 331 IT Data Structures LabPC 331 IT .1 Build the concept of linear data structures through arrays, templates and linked list

PC 331 IT .2 Construct and apply the concept of stack in order to evaluate the given postfix expression and toconvert the given infix expression into postfix form.

PC 331 IT .3 Analyze different sorting techniques and estimate the complexities of the sorting algorithms

PC 331 IT .4 Analyze different searching techniques and estimate the complexities of the searching algorithms.

PC 331 IT .5 Build different binary search trees and analyze tree traversal techniquesPC 331 IT .6 Create graph traversals using breath first search and depth for search.

PC 332 IT Basic Electronics lab

PC 332 IT .1 Demonstrate the working of CRO and determine the amplitude & frequency of an un knownSignal.

PC 332 IT .2 Examine the characteristics of PN Diode ,Zener Diode ,BJT and FET.PC 332 IT .3 Analyze the applications of Diodes and Transistors.PC 332 IT .4 Demonstrate the applications of Op-amp.

PC 332 IT .5 Verify the truth tables of Logic gates and implement Combinational & Sequential Circuits usingTTL.

PC 332 IT .6 Simulate Analog and Digital Circuits using Multi-Sim.PW 333 IT Mini Project-I

PW 333 IT .1 Identify a problem of the recent advancements with applications towards societyPW 333 IT .2 Formulate requirements analysis for solving a problemPW 333 IT .3 Design a software and/or hardware based solution within the scope of projectPW 333 IT .4 Implement using contemporary technologies and toolsPW 333 IT .5 Test and deploy the applications on real world environments

PW 333 IT .6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

PC 401 IT Signals and SystemsPC 401 IT .1 Understand the various signals and systems.PC 401 IT .2 Analyze the fourier series response for different signalsPC 401 IT .3 Distinguish the functions of Ztransform and laplace transform

PC 401 IT .4 Understand the sampling, and analyze the various signal operations on continuous and discretetime signals

PC 401 IT .5 Build and Realize the systems with given differential equationPC 401 IT .6 Differentiate Discrete time fourier transform & Continuous time fourier transform

PC 402 IT Computer Organaization and MicroprocessorPC 402 IT .1 To understand the architecture of modern computer.PC 402 IT .2 Analyze the Different memories and evaluate the mapping techniques.PC 402 IT .3 Discuss the architecture ,the instruction set and addressing modes of 8085 processor

PC 402 IT .4 Analyze Stacks, Subroutine, Interrupts of 8085 and write the Assembly language programs

PC 402 IT .5 Design the applications of interfacing circuits like 8259 controller,A/D and D/A converter,Keyboard/Display controller.

PC 402 IT .6 Analyze different PPI techniques and the uses of interfaces 8254/8253timer, RS232C,USART(8251),DMA controller.

PC 403 IT Scripting LanguagesPC 403 IT .1 Identify and understand the importance , features of scripting languagesPC 403 IT .2 Install python and run python interpreter and its graphical user interfacePC 403 IT .3 Know the basics of python programming-data types, variables, operators and expressionsPC 403 IT .4 Develop python programs using conditional and looping statements

PC 403 IT .5 Differentiate data types like list ,tuple ,set, dictionaries, strings etc and can able to use differentmethods supported by python

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PC 403 IT .6 Understand the concept of file I/O and can able to read/ write data to/from a file using python

PC 404 IT OOPS Using javaPC 404 IT .1 Recall the principles of OOP concepts and apply to the real world problemsPC 404 IT .2 Understand Java Programming fundamentals and design principlesPC 404 IT .3 Classify inheritance and create user-defined interfaces and packagesPC 404 IT .4 Develop fault tolerant applications and create multithreaded programmingPC 404 IT .5 Choose collections for processing the data and stream classes for input and outputPC 404 IT .6 Design GUI and event-driven applications

PC 405 IT Data Communications

PC 405 IT .1 Identify the need for protocol architecture and compare, illustrate TCP/IP & OSI referencemodel.(understand &apply)

PC 405 IT .2 Compare analog and digital signals and Perform encoding of analog and digitalsignals.(Analyzing)

PC 405 IT .3 Explain different flow control and error control techniques & operation of HDLC andATM.(understanding ,evaluating)

PC 405 IT .4 Distinguish Circuit and Packet switching, FDM and TDM and Synchronous & Asynchronousdata transmissions(Analyzing)

PC 405 IT .5 Classify Ethernets ,LAN topologies and discuss LAN protocol architecture with operation ofMAC sub layer.(Analyzing ,creating)

PC 405 IT .6 Categorize generations of Cellular networks, explain the architecture of IEEE 802.11 and Bluetooth & Zig bee.(Analyzing, understanding)

MC 411 BM Managerial Economics and Accountancy

MC 411 BM .1 Student should be able to find out the general exposure about the business, economicenvironment and the structural aspects of Managerial Economics

MC 411 BM .2

Student should be analyze different principles and laws of managerial economics & examine theconsumer behavior for taking various managerial decisions, such as forecasting demand for newand existing goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs

MC 411 BM .3Student should be able to identify the impact of changes in internal factors, such as cost, price &volume on profitability and appraise of the firms behavior in different markets structures withrespective to competitive prices fixation of products and optimum input-output decisions.

MC 411 BM .4Student should be evaluate with the knowledge of capital budgeting methods and techniques fordifferent business proposals and identify the best among them for prudent investment and alsoexplore different sources of capital needed to the business

MC 411 BM .5 Student should be construct and analyse the financial statements of the business and interpretthem for taking ideal managerial decisions.

PC 431 IT Microprocessor LabPC 431 IT .1 Distinguish the architecture and the instruction set of 8085

PC 431 IT .2 Interprete the principles of Assembly Language Programming in developing microprocessorbased applications.

PC 431 IT .3 Develop Control Applications such as: 8-bit Addition, Subtraction, Multiplication and Division

PC 431 IT .4 Assesses the interfaces like serial ports, digital-to-analog Converters and analog-to-digitalconverters etc

PC 431 IT .5 Build interfaces of Input-output and other units like stepper motor with 8085.PC 431 IT .6 Analyze the function of traffic light controller.

PC 432 IT Java Lab PC 432 IT .1 Illustrate the fundamentals of JAVA programming.PC 432 IT .2 Demonstrate the OOPs principles using JAVA programmingPC 432 IT .3 Identify and handle exceptions and create own exception classes.PC 432 IT .4 Develop multi-threaded and solve synchronous problems using thread synchronization PC 432 IT .5 Make use of different stream classes for File Input and output PC 432 IT .6 Design and develop GUI based forms and event-driven applicationsPW 433 IT MiNI Project -II

PW 433 IT .1 Identify a problem of the recent advancements with applications towards societyPW 433 IT .2 Formulate requirements analysis for solving a problemPW 433 IT .3 Design a software and/or hardware based solution within the scope of projectPW 433 IT .4 Implement using contemporary technologies and toolsPW 433 IT .5 Test and deploy the applications on real world environments

PW 433 IT .6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

CM 371 Managerial Economics & Accountancy

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CM 371 .1 Student should be able to find out the general exposure about the business, economicenvironment and the structural aspects of Managerial Economics

CM 371 .2


CM 371 .3Student should be able to identify the impact of changes in internal factors, such as cost, price &volume on profitability and appraise of the firms behavior in different markets structures withrespective to competitive prices fixation of products and optimum input-output decisions.

CM 371 .4Student should be evaluate with the knowledge of capital budgeting methods and techniques fordifferent business proposals and identify the best among them for prudent investment and alsoexplore different sources of capital needed to the business

CM 371 .5 Student should be construct and analyse the financial statements of the business and interpretthem for taking ideal managerial decisions.

BIT 301 Design and Analysis of Algoritham

BIT 301 .1 Examine various data structures and define time complexity, space complexity, AmortizedComplexity, Asymptotic Notation.

BIT 301 .2 Analyze sorting algorithms using divide and conquer technique.BIT 301 .3 Apply greedy method to find optimal solutions. BIT 301 .4 Design optimal graphs and trees traversal techniques using dynamic programmingBIT 301 .5 Solve problems using backtracking and Branch-and -Bound technique. BIT 301 .6 Explain the nature of NP-Complete and NP-Hard problems.

BIT 302 Software Engeneering

BIT 302.1Understand the basics of software engineering ,compare and contrast various softwareengineering process models and choose appropriate model for software development(understand& apply)

BIT 302.2 Identify and analyze requirements and explain requirement modeling in SE(apply & analyze)

BIT 302.3 Make use of various design concepts and SQA mechanisms in SE(apply)

BIT 302.4 Simplify larger issues of software using various testing strategies and testingtechniques(Analyzing)

BIT 302.5 Estimate software using various metrics and estimation techniques(evaluating /creating)

BIT 302.6 Discuss the importance of risk management in SPI and software configurationmanagement(creating)

BIT 303 Database Management Systems

BIT 303 .1 Define a Database, understand characteristics and functions of Database Management Systemand types of Database Users.

BIT 303 .2 Understand the concepts of Relational Algebra and Relational operations from the set Theory.

BIT 303 .3 Create relational tables, views, procedural constructs, triggers etc using basic structured querylanguage (SQL) and also write queries and programs to retrieve information from tables.

BIT 303 .4 Model the real world Database systems using Entity Relationship Diagrams (ERD) from therequirement specification and apply the Normalization techniques to normalize a database.

BIT 303 .5 Distinguish the types of indices and describe the areas of applications and apply the concepts ofTransactions, Serializability.

BIT 303 .6 Compare and apply the concepts of Concurrency Control and Recovery SystemsBIT 304 Operating Systems

BIT304.1 Examine the operating system structure ,environment and various system callsBIT304.2 Apply various process scheduling algorithms on process

BIT304.3 Analyze deadlock characteristics and Identify deadlock mechanisms to recover the systemfrom deadlock.

BIT304.4 Illustrate various memory management techniques

BIT304.5 Understand how to organize the files ,directories and compare various secondary storagedevices

BIT304.6 Identify various security problems and also Inspect various system protection techniquesBIT 305 Theory of Computation

BIT 305 .1Design and use deterministic, nondeterministic, and epsilon transition finite state automata andillustrate state transition on symbols of input words and establish the corresponding language ofautomata.

BIT 305 .2Analyze Regular Expressions and Laws and establish the corresponding Regular Language.Prove a given language is regular or otherwise. Use Closure and Decision Properties of RegularLanguage to establish the possibilities

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BIT 305 .3 Analyze ambiguity, develop Context Free Grammars and Parse Tees, and establish Context FreeLanguage. Use Decision Properties of Regular Language to establish possibilities

BIT 305 .4 Design Pushdown Automata and illustrate its working, distinguish between deterministic andnondeterministic Pushdown Automata, and establish equivalence of language of PDA and CFG

BIT 305 .5

Analyze the problems that a computer cannot solve, define formally a Turing Machine andillustrate its working, Implement programming techniques for Turing Machines, exploreextended and restricted Turing Machines, and establish the Recursively Enumerable language ofTuring Machine.

BIT 305 .6

Analyze problems for intractability and Undecidability, specifically the problems that are notRecursively Enumerable to establish Undecidability using Turing Machine and proveUndecidability about Post’s Correspondence Problem and other such problems. Classifyproblems as P, NP, NP Complete and hard for Intractability.

BIT 331 Operating System LabBIT 331 .1 Find and practice various system calls to write the programs based on OS Concepts

BIT 331 .2Show how threads created and manipulated and Examine how restricted shell works on linux

BIT 331 .3 Illustrate the files and directories managementBIT 331 .4 Interpret the services of Operating systems by understanding environment of itBIT 331 .5 Appraise IPC Mechanisms and apply them to achieve communication among processes .

BIT 331 .6Solve any synchronization problems occurs in operating systems by using semaphores , messages

BIT 352 DBMS LAB

BIT 352.1 Understand and Apply SQL Commands for creation of database, table creation and manipulation.

BIT 352.2 Apply DML for retrieving information using simple and complex querying.

BIT 352.3 Analyze and Evaluate the effects of creating indices, views, tables with constraints in Database.

BIT 352.4 Utilizing the concepts of triggers, Cursors, Stored Procedures, Functions with Exceptionhandling mechanism to ensure Database integrity and impose constraints.

BIT 352.5 Create database applications with security features using passwords, using grant and revokecommands and Table Locking.

BIT 352.6 Create Database Connectivity and generate reports and forms for the database.BIT 353 Mini Project -III

BIT 353 .1 Identify a problem of the recent advancements with applications towards societyBIT 353 .2 Formulate requirements analysis for solving a problemBIT 353 .3 Design a software based solution within the scope of projectBIT 353 .4 Implement using contemporary technologies and toolsBIT 353 .5 Test and deploy the applications on real world environments

BIT 353 .6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

BIT 351 Computer NetworksBIT 351 .1 Understand the Organization of computer networks, and its components and protocols.BIT 351 .2 Design principles of network layer protocols and transport layer protocols.BIT 351 .3 Develop applications using socket programming.

BIT 351 .4 Understand internals of main protocols such as FTP,DNS, SMTP, HTTP, SNMP, Telnet,Multimedia.

BIT 351 .5 Develop Cryptographic Algorithms, Digital signature, and asymmetric key algorithmsBIT 351 .6 Analyze Authentication Protocols, E-mail security, PEM, PGP.

BIT 352 Compiler Construction

BIT 352.1 Explain the basic structure of compilers, various phases in compiler design, its translationprocess and its data structures

BIT 352.2 Explain the basic techniques used in compiler construction such as lexical analysis, Context freegrammar & Syntax Analysis

BIT 352.3 Construct scanners and parsers using top-down as well as bottom-up paradigms, both with andwithout the use of tools, and build abstract syntax trees in connection with this.

BIT 352.4 Explain Semantic analysis and Design & implement symbol tables and account for the use ofthese for type checking and other semantic checks

BIT 352.5 Analyze and determine various forms of intermediate code generation and Explain Runtimeenvironments for storage organization.

BIT 352.6 Analyze and determine various forms of code optimization and Design and explain the Linkerand loader functionalities

BIT 353 Object Oriented Systems Development

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BIT 353.1 Demonstrate importance of modeling and become familiar with the precise vocabulary andpowerful notations used in Unified Modeling Language and perform structural modeling.

BIT 353.2 Analyze basic and advanced behavioral modeling and create behavioral models of a given systemusing use case diagrams, interaction diagrams, activity diagrams and state chart diagrams

BIT 353.3 Build and design lucrative UML diagrams to strengthen software developmentBIT 353.4 Determine architectural modeling to create artifact diagrams and deployment diagrams

BIT 353.5 Define unified software development process as Use-Case driven, architecture centric and asIterative and Incremental

BIT 353.6 Apply unified development process for core workflows like requirement capture, analysis,design, implementation and test

BIT 354 Artificial Intelligence

BIT 354.1 Formulate and demonstrate exhaustive and heuristic search methods in solving problems usingA*, Constraint Satisfaction, and iterative Deepening

BIT 354.2 Formulate and describe real world knowledge in terms of Propositional Logic, Predicate Logic,Semantic Nets, and Frames and demonstrate reasoning using the same

BIT 354.3Design a simple Expert System Rule Base using knowledge base and construct Bayes BeliefNetwork for real world problem to demonstrate causal and diagnostic reasoning, and distinguishbetween uncertainty and ignorance

BIT 354.4

Use Decision Tree, Clustering, and Support Vector Machine Algorithms to solve anddemonstrate inductive and deductive learning. Demonstrate Learning in Feedforward NeuralNetworks using Backpropagation and distinguish between Feedforward and Recurrent NeuralNetworks

BIT 354.5Design and Analyze Case and Semantic Grammars. Develop Augmented Transition Networksand Ontology. Demonstrate addition of words to Universal Networking Language to makemachine translation of a natural language to many other natural languages.

BIT 355 Data warehouseing and Datamining

BIT 355 .1 Explain Data Mining concepts, patterns that are mined, technologies used and its applicationsand issues.

BIT 355 .2 Classify different types of data, analyze data, and perform various data preprocessing proceduresand their application scenarios.

BIT 355 .3 Define Data Warehouse and OLAP, its modeling, design, usage and implementationBIT 355 .4 Analyze data for mining frequent patterns, Association and Correlations

BIT 355 .5 Select and perform classification and prediction using various classification algorithms likedecision tree induction, Bayes networks, back propagation etc and evaluate the classifier

BIT 355 .6Apply various clustering and outlier detection methods and gain knowledge on developing areaslike web mining, text mining, multimedia mining, mining application & trends and ethicalaspects of data mining

BIT 358 Software Testing

BIT 358 .1 Understand the importance of software testing process and testingterminology and methodology

BIT 358 .2 Apply validation and verification activities on software system for continuous qualityimprovement

BIT 358 .3 Generate test cases using dynamic testing techniques for the assessment of functionality andstructure and behaviour of the system

BIT 358 .4 Know the process of test management, estimate and control thesoftware testing process usingdifferent software metrics

BIT 358 .5 Debug and test object oriented software system as well as web based systems

BIT 358 .6 Use industry standard automated testing tools like winRunner,loadRunner,silk test,jmeter etc

BIT 381 Complier Construction/ Data Mining Lab BIT 381 .1 To understand the basic design of a compiler and Utilize Generators (e.g. Lex and Yacc). BIT 381 .2 To design and develop scanners, parsers using top-down as well as bottom-up paradigms.

BIT 381 .3 To design and develop different ways of code optimization and intermediate code generation.

BIT 381 .4 To understand Data Mining & the need for preprocessing and usage of WEKA tool.

BIT 381 .5 To utilize various algorithms like A priori, K-Means, J48, NB Classifier etc to solve Association,Clustering, Classification Problems of data mining with and without using WEKA tool.

BIT 381 .6 To demonstrate ETL (Extraction Transformation Load) and solve Case Study on KDD process.

BIT 382 Network Programming Lab

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BIT 382 .1 Perceive how to Install required packages and practice the network management commands

BIT 382 .2 Design client and server applications using connection and connection less protocolsBIT 382 .3 Implement socket applications using socket optionsBIT 382 .4 Design real time applications like chatting serverBIT 382 .5 Prove that remote procedure calls can be implemented through network on linux platformBIT 382 .6 Measure the differences among various kinds of server by designing them.

Interpret data flow on network through programmingBIT 383 Mini Project -IV (Based on Object Oriented Systems Development Concepts)-IV

BIT 383.1 Identify a problem of the recent advancements with applications towards societyBIT 383.2 Formulate requirements analysis for solving a problemBIT 383.3 Design a software based solution within the scope of projectBIT 383.4 Implement using contemporary technologies and toolsBIT 383.5 Test and deploy the applications on real world environments

BIT 383.6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

BIT 401 VLSI Design

BIT 401 .1 Explain VLSI Design hierarchy and analyze logic gates using CMOS & transmission gatestructures.

BIT 401 .2 Identify the layers in the physical structure of ICs and draw the layouts of CMOS logic gates

BIT 401 .3 Summarize the fabrication process of CMOS ICs and analyze the DC, switching characteristicsof CMOS inverter.

BIT 401 .4 Analyze dynamic CMOS & pseudo nMOS structures of logic gates, SRAM & DRAM cells

BIT 401 .5 Develop verilog code for logic gates and examine the effects of interconnect elements in logiccascades.

BIT 401 .6 Explain the floor-planning , routing and test techniques of VLSI circuitsBIT 401 Middleware Technologies

BIT 401.1 Have a solid foundation in implementing Client-Server applications.

BIT 401.2 Differentiate between File Server, Database Server, Group Server, Object server and Web Server

BIT 401.3 Analyze the Basic Components of Struts, EJB Architecture, Building and Deploying EJB, rolesin EJB

BIT 401.4 Differentiate EJB session beans, EJB entity beansBIT 401.5 Evaluate CORBA object model, networking model.BIT 401.6 Implement the object creation, invocation, and destructionBIT 403 Information Security

BIT 403 .1 Define key terms of information security and outline the phases of Sec SDLC.

BIT 403 .2 Understand the business need for information security and identify various threats and attacks

BIT 403 .3 Distinguish between laws and ethics of information security and define risk management andexplain how risk is identified and assessed.

BIT 403 .4 Identify the major components of information security blue print and explain the Technologiesthat enables the use of firewalls and virtual private networks

BIT 403 .5 List the types of intrusion detection and prevention systems and explain the principles ofCryptography.

BIT 403 .6 Select positioning and staffing to build information security project and adapt securitymanagement models for information security maintenance.

BIT 404 Wireless and Mobile Communications (ELE-2)

BIT 404 .1Summarize the evolution of wireless communication systems ,concept of Frequency reuse,Channel Assignment Strategies, Hand off strategies, Trunking, Coverage and Capacity inCellular Systems.

BIT 404 .2State and prove free space propagation model, Ground reflection model, Indoor and Outdoorpropagation models &Discuss about Linear, Constant Envelope and Spread Spectrummodulation techniques.

BIT 404 .3 Explain various multiple access techniques such as FDMA, TDMA ,SDMA& Spread Spectrummultiple access &Differentiate Wireless and Fixed networks.

BIT 404 .4 Compare GSM, GPRS, and CDMA standards.

BIT 404 .5 Explain about Mobile network layer concepts such as IP Packet delivery, Agent advertisement,Tunneling, Encapsulation, Reverse tunneling and Dynamic host configuration protocol.

BIT 404 .6 Differentiate Traditional Tcp , Indirect Tcp, Snooping Tcp ,Mobile Tcp and can explain aboutSelective- retransmission and Transaction-oriented Tcp.

LA 473 Intellectual Property Rights

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LA 473 .1 Appreciate the significance of Intellectual Property and the Rights in State and Global contexts.

LA 473 .2 Differentiate between Patentable and non-Patentable inventions, and apply for a Patent with anunderstanding of the rights and obligations, licensing and revocation.

LA 473 .3 Fulfill the requirements for a Design and apply for registration of Designs with an understandingof the consequent rights and duties

LA 473 .4 Appreciate the significance of Trade Marks; apply for registration of Trade Marks withknowledge for protection and infringement issues.

LA 473 .5 Develop the subject matter for Copy Right with an appreciation to the rights conferred byCopyright and infringement issues.

BIT 408 Digital Image Processing (ELE-3)

BIT 408 .1 Understand Digital Image Processing fundamentals and applications of Digital Image processing

BIT 408 .2 Illustrate Digital Image Processing intensity transformationsBIT 408 .3 Explain smoothening and sharpening filters in both spatial and frequency domain

BIT 408 .4 Classify an object using patterns and pattern classes classification algorithms and imagesegmentation methods

BIT 408 .5 Illustrate image compression techniques using lossy/lossless compression methods anddemonstrate color image processing

BIT 408 .6 Build an original image from degraded image using noise models and apply morphologicalimage processing techniques for an image

BIT 411 Software Reuse Techniques (ELE-3)BIT 411 .1 Define the object oriented software engineering and organize the models.

BIT 411 .2 Comparison between application and component subsystems and finding the measures to applythe components for reuse.

BIT 411 .3 Able to explain design patterns and their sub patternsBIT 411 .4 Comparison between different patterns and choose the best for a particular solutionBIT 411 .5 Summaries and find the similarity of patterns.

BIT 411 .6 Recall Object Oriented Business Engineering and analysis on component system engineering.

BIT 431 VLSI Design Lab

BIT 431.1 Demonstrate Xilinx ISE suite to write verilog code for logic gates, combinational circuits andsequential circuits .

BIT 431.2 Write verilog code for basic logic gates, complex logic gates using switch level modeling andgate level modeling

BIT 431.3 Write verilog code for combinational circuits, sequential circuits using data flow modeling andbehavioral modeling

BIT 431.4 Develop test bench code using verilog and verify the simulation result

BIT 431.5 Demonstrate the FPGA implementation of digital circuits and generate the synthesis report

BIT 431.6 Draw the layouts of basic logic gates using Micro windBIT 432 Middleware Technologies Lab

BIT 432 .1 Develop Client-Server applications using RMI.

BIT 432 .2 Distinguish between File Server, Database Server, Group Server, Object server and Web Server.

BIT 432 .3 Analyze the Basic Components of PERL-CG,JDBC,Servlets.BIT 432 .4 Compare and Contrast EJB session beans and entity beans.BIT 432 .5 Examine the CORBA object model, networking model.BIT 432 .6 Design web forms, libraries using .net technologies and Python Programming

BIT 433 Project seminar

BIT 433 .1Select a project topic to design a system in the domain of Information Technology, which isnovel/development/enhancement of an existing system involving design/optimization/analysisleading to software application/modeling and simulation.

BIT 433 .2 Understand the existing literature & technologies on the chosen topic to arrive at problemdefinition.

BIT 433 .3 Identify the modules and analyze the system requirements to arrive at the respective pseudocode/ algorithm.

BIT 433 .4 Propose a methodology to be adapted to carry out the work.

BIT 433 .5 Prepare a technical report covering the problem definition, related literature analysis of theproblem.

BIT 433 .6 Present the defined problem using PPT/OHP slide and justify the approach of the solution to theproblem before the committee.

BIT451 Embedded SystemsBIT 451 .1 To present the mathematical model of the system.BIT 451 .2 To develop real-time algorithm for task scheduling

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BIT 451 .3 To understand the working of real-time operating systems and real-time database.BIT 451 .4 To work on design and development of protocols related to real-time communication

BIT 451 .5 To demonstrate a working knowledge of the necessary steps and methods used to interface amicrocontroller system to devices such as motors, sensors, etc

BIT 451 .6 Demonstrate the use of interrupts and other advanced concepts related to microcontrollers.

BIT452 Information Retrieval Systems (ELE-4)BIT 452 .1 Differentiate between the IR models (Strategies, Boolean, Vector and Probabilistic etc.)BIT 452 .2 Recognize the differences between different IR evaluation measuresBIT 452 .3 Understand the importance of IRS and search engines.BIT 452 .4 Understand how search engines works.BIT 452 .5 Recognize the crawling, indexing and query expansionBIT 452 .6 Knowing how to rank web pages by popularity.

BIT 460 Cloud Computing (ELE-5)BIT 460 .1 To define the systems, protocols and mechanisms to support cloud computing.

BIT 460 .2 To illustrate the main concepts, key technologies, strengths and limitations of cloud computingand the possible applications for state-of-art.

BIT 460 .3 To identify the architecture and infrastructure of cloud computing, including SaaS, PaaS, IaaS,public cloud, private cloud, hybrid cloud, etc.

BIT 460 .4 To analyze the core issues of cloud computing such as security, privacy and interoperability.

BIT 460 .5 To explain the key dimensions of the challenges in Cloud Computing BIT 460 .6 To discuss system virtualization and outline its role in enabling the cloud system model.

ME 411 Entrepreneurship (ELE-5)

ME 411 .1 Identify and define the Indian industrial environment in terms of types of industries and forms ofenterprises along with opportunities and challenges for entrepreneurs.

ME 411 .2 Define characteristics of entrepreneurs and influencing factors, and conceive and evaluate ideasand technologies for business development

ME 411 .3 Formulate a project and evaluate it in terms of market demand, technical feasibility and financialviability in the form of a project report.

ME 411 .4 Specify various phases of project management including organization, planning and control, andhuman resource management to use these techniques for business development

ME 411 .5 Characterize behavioral aspects of entrepreneurs including personality, leadership, values,motivation and change behavior

ME 411 .6 Apply various time management techniques and evaluate their strengths and weaknesses for agiven case.

BIT 461 Disaster Management (ELE-5)

BIT 461 .1 This unit gives them a better understanding of the difference between natural and Manmadedisasters.

BIT 461 .2 This Unit gives them a better understanding of different hydrometer logical disasters and helpsthem analyze in extreme disaster situation and give a desired response to it.

BIT 461 .3 This unit helps understand and respond to the different man made disasters.BIT 461 .4 This unit will help them create new ways to mitigate in extreme disaster situations.BIT 461 .5 This unit helps them analyze and improve in extreme disaster situation.

BIT 481 Embedded Systems Lab

BIT 481 .1 Define and explain embedded systems and the different embedded system design technologiesexplain the various metrics or challenges in designing an embedded system.

BIT 481 .2 Design custom single – purpose processors using combinational as well as sequential logic

BIT 481 .3 Discuss about optimizing single – purpose processors. Discuss about the basic architecture andoperation of general purpose processors.

BIT 481 .4Define and distinguish between a timer and a counter. Explain about various types of timers andUniversal Asynchronous Receiver/ Transmitter. Explain about the various controllers for LCD,Keypad and Stepper Motor.

BIT 481 .5Discuss about the common memory types ROM and RAM. Explain and distinguish betweendifferent types of advanced RAM. Explain microprocessor interfacing and describe thearbitration methods. Discuss and distinguish among the various protocols like serial, parallel.

BIT 481 .6 Explain about the basics of interrupts. Explain the different architectures like Round Robin.Describe the Real – Time Operating System architecture.

BIT 481 .7 Express tasks and states. Explain semaphores. Clarify about message queues, mailboxes, andpipes. Describe the process of effective memory management.

BIT 481 .8 Explain encapsulating semaphores and queues. Discuss the considerations in hard real timescheduling. Delve into hardware software co design aspects in embedded systems

BIT482 Seminar

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BIT 482 .1 Identify possible specializations in Information Technology and other multi disciplinary areas.

BIT 482 .2 Survey the recent advancements in the identified area

BIT 482 .3 Present orally the understanding of the evolution of the technology and possible future trends inselected topic.

BIT 482 .4 Display good technical communication skills in terms of preparing the material of seminar BIT 482 .5 Display good presentation skills when presenting the seminar BIT 482 .6 Demonstrate the qualities necessary for writing document of the related topic.

BIT 483 Main Projects

BIT 483 .1Identify a project topic in Information Technology of societal interest, after study of literature/existing systems / interaction with industry, to identify gaps, and define objectives and scope,including innovative ideas.

BIT 483 .2 Analyze the system, after selection of hardware/ software requirements to arrive at theimplementation procedures.

BIT 483 .3 Design the modules in hardware and softwareBIT 483 .4 Develop and test the program/ model / prototype to meet the objectives

BIT 483 .5 Write a technical report as per the format, covering the problem definition, related literatureanalysis of the problem and methodology adopted to carry out the work

BIT 483 .6 Present the defined problem using appropriate presentation medium and defend the work.

BS 101 MT Engineering Mathematics IBS 101 MT.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors


BS 101 MT.3Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solving problems on finding Radius of curvature ,evolutes and envelopes



BS 102 PH.1 To understand the basic concept in physical optics like Interference and Diffraction

BS 102 PH.2 To understand the polarization phenomena of light and to utilize Laser technology andHolography technique in various fields of Science and technology

BS 102 PH.3 To gain the knowledge of Optical fibers and Ultrasonics and their engineering applicationsBS 102 PH.4 To understand the basics of Statistical mechanics and its significanceBS 102 PH.5 To understand the basics of Wave mechanics and Electromagnetic theoryBS 103 CH Engineering Chemistry I



BS 103 CH.3Identify theimpurities present in water, the problems associated with hard water and utilize theprinciples and techniques involved in water treatment (analysis) to purify water for domestic andindustrial purposes.



ES 104 CE.1Analyze a system of planar and coplanar system of forces with forces applied in differentdirections and be able to use the concept of moment of inertia in Civil Engineering Concept ofdifferent structures.

ES 104 CE.2 Analyze the equilibrium status of an object by representing the free body diagram of an object.




ES 105 CS.3 Understand the concepts of arrays and apply them to implement searching and sortingapplications.

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ES 105 CS.4 Understand the dynamics of the memory through pointers and distinguish between call by valueand call by reference; learn concepts of strings.

ES 105 CS.5 Understand the concepts of derived data types and write programs on structures and unions

ES 105 CS.6 Apply the concepts of file handling operations.MC 106 EG Engineering English


MC 106 EG.2learn basic grammar and structure of the English language such as Tense and Aspect, Simple,Complex and Compound Sentences, Voice, Direct and Indirect Speech, and Degrees ofComparison





BS 151 PH.1 To demonstrate the phenomena of interference and determine wavelength of a given light source.

BS 151 PH.2 To demonstrate the phenomena of diffraction and determine wavelength of a given light source .

BS 151 PH.3 To understand the principle of lasers and determine wavelength of a given laser source.

BS 151 PH.4 To understand the principle of optical fibers and determine the Numerical Aperture and variouslosses of a given fiber.

BS 151 PH.5 To verify Malus law of polarization of light.

BS 151 PH.6 To determine the specific rotatory power of an optically active substance using polarimeter.

BS 152 CH Engineering Chemistry lab - I










ES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.

ES 154 CS.2 Apply concepts of selection and looping statements; and apply concepts of functions to increasethe modularity of the program and re usability.

ES 154 CS.3 Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES 154 CS.4 Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

ES 154 CS.5 Apply derived data types using structures and unions.ES 154 CS.6 Apply the concepts of file handling operations.ES 155 ME Engineering Workshop I

ES 155 ME.1The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ES 155 ME.2The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

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ES 155 ME.3The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

ES 155 ME.4


MC 156 EG Engineering English lab

MC 156 EG.1 learn the sound system of English Language with the knowledge of IPA-classification &description

MC 156 EG.2 learn the word stress & aspects of connected speechMC 156 EG.3 learn the Rhythm & Intonation of English language

MC 156 EG.4 Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.BS 201 MT Engineering Mathematics II


BS 201 MT.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

BS 201 MT.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.


BS 201 MT.5 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.


BS 202 PH Engineering Physics IIBS 202 PH.1 To acquire the knowledge on basic concepts of solid state physics.

BS 202 PH.2 To know and understand the properties and applications of magnetic and super conductingmaterials.

BS 202 PH.3 To know about the properties and applications of semiconducting and dielectric materials.

BS 202 PH.4 To acquire the knowledge on latest material characterization techniques along with theirapplications.

BS 202 PH.5 To know about nano technology and nano scienceBS 203 CH Engineering Chemistry II

BS 203 CH.1




BS 203 CH.4


BS 203 CH.5List types of composites; liquid crystals,identify their advantages, engineering applications in dayto day life and relate concept and principles of green chemistry for design and manufacturing ofengineering materials

HS 204 EG Business Communication & Presentation Skills

HS 204 EG.1 know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

HS 204 EG.2 learn models of Interpersonal Communication, Styles of Communication, Teamwork, Persuasion Techniques, Mobile phone and E-mail Etiquette and Time management

HS 204 EG.3 learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers



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ES 205 CE.1Compute Center of gravity and mass moment of inertia for simple and composite elements usingintegration methods and transform theorem; calculate radius of gyration for regular andcomposite structures.


ES 205 CE.3Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

ES 205 CE.4 Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.

ES 205 CE.5Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

BS 251 PH Engineering Physics lab - IIBS 251 PH.1 To examine the nature of ferromagnetic materials.

BS 251 PH.2 To characterize semiconducting device and calculate temperature co-efficient of resistance.

BS 251 PH.3 To study the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 To characterize a semiconducting device and calculate the energy gap.

BS 251 PH.5 To characterize a semiconducting device using junction diode and calculate the resistance forforward and reverse bias.

BS 251 PH.6 To examine the nature of dielectric materials and evaluate their related parameter.BS 252 CH Engineering Chemistry lab - I





BS 252 CH.5 Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

ES 930 CS Computer Skill Lab



HS 253 EG.1 use dialogues in a variety of situations and settings such as Role Play HS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public SpeechHS 253 EG.4 participate in Group Discussions and Debates HS 253 EG.5 face Interviews effectivelyPC 254 CS .1 C++ Programming LabPC 254 CS .2 Develop solutions for a range of problems using objects and classes.

PC 254 CS .3Programs to demonstrate the implementation of constructors, destructors and operatoroverloading

PC 254 CS .4Apply fundamental algorithmic problems including type casting, inheritance, and polymorphism.

PC 254 CS .5 Understand generic programming, templates, file handling.BIT 201 Implement basic data structures such as arrays and linked list.

BIT 201.1 Formulate and apply object oriented programming concepts in problem solvingBIT 201.2 Explain algorithms and their complexities and solve congruences using number theory

BIT 201.3 To make use of mathematical induction in proving theorems and enumerate using countingtechnique

BIT 201.4 To find probability of events, expected value, variance of random variable and solve recurrencerelations

BIT 201.5 Explain various properties of relation, construct POSET and find isomorphism of graphsI YEAR

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BIT 201.6 Construct trees for given set of data and find the minimum cost of spanning tree by applyingprim’s and kruskal’s algorithms. Represent and minimize boolean functions

BIT 202 Micro Electronics

BIT 202. 1 Explain the working of PN junction diode, Zener diode, Varactor diode ,Schottky Barrier diodeand Interpret their characteristics

BIT 202. 2 Illustrate the applications of PN diode and Zener diode.

BIT 202. 3 Explain the structure and working of BJT,FET & MOSFET and analyze their characteristics

BIT 202. 4 Classify Feedback Amplifiers, Oscillators & Power Amplifiers and outline their characteristics.

BIT 202. 5 Demonstrate the applications of Op-amp and working of Multi-vibrators.BIT 202. 6 Distinguish various logic circuit families and implement logic gates using CMOS logic

BIT 203 Digital Electronics & Logic Design

BIT 203 .1 Understand digital hardware, logic gates, minimization of logic functions using K-maps/Booleanalgebra,POS and SOP forms

BIT 203 .2 Explain PLDs,CPLDs, FPGAs, arithmetic comparison circuits and illustrate combinationalcircuit building blocks

BIT 203 .3 Make use of latches, flip-flops, Registers and counters for digital circuits

BIT 203 .4 Design synchronous sequential circuits using Moore and Mealy state models, ASM charts andcounter using sequential circuit approach

BIT 203 .5 Minimize number of states for sequential circuits and develop VHDL code for logic gates,arithmetic circuits, combinational circuits, D-flipflop, Up-counter

BIT 203 .6 Develop and analyze asynchronous sequential circuits for Moore and Mealy models and test forstatic/dynamic hazards

BIT 204 Data Structures

BIT 204 .1 Analyze algorithms for different problems and calculates the Time and Space complexities usingasymptotic notations and Build the ADT’s for Array, Polynomial and String..

BIT 204 .2 Illustrate Stack and Queue data structures for solving problems like conversion of infixexpression into postfix and Prefix expressions and evaluate prefix and postfix expression..

BIT 204 .3 Create linked list and apply for Stacks, Queues, Polynomial, and Sparse Matrix Operations.

BIT 204 .4 Construct Trees and graphs for give set of data and demonstrate traversals, and find theminimum cost of spanning trees by applying Prim’s and Kruskal’s algorithms

BIT 204 .5 Construct AVL tree, Red Black Tree, Splay tree and B tree and analyze them.

BIT 204 .6 Choose efficient sorting technique to sort the given set of elements and apply hashingmechanism to implement indexing

EE 221 Electrical Circuits & MachinesEE 221 .1 Predict the behavior of DC and AC circuits.

EE 221 .2 Identify the importance of transformers, three phase voltages and three phase powermeasurement.

EE 221 .3 Describe the basic principle operation and performance of dc machinesEE 221 .4 Comprehend the operation, construction and characteristics of induction motorsEE 221 .5 Select the type of single phase motor required for a particular application.CE 222 Environmental Studies

CE 222 .1 To know the importance of natural resources (Water and land), Energy resources, floods,droughts, modern agriculture, land degradation

CE 222 .2 To understand the basic concepts of ecosystem and ecology

CE 222 .3 To understand the concepts of biodiversity and its practical relevance to the conservation ofenvironment.

CE 222 .4 To study different types of environmental pollution, causes, effects and control measures andenvironmental legislation.

CE 222 .5 To critically analyze global environmental issues, social aspects including population growth,disaster management.

BIT 231 Basic Electronics Laboratory

BIT 231 .1 Demonstrate the working of CRO and determine the amplitude & frequency of an un knownSignal.

BIT 231 .2 Examine the characteristics of PN Diode ,Zener Diode ,BJT and FET.BIT 231 .3 Analyze the applications of Diodes and Transistors.BIT 231 .4 Demonstrate the applications of Op-amp.

BIT 231 .5 Verify the truth tables of Logic gates and implement Combinational & Sequential Circuits usingTTL.

BIT 231 .6 Simulate Analog and Digital Circuits using Multi-Sim.BIT 232 Data Structures Laboratory

BIT 232 .1 Build the concept of linear data structures through arrays, templates and linked list

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BIT 232 .2 Construct and apply the concept of stack in order to evaluate the given postfix expression and toconvert the given infix expression into postfix form.

BIT 232 .3 Analyze different sorting techniques and estimate the complexities of the sorting algorithms

BIT 232 .4 Analyze different searching techniques and estimate the complexities of the searching algorithms.

BIT 232 .5 Build different binary search trees and analyze tree traversal techniquesBIT 232 .6 Create graph traversals using breath first search and depth for search.

BIT 233 Mini Project-IBIT 233 .1 Identify a problem of the recent advancements with applications towards societyBIT 233 .2 Formulate requirements analysis for solving a problemBIT 233 .3 Design a software and/or hardware based solution within the scope of projectBIT 233 .4 Implement using contemporary technologies and toolsBIT 233 .5 Test and deploy the applications on real world environments


BIT 251 Probability & Random Processes

BIT 251 .1 Apply axioms and theorems of probability to determine the probability of events related torandom experiments

BIT 251 .2 Examine the distribution and density function of continuous & discrete random variables

BIT 251 .3 Evaluate the moments of a random variable and apply characteristic functions to calculate themean, variance of continuous and discrete distributions.

BIT 251 .4 Analyze the functions of one & two random variables BIT 251 .5 Examine the random processes for stationarity & ergodicity

BIT 251 .6 Explain Poisson , Gaussian processes and show low pass, band pass representation of white noise

BIT 252 Signals and SystemsBIT 252 .1 Understand the various signals and systems.BIT 252 .2 Analyze the fourier series response for different signalsBIT 252 .3 Distinguish the functions of Ztransform and laplace transform

BIT 252 .4 Understand the sampling, and analyze the various signal operations on continuous and discretetime signals

BIT 252 .5 Build and Realize the systems with given differential equationBIT 252 .6 Differentiate Discrete time fourier transform & Continuous time fourier transform

BIT 253 Web Technologies

BIT 253 .1 Define web fundamentals. Summarizing basic HTML tags and Design the Web pages usingHTML, CSS and able to validate them using JavaScript.

BIT 253 .2 Build plugin’s using JQuery for best view and outline of JSON

BIT 253 .3 Designed to transport and store data in a specific format that can be processed by much humanand machine intelligence by XML

BIT 253 .4 Summaries Servlet and JSP and implement database connection using them. Extend Servlet andJSP session management and transport protocol

BIT 253 .5 Summaries basics of web services and classify types of Web services. Outline of SOAP, WSDLand UDDI.

BIT 253 .6 Summaries ASP.NET and classifying AJAX controlsBIT 254 Computer Organization & Microprocessors

BIT 254 .1 To understand the architecture of modern computer.BIT 254 .2 Analyze the Different memories and evaluate the mapping techniques.BIT 254 .3 Discuss the architecture ,the instruction set and addressing modes of 8085 processor

BIT 254 .4 Analyze Stacks, Subroutine, Interrupts of 8085 and write the Assembly language programs

BIT 254 .5 Design the applications of interfacing circuits like 8259 controller,A/D and D/A converter,Keyboard/Display controller.

BIT 254 .6 Analyze different PPI techniques and the uses of interfaces 8254/8253timer, RS232C,USART(8251),DMA controller.

BIT 255 OOP Using JavaBIT 255 .1 Recall the principles of OOP concepts and apply to the real world problemsBIT 255 .2 Understand Java Programming fundamentals and design principlesBIT 255 .3 Classify inheritance and create user-defined interfaces and packagesBIT 255 .4 Develop fault tolerant applications and create multithreaded programmingBIT 255 .5 Choose collections for processing the data and stream classes for input and outputBIT 255 .6 Design GUI and event-driven applicationsBIT 256 Data Communications

BIT 256 .1 Identify the need for protocol architecture and compare, illustrate TCP/IP & OSI referencemodel.(understand &apply)

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BIT 256 .2 Compare analog and digital signals and Perform encoding of analog and digitalsignals.(Analyzing)

BIT 256 .3 Explain different flow control and error control techniques & operation of HDLC andATM.(understanding ,evaluating)

BIT 256 .4 Distinguish Circuit and Packet switching, FDM and TDM and Synchronous & Asynchronousdata transmissions(Analyzing)

BIT 256 .5 Classify Ethernets ,LAN topologies and discuss LAN protocol architecture with operation ofMAC sub layer.(Analyzing ,creating)

BIT 256 .6 Categorize generations of Cellular networks, explain the architecture of IEEE 802.11 and Bluetooth & Zig bee.(Analyzing, understanding)

BIT 281 Microprocessors LabBIT 281 .1 Distinguish the architecture and the instruction set of 8085

BIT 281 .2 Interprete the principles of Assembly Language Programming in developing microprocessorbased applications.

BIT 281 .3 Develop Control Applications such as: 8-bit Addition, Subtraction, Multiplication and Division

BIT 281 .4 Assesses the interfaces like serial ports, digital-to-analog Converters and analog-to-digitalconverters etc

BIT 281 .5 Build interfaces of Input-output and other units like stepper motor with 8085.BIT 281 .6 Analyze the function of traffic light controller.

BIT 282 Java Programming LabBIT 282 .1 Illustrate the fundamentals of JAVA programming.BIT 282 .2 Demonstrate the OOPs principles using JAVA programmingBIT 282 .3 Identify and handle exceptions and create own exception classes.BIT 282 .4 Develop multi-threaded and solve synchronous problems using thread synchronization BIT 282 .5 Make use of different stream classes for File Input and output BIT 282 .6 Design and develop GUI based forms and event-driven applications

BIT 283 Mini-Projects –II (Web Technology Based)BIT 283 .1 Identify a problem of the recent advancements with applications towards societyBIT 283 .2 Formulate requirements analysis for solving a problemBIT 283 .3 Design a software and/or hardware based solution within the scope of projectBIT 283 .4 Implement using contemporary technologies and toolsBIT 283 .5 Test and deploy the applications on real world environments


CM 371 Managerial Economics and Accountancy


CM 371 .2





BIT 301 Design and Analysis of Algorithms

BIT 301 .1 Examine various data structures and define time complexity, space complexity, AmortizedComplexity, Asymptotic Notation.(Remembering, Analyzing

BIT 301 .2 Analyze sorting algorithms using divide and conquer technique. (Analyzing)BIT 301 .3 Apply greedy method to find optimal solutions. (Applying)BIT 301 .4 Design optimal graphs and trees traversal techniques using dynamic programmingBIT 301 .5 Solve problems using backtracking and Branch-and -Bound technique. (Create)BIT 301 .6 Explain the nature of NP-Complete and NP-Hard problems. (Understanding, Evaluating)

BIT 302 Software Engineering

BIT 302 .1Understand the basics of software engineering ,compare and contrast various softwareengineering process models and choose appropriate model for software development(understand& apply)

BIT 302 .2 Identify and analyze requirements and explain requirement modeling in SE(apply & analyze)

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BIT 302 .3 Make use of various design concepts and SQA mechanisms in SE(apply)

BIT 302 .4 Simplify larger issues of software using various testing strategies and testingtechniques(Analyzing)

BIT 302 .5 Estimate software using various metrics and estimation techniques(evaluating /creating)

BIT 302 .6 Discuss the importance of risk management in SPI and software configurationmanagement(creating)


BIT 303 .1 Define a Database; understand characteristics and functions of Database Management Systemand types of Database Users.






BIT 304.1 Learn LINUX- platform and shell scriptBIT 304.2 Implement programs based on clident server programs using TCP,UDP and Raw socketsBIT 304.3 Compare and check the performance of various protocols using simulator.BIT 304.4 Solve synchronization problems occurs in operating systems by using semaphoresBIT 304.5 Implement programs on Process Scheduling Algorithms and page replacement AlgorithmsBIT 304.6 Implement programs on semaphores and Dead Lock avoidance using Bankers algorithmBIT 304.7 Learn LINUX- platform and shell scriptBIT 305 Theory of Computation

BIT 305.1Design and use deterministic, nondeterministic, and epsilon transition finite state automata andillustrate state transition on symbols of input words and establish the corresponding language ofautomata.

BIT 305.2Analyze Regular Expressions and Laws and establish the corresponding Regular Language.Prove a given language is regular or otherwise. Use Closure and Decision Properties of RegularLanguage to establish the possibilities

BIT 305.3 Analyze ambiguity, develop Context Free Grammars and Parse Tees, and establish Context FreeLanguage. Use Decision Properties of Regular Language to establish possibilities

BIT 305.4 Design Pushdown Automata and illustrate its working, distinguish between deterministic andnondeterministic Pushdown Automata, and establish equivalence of language of PDA and CFG

BIT 305.5


BIT 305.6


BIT 331 Operating Systems Lab

BIT 331 .1 Write programs by using process management and file management system calls on LINUX-platform

BIT 331 .2 Show how threads can be created and manipulated in LINUXBIT 331 .3 Display the attributes of files and directories in linuxBIT 331 .4 Generalize the services of Operating systems by understanding environment of itBIT 331 .5 Provide communication among the processes by using IPC ConstructsBIT 331 .6 Solve synchronization problems occurs in operating systems by using semaphores

BIT 331 .7 Implement programs on process Scheduling Algorithams and page replacement Algorithms

BIT 332 DBMS LAB

BIT 332 .1 Understand and Apply SQL Commands for creation of database, table creation and manipulation.

BIT 332 .2 Apply DML for retrieving information using simple and complex querying.

BIT 332 .3 Analyze and Evaluate the effects of creating indices, views, tables with constraints in Database.

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BIT 332 .4 Utilizing the concepts of triggers, Cursors, Stored Procedures, Functions with Exceptionhandling mechanism to ensure Database integrity and impose constraints.

BIT 332 .5 Create database applications with security features using passwords, using grant and revokecommands and Table Locking.

BIT 332 .6 Create Database Connectivity and generate reports and forms for the database.BIT 333 Mini project -III

BIT333 .1 Identify a problem of the recent advancements with applications towards societyBIT333 .2 Formulate requirements analysis for solving a problemBIT333 .3 Design a software based solution within the scope of projectBIT333 .4 Implement using contemporary technologies and toolsBIT333 .5 Test and deploy the applications on real world environments

BIT333 .6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

BIT 351 Computer NetworksBIT 351 .1 Understand the Organization of computer networks, and its components and protocols.BIT 351 .2 Design principles of network layer protocols and transport layer protocols.BIT 351 .3 Develop applications using socket programming.

BIT 351 .4 Understand internals of main protocols such as FTP,DNS, SMTP, HTTP, SNMP, Telnet,Multimedia.

BIT 351 .5 Develop Cryptographic Algorithms, Digital signature, and asymmetric key algorithmsBIT 351 .6 Analyze Authentication Protocols, E-mail security, PEM, PGP.


BIT 352 .1 Explain the basic structure of compilers, various phases in compiler design, its translationprocess and its data structures

BIT 352 .2 Explain the basic techniques used in compiler construction such as lexical analysis, Context freegrammar & Syntax Analysis

BIT 352 .3 Construct scanners and parsers using top-down as well as bottom-up paradigms, both with andwithout the use of tools, and build abstract syntax trees in connection with this.

BIT 352 .4 Explain Semantic analysis and Design & implement symbol tables and account for the use ofthese for type checking and other semantic checks

BIT 352 .5 Analyze and determine various forms of intermediate code generation and Explain Runtimeenvironments for storage organization.

BIT 352 .6 Analyze and determine various forms of code optimization and Design and explain the Linkerand loader functionalities








BIT 354 .1 Formulate and demonstrate exhaustive and heuristic search methods in solving problems usingA*, Constraint Satisfaction, and iterative Deepening

BIT 354 .2 Formulate and describe real world knowledge in terms of Propositional Logic, Predicate Logic,Semantic Nets, and Frames and demonstrate reasoning using the same

BIT 354 .3Design a simple Expert System Rule Base using knowledge base and construct Bayes BeliefNetwork for real world problem to demonstrate causal and diagnostic reasoning, and distinguishbetween uncertainty and ignorance

BIT 354 .4


BIT 354 .5Design and Analyze Case and Semantic Grammars. Develop Augmented Transition Networksand Ontology. Demonstrate addition of words to Universal Networking Language to makemachine translation of a natural language to many other natural languages.

BIT 355 Data Warehousing and Data Mining

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BIT 355 .2 Classify different types of data, analyze data, and perform various data preprocessing proceduresand their application scenarios.




BIT 358 Software Testing (ELE-1)BIT 358 .1 Apply software testing knowledge and engineering methods.

IV YEAR BIT 358 .2 Design and conduct a software test process for a software testing project.

BIT 358 .3Identify the needs of software test automation, and define and develop a test tool to support testautomation

BIT 358 .4Understand and identify various software testing problems, and solve these problems bydesigning and selecting software test models, criteria, strategies, and methods

BIT 358 .5Basic understanding and knowledge of contemporary issues in software testing, such ascomponent-based software testing problems

BIT 358 .6 Use software testing methods and modern software testing tools for their testing projectsBIT 381 Complier Construction/ Data Mining Lab

BIT 381 .1 To understand the basic design of a compiler and Utilize Generators (e.g. Lex and Yacc). BIT 381 .2 To design and develop scanners, parsers using top-down as well as bottom-up paradigms.



BIT 381 .5 To utilize various algorithms like A priori, K-Means, J48, NB Classifier etc to solve Association,Clustering, Classification Problems of data mining with and without using WEKA tool.




BIT 382 .2 Design client and server applications using connection and connection less protocolsBIT 382 .3 Implement socket applications using socket optionsBIT 382 .4 Design real time applications like chatting serverBIT 382 .5 Prove that remote procedure calls can be implemented through network on linux platformBIT 382 .6 Measure the differences among various kinds of server by designing them.

Interpret data flow on network through programmingBIT 383 Mini Project -IV(Based on Object Oriented Systems Development Concepts)

BIT 383 .1 Identify a problem of the recent advancements with applications towards societyBIT 383 .2 Formulate requirements analysis for solving a problemBIT 383 .3 Design a software based solution within the scope of projectBIT 383 .4 Implement using contemporary technologies and toolsBIT 383 .5 Test and deploy the applications on real world environments


BIT 401 VLSI Design








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BIT 401.4 Differentiate EJB session beans, EJB entity beansBIT 401.5 Evaluate CORBA object model, networking model.BIT 401.6 Implement the object creation, invocation, and destructionBIT 403 Information Security

BIT 403 .1 Define key terms of information security and outline the phases of Sec SDLC.





























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BIT451 Embedded SystemsBIT 451 .1 To present the mathematical model of the system.BIT 451 .2 To develop real-time algorithm for task schedulingBIT 451 .3 To understand the working of real-time operating systems and real-time database.BIT 451 .4 To work on design and development of protocols related to real-time communication













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BIT482 Seminar










BIT 483 .6 Present the defined problem using appropriate presentation medium and defend the work. 2015-16

IT 101 English

IT 101.1 Learn the importance of communication, features and process of communication and verbal andNonverbal communication in order to communicate effectively

IT 101.2 Improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knapp’s model.

IT 101.3 Improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report–writing, SoP, Résumé - writing and official letters.

IT 101.4 Learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones.

IT 101.5 Improve comprehension skills by reading inspirational texts and infer information.

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IT 102Mathematics-I

IT 102.1 Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series.

IT 102.2Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s &McLaurin’s series and solve problems on finding Radius of curvature, evolutesand envelopes.

IT102.3 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems

IT 102.4 Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration

IT 102.5 Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

IT 103 Mathematics-II

IT 103.1 Solve various types of First ordered ordinary differential equations and apply these techniquesforsolving some problems in Geometry, Electricity, Heat transfer and Radio activity.

IT 103.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

IT 103.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

IT 103.4 Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differentialequations.

IT 103.5 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

IT 103.6 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

IT 104 Engineering Physics

IT 104.1Define, Classify and Illustrate the phenomena of interference, diffraction and polarization oflight; Explain Newton’s rings, Fresnel’s Biprism, Diffraction grating, Nicol’s prism andPolarimeter.

IT 104.2 Explain the principle of Laser, Holography and Optical Fibres; Summarize the different types oflaser sources; Classify different optical fibres and List out their applications in different areas.

IT 104.3 Compare statistical distribution laws; Extend to Black body Radiation; Recall the principles ofQuantum mechanics and apply them to solve particle in a box.

IT 104.4 Explain Crystal structures, Crystal defects and Energy band formation in solids.

IT 104.5 Explain and classify magnetic materials, dielectric materials and superconducting materials; Listout their applications.

IT 104.6Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications; Explain various properties of nanomaterials; Contrast theirpreparation methods and list out various applications of nanomaterials.

IT 105 Engineering Chemistry

IT 105.1Explain quantitative relationship between chemical and electrical energy, construction andworking of different types of electrodes used in construction of electrochemical cells Understandthe operating principle and apply the knowledge to design batteries.

IT 105.2 Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

IT 105.3 Explain method to find impurities present in water and establish various methods of purifyingwater.

IT 105.4 Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.

IT 105.5 Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.

IT 105.6Interpret the importance of lubricants and liquid crystals. Phase rule concept is used to know theprocess of separation of pure metals from alloys. Apply the principles of Green chemistry tocarryout eco-friendly chemical processes without causing environmental pollution.

IT 106 Programming in C & C++IT 106.1 Understand the procedure to create, compile and execute C program for different inputs

IT 106.2 Apply the concepts of control statements, operators, functions and arrays to implement matrix,searching and sorting algorithms.

IT 106.3 Solve programs on pointers and strings; access variables through dynamic memory.

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IT 106.4 Understand and Apply the concepts of derived data types and file handling operations

IT 106.5 Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.

IT 106.6 Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

IT 107 Engineering Mechanics

IT 107.1Resolve forces acting on a body; obtain resultant force or moment acting due to set of forces andmoments acting on a body; and determine unknown forces from equations of equilibrium offorces and moments.

IT 107.2

Obtain location of centres of mass of regular and composite shapes; use Pappus theorems tocalculate surface areas and volumes of composite structures. Distinguish between static andkinematic friction, determine effect of static or kinematic friction forces acting on a single or asystem of connected bodies; effect of friction in screw jack,wedge,brakes and belt transmission.

IT 107.3Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem; calculate mass MI and radius of gyration for regularand composite structures

IT 107.4Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

IT 107.5Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

IT 108 Engineering Graphics

IT 108.1 Understand the procedure to draw various types’ scales and create scales as per requirement

IT 108.2 Understand the steps involved in projection of points and lines and draw projections afteranalyzing the given data.

IT 108.3 Remember the procedure with sequence of steps involved for preparation of projections afterevaluation of given parameters

IT 108.4 Analyze the parameters given for projection of truncated shapes of solids as per givenparameters.

IT 108.5 Creation of three dimensional isometric views of solids placed in different configurations. Drawprojections of intersecting solids as per given data.

IT 109 Physics Lab

IT 109.1 Demonstrate the phenomena of interference and diffraction by determining the wavelength of agiven light source.

IT 109.2 Explain the laws of polarization and determine the specific rotatory power of an optically activesubstance.

IT 109.3 Experiment with Laser and Optical fiber and determine the wavelength of given laser source,numerical aperture and various losses of a given fiber.

IT 109.4 Examine the nature of ferromagnetic and dielectric materials; Evaluate the related parameters.

IT 109.5 Analyze the semiconducting devices by calculating the parameters like resistance, energy gapand temperature co-efficient

IT 109.6 Inspect the characteristics of photo voltaic cells and evaluate their efficiencies.IT110 Chemistry Lab

IT 110.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.IT 110.2 Identify and estimate impurities causing hardness and alkalinity in water.

IT 110.3 Find the strength of reducing species such as Fe+2, Fe+3, Cr+3, Cu+2 and Cl- by varioustitrimetric methods like complexometry and Iodometry.

IT 110.4 Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry.

IT 110.5 Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.

IT 110.6 Recall the methods of preparation of industrially important polymers.IT 111 Engineering Workshop

IT 111.1 Utilize the various tools of carpentry namely bench vice, planes, mallet, hammers, files, differentsaws, etc to perform various carpentry joints like half lap joint, dove tail joint, bridle joint, etc.

IT 111.2Utilize the various tools of plumbing namely pipe vice, hack saw, pipe cutter, wrench, dies, pipefittings, etc to prepare various pipe joints. Subsequently the student would be able to estimatehow to prepare pipe connections for domestic and industrial applications.

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IT 111.3Utilize the various tools of fitting namely bench vice, V block, files, surface plate, surface gauge,hacksaw, drill bits, etc to perform various operations on the work piece (job) like filing,scrapping, drilling, tapping, etc.

IT 111.4

Utilize the various tools of sheet metal (tin smithy) namely hammer, mallet, stakes, snips, pliers,punches, vernier calipers, wire gauge, etc to perform various operations like cutting, shearing,notching, bending, riveting, etc. on the given sheet metal and develop various objects like tray,funnel, scoop, cylinder, etc

IT 111.5Identify different types of connections like series, parallel, stair case wiring, etc. Subsequently,the student would be able to correlate the methods of electrical wiring in different domestic andindustrial applications.

IT 111.6 Understand the different types of welding techniques like arc welding, gas welding, brazing,soldering, etc and prepare various weld joints like lap joint, butt joint, T joint, etc.

IT 112 C Programming LabIT 112.1 Understand the procedure to create, compile and execute C program for different inputs.

IT 112.2 Apply the concepts of functions and arrays and write C programs for matrix, searching andsorting techniques.

IT 112.3 Create Derived types and deal files by applying the concepts of structures and pointers.

IT 112.4 Understand the procedure to create, compile and execute C++ program for different inputs.

IT 112.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

IT 112.6 Write programs in both C and C++ and could distinguish the differences between C and C++.

IT 113 English Language Lab

IT 113.1 Learn the sound system of English Language with the knowledge of IPA-classification &description.

IT 113.2 Learn the word stress & aspects of connected speech.IT 113.3 Learn the Rhythm & Intonation of English language.

IT 113.4 Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

IT 113.5 Learn to dictionary and thesaurus effectively in an appropriate way.IT 201 Mathematics – III

IT 201.1 Solve problems on formation of partial differential equations and on some standard first andsecond ordered partial differential equations.

IT 201.2 Develop a Fourier series for a given function in various intervals.

IT 201.3 Apply the theory of Fourier series to some boundary value problems associated with one -dimensional wave, heat and Laplace Equation.

IT 201.4 Apply numerical methods for solving algebraic, transcendental, system of linear equations, initialvalue problems for first ordered ordinary differential equations.

IT 201.5 Apply interpolation methods for estimation.IT 201.6 Apply the basic definition and properties of Z- transform for solving difference equations.BIT 201 Discrete Mathematics

BIT 201 .1 Illustrulate logical equivalences and define basic concepts related to sets and functionsBIT 201 .2 Explain algorithms and their complexities and solve congruences using number theory

BIT 201 .3 To make use of mathematical induction in proving theorems and enumerate using countingtechnique

BIT 201 .4 To find probability of events, expected value, variance of random variable and solve recurrencerelations

BIT 201 .5 Explain various properties of relation, construct POSET and find isomorphism of graphs

BIT 201 .6 Construct trees for given set of data and find the minimum cost of spanning tree by applyingprim’s and kruskal’s algorithms. Represent and minimize boolean functions


BIT 202 .1 Explain the working of PN junction diode, Zener diode, Varactor diode ,Schottky Barrier diodeand Interpret their characteristics

BIT 202 .2 Illustrate the applications of PN diode and Zener diode.

BIT 202 .3 Explain the structure and working of BJT,FET & MOSFET and analyze their characteristics

BIT 202 .4 Classify Feedback Amplifiers , Oscillators & Power Amplifiers and outline their characteristics.

BIT 202 .5 Demonstrate the applications of Op-amp and working of Multi-vibrators.BIT 202 .6 Distinguish various logic circuit families and implement logic gates using CMOS logic.


BIT 203 .1 Understand digital hardware, logic gates, minimization of logic functions using K-maps/Booleanalgebra,POS and SOP forms

BIT 203 .2 Explain PLDs,CPLDs, FPGAs, arithmetic comparison circuits and illustrate combinationalcircuit building blocks

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BIT 203 .3 Make use of latches, flip-flops, Registers and counters for digital circuits

BIT 203 .4 Design synchronous sequential circuits using Moore and Mealy state models, ASM charts andcounter using sequential circuit approach

BIT 203 .5 Minimize number of states for sequential circuits and develop VHDL code for logic gates,arithmetic circuits, combinational circuits, D-flipflop, Up-counter

BIT 203 .6 Develop and analyze asynchronous sequential circuits for Moore and Mealy models and test forstatic/dynamic hazards


BIT 204 .1 Analyze algorithms for different problems and calculates the Time and Space complexities usingasymptotic notations and Build the ADT’s for Array, Polynomial and String.(Analyzing)

BIT 204 .2Illustrate Stack and Queue data structures for solving problems like conversion of infixexpression into postfix and Prefix expressions and evaluate prefix and postfixexpression.(Understanding and evaluating)

BIT 204 .3 Create linked list and apply for Stacks, Queues, Polynomial, and Sparse Matrix Operations.(Creating and Applying)

BIT 204 .4Construct Trees and graphs for give set of data and demonstrate traversals, and find theminimum cost of spanning trees by applying Prim’s and Kruskal’s algorithms.(Applying andRemembering)

BIT 204 .5 Construct AVL tree, Red Black Tree, Splay tree and B tree and analyze them. (Creating andAnalyzing)

BIT 204 .6 Choose efficient sorting technique to sort the given set of elements and apply hashingmechanism to implement indexing.(Evaluating and Applying)

EE 221 Electrical circuits & machines EE 221 .1 Predict the behavior of DC and AC circuits.

EE 221 .2 Identify the importance of transformers, three phase voltages and three phase powermeasurement.

EE 221 .3 Describe the basic principle operation and performance of dc machinesEE 221 .4 Comprehend the operation, construction and characteristics of induction motorsEE 221 .5 Select the type of single phase motor required for a particular application.CE 222 Environmental Studies

CE 222 .1 To know the importance of natural resources (Water and land), Energy resources, floods,droughts, modern agriculture, land degradation

CE 222 .2 To understand the basic concepts of ecosystem and ecology

CE 222 .3 To understand the concepts of biodiversity and its practical relevance to the conservation ofenvironment.

CE 222 .4 To study different types of environmental pollution, causes, effects and control measures andenvironmental legislation.

CE 222 .5 To critically analyze global environmental issues, social aspects including population growth,disaster management

BIT 231 Basic Electronics Laboratory

BIT 231 .1 Demonstrate the working f CRO and determine the amplitude & frequency of an unknownSignal.

BIT 231 .2 Examine the characteristics of PN Diode ,Zener Diode ,BJT and FET.BIT 231 .3 Analyze the applications of Diodes and TransistorsBIT 231 .4 Demonstrate the applications of Op-amp.

BIT 231 .5 Verify the truth tables of Logic gates and implement Combinational & Sequential Circuits usingTTL

BIT 231 .6 Simulate Analog and Digital Circuits using Multi-Sim.BIT 232 Data Structures Laboratory

BIT 232 .1 Build the concept of linear data structures through arrays, templates and linked list

BIT 232 .2 Construct and apply the concept of stack in order to evaluate the given postfix expression and toconvert the given infix expression into postfix form.

BIT 232 .3 Analyze different sorting techniques and estimate the complexities of the sorting algorithms

BIT 232 .4 Analyze different searching techniques and estimate the complexities of the searching algorithms.

BIT 232 .5 Build different binary search trees and analyze tree traversal techniquesBIT 232 .6 Create graph traversals using breath first search and depth for search.

BIT 233 Mini Project-I BITB 233 .1 Identify a problem of the recent advancements with applications towards societyBITB 233 .2 Formulate requirements analysis for solving a problemBITB 233 .3 Design a software and/or hardware based solution within the scope of projectBITB 233 .4 Implement using contemporary technologies and toolsBITB 233 .5 Test and deploy the applications on real world environments

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BITB 233 .6 Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

BIT 251 Probability & Random Processes

BIT 251 .1 Apply axioms and theorems of probability to determine the probability of events related torandom experiments

BIT 251 .2 Examine the distribution and density function of continuous & discrete random variables

BIT 251 .3 Evaluate the moments of a random variable and apply characteristic functions to calculate themean, variance of continuous and discrete distributions.

BIT 251 .4 Analyze the functions of one & two random variables BIT 251 .5 Examine the random processes for stationarity & ergodicity

BIT 251 .6 Explain Poisson , Gaussian processes and show low pass, band pass representation of white noise

BIT 252 Signals and Systems BIT 252 .1 Understand the various signals and systems.BIT 252 .2 Analyze the fourier series response for different signalsBIT 252 .3 Distinguish the functions of Ztransform and laplace transform

BIT 252 .4 Understand the sampling, and analyze the various signal operations on continuous and discretetime signals

BIT 252 .5 Build and Realize the systems with given differential equationBIT 252 .6 Differentiate Discrete time fourier transform & Continuous time fourier transform


BIT 253 .1 Define web fundamentals. Summarizing basic HTML tags and Design the Web pages usingHTML, CSS and able to validate them using JavaScript.

BIT 253 .2 Build plugin’s using JQuery for best view and outline of JSON

BIT 253 .3 Designed to transport and store data in a specific format that can be processed by much humanand machine intelligence by XML

BIT 253 .4 Summaries Servlet and JSP and implement database connection using them. Extend Servlet andJSP session management and transport protocol

BIT 253 .5 Summaries basics of web services and classify types of Web services. Outline of SOAP, WSDLand UDDI.

BIT 253 .6 Summaries ASP.NET and classifying AJAX controlsBIT 254 Computer Organization & Microprocessors

BIT 254 .1 To understand the architecture of modern computer.BIT 254 .2 Analyze the Different memories and evaluate the mapping techniques.BIT 254 .3 Distinguish the instruction set and addressing modes of 8085 processorBIT 254 .4 Develop an ALP and advanced MASM programs

BIT 254 .5 Design the applications of interfacing circuits like 8259 controller,A/D and D/Aconverter,Keyboard/Display controller

BIT 254 .6 Analyze different PPI techniques and Evaluate the uses of interfaces like 8254/8253timer,RS232C,USART(8251),DMA controller.

BIT 255 OOP Using JavaBIT 255 .1 Recall the principles of OOP concepts and apply to the real world problemsBIT 255 .2 Understand Java Programming fundamentals and design principlesBIT 255 .3 Classify inheritance and create user-defined interfaces and packagesBIT 255 .4 Develop fault tolerant applications and create multithreaded programmingBIT 255 .5 Choose collections for processing the data and stream classes for input and outputBIT 255 .6 Design GUI and event-driven applications

BIT 256 Data Communications

BIT 256 .1 Identify the need for protocol architecture and compare, illustrate TCP/IP & OSI referencemodel.(understand &apply)

BIT 256 .2 Compare analog and digital signals and Perform encoding of analog and digitalsignals.(Analyzing)

BIT 256 .3 Explain different flow control and error control techniques & operation of HDLC andATM.(understanding ,evaluating)

BIT 256 .4 Distinguish Circuit and Packet switching, FDM and TDM and Synchronous & Asynchronousdata transmissions(Analyzing)

BIT 256 .5 Classify Ethernets ,LAN topologies and discuss LAN protocol architecture with operation ofMAC sub layer.(Analyzing ,creating)

BIT 256 .6 Categorize generations of Cellular networks, explain the architecture of IEEE 802.11 and Bluetooth & Zig bee.(Analyzing, understanding)

BIT 281 Microprocessors LabBIT 281 .1 Distinguish the architecture and the instruction set of 8085

BIT 281 .2 Interprete the principles of Assembly Language Programming in developing microprocessorbased applications.

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BIT 281 .3 Develop Control Applications such as: 8-bit Addition, Subtraction, Multiplication and Division

BIT 281 .4 Assesses the interfaces like serial ports, digital-to-analog Converters and analog-to-digitalconverters etc

BIT 281 .5 Build interfaces of Input-output and other units like stepper motor with 8085.BIT 281 .6 Analyze the function of traffic light controller.

BIT 282 Java Programming LabBIT 282.1 Illustrate the fundamentals of JAVA programming.BIT 282.2 Demonstrate the OOPs principles using JAVA programmingBIT 282.3 Identify and handle exceptions and create own exception classes.BIT 282.4 Develop multi-threaded and solve synchronous problems using thread synchronization BIT 282.5 Make use of different stream classes for File Input and output BIT 282.6 Design and develop GUI based forms and event-driven applicationsBIT 283 Mini-Projects -II (Web Technology Based)

BIT 283 .1 Identify a problem of the recent advancements with applications towards societyBIT 283 .2 Formulate requirements analysis for solving a problemBIT 283 .3 Design a software and/or hardware based solution within the scope of projectBIT 283 .4 Implement using contemporary technologies and toolsBIT 283 .5 Test and deploy the applications on real world environments

Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

CM 371 Manageral Econimics and Accountancy


CM 371 .2





BIT 301 Design and Analysis of Alogrithms

BIT 301 .1 Examine various data structures and define time complexity, space complexity, AmortizedComplexity, Asymptotic Notation.(Remembering, Analyzing

BIT 301 .2 Analyze sorting algorithms using divide and conquer technique. (Analyzing)BIT 301 .3 Apply greedy method to find optimal solutions. (Applying)BIT 301 .4 Design optimal graphs and trees traversal techniques using dynamic programmingBIT 301 .5 Solve problems using backtracking and Branch-and -Bound technique. (Create)BIT 301 .6 Explain the nature of NP-Complete and NP-Hard problems. (Understanding, Evaluating)

BIT 302 Software Engineering

BIT 302 .1Understand the basics of software engineering ,compare and contrast various softwareengineering process models and choose appropriate model for software development(understand& apply)

BIT 302 .2 Identify and analyze requirements and explain requirement modeling in SE(apply & analyze)

BIT 302 .3 Make use of various design concepts and SQA mechanisms in SE(apply)

BIT 302 .4 Simplify larger issues of software using various testing strategies and testingtechniques(Analyzing)

BIT 302 .5 Estimate software using various metrics and estimation techniques(evaluating /creating)

BIT 302 .6 Discuss the importance of risk management in SPI and software configurationmanagement(creating)


BIT 303 .1 Define a Database, understand characteristics and functions of Database Management Systemand types of Database Users.



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BIT 304 .1 Write programs by using process management and file management system calls on LINUX-platform

BIT 304 .2 Show how threads can be created and manipulated in LINUXBIT 304 .3 Display the attributes of files and directories in linuxBIT 304 .4 Generalize the services of Operating systems by understanding environment of itBIT 304 .5 Provide communication among the processes by using IPC ConstructsBIT 304 .6 Solve synchronization problems occurs in operating systems by using semaphoresBIT 304 .7 Implement programs on Process Scheduling Algorithms and page replacement Algorithms

BIT 305 Theory of Automata

BIT 305 .1Design and use deterministic, nondeterministic, and epsilon transition finite state automata andillustrate state transition on symbols of input words and establish the corresponding language ofautomata.

BIT 305 .2Analyze Regular Expressions and Laws and establish the corresponding Regular Language.Prove a given language is regular or otherwise. Use Closure and Decision Properties of RegularLanguage to establish the possibilities

BIT 305 .3 Analyze ambiguity, develop Context Free Grammars and Parse Tees, and establish Context FreeLanguage. Use Decision Properties of Regular Language to establish possibilities

BIT 305 .4 Design Pushdown Automata and illustrate its working, distinguish between deterministic andnondeterministic Pushdown Automata, and establish equivalence of language of PDA and CFG

BIT 305 .5


BIT 305 .6


BIT 331 Operating Systems LabBIT 331 .1 Find and practice various system calls to write the programs based on OS Concepts

BIT 331 .2 Show how threads created and manipulated and Examine how restricted shell works on linux

BIT 331 .3 Illustrate the files and directories managementBIT 331 .4 Interpret the services of Operating systems by understanding environment of itBIT 331 .5 Appraise IPC Mechanisms and apply them to achieve communication among processes .

BIT 331 .6 Solve any synchronization problems occurs in operating systems by using semaphores , messages

BIT 332 DBMS - Lab


BIT 332.2 Apply DML for retrieving information using simple and complex quering.


BIT 332.4 Utilizing the concepts of triggers, Cursors, Stored Procedures, Functions with Exceptionhandling mechanism to ensure Database intigrity and impose constraints.


BIT 332.6 Create Database Connectivity and generate reports and forms for the database.BIT 333 Mini Project-III

BIT 333 .1 Identify a problem of the recent advancements with applications towards societyBIT 333 .2 Formulate requirements analysis for solving a problemBIT 333 .3 Design a software based solution within the scope of projecBIT 333 .4 Implement using contemporary technologies and toolsBIT 333 .5 Test and deploy the applications on real world environments


BIT 351 Computer NetworksIIIYEAR

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BIT 351 .1 Describe and analyze Computer Networks, the basic components of a Network system and itsprotocols

BIT 351 .2 Understand design principals of network layer protocols and transport layer protocolsBIT 351 .3 Develop applications using socket programming.

BIT 351 .4 Comprehends the design of different applications such as FTP,DNS, SMIP, HTPP, SNMP,Telnet, Multimedia

BIT 351 .5 Understand and develop cryptographic algorithams, digital signatures, and asymmetric keyalgorithms

BIT 351 .6 Understand authentication protocols , E-mail security, PEM, PGPBIT 352 Compiler Construction

BIT 352 .1 Explain the basic structure of compilers, various phases in compiler design,its translation processand its data structures

BIT 352 .2 Explain the basic techniques used in compiler construction such as lexical analysis,Context freegrammar & Syntax Analysis

BIT 352 .3 Construct scanners and parsers using top-down as well as bottom-up paradigms, both with andwithout the use of tools, and build abstract syntax trees in connection with this.

BIT 352 .4 Explain Semantic analysis and Design & implement symbol tables and account for the use ofthese for typechecking and other semantic checks

BIT 352 .5 Analyze and determine various forms of intermediate code generation and Explain Runtimeenvironments for storage organisation.

BIT 352 .6 Analyze and determine various forms of code optimization and Design and explain the Linkerand loader functionalities


BIT 353 .1 Demonstrate importance of modeling and become familiar with the precise vocabulary andpowerful notations used in Unified Modeling Language and perform structural modeling.

BIT 353 .2 Analyze basic and advanced behavioral modeling and create behavioral models of a given systemusing use case diagrams, interaction diagrams, activity diagrams and state chart diagrams

BIT 353 .3 Build and design lucrative UML diagrams to strengthen software developmentBIT 353 .4 Determine architectural modeling to create artifact diagrams and deployment diagrams

BIT 353 .5 Define unified software development process as Use-Case driven, architecture centric and asIterative and Incremental

BIT 353 .6 Apply unified development process for core workflows like requirement capture, analysis,design, implementation and test


BIT 354 .1 Formulate and demonstrate exhaustive and heuristic search methods in solving problems usingA*, Constraint Satisfaction, and iterative Deepening

BIT 354 .2 Formulate and describe real world knowledge in terms of Propositional Logic, Predicate Logic,Semantic Nets, and Frames and demonstrate reasoning using the same

BIT 354 .3Design a simple Expert System Rule Base using knowledge base and construct Bayes BeliefNetwork for real world problem to demonstrate causal and diagnostic reasoning, and distinguishbetween uncertainty and ignorance

BIT 354 .4


BIT 354 .5Design and Analyze Case and Semantic Grammars. Develop Augmented Transition Networksand Ontology. Demonstrate addition of words to Universal Networking Language to makemachine translation of a natural language to many other natural languages.

BIT 355BIT 355 Design and Analysis of Algorithms

BIT 355 .1 Analyze sorting algorithms using divide and conquer technique. (Analyzing)BIT 355 .2 Apply greedy method to find optimal solutions. (Applying)BIT 355 .3 Design optimal graphs and trees traversal techniques using dynamic programmingBIT 355 .4 Solve problems using backtracking and Branch-and -Bound technique. (Create)BIT 355 .5 Explain the nature of NP-Complete and NP-Hard problems. (Understanding, Evaluating)BIT 357 Data Warehousing and Data Mining


BIT 357 .2 Classify different types of data, analyze data, perform various data preprocessing procedures andtheir application scenarios.


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BIT 358 Software Testing BIT 358 .1 Apply software testing knowledge and engineering methods.BIT 358 .2 Design and conduct a software test process for a software testing project.

BIT 358 .3 Identify the needs of software test automation, and define and develop a test tool to support testautomation

BIT 358 .4 Understand and identify various software testing problems, and solve these problems bydesigning and selecting software test models, criteria, strategies, and methods

BIT 358 .5 Basic understanding and knowledge of contemporary issues in software testing, such ascomponent-based software testing problems

BIT 358 .6 Use software testing methods and modern software testing tools for their testing projectsBIT 381 OOSD /Complier Construction

BIT 381 .1 To understand the basic design of a compiler and Utilize Generators (e.g. Lex and Yacc). BIT 381 .2 To design and develop scanners, parsers using top-down as well as bottom-up paradigms.



BIT 381 .5 To utilize various algorithms like Apriori, K-Means, J48, NB Classifier etc to solve Association,Clustering, Classification Problems of data mining with and with out using WEKA tool.




BIT 382 .2 Design client and server applications using connection and connection less protocolsBIT 382 .3 Implement socket applications using socket optionsBIT 382 .4 Design real time applications like chatting serverBIT 382 .5 Prove that remote procedure calls can be implemented through network on linux platformBIT 382 .6 Measure the differences among various kinds of server by designing them.BIT 382 .7 Interpret data flow on network through programming

BIT 333 Mini Project IVBIT 333 .1 Identify a problem of the recent advancements with applications towards societyBIT 333 .2 Formulate requirements analysis for solving a problemBIT 333 .3 Design a software based solution within the scope of projectBIT 333 .4 Implement using contemporary technologies and toolsBIT 333 .5 Test and deploy the applications on real world environments


BIT 401 VLSI Design










BIT 401.4 Differentiate EJB session beans, EJB entity beansBIT 401.5 Evaluate CORBA object model, networking model.BIT 401.6 Implement the object creation, invocation, and destruction

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BIT 403 Information SecurityBIT 403 .1 Define key terms of information security and outline the phases of Sec SDLC.

































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BIT451 Embedded SystemsBIT 451 .1 To present the mathematical model of the system.BIT 451 .2 To develop real-time algorithm for task schedulingBIT 451 .3 To understand the working of real-time operating systems and real-time database.BIT 451 .4 To work on design and development of protocols related to real-time communication
















IV YEAR

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BIT482 Seminar










BIT 483 .6 Present the defined problem using appropriate presentation medium and defend the work.

IT 101 English

IT 102 Learn the importance of communication, features and process of communication and verbal andNonverbal communication in order to communicate effectively

IT 103 Improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knapp’s model.

IT 104 Improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report–writing, SoP, Résumé - writing and official letters.

IT 105 Learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones.

IT 106 Improve comprehension skills by reading inspirational texts and infer information.IT102

Mathematics-I


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IT 102.3 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems




IT 104 Solve various types of First ordered ordinary differential equations and apply these techniquesforsolving some problems in Geometry, Electricity, Heat transfer and Radio activity.

IT 105 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

IT 106 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

IT 107 Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differentialequations.

IT 108 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

IT 109 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.







IT 104.6

Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications; Explain various properties of nanomaterials; Contrast theirpreparation methods and list out various applications of nanomaterials.

IT105 Engineering Chemistry

IT 105.1

Explain quantitative relationship between chemical and electrical energy, construction andworking of different types of electrodes used in construction of electrochemical cells Understandthe operating principle and apply the knowledge to design batteries.








IT 106.3 Solve programs on pointers and strings; access variables through dynamic memory.IT 106.4 Understand and Apply the concepts of derived data types and file handling operations


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IT 109 Physics Lab

IT 109.1 Demonstrate the phenomena of interference and diffraction by determining the wavelength of agiven light source.

IT 109.2 Explain the laws of polarization and determine the specific rotatory power of an optically activesubstance.

IT 109.3 Experiment with Laser and Optical fiber and determine the wavelength of given laser source,numerical aperture and various losses of a given fiber.

IT 109.4 Examine the nature of ferromagnetic and dielectric materials; Evaluate the related parameters.

IT 109.5 Analyze the semiconducting devices by calculating the parameters like resistance, energy gapand temperature co-efficient

IT 109.6 Inspect the characteristics of photo voltaic cells and evaluate their efficiencies.IT 110 Chemistry Lab

IT 110.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.IT 110.2 Identify and estimate impurities causing hardness and alkalinity in water.








IT 111.4




IT 112 C Programming LabIT112.1 Understand the procedure to create, compile and execute C program for different inputs.

IT112.2 Apply the concepts of functions and arrays and write C programs for matrix, searching andsorting techniques.

IT112.3 Create Derived types and deal files by applying the concepts of structures and pointers.

IT112.4 Understand the procedure to create, compile and execute C++ program for different inputs.

IT112.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

IT112.6 Write programs in both C and C++ and could distinguish the differences between C and C++.

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BIT 201 Discrete Mathematics201.1 To check logical equivalences, determine validity of arguments.202.1 To solve congruences using number theory.203.1 To use Mathematical induction in proving theorems.204.1 To enumerate using counting techniques.205.1 To find probability of events, expected value, variance of random variable.206.1 To solve recurrence relations.207.1 To represent and minimize Boolean functions.


BIT203.1 Understand digital hardware, logic gates, minimization of logic functions using K-maps/Booleanalgebra,POS and SOP forms

BIT203.2 Explain PLDs,CPLDs, FPGAs, arithmetic comparison circuits and illustrate combinationalcircuit building blocks

BIT203.3 Make use of latches, flip-flops, Registers and counters for digital circuits

BIT203.4 Design synchronous sequential circuits using Moore and Mealy state models, ASM charts andcounter using sequential circuit approach

BIT203.5 Minimize number of states for sequential circuits and develop VHDL code for logic gates,arithmetic circuits, combinational circuits, D-flipflop, Up-counter

BIT203.6 Develop and analyze asynchronous sequential circuits for Moore and Mealy models and test forstatic/dynamic hazards


BIT 204.1 Analyze algorithms for different problems and calculates the Time and Space complexities usingasymptotic notations and Build the ADT’s for Array, Polynomial and String.(Analyzing)

BIT 204.2Illustrate Stack and Queue data structures for solving problems like conversion of infixexpression into postfix and Prefix expressions and evaluate prefix and postfixexpression.(Understanding and evaluating)

BIT 204.3 Create linked list and apply for Stacks, Queues, Polynomial, and Sparse Matrix Operations.(Creating and Applying)

BIT 204.4Construct Trees and graphs for give set of data and demonstrate traversals, and find theminimum cost of spanning trees by applying Prim’s and Kruskal’s algorithms.(Applying andRemembering)

BIT 204.5 Construct AVL tree, Red Black Tree, Splay tree and B tree and analyze them. (Creating andAnalyzing)

BIT 204.6 Choose efficient sorting technique to sort the given set of elements and apply hashingmechanism to implement indexing.(Evaluating and Applying)

EE221 Electrical Circuits & MachinesEE221.1 Predict the behavior of DC and AC circuits.

EE221.2 Identify the importance of transformers, three phase voltages and three phase powermeasurement.

EE221.3 Describe the basic principle operation and performance of dc machinesEE221.4 Comprehend the operation, construction and characteristics of induction motorsEE221.5 Select the type of single phase motor required for a particular application.BIT231 Basic Electronics Laboratory

BIT 231.1 Demonstrate the working f CRO and determine the amplitude & frequency of an unknownSignal.

BIT 231.2 Examine the characteristics of PN Diode ,Zener Diode ,BJT and FET.BIT 231.3 Analyze the applications of Diodes and TransistorsBIT 231.4 Demonstrate the applications of Op-amp.

BIT 231.5 Verify the truth tables of Logic gates and implement Combinational & Sequential Circuits usingTTL

BIT 231.6 Simulate Analog and Digital Circuits using Multi-Sim.BIT233 Mini Project-I

BIT 233.1 Identify a problem of the recent advancements with applications towards societyBIT 233.2 Formulate requirements analysis for solving a problemBIT 233.3 Design a software and/or hardware based solution within the scope of projectBIT 233.4 Implement using contemporary technologies and tools

Test and deploy the applications on real world environmentsDemonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.


BIT251 Probability & Random Processes

BIT 251.1 Apply axioms and theorems of probability to determine the probability of events related torandom experiments

BIT 233.5

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BIT 251.2 Examine the distribution and density function of continuous & discrete random variables

BIT 251.3 Evaluate the moments of a random variable and apply characteristic functions to calculate themean, variance of continuous and discrete distributions.

BIT 251.4 Analyze the functions of one & two random variables BIT 251.5 Examine the random processes for stationarity & ergodicity

BIT 251.6 Explain Poisson , Gaussian processes and show low pass, band pass representation of white noise

BIT 252 Signals and SystemsBIT 252.1 Understand the various signals and systems.BIT 252.2 Analyze the fourier series response for different signalsBIT 252.3 Distinguish the functions of Ztransform and laplace transform

BIT 252.4 Understand the sampling, and analyze the various signal operations on continuous and discretetime signals

BIT 252.5 Build and Realize the systems with given differential equationBIT 252.6 Differentiate Discrete time fourier transform & Continuous time fourier transform

BIT253 Web Technologies

BIT 253.1 Define web fundamentals. Summarizing basic HTML tags and Design the Web pages usingHTML, CSS and able to validate them using JavaScript.

BIT 253.2 Build plugin’s using JQuery for best view and outline of JSON

BIT 253.3 Designed to transport and store data in a specific format that can be processed by much humanand machine intelligence by XML

BIT 253.4 Summaries Servlet and JSP and implement database connection using them. Extend Servlet andJSP session management and transport protocol

BIT 253.5 Summaries basics of web services and classify types of Web services. Outline of SOAP, WSDLand UDDI.

BIT 253.6 Summaries ASP.NET and classifying AJAX controlsBIT254 Computer Organization & Microprocessors

BIT 254..1 To understand the architecture of modern computer.BIT 254..2 Analyze the Different memories and evaluate the mapping techniques.BIT 254..3 Discuss the architecture ,the instruction set and addressing modes of 8085 processor

BIT 254..4 Analyze Stacks, Subroutine, Interrupts of 8085 and write the Assembly language programs

BIT 254..5 Design the applications of interfacing circuits like 8259 controller,A/D and D/A converter,Keyboard/Display controller.

BIT 254..6 Analyze different PPI techniques and the uses of interfaces 8254/8253timer, RS232C,USART(8251),DMA controller.

BIT255 OOP Using Java

BIT 256.1 Identify the need for protocol architecture and compare, illustrate TCP/IP & OSI referencemodel.(understand &apply)

BIT 256.2 Compare analog and digital signals and Perform encoding of analog and digitalsignals.(Analyzing)

BIT 256.3 Explain different flow control and error control techniques & operation of HDLC andATM.(understanding ,evaluating)

BIT 256.4 Distinguish Circuit and Packet switching, FDM and TDM and Synchronous & Asynchronousdata transmissions(Analyzing)

BIT 256.5 Classify Ethernets ,LAN topologies and discuss LAN protocol architecture with operation ofMAC sub layer.(Analyzing ,creating)

BIT 256.6 Categorize generations of Cellular networks, explain the architecture of IEEE 802.11 and Bluetooth & Zig bee.(Analyzing, understanding)

BIT256 Data Communications

BIT 256.1 Identify the need for protocol architecture and compare, illustrate TCP/IP & OSI referencemodel.(understand &apply)

BIT 256.2 Compare analog and digital signals and Perform encoding of analog and digitalsignals.(Analyzing)

BIT 256.3 Explain different flow control and error control techniques & operation of HDLC andATM.(understanding ,evaluating)

BIT 256.4 Distinguish Circuit and Packet switching, FDM and TDM and Synchronous & Asynchronousdata transmissions(Analyzing)

BIT 256.5 Classify Ethernets ,LAN topologies and discuss LAN protocol architecture with operation ofMAC sub layer.(Analyzing ,creating)

BIT 256.6 Categorize generations of Cellular networks, explain the architecture of IEEE 802.11 and Bluetooth & Zig bee.(Analyzing, understanding)

BIT281 Microprocessors LabBIT 281.1 Distinguish the architecture and the instruction set of 8085

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BIT 281.2 Interprete the principles of Assembly Language Programming in developing microprocessorbased applications.

BIT 281.3 Develop Control Applications such as: 8-bit Addition, Subtraction, Multiplication and Division

BIT 281.4 Assesses the interfaces like serial ports, digital-to-analog Converters and analog-to-digitalconverters etc

BIT 281.5 Build interfaces of Input-output and other units like stepper motor with 8085.BIT 281.6 Analyze the function of traffic light controller. BIT 281 Java Programming & Web technologies LabBIT 282.1 Illustrate the fundamentals of JAVA programming.BIT 282.2 Demonstrate the OOPs principles using JAVA programmingBIT 282.3 Identify and handle exceptions and create own exception classes.BIT 282.4 Develop multi-threaded and solve synchronous problems using thread synchronization BIT 282.5 Make use of different stream classes for File Input and output BIT 282.6 Design and develop GUI based forms and event-driven applications

BIT283 Mini-Projects -IIBIT 282.1 Identify a problem of the recent advancements with applications towards societyBIT 282.2 Formulate requirements analysis for solving a problemBIT 282.3 Design a software and/or hardware based solution within the scope of projectBIT 282.4 Implement using contemporary technologies and toolsBIT 282.5 Test and deploy the applications on real world environments


CM371 Managerial Economics and Accountancy

CM371.1 Student should be able to find out the general exposure about the business, economicenvironment and the structural aspects of Managerial Economics

CM371.2


CM371.3Student should be able to identify the impact of changes in internal factors, such as cost, price &volume on profitability and appraise of the firms behavior in different markets structures withrespective to competitive prices fixation of products and optimum input-output decisions.

CM371.4Student should be evaluate with the knowledge of capital budgeting methods and techniques fordifferent business proposals and identify the best among them for prudent investment and alsoexplore different sources of capital needed to the business

CM371..5 Student should be construct and analyse the financial statements of the business and interpretthem for taking ideal managerial decisions.

BIT303 Digital Signal ProcessingBIT 303.1 Classify discrete time signals and systemsBIT 303.2 Apply direct DFT,radix-2 FFT to compute the DFT of discrete time signalsBIT 303.3 Design FIR filters using windows and realize them using suitable structures

BIT 303.4 Design IIR filters by impulse invariance & bilinear transformation and realize them usingsuitable structures

BIT 303.5 Explain the architecture of Programmable DSP devices and TMS320C54xx DSP processor

BIT 303.6 List the applications of Programmable DSP devices and implement JPEG algorithm usingTMS320C54xx DSP Processor.

BIT304 Database Management Systems

BIT 304.1 Define a Database, understand characteristics and functions of Database Management Systemand types of Database Users.

BIT 304.2 Understand the concepts of Relational Algebra and Relational operations from the set Theory.

BIT 304.3 Create relational tables, views, procedural constructs, triggers etc using basic structured querylanguage (SQL) and also write queries and programs to retrieve information from tables.

BIT 304.4 Model the real world Database systems using Entity Relationship Diagrams (ERD) from therequirement specification and apply the Normalization techniques to normalize a database.

BIT 304.5 Distinguish the types of indices and describe the areas of applications and apply the concepts ofTransactions, Serializability.

BIT 304.6 Compare and apply the concepts of Concurrency Control and Recovery SystemsBIT305 Operating Systems

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BIT 305.1 Write programs by using process management and file management system calls on LINUX-platform

BIT 305.2 Show how threads can be created and manipulated in LINUXBIT 305.3 Display the attributes of files and directories in linuxBIT 305.4 Generalize the services of Operating systems by understanding environment of itBIT 305.5 Provide communication among the processes by using IPC ConstructsBIT 305.6 Solve synchronization problems occurs in operating systems by using semaphoresBIT 305.7 Implement programs on Process Scheduling Algorithms and page replacement Algorithms

BIT306 Theory of Automata

BIT 306.1Design and use deterministic, nondeterministic, and epsilon transition finite state automata andillustrate state transition on symbols of input words and establish the corresponding language ofautomata.

BIT 306.2Analyze Regular Expressions and Laws and establish the corresponding Regular Language.Prove a given language is regular or otherwise. Use Closure and Decision Properties of RegularLanguage to establish the possibilities

BIT 306.3 Analyze ambiguity, develop Context Free Grammars and Parse Tees, and establish Context FreeLanguage. Use Decision Properties of Regular Language to establish possibilities

BIT 306.4 Design Pushdown Automata and illustrate its working, distinguish between deterministic andnondeterministic Pushdown Automata, and establish equivalence of language of PDA and CFG

BIT 306.5


BIT 306.6


BIT331 Operating Systems LabC331.1 Find and practice various system calls to write the programs based on OS Concepts

C331.2 Show how threads created and manipulated and Examine how restricted shell works on linux

C331.3 Illustrate the files and directories managementC331.4 Interpret the services of Operating systems by understanding environment of itC331.5 Appraise IPC Mechanisms and apply them to achieve communication among processes .

C331.6 Solve any synchronization problems occurs in operating systems by using semaphores , messages

BIT332 DBMS Lab


BIT 332.2 Apply DML for retrieving information using simple and complex quering.


BIT 332.4 Utilizing the concepts of triggers, Cursors, Stored Procedures, Functions with Exceptionhandling mechanism to ensure Database intigrity and impose constraints.


BIT 332.6 Create Database Connectivity and generate reports and forms for the database.BIT351 Computer Networks

BIT 351.1 Describe and analyze Computer Networks, the basic components of a Network system and itsprotocols

BIT 351.2 Understand design principals of network layer protocols and transport layer protocolsBIT 351.3 Develop applications using socket programming.

BIT 351.4 Comprehends the design of different applications such as FTP,DNS, SMIP, HTPP, SNMP,Telnet, Multimedia

BIT 351.5 Understand and develop cryptographic algorithams, digital signatures, and asymmetric keyalgorithms

BIT 351.6 Understand authentication protocols , E-mail security, PEM, PGPBIT352 Compiler Construction

BIT 352.1 Explain the basic structure of compilers, various phases in compiler design,its translation processand its data structures

BIT 352.2 Explain the basic techniques used in compiler construction such as lexical analysis,Context freegrammar & Syntax Analysis

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BIT 352.3 Construct scanners and parsers using top-down as well as bottom-up paradigms, both with andwithout the use of tools, and build abstract syntax trees in connection with this.

BIT 352.4 Explain Semantic analysis and Design & implement symbol tables and account for the use ofthese for typechecking and other semantic checks

BIT 352.5 Analyze and determine various forms of intermediate code generation and Explain Runtimeenvironments for storage organisation.

BIT 352.6 Analyze and determine various forms of code optimization and Design and explain the Linkerand loader functionalities

BIT353 Object Oriented Systems Development






BIT354 Artificial Intelligence

BIT 354.1 Formulate and demonstrate exhaustive and heuristic search methods in solving problems usingA*, Constraint Satisfaction, and iterative Deepening

BIT 354.2 Formulate and describe real world knowledge in terms of Propositional Logic, Predicate Logic,Semantic Nets, and Frames and demonstrate reasoning using the same

BIT 354.3Design a simple Expert System Rule Base using knowledge base and construct Bayes BeliefNetwork for real world problem to demonstrate causal and diagnostic reasoning, and distinguishbetween uncertainty and ignorance

BIT 354.4

Use Decision Tree, Clustering, and Support Vector Machine Algorithms to solve anddemonstrate inductive and deductive learning. Demonstrate Learning in Feed forward NeuralNetworks using Backpropagation and distinguish between Feed forward and Recurrent NeuralNetworks

BIT 354.5Design and Analyze Case and Semantic Grammars. Develop Augmented Transition Networksand Ontology. Demonstrate addition of words to Universal Networking Language to makemachine translation of a natural language to many other natural languages.

BIT355 Data Warehousing and Data Mining (ELE-I)

BIT 355.1 Explain Data Mining concepts, patterns that are mined, technologies used and its applicationsand issues.

BIT 355.2 Classify different types of data, analyze data, perform various data preprocessing procedures andtheir application scenarios.

BIT 355.3 Define Data Warehouse and OLAP, its modeling, design, usage and implementationBIT 355.4 Analyze data for mining frequent patterns, Association and Correlations

BIT 355.5 Select and perform classification and prediction using various classification algorithms likedecision tree induction, Bayes networks, back propagation etc and evaluate the classifier

BIT 355.6Apply various clustering and outlier detection methods and gain knowledge on developing areaslike web mining, text mining, multimedia mining, mining application & trends and ethicalaspects of data mining

BIT358 Software Testing (ELE-1)BIT 358.1 Apply software testing knowledge and engineering methods.BIT 358.2 Design and conduct a software test process for a software testing project.

BIT 358.3 Identify the needs of software test automation, and define and develop a test tool to support testautomation

BIT 358.4 Understand and identify various software testing problems, and solve these problems bydesigning and selecting software test models, criteria, strategies, and methods

BIT 358.5 Basic understanding and knowledge of contemporary issues in software testing, such ascomponent-based software testing problems

BIT 358.6 Use software testing methods and modern software testing tools for their testing projectsBIT381 OOSD &Complier Construction Lab

BIT 381.1 To understand the basic design of a compiler and Utilize Generators (e.g. Lex and Yacc)BIT 381.2 To design and develop scanners, parsers using top-down as well as bottom-up paradigms.

BIT 381.3 To design and develop different ways of code optimization and intermediate code generation.

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BIT 381.4 To Apply vocabulary and powerful notation used in Unified modeling language for Structural ,Behavioural and Architectural Modeling.

BIT 381.5 To Demonstrate Requirement Management, Data, Application and Web Modeling,Configuration Management , System testing, Project Management and System Documentation.

BIT 381.6 To Model software development by lucrative UML diagrams.BIT382 Network Programming Lab

BIT 382.1 Perceive how to Install required packages and practice the network management commands

BIT 382.2 Design client and server applications using connection and connection less protocolsBIT 382.3 Implement socket applications using socket optionsBIT 382.4 Design real time applications like chatting serverBIT 382.5 Prove that remote procedure calls can be implemented through network on linux platformBIT 382.6 Measure the differences among various kinds of server by designing them.BIT 382.7 Interpret data flow on network through programming

BIT383 Mini Project -IVBIT 383.1 Identify a problem of the recent advancements with applications towards societyBIT 383.2 Formulate requirements analysis for solving a problemBIT 383.3 Design a software based solution within the scope of projectBIT 383.4 Implement using contemporary technologies and toolsBIT 383.5 Test and deploy the applications on real world environments5


BIT401 VLSI Design

BIT 401.1 Explain VLSI Design hierarchy and analyze logic gates using CMOS & transmission gatestructures.

BIT 401.2 Identify the layers in the physical structure of ICs and draw the layouts of CMOS logic gates

BIT 401.3 Summarize the fabrication process of CMOS ICs and analyze the DC, switching characteristicsof CMOS inverter.

BIT 401.4 Analyze dynamic CMOS & pseudo nMOS structures of logic gates, SRAM & DRAM cells

BIT 401.5 Develop verilog code for logic gates and examine the effects of interconnect elements in logiccascades.

BIT 401.6 Explain the floor-planning , routing and test techniques of VLSI circuitsBIT402 Middleware Technologies




BIT 402.4 Differentiate EJB session beans, EJB entity beansBIT 402.5 Evaluate CORBA object model, networking model.BIT 402.6 Implement the object creation, invocation, and destruction

BIT403 Information SecurityBIT 403.1 Define key terms of information security and outline the phases of Sec SDLC.

BIT 403.2 Understand the business need for information security and identify various threats and attacks

BIT 403.3 Distinguish between laws and ethics of information security and define risk management andexplain how risk is identified and assessed.

BIT 403.4 Identify the major components of information security blue print and explain the Technologiesthat enables the use of firewalls and virtual private networks

BIT 403.5 List the types of intrusion detection and prevention systems and explain the principles ofCryptography.

BIT 403.6 Select positioning and staffing to build information security project and adapt securitymanagement models for information security maintenance.

BIT404 Wireless and Mobile Communications (ELe -II)

BIT 404.1Summarize the evolution of wireless communication systems ,concept of Frequency reuse,Channel Assignment Strategies, Hand off strategies, Trunking, Coverage and Capacity inCellular Systems.

BIT 404.2State and prove free space propagation model, Ground reflection model, Indoor and Outdoorpropagation models &Discuss about Linear, Constant Envelope and Spread Spectrummodulation techniques.

BIT 404.3 Explain various multiple access techniques such as FDMA, TDMA ,SDMA& Spread Spectrummultiple access &Differentiate Wireless and Fixed networks.

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BIT 404.4 Compare GSM, GPRS, and CDMA standards.

BIT 404.5 Explain about Mobile network layer concepts such as IP Packet delivery, Agent advertisement,Tunneling, Encapsulation, Reverse tunneling and Dynamic host configuration protocol.

BIT 404.6 Differentiate Traditional Tcp , Indirect Tcp, Snooping Tcp ,Mobile Tcp and can explain aboutSelective- retransmission and Transaction-oriented Tcp.

LA 473 Intellectual Properity Rights (ELe -II)

LA473.1 Appreciate the significance of Intellectual Property and the Rights in State and Global contexts.

LA473.2 Differentiate between Patentable and non-Patentable inventions, and apply for a Patent with anunderstanding of the rights and obligations, licensing and revocation.

LA473.3 Fulfill the requirements for a Design and apply for registration of Designs with an understandingof the consequent rights and duties

LA473.4 Appreciate the significance of Trade Marks, apply for registration of Trade Marks with aknowledge for protection and infringement issues.

LA473.5 Develop the subject matter for Copy Right with an appreciation to the rights conferred byCopyright and infringement issues.

BIT408 Digital Image Processing (ELe -III)

BIT 408.1 Understand Digital Image Processing fundamentals and applications of Digital Image processing

BIT 408.2 Illustrate Digital Image Processing intensity transformationsBIT 408.3 Explain smoothening and sharpening filters in both spatial and frequency domain

BIT 408.4 Classify an object using patterns and pattern classes classification algorithms and imagesegmentation methods

BIT 408.5 Illustrate image compression techniques using lossy/lossless compression methods anddemonstrate color image processing

BIT 408.6 Build an original image from degraded image using noise models and apply morphologicalimage processing techniques for an image

BIT411 Software Reuse Techniques (ELe -III)BIT 411.1 Define the object oriented software engineering and organize the models.

BIT 411.2 Comparison between application and component subsystems and finding the measures to applythe components for reuse.

BIT 411.3 Able to explain design patterns and their sub patternsBIT 411.4 Comparison between different patterns and choose the best for a particular solutionBIT 411.5 Summaries and find the similarity of patterns.

BIT 411.6 Recall Object Oriented Business Engineering and analysis on component system engineering.

BIT431 VLSI Design Lab






BIT 431.6 Draw the layouts of basic logic gates using MicrowindBIT432 Middleware Technologies Lab

BIT 432.1 Have a solid Foundation in Client-Server ApplicationsBIT 432.2 Implement web pages with session management.BIT 432.3 Design CORBA applications.BIT 432.4 Represent the Overview of .NETBIT 432.5 Evaluate CORBA Object Model, Networking Model, ORB.BIT 432.6 Implement the Object Creation, Invocation, and Destruction

BIT433 Project Seminar

BIT 433.1Select a project topic to design a system in the domain of Information Technology, which isnovel/development/enhancement of an existing system involving design/optimization/analysisleading to software application/modeling and simulation.

BIT 433.2 Understand the existing literature & technologies on the chosen topic to arrive at problemdefinition.

BIT 433.3 Identify the modules and analyze the system requirements to arrive at the respective pseudocode/ algorithm.

BIT 433.4 Propose a methodology to be adapted to carry out the work.

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BIT 433.5 Prepare a technical report covering the problem definition, related literature analysis of theproblem.

BIT 433.6 Present the defined problem using PPT/OHP slide and justify the approach of the solution to theproblem before the committee.

BIT451 Embedded SystemsBIT 451.1 To present the mathematical model of the system.BIT 451.2 To develop real-time algorithm for task schedulingBIT 451.3 To understand the working of real-time operating systems and real-time database.BIT 451.4 To work on design and development of protocols related to real-time communication

BIT 451.5 To demonstrate a working knowledge of the necessary steps and methods used to interface amicrocontroller system to devicessuch as motors, sensors, etc

BIT 451.6 Demonstrate the use of interrupts and other advanced concepts related to microcontrollers.

BIT452 Information Retrieval Systems (Ele –IV)BIT 452.1 Differentiate between the IR models (Strategies, Boolean, Vector and Probabilistic etc.)BIT 452.2 Recognize the differences between different IR evaluation measuresBIT 452.3 Understand the importance of IRS and search engines.BIT 452.4 Understand how search engines works.BIT 452.5 Recognize the crawling, indexing and query expansionBIT 452.6 Knowing how to rank web pages by popularity.

BIT460 Cloud Computing (Ele –V)

BIT 452.1 To define the systems, protocols and mechanisms to support cloud computing. (Remembering)

BIT 452.2 To illustrate the main concepts, key technologies, strengths and limitations of cloud computingand the possible applications for state-of-art. (Understanding)

BIT 452.3 To identify the architecture and infrastructure of cloud computing, including SaaS, PaaS, IaaS,public cloud, private cloud, hybrid cloud, etc. (Applying)

BIT 452.4 To analyze the core issues of cloud computing such as security, privacy and interoperability.(Analyzing)

BIT 452.5 To explain the key dimensions of the challenges in Cloud Computing (Evaluating)

BIT 452.6 To discuss system virtualization and outline its role in enabling the cloud systemmodel.(Creating)

ME 411 Entrepreneurship (Ele –V)

ME 411.1 Identify and define the Indian industrial environment in terms of types of industries and forms ofenterprises along with opportunities and challenges for entrepreneurs.

ME 411.2 Define characteristics of entrepreneurs and influencing factors, and conceive and evaluate ideasand technologies for business development

ME 411.3 Formulate a project and evaluate it in terms of market demand, technical feasibility and financialviability in the form of a project report.

ME 411.4 Specify various phases of project management including organization, planning and control, andhuman resource management to use these techniques for business development

ME 411.5 Characterize behavioral aspects of entrepreneurs including personality, leadership, values,motivation and change behavior

ME 411.6 Apply various time management techniques and evaluate their strengths and weaknesses for agiven case.

CE 461 Disaster Management (Ele –V)

CE 461.1 This unit gives them a better understanding of the difference between natural and Manmadedisasters.

CE 461.2 This Unit gives them a better understanding of different hydrometerological disasters and helpthem analyze in extreme disaster situation and give a desired response to it.

CE 461.3 This unit help understand and respond to the different man made disasters.CE 461.4 This unit will help them create new ways to mitigate in extreme disaster situationbs.CE 461.5 This unit helps them analyze and improve in extreme disaster situation.BIT 481 Embedded Systems Lab

BIT 481.1 Define and explain embedded systems and the different embedded system design technologiesexplain the various metrics or challenges in designing an embedded system.

BIT 481.2 Design custom single – purpose processors using combinational as well as sequential logic

BIT 481.3 Discuss about optimizing single – purpose processors. Discuss about the basic architecture andoperation of general purpose processors.

BIT 481.4Define and distinguish between a timer and a counter. Explain about various types of timers andUniversal Asynchronous Receiver/ Transmitter. Explain about the various controllers for LCD,Keypad and Stepper Motor.

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BIT 481.5Discuss about the common memory types ROM and RAM. Explain and distinguish betweendifferent types of advanced RAM. Explain microprocessor interfacing and describe thearbitration methods. Discuss and distinguish among the various protocols like serial, parallel.

BIT 481.6 Explain about the basics of interrupts. Explain the different architectures like Round Robin.Describe the Real – Time Operating System architecture.

BIT 481.8 Explain encapsulating semaphores and queues. Discuss the considerations in hard real timescheduling. Delve into hardware software co design aspects in embedded systems

BIT482 Seminar

BIT 482.1 Identify possible specializations in Information Technology and other multi disciplinary areas.

BIT 482.2 Survey the recent advancements in the identified area

BIT 482.3 Present orally the understanding of the evolution of the technology and possible future trends inselected topic.

BIT 482.4 Display good technical communication skills in terms of preparing the material of seminar BIT 482.5 Display good presentation skills when presenting the seminar BIT 482.6 Demonstrate the qualities necessary for writing document of the related topic.

BIT483 Main Project

BIT 483.1Identify a project topic in Information Technology of societal interest, after study of literature/existing systems / interaction with industry, to identify gaps, and define objectives and scope,including innovative ideas.

BIT 483.2 Analyze the system, after selection of hardware/ software requirements to arrive at theimplementation procedures.

BIT 483.3 Design the modules in the hardware and softwareBIT 483.4 Develop and test the program/ model / prototype to meet the objectives

BIT 483.5 Write a technical report as per the format, covering the problem definition, related literatureanalysis of the problem and methodology adopted to carry out the work

BIT 483.6 Present the defined problem using appropriate presentation medium and defend the work.

IT 101 English

IT 101.1 Learn the importance of communication, features and process of communication and verbal andNonverbal communication in order to communicate effectively

IT 101.2 Improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knapp’s model.

IT 101.3 Improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report–writing, SoP, Résumé - writing and official letters.

IT 101.4 Learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones.

IT 101.5 Improve comprehension skills by reading inspirational texts and infer information.IT102

Mathematics-I



IT 102.3 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems




IT 103.1 Solve various types of First ordered ordinary differential equations and apply these techniquesforsolving some problems in Geometry, Electricity, Heat transfer and Radio activity.

IT 103.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

IT 103.3 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

2013-14

Express tasks and states. Explain semaphores. Clarify about message queues, mailboxes, andpipes. Describe the process of effective memory management.BIT 481.7

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IT 103.4 Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differentialequations.

IT 103.5 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

IT 103.6 Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.







IT 104.6


IT 105 Engineering Chemistry

IT 105.1









IT 106.3 Solve programs on pointers and strings; access variables through dynamic memory.IT 106.4 Understand and Apply the concepts of derived data types and file handling operations



IT 107 Engineering Mechanics

IT 107.1Resolve forces acting on a body; obtain resultant force or moment acting due to set of forces andmoments acting on a body; and determine unknown forces from equations of equilibrium offorces and moments.

IT 107.2


IT 107.3Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem; calculate mass MI and radius of gyration for regularand composite structures

IT 107.4Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

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IT 107.5Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.







IT 110 Chemistry LabIT 110.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.IT 110.2 Identify and estimate impurities causing hardness and alkalinity in water.








IT 111.4




IT 112 C Programming LabIT 112.1 Understand the procedure to create, compile and execute C program for different inputs.

IT 112.2 Apply the concepts of functions and arrays and write C programs for matrix, searching andsorting techniques.

IT 112.3 Create Derived types and deal files by applying the concepts of structures and pointers.

IT 112.4 Understand the procedure to create, compile and execute C++ program for different inputs.

IT 112.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

IT 112.6 Write programs in both C and C++ and could distinguish the differences between C and C++.


BIT 201.1 differentiate semiconductors, conductors and insulators and explain the mechanism of flow ofcurrent in intrinsic and extrinsic semi conductors.

BIT 201.2 explain the working of PN diode and analyze the forward and revere characteristics of a forwardbiased and revere biased diode.

BIT 201.3 state typical applications of LED, Varactor diode and zener diode and explain the working ofrectifier and clippers ckts.

BIT 201.4explain the construction and working of BJT and draw the input and output characteristics of

transistors in CB,CE and CC configurations and can calculate transistor parameters from thecharacteristics .

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BIT 201.5 explain the structure of a FET and can define the three parameters (µ, rd and gm) of a FET.

BIT 201.6 explain different types of feedback amplifiers and the advantages of negative feedback.

BIT 201.7 state utility of an oscillator ckt and explain the working of Hartley, Colpitts, RC Phase shift,Wien bridge and Crystal oscillators.

BIT 201.8 derive the formula for the frequency of oscillation of different oscillators.

BIT 201.9 explain class A ,class Band class C power amplifiers and determine collector efficiency.

BIT 201.10 demonstrate various applications of op-amp like adder, subtractor differentiator & integrator.

BIT 203 Digital Electronics and Logic Design

BIT 203 .1Have a strong foundation on digital hardware, logic circuits using gates, Booleanalgebra,MOSFETs,CPLD & FPGAs, CAD tools,VHDL,Karnaugh maps, combinational andsequential logic circuits.

BIT 203 .2 .Describe the design process of digital hardware, perform minimization of logic functions andanalysis & synthesis logic functions using logic gates. Familiar with CAD tools and VHDL.

BIT 203 .3 Design ICs using NMOS,PMOS & CMOS logic and implement logic circuits using CPLD &FPGA.

BIT 203 .4 Optimise logic functions using Karnaugh maps, perform multilevel synthesis. BIT 203 .5 Design combinational logic circuits such as Multiplexers, Decoders,Encoders etc.BIT 203 .6 Write code to simulate any digital logic circuit using VHDL.

BIT 203 .7 Design sequential logic circuits such as latches,flip-flops,registers,counters and finite statemachines.

BIT 203 .8 Design and analyse synchronous and asynchronous sequential circuits and perform testing oflogic circuits.


BIT 204 .1 Have a solid foundation on Data Stuctures, Physical structure of different data types and theirrepresentation, Implementation of linear and non linear data structures using the C++programming language.

BIT 204 .2 Represent the different types of data and different operations that can be performed on eachof them.

BIT 204 .3 Evaluate the time and space complexity of each of the data structure.BIT 204 .4 Describe about various operations that can be performed on each of data structure.BIT 204 .5 Differentiate between different types of Data Structures and their representations.BIT 204 .6 Represent several Data Structures using C++ Programming Language.BIT 204 .7 Analyze the efficiency of each algorithm as the number of data items increase.BIT 204 .8 Derive at best suitable algorithm for the implementation of various solutions possible.

EE 223 Electrical Circuits& Machines

EE 223 .1 Use Ohms law to find current voltage & resistance and perform node amd mesh analysis of DCcircuits using Kirchof’s law,

EE 223 .2Draw the Thevenin and Norton equivalent of the circuit. Compute the parameters such asaverage value , RMS value and form factor of ac signals. Perform analysis of RLC circuit to findpower factor, and calculate the enegy stored in inductance and capacitance.

EE 223 .3 Demonstrate the operation of Single Phase Transformers, conduct OC & SC tests and draw thestar & delta equivalent circuit.

EE 223 .4 Find the emf in a generator, torque in a DC motor and analyze speed control & applications ofDC shunt motor

EE 223 .5 Understand the principle of induction motors, slip and effect of slip on rotor circuits. Performspeed control by stator voltage and rotor resistance methods.

EE 223 .6Discuss about various types of single phase motors-single phase , capacitor start and capacitorrun, and stepper motors. Describe about construction of Three Phase Alternators, and productionof emf.

CE 222 Environmental Studies

CE 222 .1 Have awareness and importance towards Environment, Water resources. Understand aboutfloods & drought, benefits of dams, and effects of modern agriculture.

CE 222 .2 Understand the concept of an Ecosystem its structure and functions. Know about food chains,ecological pyramids, growing energy needs, energy sources, soil erosion and desertification.

CE 222 .3 Know about Genetic species and ecosystem diversity, value of biodiversity, endangered andendemic species of India.

CE 222 .4 Describe about Environmental pollution, causes ,effects and control measures of different typesof pollution and solid waste management.

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CE 222 .5 Explain about Environment Protection act related to air, water, forest & wild life.

CE 222 .6 Understand the importance of social issues of environment such as water conservation andenvironmental ethics.

CE 222 .7 Explain about global warming, disaster management & its impact on environment, and principlesof disaster mitigation.

BIT 231 Basic Electronics -Lab

BIT 231.1 Can identify resistors, capacitors and inductors of various types from their physical appearanceand can read the values of resistors and capacitors from the code marks found on them.

BIT 231.2 Have hands on experience on how to connect a circuit on bread board using discretecomponents, applying the input signal and checking for the output in a CRO.

BIT 231.3 Have a good knowledge on how to test and troubleshoot any circuit.

BIT 231.4 Can plot the forward and reverse characteristics of a Pn junction diode ( both Si and Ge ) andZener diode.

BIT 231.5 Can plot the characteristics of CB, CE and CC transistor configurations.BIT 231.6 Can implement any logic function and verify its truth table.BIT 231.7 Can verify the truth tables of Flip-Flops and Logic gates.BIT 231.8 Can demonstrate the operation of Counters, Shift registers and Multiplexers.BIT 231.9 Can simulate any circuit and analyze its operation using PSICE.BIT 232 Data Structures Lab

BIT 232 .1Have a solid foundation on Data Structures, Physical structure of different data types and their

representation, Implementation of linear and non linear data structures using the C++programming language.

BIT 232 .2 Implement the different types of data and different operations that can be performed on each ofthem.

BIT 232 .3 Implement the each of the data structure as an application.BIT 232 .4 Evaluate the time and space complexity of each of the data structure.BIT 232 .5 Implement various operations that can be performed on each of data structure.BIT 232 .6 Differentiate between different types of Data Structures and their representations.

BIT 232 .7 Analyze the efficiency of each algorithm as the number of data items increase and derive at bestsuitable algorithm.

BIT 232 .8 Implement various types of trees and graphs.BIT 251 Probability and Random Processes

BIT 251 .1 Demonstrate the understanding of fundamental concepts of probability, Random Variables andFunctions of Random Variables.

BIT 251 .2 Demonstrate a working knowledge of Probability, Conditional Probability, Marginal and Jointprobabilities, Moments, Characteristic Functions, and Covariance Functions.

BIT 251 .3 Be able to define, illustrate and solve problems belonging to Gaussian. Poisson and NoiseProcesses.

BIT 251 .4 Explain and demonstrate Stationarity and Ergodicity issues fro various Random ProcessesBIT 252 Signals & Systems

BIT 252 .1Have a strong knowledge on continuous time signals,functions, classification ofsignals,Fourier,Laplace,Z-transforms.Analyse the spectral density of signals, sample, code andquantize the signals.

BIT 252 .2 Apply the properties of Time scaling & shifting on signals ,represent the signals in the form ofFourier series.

BIT 252 .3 Compute Fourier, Laplace transforms of signals along with their inverse transforms.

BIT 252 .4 Classify Discrete time signals using the concepts of sampling, coding & quantization.Reconstruct a signal from its samples using Nyquist sampling theorem.

BIT 252 .5 Perform Convolution & Correlation of Discrete time signals.BIT 252 .6 Compute convolution using Graphical interpretation.BIT 252 .7 Compute Z-transform of signals and find ROC.BIT 252 .8 Find solution for linear difference equations.

BIT 252 .9 Represent Systems in the form of a Transfer function, perform block diagram reduction ofSystems and test the Systems for Linearity, Causality & Stability.


BIT 253 .1 Students will demonstrate the ability to design web sites utilizing multiple tools and techniques.

BIT 253 .2 Students will demonstrate the ability to test web pages on different browsers.BIT 253 .3 Students will have an understanding of Client/Server databases.BIT 253 .4 Students will able to develop web pages using Servlets and JSPs.BIT 253 .5 Students will able to apply scripting languages like perl and java script.BIT 253 .6 Students will able to design a two-tier applications using JDBC.BIT 253 .7 Students will able to manage sessions using cookies

BIT 254 Computer Organization & Microprocessors

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BIT 254 .1 Have a solid foundation on Basic Structure of Computers, microprocessors, and computerorganization.

BIT 254 .2 Describe the Semiconductor memories.BIT 254 .3 Discuss about the concepts of Control unit and processing unit.BIT 254 .4 Write programs using ALP and advanced MASM programs.BIT 254 .5 Explain about Modular Programming concepts.BIT 254 .6 Explain different types I/O Programming concepts.

BIT 255 OOP using JAVA

BIT 255 .1 Understand and evaluate the essential costs and benefits of implementing Java programs, Applybasic concepts for writing, compiling and executing Java programs.

BIT 255 .2 Develop Java programs with the standard program design principles of sequence, selection,repetition and data structures using arrays.

BIT 255 .3Create Java applications using basic object-oriented design techniques, Plan and develop robust

Java applications using the advanced object-oriented design techniques of inheritance andpolymorphism

BIT 255 .4Design standardized Java libraries using packages and interfaces, Design and develop user

friendly graphical user interface Java applications using standard visual components, Design, anddevelop Java applets using effective design principles.

BIT 255 .5Describe and develop fault tolerant applications with basic exception handling using structured

programming techniques, describe the advantages, and develop basic multiprocessingapplications using multithread techniques.

BIT 255 .6Develop Java applications with simple and advanced input/output streams, Describe the

advantages of designing organized classes in collection frameworks, Applying collectionframework to various types of application.

BIT 255 .7 Master basic JAVA library and tools at a depth that is sufficient to solve real-worldprogramming problems

BIT 256 Data Communications

BIT 256 .1 Can state the need for protocol architecture and explain the operation of TCP/IP, its protocolarchitecture, TCP header & IP header.

BIT 256 .2 Can perform encoding of analog and digital signals.BIT 256 .3 Can differentiate Circuit and Packet switching & different modes of data transmission.

BIT 256 .4Can explain different flow control techniques like Stop-and- Wait, Sliding window Techniques

and error control techniques like Stop-and- Wait ARQ, Go- Back- N ARQ And Selective rejectARQ.

BIT 256 .5 Can detect errors in the transmitted bit stream with the help of different error detectiontechniques.

BIT 256 .6 Can explain the protocol architecture of HDLCBIT 256 .7 Can analyze various LAN topologies and MAC sub layer.BIT 256 .8 Can differentiate various types of Ethernets.

BIT 281 Microprocessors- LabBIT 281. 1 Have a solid foundation on 8-bit and 16-bit Microprocessors.BIT 281. 2 Describe the Interface of Input-Output and other units.BIT 281. 3 Discuss about the concepts of generation of different pattern of waveformsBIT 281. 4 Develop Control Applications such as: Addition, Subtraction, Multiplication and Division.BIT 281. 5 Explain about Development of Creative COM program and Debugging.BIT 281. 6 Explain the Development File Operations

BIT 282 JAVA Programming & Web Technologies LabBIT 282 .1 Have ability to recognize the need for arrays.BIT 282 .2 Construct basic sorting algorithms for sorting and searching arrays.BIT 282 .3 Design and implement multi class solutions to programming problems.BIT 282 .4 Able to design HTML and XHTML pages.BIT 282 .5 Able to design web applications using Tomcat web serverBIT 282 .6 Able to access data bases using JSP and Servlets.

CM 371 Managerial Economics & Accountancy

CM 371 .1 Have a solid foundation on managerial economics and accountancy, demand analysis, capitalmanagement and its significance.

CM 371 .2 Understand the managerial economics scope and its basic concept.CM 371 .3 Apply demand analysis concepts in real life application.CM 371 .4 Explain theory of production and cost analysis.

CM 371 .5 Solve the theory questions and numerical problems on preparation of final accounts cash bookpetty cash book bank reconciliation statement, calculation of some ratios.

CM 371 .6 Describe capital management its significanceBIT 303 Digital Signal Processing

BIT 303 .1 Have a strong knowledge of Discrete time Signals & Systems, DFT,FFT,FIR ,IIR filters andapplications of DSP.

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BIT 303 .2 Analyze the properties of LTI systems, and represent signals in the form of Fourier series.

BIT 303 .3 Compute DFT and FFT of several digital signals.

BIT 303 .4 Design FIR filters using windows and realize them using direct, cascade and linear phase.

BIT 303 .5 Design IIR filters by impulse invariance & bilinear transformation using Butterworth/Chebyshev approximations.

BIT 303 .6 Realise IIR filters using various techniques and discuss about the round off effects in digitalfilters.

BIT 303 .7 Apply DSP to speech processing for speech analysis & synthesis.BIT 304 Database Management Systems

BIT 304 .1 Write and articulate the concepts and current technologies of database management systems.

BIT 304 .2 Apply relational data modeling techniques to analyze data and the creation of a logical design ofdatabase.

BIT 304 .3 Write basic structured query language (SQL) programs to retrieve information and create tablesand other objects in the database.

BIT 304 .4 Differentiate and explain the functions of database administration.BIT 304 .5 Understand the use and application of the relational database model.BIT 304 .6 Understand transaction processing and multiuser database support.BIT 304 .7 Understand client/server structures used in DBMS.

BIT 305 Operating Systems

BIT 305 .1 Define key concepts like Operating System History, Components of operating systems,System calls , concept of process, Process states, multiprogramming, Scheduling theory

BIT 305 .2 Time Sharing system, Real time systems, Real time scheduling, Memory management ofsingle user systems, Memory protection of single user systems

BIT 305 .3 Understanding of Key ideas like Contiguous memory allocation, Partitioning, MFT, MVT,Virtual Memory, Paging, Segmentation, Demand Paging, Fragmentation, Superfluity, First fit,Best fit , Next fit, Compaction

BIT 305 .4 Understanding Basics of Concurrent Processes, Critical section problem(Mutual exclusion),Interprocess communication, Synchronization, Peterson’s Solution, Semaphore, Monitors,Message passing

BIT 305 .5 Fundamental Ideas of Deadlock, Holt’s conditions, Deadlock Prevention, Deadlockavoidance, Deadlock recovery, Banker’s algorithm, Two phase locking

BIT 305 .6 Describe Operations on file, Structure of file system, Free list , bit map, Directory structure,block allocation, File Allocation table, Inode, sharing and protection of files, File systemreliability.

BIT 305 .7 Describe Device management, Device Driver, I/O software design, Structure of I/Ohardware, Disk driver, Disk scheduling, terminal driver, Clock driver

BIT 305 .8 Analyse network operating system, Distributed system, Case study of Unix operating system,Case study of windows operating system

BIT 306 Theory of Automata BIT 306 .1 Differentiate between deterministic and non deterministic based problems.BIT 306 .2 Explain pushdown automata.BIT 306 .3 Apply the concept of regular languages context free grammars.BIT 306 .4 Investigate intractable problems.BIT 306 .5 solve context free grammars , regular expression ,CFG’s .

BIT 331 Operating Systems Lab BIT 331 .1 1. Build command line functions and utilities to manage operating systems.

BIT 331 .2 2. Manage directories, subdirectories, files, and procedures for operation and securing files

BIT 331 .3 3. Analyze common operational usability problems and formulate an appropriatesolution.4. Compose and establish Internet connectivity in an operating systema. Handle deadlock situations and race conditions.b. Solve problems arise in Operating System.

BIT 332 DBMS Lab BIT 332 .1 Have a solid Foundation in Commands of database Creation and Maintenance.BIT 332 .2 Differentiate between Simple Condition Queries and Complex Condition Queries.BIT 332 .3 Implement the Concepts of Triggers & Stored Procedures in Database Applications.BIT 332 .4 Create Password and Security features for Applications.BIT 332 .5 Analyze the effects of the Indexes, views in Databases.BIT 332 .6 Develop small full pledged database application spreading over 3 sessions.

BIT 351 Computer Networks

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BIT 351 .1 Have a solid foundation on computer networks, routing algorithms, Internetworking, transportlayer, socket programming, application layer, and network security.

BIT 351 .2 Describe the ISO OSI and TCP reference models, various routing algorithms along withcongestion control.

BIT 351 .3 Discuss about the concepts of Internetworking, tunneling ,fragmentation, network layerprotocols such as IP,ICMP,OSPF etc and transport layer protocols such as TCP & UDP.

BIT 351 .4 Write programs using elementary and advanced socket system calls.BIT 351 .5 Explain about application layer concepts such as DNS, Email, www and Multimedia.

BIT 351 .6 Explain the symmetric and public key algorithms used in Network security, Digital Signatureand Authentication protocols.


BIT 352 .1Have a solid foundation of using Data structures in compiler structure, Finite Automata,

Context free grammars & Parsing, Top down parsing, Bottom-up parsing, Runtimeenvironments and Code generation.

BIT 352 .2 Describe the Data structure and issues in compiler structure.BIT 352 .3 Demonstrate scanning process, Finite Automata.BIT 352 .4 Implement a TINY scanner and use LEXBIT 352 .5 Generate parse tree & abstract syntax trees.BIT 352 .6 Implement a recursive descent parse for the TINY language.BIT 352 .7 Describe error recovery in Bottom-up parsers.BIT 352 .8 Describe Attributes and attribute grammars, algorithm for attribute computation.

BIT 352 .9 Demonstrate about Memory organization during program execution, static-based runtimeenvironments, runtime environment for TINY language.

BIT 352 .10 Describe about Intermediate code and data structures for code generation, code generation forprocedure and function calls, code optimization techniques

BIT 353 Object Oriented System DevelopmentBIT 353 .1 Draw classes and class diagram.

BIT 353 .2 Draw use cases, use case diagram activity diagram, interaction diagram, state chart diagram,deployment diagram.

BIT 353 .3 Design and develop core work flows like requirements, analysis design implementation andtest.

BIT 353 .4 Understand the UML and its Elements.

BIT 353 .5 Define the four P’s a use-case driven process, an architecture Centric process Iterative andincremental process.

BIT 353 .6 Describe Artifacts, patterns and Frame –works.BIT 353 .7 Explain Analysis design implement and test.


BIT 354 .1 Demonstrate and Recognize the Various Applications of Artificial Intelligence along withAlternative Search Formulations and Applications.

BIT 354 .2 Represent Common Sense Knowledge with the help of Knowledge Representation, Reasoning,Calculus and Rule Based Expert Systems.

BIT 354 .3 Recognize the importance of Reasoning with Uncertain Information and Planning Using theSituation Calculus.

BIT 354 .4 Demonstrate the Importance of Learning From Observations which includes Learning DecisionTrees using Information Theory and Learning General Logical Descriptions.

BIT 354 .5 Evaluate the Functioning of Neural Networks which includes Perceptron, Multi Layer Feed-Forward Networks and Rule Learning.

BIT 354 .6 Demonstrate and Understand Natural Language Processing and Speech Recognition Models.

BIT 355 Design & Analysis of Algorithms

BIT 355 .1 Can develop recursive and non recursive algorithms for binary search, merge sort quick sort,selection sort.

BIT 355 .2 Be familiar with elementary concepts of mathematical concept such as sets union and graphs.

BIT 355 .3 Define Divide and Conquer greedy method Dynamic programming back tracking branch andbound.

BIT 355 .4 Explain backtracking as an exhaustive search which often avoids search all possibilities.

BIT 355 .5 Explain branch and bound is similar to backtracking in that it searches a tree model of thesolution space.

BIT 355 .6 Find best route in terms of shortest path problem like single source shortest path.BIT 355 .7 Define asymptotic complexity of algorithms.

BIT 355 .8 Explain the steps for solving Divide and Conquer greedy method Dynamic programming .

BIT 355 .9 Define lower bound theory.BIT 355 .10 Describe NP hard and NP complete problem.

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BIT 355 .11 Analyze Nondeterministic sorting algorithms.BIT 357 Computer Graphics

BIT 357 .1Knowing the essential facts, concepts, principles and theories which are relating to graphics

system and devices, output primitives and their attributes, transformations, viewing and clippingand object representing etc.

BIT 357 .2 Understand some basic concepts for hidden surface removal, illumination and color models andanimations.

BIT 357 .3 Write programs that process graphical objects.BIT 357 .4 Apply the principles that under-pin the design of graphics system.BIT 357 .5 Use existing graphics packages to develop appropriate graphical applications.BIT 357 .6 Have an in-depth understanding of 2D and 3D graphic algorithms.BIT 357 .7 Be able to create designated 2D and 3D graphics.

BIT 381 Object Oriented System Development LabBIT 381 .1 Use case Diagrams.BIT 381 .2 Class Diagrams.BIT 381 .3 Sequence Diagrams.BIT 381 .4 Collaboration Diagrams.BIT 381 .5 State chart DiagramsBIT 381 .6 Activity DiagramsBIT 381 .7 Deployment DiagramsBIT 381 .8 Component Diagrams

Suggested domains for Mini-project.Passport automation system. Online course reservation system E-ticketingSoftware personnel management systemCredit card processinge-book management systemRecruitment systemForeign trading systemConference Management System


BIT 382 .1 Have a good knowledge of usage of unix commands, elementary and advanced socketsystem calls.

BIT 382 .2 Write code and test to implement concurrent , iterative, and time of the day service using COand CL approach.

BIT 382 .3 Have hands on experience to use advanced socket system calls to implement readv() & writev().

BIT 382 .4 Write code to implement ping service and non blocking I/O.BIT 382 .5 Use the sequence of steps to implement RPC.BIT 382 .6 Implement concurrent chat server and DNS.

BIT 401 VLSI Design

.BIT 401 .1

Have a solid foundation on CMOS logic circuits, Physical structure of CMOS ICs and theirlayouts, Fabrication of CMOS ICs along with DC and switching characteristics of Inverter, typesof CMOS, SRAM & DRAM and verilog.

BIT 401 .2 Draw various logic gates using CMOS.BIT 401 .3 Draw the layouts of several logic gates.BIT 401 .4 Evaluate the DC and switching effects on Inverter.BIT 401 .5 Describe about high speed circuits.BIT 401 .6 Differentiate between different types of CMOS circuits.BIT 401 .7 Represent several logic circuits using Verilog.BIT 401 .8 Analyze the effects of Interconnect elements in logic cascades.BIT 401 .9 Formulate test generation methods of CMOS circuits.

BIT 402 Wireless Mobile and Communications

BIT 402 .1 Have a solid foundation on Wireless communication systems, Cellular concepts, Modulationtechniques for Mobile radio, Mobile network layer and mobile transport layer.

BIT 402 .2 Can explain the concept of Frequency reuse, Channel Assignment Strategies, Hand offstrategies, Trunking, Coverage and Capacity in Cellular Systems.

BIT 402 .3 Be able to state and prove free space propagation model, Ground reflection model, Indoor andOutdoor propagation models.

BIT 402 .4 Be able to discuss about Linear, Constant Envelope and Spread Spectrum modulationtechniques.

BIT 402 .5 Can explain various Multiple access techniques such as FDMA, TDMA , Spread Spectrummultiple access and Space division multiple access.

BIT 402 .6 Can differentiate Wireless and Fixed networks

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BIT 402 .7 Can discuss in detail about GSM, GPRS, and CDMA standards.


BIT 402 .9 Can differentiate Traditional Tcp , Indirect Tcp, Snooping Tcp ,Mobile Tcp and can explainabout Selective- retransmission and Transaction-oriented Tcp.

BIT 403 Middleware Technologies BIT 403.1 Have a solid Foundation in implementing Client-Server Applications.

BIT 403.2 Differentiate between File Server, Database Server, Group Server, Object server and WebServer.

BIT 403.3 Analyze the Basic Components of Struts, EJB Architecture, Building and Deploying EJB, Rolesin EJB.

BIT 403.4 Able to Differentiate EJB Session Beans, EJB Entity Beans.BIT 403.5 Evaluate CORBA Object Model, Networking Model, ORB.BIT 403.6 Implement the Object Creation, Invocation, and Destruction.BIT 403.7 Represent the Overview of .NET Architecture.BIT 404 Digital Instrumentation & Control (Elective-II)

BIT 404 .1 Have a solid foundation over process control block diagram, time response, DAC’s, ADC’s,Thermal sensors, Optical Sensors, Desecrate – state process control, Analog controllers.

BIT 404 .2 Describe about process control diagram, principles of analog signal conditioning and digitalsignal conditioning and data acquisition systems.

BIT 404 .3 Explain about thermocouples, bimetal strips, solid state temperature sensor, motion sensors,pressure sensors, flow sensors.

BIT 404 .4 Have solid foundation in fundamentals of EM radiation, photo detectors, Final ControlOperation, signal conversions.

BIT 404 .5 Demonstrate about Programmable logic controllers, control system parameters, continuousand composite controller modes.

BIT 404 .6 Describe about Digital Controllers, Digital electronics methods, Control loop characteristics,control system quality, & stability.

BIT 405 Grid Computing (Elective-II)

BIT 405 .1 Explain about High Performance Computing, Grid Computing Organizations and their roles,Grid Computing Anatomy, Grid Development Toolkits, MPI.

BIT 405 .2 Demonstrate Grid Computing Organization and their roles, Grid-Based solutions, GridStandards & Best Practice Guidelines.

BIT 405 .3 Describe about Grid Computing Roadmap, Grid Services Architecture, and Web ServiceArchitecture.

BIT 405 .4 Describe about OGSA, OGSA platform Components, OGSA basic Service.BIT 405 .5 Demonstrate about Grid Development Toolkits, Globus GT3 Toolkit implementation.

BIT 405 .6 Explain about MPI, Data Types, Processes, Platform Independence, Process Technologies

BIT 406 Data Warehousing and Data Mining (Elective-II) BIT 406 .1 Understand different methods of preprocessing data.BIT 406 .2 Design and implement a simple data warehouse.BIT 406 .3 Design and implement simple data cubes and OLAP operations.BIT 406 .4 Understand the main concepts of data mining.

BIT 406 .5 Analyze various cluster techniques like Partitioning Methods, Hierarchical Methods, Density-Based Methods, Grid Based Methods, Model Based Clustering Methods, Outlier Analysis

BIT 406 .6 Investigate the association rule for given dataBIT 406 .7 Explain mining object, text mining, world wide web mining.BIT 406 .8 Describe about classification and Prediction.BIT 406 .9 Find Association among different data items.

BIT 406 .10 Determine maximal frequent itemset using association rule .LA 473 Intellectual Property Rights (Elective-II)

LA 473 .1 Understand the importance of IPR, kinds of IPR, patent tray 1970, and GATT 1994.

LA 473 .2 Describe about patents, rights and obligations of patentee, registration of patents, andRevocation of licenses of rights.

LA 473 .3 Understand Industrial Designs, Rights and Duties Of Proprietor of Design and piracy ofRegistered Designs.

LA 473 .4 Understand about Trademarks, Assignment and licensing of trademarks, and Infringement oftrademarks.

LA 473 .5 Explain about copyright,Subject matter of copy right, telecasting computer program andInfringement of copy right.

BIT 408 Digital Image Processing(Elective-III)

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BIT 408 .1 Can explain the fundamental concepts of image processing such as elements of visualperception, Image sampling and quantization.

BIT 408 .2 Can compute some Intensity transformation functions and can perform Histogram processing.

BIT 408 .3 Can differentiate Image smoothing spatial filters and Image sharpening spatial filters and canperform Image smoothing and sharpening using frequency domain filters.

BIT 408 .4 Can explain about Image Restoration and Reconstruction and describe Morphological Imageprocessing.

BIT 408 .5 Can perform Image segmentation by Thresholding and Region-based segmentation.BIT 408 .6 Can describe Object recognition concepts such as pattern classes.BIT 408 .7 Can describe color image processing and color models.BIT 408 .8 Can perform Huffman coding and LZW coding.

BIT 409 CPLD & FPGA Architectures(Elective-III)

BIT 409 .1 Have solid foundation on digital design using Complex Programmable Logic Devices(CPLD) & FPGA. Understand about PAL,PLA,PLE, & different types of memories andmapping into Xilinx.

BIT 409 .2 Design Combinational & Sequential circuits using PLEs.BIT 409 .3 Design Combinational , Sequential & Arithmetic logic using PAL.BIT 409 .4 Differentiate between PROM, EPROM, EEPROM.BIT 409 .5 Understand about Generic Logic Devices and GAL.BIT 409 .6 Understand different FPGA families such as Actel, Altera etc.BIT 409 .7 Find Crossprint solutions for FPGA and translate to XNF format.

BIT 409 .8 Perform Partition, Place & route and Technology mapping for FPGA and also mapping intoXilinx 3000 CLBs.

BIT 409 .9 Explain about Logic Block Functionality, Routing for FPGAs such as segmented Channelrouting and CGE detailed router algorithm.

BIT 410 Information Security (Elective-III)

BIT 410 .1 Describe the relationship between information security policies and an information securityplan.

BIT 410 .2 Summarize the steps to creating an information security plan.

BIT 410 .3 Provide an example of each of the three primary security areas: authenticationauthorization, prevention resistance, detection and response.

BIT 410 .4 Differentiate between public key and private key cryptographic algorithms.BIT 410 .5 Analyze and compare the efficiencies of security.BIT 410 .6 Describe the relationships and differences between hackers and viruses.BIT 410 .7 Discriminate between legal and illegal sources of information.

BIT 411 Software Reuse Techniques (Elective-III)

BIT 411 .1 Describe about software reuse success factors, Use case components, Design patterns,Structural patterns, Behavioral patterns, and Architectural patterns.

BIT 411 .2 Explain about Object oriented software engineering, Applications & Component subsystems,and Object Components.

BIT 411 .3 Describe about Creational patterns such as factory method, Singleton, Abstract factory &Builder.

BIT 411 .4 Demonstrate Structural patterns such as Adapter, bridge, composite, decorator & flyweight.

BIT 411 .5 Use Behavioral patterns such as Iterator, Mediator, and Strategy & Template.

BIT 411 .6 Explain Design patterns such as Master-Slave, View handler, Forwarder-Receiver &Publisher-Subscriber.

BIT 411 .7 Use Architectural patterns such as Pipes & Filters, Presentation, Abstraction, and Micro Kernel& Reflection


BIT 431 .1 Have a strong programming skills in Verilog to write code for several logic circuits using Switchlevel,Gate level, Mixed-Gate level and RTL modeling.

BIT 431 .2 Simulate Logic gates , transmission gates and complex logic gates using switch level modeling.

BIT 431 .3 Write the code and simulate Half adder, Full adder, S-R Latch, Multiplexers, Decoders,Encoders, Flip- flops, Registers using Gate level and RTL modeling.

BIT 431 .4 Synthesise Ripple carry adder & Carry look ahead adder.BIT 431 .5 Design layouts for several CMOS logic gates.

BIT 432 Middleware Technologies Lab BIT 432 .1 Have a solid Foundation in Client-Server Applications.BIT 432 .2 Implement web pages with session management.BIT 432 .3 Design CORBA applications.BIT 432 .4 Represent the Overview of .NETBIT 432 .5 Evaluate CORBA Object Model, Networking Model, ORB.

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BIT 432 .6 Implement the Object Creation, Invocation, and Destruction.BIT 451 Embedded System Design

BIT 451 .1 Have a solid foundation on Embedded System Design Process, the 8051 ArchitectureIntroduction, 8051 Micro controller Hardware.

BIT 451 .2 Developing various applications using Assembly Language Programming and keil.BIT 451 .3 Interfacing different I/O circuits with 8051.BIT 451 .4 Describe about real time operating systems.BIT 451 .5 Expertise with different types of Embedded Software Development Tools.BIT 451 .6 Have a solid foundation on advanced architectures ARM and SHARC, ProcessorBIT 452 Information storage Management (Elective-IV)

BIT 452 .1 Design and evaluate storage architecture for any real life situation.

BIT 452 .2 Understand and articulate business continuity solutions including, backup and recovery technologies, and local and remote replication solutions.

BIT 452 .3 Define information security, and storage security domains.

BIT 452 .4 Identify parameters of managing and monitoring storage infrastructure and describecommon storage management activities and solutions.

BIT 453 Information Retrieval System (Elective IVBIT 453 .1 Differentiate between the IR models (Strategies, Boolean, Vector and Probabilistic etc.)BIT 453 .2 Recognize the differences between different IR evaluation measures.BIT 453 .3 Understand the importance of IRS and search engines.BIT 453 .4 Understand how search engines works.BIT 453 .5 Recognize the crawling, indexing and query expansion.BIT 453 .6 Knowing how to rank web pages by popularityBIT 454 Pattern Recognition(Elective-IV)

BIT 454 .1 Have strong knowledge on Pattern Recognition Systems, Bayesian Decision Theory, Normaldensity, Bayesian Power Estimation, Unsupervised Learning & Clustering.

BIT 454 .2 Explain the Design Cycle, Learning & Adaptation of PRS and classify Bayesian DecisionTheory.

BIT 454 .3 Understand the different types & cases of Normal density & discrete features of BayesianDecision Theory.

BIT 454 .4 Find Maximum Likelihood & Bayesian Parameter Estimation and understand about HiddenMorkov Models.

BIT 454 .5 Perform Unsupervised Learning for Mixture Densities & Identifiablity.BIT 454 .6 Apply K-Means Clustering and Hierarchical Clustering for different patterns.BIT 454 .7 Apply PCA and Non-Linear Component Analysis to analyze different patterns.

BIT 455 Advanced Microprocessors & Microcontrollers (Elective- IV)

BIT 455 .1 Describe about features of 80386 such as Register Organisation, Addressing Modes, and Data Types. Differentiate between Real Address and Protected mode of 80386. Explain aboutEnhanced Instruction Set of 80386 and Co-processor 80387.

BIT 455 .2 Demonstrate the features of Pentium 4 and discuss about Instruction Translation Look asideBuffer & Branch Prediction

BIT 455 .3 Describe Memory Subsystem, Extended Instruction set of Pentium 4.

BIT 455 .4 Explain the architecture, memory organization, interrupts , data & flash memory of PICMicrocontroller.

BIT 455 .5 Demonstrate the fundamentals of ARM Processor & its families, concept of pipeline, exceptionsand vector table of Arm Processor.

BIT 455 .6 Discuss about Exception & Interrupt Handling, Firmware, Cache Architecture & Policy.

BIT 455 .7 Explain about use of DSP on different families of ARM such as ARM7TDMI,ARM9TDMI,ARM9E & ARM10E

BIT 456 Soft Computing

BIT 456 .1 Explain about neural networks, fuzzy logic, soft computing, associative memory networks,supervised and unsupervised learning.

BIT 456 .2 Describe about Hetro associative memory network, Hopfield networks, directionalassociative memory, and bidirectional associative memory.

BIT 456 .3 Explain about Fuzzy relations, cardinality, Equivalence and tolerance, Inference, Operationsand properties.

BIT 456 .4 Explain about Fuzzy arithmetic, truth values and truth tables, formation of rules,decomposition of formation rules.

BIT 456 .5 Describe about applications of FLC system, genetic algorithm, differences of Traditionalalgorithm and genetic algorithm.

BIT 456 .6 Explain about Fuzzy decision making, Fuzzy logic control system, Genetic Algorithm, schematheorem and applications of genetic algorithm

BIT 457 Human computer Interaction (Elective-V)

BIT 457 .1 Ability to specify, design and implement a prototype (software and/or hardware) that involvessignificant human-computer interaction (HCI).

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BIT 457 .2 Capable of describing their and others’ HCI solutions in clear and fluent ways, both in writingand in oral presentations.

BIT 457 .3 Have a clear understanding of the impact of engineering solutions in a global and

BIT 457 .4 Demonstrate the ability to evaluate and use modern techniques and tools for designing anddeveloping practical HCI solutions.

BIT 457 .5 Demonstrate the ability to apply a range of design and development principles in theconstruction of a HCI-intensive prototype

BIT 458 Software Project Management (Elective-V)

BIT 458 .1 Describe and determine the purpose and importance of project management from theperspectives of planning, tracking and completion of project.

BIT 458 .2 Compare and differentiate organisation structures and project structures.

BIT 458 .3 Implement a project to manage project schedule, expenses and resources with the applicationof suitable project management tools

BIT 458 Entrepreneurship (ELECTIVE -v)

BIT 458 .1 Demonstrate Opportunities and Challenges for Entrepreneurs, Emergence of First generationentrepreneurs, project formulation, project organization, Behavioral aspects of entrepreneurs andTime Management.

BIT 458 .2 Explain about Small Scale Industry in India, Objectives, medium & heavy industries, andTypes & forms of enterprises.

BIT 458 .3 Explain about Identification and characteristics of entrepreneurs, environmental influenceand women entrepreneurs, Conception & evaluation of ideas and their sources.

BIT 458 .4 Understand Project formulation, Analysis of market demand, and Project financing in india.

BIT 458 .5 Understand about Project Management during construction phase, project planning & controlusing CPM, PERT techniques and human aspects of project management.

BIT 458 .6 Describe about Behavioral aspects of entrepreneurs, Leadership concept & models, Values &attitudes and Motivation aspects.Understand about Time Management, their strengths &weakness, the urgency addition and time management matrix.

BIT 481 EMBEDDED SYSTEMS LABBIT 481 .1 Have a solid foundation on 8-bit and 32-bit Microcontrollers.BIT 481 .2 Describe the Interface of Input-Output and other units.BIT 481 .3 Discuss about the concepts of RS232, I2 C and CAN protocols

BIT 481 .4 Develop Control Applications such as: Temperature Controller, Elevator Controller, and TrafficController.

BIT 481 .5 Explain about Development of Embedded Application using FPGAs, CPLDs, VHDL and XilinxProgrammable Logic Design Tools.

BIT 481 .6 Explain the Development and Porting of Real Time Applications on to Target machines suchas Intel or other Computers using any RTOS.

PROGRAM OUTCOMES (POs)

1. Engineering knowledge: Apply the knowledge of mathematics, science, engineeringfundamentals, and an engineering specialization to the solution of complex engineering problems. 2. Problem analysis: Identify, formulate, review research literature, and analyze complexengineering problems reaching substantiated conclusions using first principles of mathematics,natural sciences, and engineering sciences. 3. Design/development of solutions: Design solutions for complex engineering problems anddesign system components or processes that meet the specified needs with appropriateconsideration for the public health and safety, and the cultural, societal, and environmentalconsiderations

4. Conduct investigations of complex problems: Use research-based knowledge and researchmethods including design of experiments, analysis and interpretation of data, and synthesis of

the information to provide valid conclusions. 5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modernengineering and IT tools including prediction and modeling to complex engineering activitieswith an understanding of the limitations. 6. The engineer and society: Apply reasoning informed by the contextual knowledge to assesssocietal, health, safety, legal and cultural issues and the consequent responsibilities relevant tothe professional engineering practice.

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7. Environment and sustainability: Understand the impact of the professional engineeringsolutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities andnorms of the engineering practice. 9. Individual and team work: Function effectively as an individual, and as a member or leader indiverse teams, and in multidisciplinary settings. 10. Communication: Communicate effectively on complex engineering activities with theengineering community and with society at large, such as, being able to comprehend and writeeffective reports and design documentation, make effective presentations, and give and receiveclear instructions. 11. Project management and finance: Demonstrate knowledge and understanding of theengineering and management principles and apply these to one’s own work, as a member andleader in a team, to manage projects and in multidisciplinary environments.

12. Life-long learning: Recognize the need for, and have the preparation and ability to engagein independent and life-long learning in the broadest context of technological change.

PROGRAM SPECIFIC OUTCOMES (PSOS)(1) Hardware design: An ability to analyze, design, simulate and implement computer hardware/ software and use basic analog/digital circuits, VLSI design for various computing andcommunication system applications.(2)Software design: An ability to analyze a problem, design algorithm, identify and define thecomputing requirements appropriate to its solution and implement the same.















ES 104 CE.3 Analyze a truss in Two dimensional and three dimensional space.ES 104 CE.4 Use laws of friction to objects and analyze the equilibrium of an object in space.ES 104 CE.5 Find centroids of lines,planes,areas and volumes

AUTOMOBILE DEPARTMENT2017-18

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ES 105 CS Computer Programming & Problem SolvingES 105 CS.1 Understand the architecture of a computer; design strategies for solving basic programming

problems; concepts of primitive datatypes, operators.ES 105 CS.2 Apply concepts of selection statements, loops and functions to write C programs.ES 105 CS.3 Understand the concepts of arrays and apply them to implement searching and sorting



























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Scientific Papers

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To characterize semiconducting device and calculate temperature co-efficient of resistance.BS 251 PH.3 To study the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 To characterize a semiconducting device and calculate the energy gap.BS 251 PH.5 To characterize a semiconducting device using junction diode and calculate the resistance for















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drawingsBS 301 MT Engineering Mathematics III

BS 301 MT.1 To determine the analyticity of a complex functions and expand functions as Taylor and Laurentseries

BS 301 MT.2 To evaluate complex and real integrals using residue theoremBS 301 MT.3 To expand function as a Fourier seriesBS 301 MT.4 To find solutions of first order and second order partial differential equations ES 321 CE MECHANICS OF MATERIALS

ES 321 CE.1 To understand the theory of elasticity and Hook’s lawES 321 CE.2 Analyze beams to determine shear force and bending momentsES 321 CE.3 Solve problems on bars and to determine deflections at any point of the beams.ES 321 CE.4 Analyze and design structural members subjected to combined stresses.ES 323 EE AUTOMOTIVE ELECTRICAL & ELECTRONICS ENGINEERING

ES 323 EE .1 Understand the principle and construction of batteries and accessories ES 323 EE .2 To know the working of different starter drive units and principle of starter motor.ES 323 EE .3

To understand the charging system and the working of its units and generation of direct current.ES 323 EE .4 To know the fundamentals of automotive electronics.ES 323 EE .5 To know working of sensors and activators & microprocessor.PC 301 AE THERMAL ENGINEERING

PC 301 AE.1Distinguish thermodynamic systems, apply Zeroth law for temperature measurement and find

first law of thermodynamics for closed and open systems

PC 301 AE.2Apply second law of thermodynamics to heat engine, heat pump and refrigerator to find their

performance and determine entropy changes for a closed system.

PC 301 AE.3Determine thermal efficiency of Brayton cycle, apply methods to improve thermal efficiency

and solve problems related to flow through nozzles and diffusers.

PC 301 AE.4

Calculate the power required to run compressor, analyze the effect of clearance volume andmultistage compression on volumetric efficiency and work of compression and also demonstratedifferent types of refrigeration systems.

PC 301 AE.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

Course Name:PC302 AE AUTOMOTIVE ENGINEERING DRAWING

PC 302 AE1. To prepare drawing sheet with title block, types of lines and dimensions, sketchorthographic projections including sectional views of simple machine elements

PC 302 AE 2. Practice of free hand sketch of different screwed fasteners, joints and riveted joints

PC 302 AE

3. Prepare and practice of generating assemble drawings from component drawings alongwith their sectional views for assembles like - Brake master cylinder, Wheel cylinder,Connecting rod etc.,

Course Name: PC 303 AE FLUID MECHANICS & MACHINERYPC304 AE .1 Distinguish the properties of the fluids and different types of pressure and measure them.PC304 AE .2 Explain different types of flows and analyze them.PC304 AE .3

Analyze the flow between parallel plates and in pipes and also calculate drag and lift coefficients. PC304 AE .4 Demonstrate the working principles of various turbines and estimate their performance. PC304 AE .5 Demonstrate the working principles of various turbines and estimate their performance

Course Name: ES 362 EE ELECTRICAL WIRING & MCROPROCESSOR LABES 362 EE.1 1. To learn the testing and maintenance of batteries, starting motors and regulator.ES 362 EE.2 2. To know the diagnosis of Ignition System and automobile electrical wiring.ES 362 EE.3 To understand the Block Transfer, 8 bit addition & Subtraction Stepper Motor Interfacing

Course Name: PC 351 AE FLUID POWER LABPC 351 AE.1 Student can able identify different types of minerals and rocks PC 351 AE.2 Students can understand different types of Earth structuresPC 351 AE.3 Students can analyze terrain condition with helps of different types of maps

Course Name:BS 401 MT Engineering Mathematics - IVBS 401 MT.1 Ableto find the horizontal distance between two stations and area of given field with chain and

tape BS 401 MT.2 Ableto Plot irregular shape lands using observations of compass survey and make suitable

closing error adjustment graphicallyBS 401 MT.3 Able to plot the given field features on the map using plane table BS 401 MT.4 Ableto find out the elevation of any station with respect to a point (BM) of known elevation and

To plot the longitudinal and cross sectional profiles of given alignmentBS 401 MT.5 Able to calculate reduced levels of suitable locations, decide contour intervaland prepare contour

map

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Course Name: PC 401 AE AUTOMOTIVE PETROL ENGINES PC 401 AE.1 1. To demonstrate constructional details and working principles of petrol engines and also to

explain port timing and valve timing diagrams. PC 401 AE.2 2. Apply the knowledge to select a carburetor and fuel supply system suitable for different

operating conditions of the engine. PC 401 AE.3 3. To distinguish between different types of ignition systems and explain the construction of a

spark plug. PC 401 AE.4 4. To demonstrate the stages of combustion, analyze the effect of various factors on combustion

and distinguish between different types of combustion chambers. PC 401 AE.5 5. To explain various types of cooling and lubricating systems and select a suitable systems for

the proper functioning of the engine.Course Name: PC 402 AE AUTOMOTIVE CHASSIS COMPONENTS

PC 402 AE.1 1. To identify different types of frames and assess how loads act on different cross-sections offrames

PC 402 AE.2 2. To demonstrate working of front axles, steering geometry and select the materials requiredfor them.

PC 402 AE.3 3. To explain different types of drives used in automobiles, namely the Hotchkiss drive,Torque tube drive and the final drives, components of transmission and rear axle.

PC 402 AE.4 4. To explain different types of suspension systems and assess the suitability of a suspensionsystem based on the type of vehicle

PC 402 AE.5 5. To explain different types of Braking system and distinguish between them.Course Name:PC 403 AE METALLURGY & MATERIAL TESTING

PC 403 AE.1 1. Identify the defects in metals and differentiate hot working and cold working, recovery,recrystallization and grain growth.

PC 403 AE.2 2. To analyze fatigue crack propagation, effect of metallurgical variables, creep deformationmechanism apply diffusion theory.

PC 403 AE.3 3. Construct and interpret the phase equilibrium diagrams and Iron-Iron carbide equilibriumdiagram

PC 403 AE.4 4. Explain the behavior of materials upon heat treatment, construct and interpret TTT diagram and appreciate the importance of case hardening

PC 403 AE.55. Describe various metallic and non-metallic materials and select them for automobiles.

Course Name: PC 402 ME KINEMATICS OF MACHINESPC 402 ME.1 Familiarisation with the construction, adjustments and use of theodolite and ability to measure

horizontal anglesPC 402 ME.2 Ability to complete theodolite traversing and plotting with corrections, and determine reduced

levels using trigonometric levellingPC 402 ME.3 Ability to compute elements of simple circular curve, compound curve and reverse curve, and

understand the procedures of setting out of the same in the fieldPC 402 ME.4 Ability to compute elements of transition curve, vertical curve, and understand the procedures of

setting out of the same in the fieldPC 402 ME.5 Familiarisation with the construction and use of tachometer, total station and ability to calculate


Course Name: PC 451 AE METALLURGY & MATERIAL TESTING LABPC 451 AE.1 1. To know and understand the experiments on various materials to assess their behavior /

limitations.PC 451 AE.2 2. To understand the Shear force, bending moment and deflections of different types of

beams.PC 451 AE.3 3. To know the structure of Ferrous and Non-Ferrous materials, properties and their practical

applications.PC 451 AE.4 4. To understand the heat treatment process of steel

Course Name: PC 452 AE AUTOMOTIVE CHASSIS COMPONENTS LABPC 452 AE.1 1. Know the constructional details of automobile frame, front & rear axlesPC 452 AE.2 2. Work on different types of clutches, differential, gear boxes, brakes, suspension systems

used in automobiles along with their componentsPC 452 AE.3 3. Assembling and disassembling of clutches, front axle, rear axle, steering, braking,

suspension systems and differential gear box.Course Name:PC 453 AE COMPUTATIONAL METHODS LAB

PC 453 AE.1 1. To learn the MATLAB environment and its programming fundamentalsPC 453 AE.2 2. Ability to write programs using commands and functionsPC 453 AE.3 3. Able to handle polynomials, and use 2D Graphic commands.

AE 301 Automotive Diesel Engines AE 301.1 Differentiate between Otto and diesel cycles and 4 stroke and 2 stroke enginesAE 301.2 Explain the requirements and functions of diesel engine fuel supply system

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AE 301.3 Explain the importance of air motion in diesel engines AE 301.4 Explain necessity of going for super charging and turbo chargingAE 301.5 Distinguish between stationary and automotive diesel enginesAE 304 Automotive Transmission

AE 304.1 Emphasize the importance of different types of gear boxes and calculation of different gear ratiosAE 304.2 Analyse the working of spur and internal epicyclic gear train

AE 304.3Understand the importance of automatic transmission applications in newly equippedautomobiles and comparing the same with old type transmission

AE 304.4 Understand the importance of hydrostatic drive systems over performance characteristicsAE 305 Design of Machine Components

AE 305.1Classify different types of springs and their applications, and to design the springs for static andfluctuating loads according to working environment.

AE 305.2Distinguish different types of gears and to design spur, helical, bevel and worm gears understrength and wear considerations.

AE 305.3Identify different types of tooth failures with their remedial measures and design spur and helicalgears under dynamic considerations for suitable applications.

AE 305.4Understand the principles of hydrostatic and hydrodynamic lubrication, and estimate the loadcarrying capacity of bearings for axial and thrust loads, subjected to static and cyclic loads

III YEAR AE 305.5Practice design of IC engine components like pistons, crank shafts, connecting rod and flywheelssubjected to both mechanical and thermal loads.

AE 305.6Differentiate between curvature and straight beams and apply the design principles for the cranehooks, C-clamp and machine frames.

ME302 Dynamics of machine ME302.1 1. To differentiate between static equilibrium and dynamic equilibrium. ME302.2 2. To understand the dynamically equivalent system.ME302.3 3. To learn the methods of finding forces and torques acting on various links of 4-bar and

slider crank mechanisms considering inertia forces.ME302.4

To know fundamentals of gyroscopic couple and its effects on planes, ships and automobilesAE331 AUTOMOTIVE CHASSIS COMPONENTS

AE331.1 1. To identify different types of frames and assess how loads act on different cross-sections offrames

AE331.2 2. To demonstrate working of front axles, steering geometry and select the materials requiredfor them.

AE331.3 3. To explain different types of drives used in automobiles, namely the Hotchkiss drive,Torque tube drive and the final drives, components of transmission and rear axle.

AE331.4 4. To explain different types of suspension systems and assess the suitability of a suspensionsystem based on the type of vehicle

AE331.5 5. To explain different types of Braking system and distinguish between them.AE303 PRODUCTION TECHNOLOGY

AE303.1To know the different manufacturing processes required to develop mechanical components andidentify various process parameters and their effect on defined process characteristics.

AE303.2 To understand the effect of sand properties on the sand mould and the development of productsusing casting methods;

AE303.3 To understand the welding process and the different methods used for joining the similar anddissimilar metals.

AE303.4To know the metal forming concepts and the methods used in obtaining mechanical components;Selection of cutting tools and process parameters for obtaining desired machining characteristics.

AE331 AUTOMOTIVE CHASSIS COMPONENTS LAB AE331.1 Know the constructional details of automobile frame, front & rear axles

AE331.2Work on different types of clutches, differential, gear boxes, brakes, suspension systems used inautomobiles along with their components

AE331.3Assembling and disassembling of clutches, front axle, rear axle, steering, braking, suspensionsystems and differential gear box

AE332 PRODUCTION TECHNOLOGY LABAE332.1 The different manufacturing processes required to develop mechanical components and identify

various process parameters and their effect on defined process characteristics.AE332.2 Different metal cutting operations on varied machines, selection of cutting tools and process

parameters for obtaining desired machining characteristics.

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AE332.3 Effect of sand properties on the sand mould and the development of products using castingmethods; phenomenon of welding process and the different methods used for joining the similarand dissimilar metals.

AE332.4 Metal forming concepts and the methods used in obtaining mechanical components.AE 351 Design of automotive components

AE 351.1 The concepts of designing different automotive engine components.

AE 351.2The concepts of design and design considerations for springs used in automotives like coilsprings, leaf springs and the associated accessories.

AE 351.3 The concepts of design and design considerations for sliding & rolling contact bearings.

AE 351.4The concepts of design and design considerations different power transmission elements likebelts & belt-drives, ropes & rope-drives,

AE 351.5Chain & chain-drives and gears & gear-drives, gear-box, differential, drives like Hotchkissdrive, torque tube drive

AE352 Performance And Testing Of Automotive Vehicle AE352.1 To Develop Basic Interest About Vehicle PerformanceAE352.2 Identify The Differences Between Various Transmissions.AE352.3 An Ability To Identify, Formulate & Solve Engine Performance Problems.AE352.4 To Identify Formulate & Solve Related Vehicle Control System Problems

AE352.5To Provide Students With Sound Foundation In Vehicle Components Like Clutch, Suspension,

Braking, Steering & EngineAE 353 Automotive Air-Conditioning

AE 353 .1 To learn about psychometric and various air-conditioning process on psychometric chart

AE 353 .2To understand terminology air conditioning and load calculation and design consideration for

summer winter and year around air conditioning

AE 353 .3To learn about the different air conditioning system components and their controllers and

regulator

AE 353 .4 To know about different types of refrigerant and their properties, and its handling containers

AE 353 .5 Learn about duct system for controlling flow, and automotive air conditioning maintenance,service and trouble shooting

AE354 Finite element methodAE354.1 To be able to understand the concept of FEM (Finite element method) and situations in which

FEM is preferred over other methods and also to introduce the general formulation of onedimensional finite element analysis using Potential Energy methods. To incorporate the boundaryconditions and obtain a solution with a given finite element mesh

AE354.2 To learn truss and frame elements along with the concepts of transformation from local to Globalmatrices. Formulation of beam problems using Finite Element Approach

AE354.3 To Provide Students With Sound Foundation In Vehicle Components Like Clutch, Suspension,Braking, Steering & Engine

AE354.4 Introduction to natural coordinates and formulation of finite element equations for ConstantStrain triangle and Axi-symmetric solid with triangular elements for 2D problems

AE354.5 To formulate finite element equations for curved elements like Isoparametric elements and topresent the use of numerical integration to evaluate the element matrices in typical problems. Toformulate finite element equations to Steady State heat transfer analysis using one and twodimensional elements

ME353 Computer Aided Design Analysis And ManufacturingME353.1 To know the basic design process design criteria to find alternative solution understand

parametric representation of cubic spline, Bezier and B-spline curves along with concepts ofNURBS.

ME353.2 To understand the concepts of surface modeling, analytical surface, solid modeling and threirdifferent approaches like C- rep and B-rep along with mass property calculations mechanicaltolerance.

ME353.3 To know the principals of CAD database and its structure and learn the different neutralformats, like IGES and PDES and basics of FEA.

ME353.4 To know the different types of numerical control machine tools, its features and elements,CAD/CAM integration and rapid prototyping concepts.

ME354 THERMAL ENGINEERING

ME354.11. Distinguish thermodynamic systems, apply Zeroth law for temperature measurement and findfirst law of thermodynamics for closed and open systems

ME354.22. Apply second law of thermodynamics to heat engine, heat pump and refrigerator to find theirperformance and determine entropy changes for a closed system.

ME354.33. Determine thermal efficiency of Brayton cycle, apply methods to improve thermal efficiencyand solve problems related to flow through nozzles and diffusers.

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ME354.4

4. Calculate the power required to run compressor, analyze the effect of clearance volume andmultistage compression on volumetric efficiency and work of compression and also demonstratedifferent types of refrigeration systems.

ME354.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

AE381 AUTOMOTIVE ENGINEERING LABAE381.1 1. To understand the special tools used in the lab. AE381.2 2. To understand the different components of the engine and its functions.AE381.3 3. To make the students how to assemble and dissemble the parts of engine components like

piston, connecting rod, crank shaft, timing gear, timing chain, cylinder head assembly,lubrication system and cooling system.

AE381.4 4. To understand working of cooling system, lubrication system, ignition system and SI enginefuel system.

AE381.5 5. To measure the Ovality and taper of cylinder bore and crankshaft Run out.AE382 CAD/CAM/CAE LAB

AE382.1 To Become familiar with Full-Scale CAD Software systems designed for geometric modelling ofengineering components.

AE382.2 Gaining knowledge of Analysis of mechanical components under static conditions using FiniteElement Techniques.

AE382.3 Becoming familiar with CNC machine tools, Its features and elements, practice manual partprogramming using miscellaneous and preparatory functions (M & G codes).

AE382.4 Getting exposed to the manufacturing process through flexible manufacturing Systems.AE 401 Automotive Pollution & Control

AE 401.1 Assess the vehicular population in metropolitan citiesAE 401.2 Describe the mechanism of HC and CO formation in 4-stroke and 2-stroke SI enginesAE 401.3 Describe the pollution formation in CI enginesAE 401.4 Design the engines taking into account pollution controlAE 401.5 Describe about Orsat apparatus, NDIR, gas chromatograph

AE 402.1Understand personnel management, Psychology, sociology – their relevance to organization and

personality problem, Recruitment / selection process, Training and Various psychological tests

AE 402.2Understand Various transport systems, Advantages of motor transport, Functional wings oftransport system Different types of ownership of motor transport organization.

AE 402.3

Explain the fare structure, Describe the different fare methods. Different types of fare collectionmethods. Explain basic factor to be considered in bus scheduling. Compute number of busesrequired for different frequencies .Draw a bus scheduling.

AE 402.4

Understand Various traffic signs and signals. Fitness certificate requirements. Registrationprocedure for the vehicles. State the necessity of permit insurance Describe constructionregulations of vehicle tankers, tippers, delivery vans, recovery vans, power wagons and firefighting vehicles. Define spread over, running time. Describe the test for competence to drive.

AE 402.5Understand Preventive maintenance system in transport industry. Describe tyre maintenanceprocedure. Discuss causes for uneven tyre wear and remedies. Summarize maintenance

AE403 VEHICLE MAITENANCCEAE403.1 the students should understand the basic structure of various maintenance of records , schudule

and different types of maintenance and of its components AE403.2 to understand engines main parts and make use of special tools to repair the engine AE403.3 to provide maintenance knowledge of transmission and chassisAE403.4 to provide maintenance knowledge of electrical components AE403.5 to provide maintenance knowledge of lubrication system , cooling system and fule system ME404 OPERATIONS RESEARCH

ME404.1 Students to appreciate importance of operations research, Formulation and solving of linearprogramming problems using various techniques

ME404.2 Under stand Duality, formulation and solving of dual linear programming problemME404.3 To make students understand Transportation concept and various methods used to

minimize(optimize) cost of transportation, Understand importance of Assignment problem andtechniques used for optimum assignment.

ME404.4 To prepare students to have the knowledge of replacement of equipment in industry when everits performance comes down and to study various situations of replacement. To make studentsunderstand importance of theory of game in real time situation and various methods for optimumsolution

ME404.5 Understand concept of sequencing and levels of sequencing. To prepare students to have theknowledge of queuing theory and its application in real time world. Understand basic concepts ofoptimization Techniques like G.A, NSGA, PQO & MPSO

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ME402 METROLOGY & INSTRUMENTATIONME402.1 About linear and angular measurements by using slip gauges and End bars.ME402.2 Various angular measuring methods / taper measurement such as by using sine bar and

Tomlinson gauges.ME402.3 Working of optical projector and how to use for measurement of plain objects and threaded

components and profiles of complex geometry.ME402.4 Tool maker microscope and its applications for measurement of cutting tool anglesME402.5 Describe the optical projector working principle.ME402.6 Evaluate the dimensional error in components by optical projectorME402.7 Specify the type of fit required in assembly of components.ME402.8 Apply the Taylors principle in designing of limit gauges.ME402.9 Analyze performance of instrument in static and dynamic conditions.

ME402.10 Define errors in instrument and compensate the same.AE431 RECONDITIONING LAB

AE431.1TO UNDERSTAND THE CONCEPT OF CYLINDER REBORING AND STUDY ITSPARAMETERS

AE431.2 to understand the working of leaf spring AE431.3 to under stand the FIP and its calibration

AE431.4to study the concept of wheel alingment and related concept like caster camber , king pininclination and toe in toe out

AE431.5 to lknow how to check the off set of chassis frame AE431.6 to learn the concept of brake bleedibng AE431.7 to know the concept of wheel balancing AE431.8 to undr stand valves working and of its parameters ME432 METROLOGY & INSTRUMENTATION lab

ME432.1 used and demonstrate the linear and angular measurung instruments such as vernier caliper,micrometer , profile projector

ME432.2 perfom geometrical error such as roundness , flatness ME432.3 appreciate the role of gauges as inspection devices ME432.4 mesurement of physical quantity such as temperature, force etcME434 project seminar

ME434.1 Develop oral presentation skills.ME434.2 Acquire independent study skills.ME434.3 Organise and prepare technical report.ME434.4 Find the gaps/merits or demerits of various approaches through literature survey.ME434.5 Understand the state of the art topics in a broad area of a particular specialization.AE451 quality control and reliability engineering

AE451.1 Know the different types of control charts and their applications.AE451.2 Know the importance of process control charts for Attributes and able to identify whether the

process is in control or not.AE451.3 Solve Acceptance sampling problems based on knowledge of producers risk, consumes risk, O.C

. Curves, AQL ,AOQL ,LTPD, & various Standard sampling plansAE451.4

Identify the importance of reliability & product life testing & able to calculate mean failure rate,mean time to failure , hazard rate system reliability in series, parallel and mixed configuration.

AE 451.5Make improvements in reliability by using reliability techniques & will get the appropriate

knowledge on product design, product analysis , product development & product life cycles AE452 Alternative fules and system for automobiles

AE452.1 To gain knowledge about the properties and general use of different alternate fuels

AE452.2 To study performance, combustion and emission characteristics of IC engines by using alcoholsAE452.3 Able to evaluate the performance of the engines using natural gas, Lpg and hydrogenAE452.4 To study the performance characteristics of IC engines using vegetable oilsAE452.5 To understand electric,hybrid,fuel cell and solar carsAE453 Vehicle body engineering

AE453.1Understand car body and bus body details and able to identify different vehicle dimensions andengine location and demonstrate different types of vehicle.

AE453.2Understand Aerodynamic effect and methods to reduce Aerodynamic effect, Wind tunneltesting. Effect of side force, wind thrust and methods of flow visualization around vehicle.

AE453.3Explain load distribution on vehicle chassis, different type of load carrying structures and able toanalyze the stress on vehicle chassis and body shell

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AE453.4Understand different types of body frames used in vehicle, different types of car doors andwindows. Importance of driver safety and vehicle safety, Explain seating arrangement

AE453.5

Explain different types of materials used in Automobile and apply skills for selection ofmaterials for different components of automobile. Explain corrosion and Anti corrosion method,Paint and painting process

AE461 Earth moving vehicles

AE461.1

After completion of this course work student can develop the computer programs in MS-Excelfor general structural engineering problems like, calculation of reinforcement for singly or doublyreinforced beams.

AE461.2Student can develop the computer programs in MS-Excel or C programming for basic hydraulicproblems like, analysis of circular sewer and selection of optimum piper diameter.

AE461.3Student can develop the computer program using C language to find out the solution of Laplaceequation using Finite difference approach.

AE461.4Student can develop the computer program using C language for the analysis of basic truss andbeam structures using Matrix method of analysis like, stiffness method or flexibility method.

AE461.5

Student can develop the computer program using C language or MS-Excel sheet for basic Geo-technical engineering problems like, calculation of bearing capacity of foundation anddetermination of pressure bulb underneath a footing using Boussinesq’s equation.

ME481 Seminar

ME481.1Select a project topic in the domain area of Automobile Engineering /interdisciplinary areawhich involves modeling or experimentation..

ME481.2Carryout literature review which helps to identify the emerging areas in automobile Engineeringand formulate a problem.

ME481.3Acquire broad knowledge about the various techniques adopted for analysis and design andarrive at a suitable methodology to solve the problem.

ME481.4Prepare a technical report comprising of abstract, literature review, problem formulation andmethodology adopted.

ME481.5 Acquire written and oral presentation skills by the team.ME482 PTOJECT WORK

ME482.1

Identify a project topic in AUTOMOBILE engg of societal interest, after study of literature/existing systems / interaction with industry, to identify gaps, and define objectives and scope,including innovative ideas

ME482.2Analyze the system, after selection of major components / influencing parameters and thegoverning equations/ relations to arrive at the respective dimensions / expressions/ procedures.

ME482.3

Determine the methods and materials/ procedures and existing codes to work out details anddevelop set of governing equations or software code and Develop a prototype / model /experimental set up or software necessary to meet the objectives

ME482.4Write a technical report as per the format, covering the problem definition, related literature,analysis of the problem and methodology adopted to carry out the work

ME482.5Make oral presentation, by the team, on the defined problem using appropriate presentationmedium and defend the work.







Holography technique in various fields of Science and technologyBS 102 PH.3 To gain the knowledge of Optical fibers and Ultrasonics and their engineering applicationsBS 102 PH.4 To understand the basics of Statistical mechanics and its significance

2016-17

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BS 102 PH.5 To understand the basics of Wave mechanics and Electromagnetic theoryBS 103 CH Engineering Chemistry I




























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ES 930 CS.2 Create Documents using MS WORD and spread sheets using MS EXCEL

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ES 930 CS.3 Design presentations using MS POWER POINTES 930 CS.4 Develop a website using HTMLES 930 CS.5 Use TELNET and FTPES 930 CS.6 Use Documentation Tool LATEX to create reports, books, articles in standard formats.HS 253 EG Communication Skills Lab









BS 301 MT.1 1. To determine the analyticity of a complex functions and expand functions as Taylor andLaurent series

BS 301 MT.2 2. To evaluate complex and real integrals using residue theoremBS 301 MT.3 3. To expand function as a Fourier seriesBS 301 MT.4 4. To find solutions of first order and second order partial differential equations

ME201 Metallurgy and Material Science

ME201.1To provide Knowledge with respect to crystal imperfections in materials.To recall the concept of

Critical resolved shear stress.

ME201.2S-N curve, Structure of fatigue fracture specimen.Fatigue crack propagation, effect ofmetallurgical variables on fatigue of metal

ME201.3Construction and interpretation of thermal equilibrium diagram of binary nonferrous alloys.studyof eutectic, eutectoid, peritectic, peritectoid reactions

ME201.4Annealing, Normalising, Hardening, Tempering. Construction and interpretation of T.T.T Curve,and its importance.

ME201.5 Introduction to Extractive Metallurgy. Method of production of pig iron by blast furnace.ME201.6 Method of production of steel by Bessmer convertor, L.D. Process.

ME201.7Effects of alloying elements like Nickel, Chromium, Manganese, Silicon and Tungsten,

Titanium.

ME201.8Study about Stainless Steels, HSS, Maraging steels Brass, Bronze, Muntz Metal, Invar,Duralumin and Ti Alloys (Ti-6Al-4v)-their composition and properties.

ES 323 EE AUTOMOTIVE ELECTRICAL & ELECTRONICS ENGINEERINGES 323 EE .1 1. Understand the principle and construction of batteries and accessories ES 323 EE .2 2. To know the working of different starter drive units and principle of starter motor.ES 323 EE .3 3. To understand the charging system and the working of its units and generation of direct

current.ES 323 EE .4 4. To know the fundamentals of automotive electronics.ES 323 EE .5 5. To know working of sensors and activators & microprocessor.

CE221 MECHANICS OF MATERIALSCE221.1 1. To understand the theory of elasticity and Hook’s lawCE221.2 2. Analyze beams to determine shear force and bending momentsCE221.3 3. Solve problems on bars and to determine deflections at any point of the beams.CE221.4 4. Analyze and design structural members subjected to combined stresses.

CE221.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

ME 202 Machine Drawing

ME 202.11. To prepare drawing sheet with title block, types of lines and dimensions, sketchorthographic projections including sectional views of simple machine elements

ME 202.2 2. Practice of free hand sketch of different screwed fasteners, joints and riveted joints

I YEAR

of 404

ME 202.3


CM 371 Managerial Economics and Accountancy CM 371.1 The nature and scope of Economics/Managerial Economics

CM 371.2Laws governing consumer behavior, concept and law of demand, Elasticity of demand, demandforecasting, Markets and their competitive situations.

CM 371.3Production function, input output relationship, internal and external economies, cost – out putrelationship.

CM 371.4Concept and significance of capital, estimation of working capital requirements, capitalbudgeting.

CM 371.5Concept and significance of accounting, preparation of books of accounts, final accounts oftrading concerns.

EE 243 AUTO ELECTRICAL WIRING & MCROPROCESSOR LABEE 243.1 1. To learn the testing and maintenance of batteries, starting motors and regulator.EE 243.2 2. To know the diagnosis of Ignition System and automobile electrical wiring.EE 243.3 To understand the Block Transfer, 8 bit addition & Subtraction Stepper Motor InterfacingME232 Computer Drafting Lab

ME232.1 To learn engineering graphics through AUTO CADD software ME232.2 To eveluatethe language of drawing for geometric construction and to understand the

engineering perspective of drawing ME232.3 to understand the projection of lines and planes using 2D Drawing toolsME232.4 learn the projection of solids from different views and angles etc





mapME 251 KINEMATICS OF MACHINES

ME 251.1Familiarisation with the construction, adjustments and use of theodolite and ability to measurehorizontal angles

ME 251.2Ability to complete theodolite traversing and plotting with corrections, and determine reducedlevels using trigonometric levelling

ME 251.3Ability to compute elements of simple circular curve, compound curve and reverse curve, andunderstand the procedures of setting out of the same in the field

ME 251.4Ability to compute elements of transition curve, vertical curve, and understand the procedures ofsetting out of the same in the field

ME 251.5

Familiarisation with the construction and use of tachometer, total station and ability to calculatedistances, elevations using tachometer,and infer the applications of GIS and GPS in civilengineering

CE 222 Environment StudiesCE 222.1 To understand the multidisciplinary nature of the environmentCE 222.2 To explore the importance of different types of ecosystemCE 222.3 To understand the importance of biodiversity and its conservationCE 222.4 to understand the state of pollution of various components of environment.

CE 222.5To understand the various global environmental issues that threaten the Survival of living beingsin the nature

AE 251 THERMAL ENGINEERING

AE 251.1Distinguish thermodynamic systems, apply Zeroth law for temperature measurement and find


AE 251.2Apply second law of thermodynamics to heat engine, heat pump and refrigerator to find their


AE 251.3Determine thermal efficiency of Brayton cycle, apply methods to improve thermal efficiency


AE 251.4


AE 251.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

AE 252 FLUID MECHANICS & MACHINERY

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AE 252.1 Distinguish the properties of the fluids and different types of pressure and measure them.AE 252.2 Explain different types of flows and analyze them.

AE 252.3 Analyze the flow between parallel plates and in pipes and also calculate drag and lift coefficients. AE 252.4 Demonstrate the working principles of various turbines and estimate their performance. AE 252.5 Demonstrate the working principles of various turbines and estimate their performanceAE 253 AUTOMOTIVE PETROL ENGINES

AE 253.1To demonstrate constructional details and working principles of petrol engines and also to

explain port timing and valve timing diagrams.

AE 253.2. Apply the knowledge to select a carburetor and fuel supply system suitable for differentoperating conditions of the engine.

AE 253.3To distinguish between different types of ignition systems and explain the construction of a spark plug.

AE 253.4To demonstrate the stages of combustion, analyze the effect of various factors on combustionand distinguish between different types of combustion chambers.

AE 253.5To explain various types of cooling and lubricating systems and select a suitable systems for theproper functioning of the engine.

AE 281 FUELS, LUBRICANTS & ENGINE TESTING LABAE 281.1 To evaluate the properties of fuels and lubricants AE 281.2 To know the actual Valve Timing and Port Timing Diagrams AE 281.3 To understand the performance of SI and CI engines AE 281.4 To prepare Heat Balance Sheet for SI and CI engines AE 282 FLUID POWER LAB

AE 282.1 Student can able identify different types of minerals and rocks AE 282.2 Students can understand different types of Earth structuresAE 282.3 Students can analyze terrain condition with helps of different types of maps AE 301 Automotive Diesel Engines AE 301.1 Differentiate between Otto and diesel cycles and 4 stroke and 2 stroke enginesAE 301.2 Explain the requirements and functions of diesel engine fuel supply systemAE 301.3 Explain the importance of air motion in diesel engines AE 301.4 Explain necessity of going for super charging and turbo chargingAE 301.5 Distinguish between stationary and automotive diesel enginesAE 304 Automotive Transmission








AE 305.5Practice design of IC engine components like pistons, crank shafts, connecting rod and flywheelssubjected to both mechanical and thermal loads.







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parameters for obtaining desired machining characteristics.AE332.3 Effect of sand properties on the sand mould and the development of products using casting

methods; phenomenon of welding process and the different methods used for joining the similarand dissimilar metals.














regulator






II YEAR

of 404













ME354.4















AE 402.3


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AE 402.4




















ME434.1 Develop oral presentation skills.ME434.2 Acquire independent study skills.ME434.3 Organise and prepare technical report.ME434.4 Find the gaps/merits or demerits of various approaches through literature survey.ME434.5 Understand the state of the art topics in a broad area of a particular specialization.

IIIYEAR

of 404

AE451 quality control and reliability engineering AE451.1 Know the different types of control charts and their applications.AE451.2 Know the importance of process control charts for Attributes and able to identify whether the












AE453.5



AE461.1





AE461.5


ME481 Seminar






ME482.1


IV YEAR

COMMON TO 2013-14, 2014-15 , 2015-16

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ME482.3




2015-16





















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I year

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ES 205 CE.3 Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.





















BS 301 MT.1 1. To determine the analyticity of a complex functions and expand functions as Taylor andLaurent series

BS 301 MT.2 2. To evaluate complex and real integrals using residue theoremBS 301 MT.3 3. To expand function as a Fourier series

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BS 301 MT.4 4. To find solutions of first order and second order partial differential equationsME201 Metallurgy and Material Science

ME201.1To provide Knowledge with respect to crystal imperfections in materials.To recall the concept of

Critical resolved shear stress.

ME201.2S-N curve, Structure of fatigue fracture specimen.Fatigue crack propagation, effect ofmetallurgical variables on fatigue of metal

ME201.3Construction and interpretation of thermal equilibrium diagram of binary nonferrous alloys.studyof eutectic, eutectoid, peritectic, peritectoid reactions

ME201.4Annealing, Normalising, Hardening, Tempering. Construction and interpretation of T.T.T Curve,and its importance.

ME201.5 Introduction to Extractive Metallurgy. Method of production of pig iron by blast furnace.ME201.6 Method of production of steel by Bessmer convertor, L.D. Process.

ME201.7Effects of alloying elements like Nickel, Chromium, Manganese, Silicon and Tungsten,

Titanium.

ME201.8Study about Stainless Steels, HSS, Maraging steels Brass, Bronze, Muntz Metal, Invar,Duralumin and Ti Alloys (Ti-6Al-4v)-their composition and properties.

ES 323 EE AUTOMOTIVE ELECTRICAL & ELECTRONICS ENGINEERINGES 323 EE .1 1. Understand the principle and construction of batteries and accessories ES 323 EE .2 2. To know the working of different starter drive units and principle of starter motor.ES 323 EE .3 3. To understand the charging system and the working of its units and generation of direct

current.ES 323 EE .4 4. To know the fundamentals of automotive electronics.ES 323 EE .5 5. To know working of sensors and activators & microprocessor.

CE221 MECHANICS OF MATERIALSCE221.1 1. To understand the theory of elasticity and Hook’s lawCE221.2 2. Analyze beams to determine shear force and bending momentsCE221.3 3. Solve problems on bars and to determine deflections at any point of the beams.CE221.4 4. Analyze and design structural members subjected to combined stresses.

CE221.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

ME 202 Machine Drawing

ME 202.11. To prepare drawing sheet with title block, types of lines and dimensions, sketchorthographic projections including sectional views of simple machine elements

ME 202.2 2. Practice of free hand sketch of different screwed fasteners, joints and riveted joints

ME 202.3


CM 371 Managerial Economics and Accountancy CM 371.1 The nature and scope of Economics/Managerial Economics

CM 371.2Laws governing consumer behavior, concept and law of demand, Elasticity of demand, demandforecasting, Markets and their competitive situations.

CM 371.3Production function, input output relationship, internal and external economies, cost – out putrelationship.

CM 371.4Concept and significance of capital, estimation of working capital requirements, capitalbudgeting.

CM 371.5Concept and significance of accounting, preparation of books of accounts, final accounts oftrading concerns.

EE 243 AUTO ELECTRICAL WIRING & MCROPROCESSOR LABEE 243.1 1. To learn the testing and maintenance of batteries, starting motors and regulator.EE 243.2 2. To know the diagnosis of Ignition System and automobile electrical wiring.EE 243.3 To understand the Block Transfer, 8 bit addition & Subtraction Stepper Motor InterfacingME232 Computer Drafting Lab

ME232.1 To learn engineering graphics through AUTO CADD software ME232.2 To eveluatethe language of drawing for geometric construction and to understand the

engineering perspective of drawing ME232.3 to understand the projection of lines and planes using 2D Drawing toolsME232.4 learn the projection of solids from different views and angles etc




To plot the longitudinal and cross sectional profiles of given alignment

II YEAR

of 404

BS 401 MT.5 Able to calculate reduced levels of suitable locations, decide contour intervaland prepare contourmap

ME 251 KINEMATICS OF MACHINES

ME 251.1Familiarisation with the construction, adjustments and use of theodolite and ability to measurehorizontal angles

ME 251.2Ability to complete theodolite traversing and plotting with corrections, and determine reducedlevels using trigonometric levelling

ME 251.3Ability to compute elements of simple circular curve, compound curve and reverse curve, andunderstand the procedures of setting out of the same in the field

ME 251.4Ability to compute elements of transition curve, vertical curve, and understand the procedures ofsetting out of the same in the field

ME 251.5


CE 222 Environment StudiesCE 222.1 To understand the multidisciplinary nature of the environmentCE 222.2 To explore the importance of different types of ecosystemCE 222.3 To understand the importance of biodiversity and its conservationCE 222.4 to understand the state of pollution of various components of environment.

CE 222.5To understand the various global environmental issues that threaten the Survival of living beingsin the nature

AE 251 THERMAL ENGINEERING

AE 251.1Distinguish thermodynamic systems, apply Zeroth law for temperature measurement and find


AE 251.2Apply second law of thermodynamics to heat engine, heat pump and refrigerator to find their


AE 251.3Determine thermal efficiency of Brayton cycle, apply methods to improve thermal efficiency


AE 251.4


AE 251.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

AE 252 FLUID MECHANICS & MACHINERYAE 252.1 Distinguish the properties of the fluids and different types of pressure and measure them.AE 252.2 Explain different types of flows and analyze them.

AE 252.3 Analyze the flow between parallel plates and in pipes and also calculate drag and lift coefficients. AE 252.4 Demonstrate the working principles of various turbines and estimate their performance. AE 252.5 Demonstrate the working principles of various turbines and estimate their performanceAE 253 AUTOMOTIVE PETROL ENGINES

AE 253.1To demonstrate constructional details and working principles of petrol engines and also to

explain port timing and valve timing diagrams.

AE 253.2. Apply the knowledge to select a carburetor and fuel supply system suitable for differentoperating conditions of the engine.

AE 253.3To distinguish between different types of ignition systems and explain the construction of a spark plug.

AE 253.4To demonstrate the stages of combustion, analyze the effect of various factors on combustionand distinguish between different types of combustion chambers.

AE 253.5To explain various types of cooling and lubricating systems and select a suitable systems for theproper functioning of the engine.

AE 281 FUELS, LUBRICANTS & ENGINE TESTING LABAE 281.1 To evaluate the properties of fuels and lubricants AE 281.2 To know the actual Valve Timing and Port Timing Diagrams AE 281.3 To understand the performance of SI and CI engines AE 281.4 To prepare Heat Balance Sheet for SI and CI engines AE 282 FLUID POWER LAB

AE 282.1 Student can able identify different types of minerals and rocks AE 282.2 Students can understand different types of Earth structuresAE 282.3 Students can analyze terrain condition with helps of different types of maps AE 301 Automotive Diesel Engines AE 301.1 Differentiate between Otto and diesel cycles and 4 stroke and 2 stroke enginesAE 301.2 Explain the requirements and functions of diesel engine fuel supply systemAE 301.3 Explain the importance of air motion in diesel engines AE 301.4 Explain necessity of going for super charging and turbo charging

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AE 301.5 Distinguish between stationary and automotive diesel enginesAE 304 Automotive Transmission





























AE332.4 Metal forming concepts and the methods used in obtaining mechanical components.

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AE 351 Design of automotive components AE 351.1 The concepts of designing different automotive engine components.












regulator


















ME354.4



AE381 AUTOMOTIVE ENGINEERING LAB

IIIYEAR

of 404

AE381.1 1. To understand the special tools used in the lab. AE381.2 2. To understand the different components of the engine and its functions.AE381.3 3. To make the students how to assemble and dissemble the parts of engine components like












AE 402.3


AE 402.4












components and profiles of complex geometry.

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ME402.4 Tool maker microscope and its applications for measurement of cutting tool anglesME402.5 Describe the optical projector working principle.ME402.6 Evaluate the dimensional error in components by optical projectorME402.7 Specify the type of fit required in assembly of components.ME402.8 Apply the Taylors principle in designing of limit gauges.ME402.9 Analyze performance of instrument in static and dynamic conditions.








ME434.1 Develop oral presentation skills.ME434.2 Acquire independent study skills.ME434.3 Organise and prepare technical report.ME434.4 Find the gaps/merits or demerits of various approaches through literature survey.ME434.5 Understand the state of the art topics in a broad area of a particular specialization.AE451 quality control and reliability engineering

AE451.1 Know the different types of control charts and their applications.AE451.2 Know the importance of process control charts for Attributes and able to identify whether the












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PH 132.6 To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies. CH 132 Chemistry Lab

CH 132.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH 132.2 Identify and estimate impurities causing hardness and alkalinity in water. CH 132.3 Find the strength of reducing species such as Fe+2, Fe+3




CH 132.6 Recall the methods of preparation of industrially important polymers. ME 131 Workshop Practice

ME 131.1 The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.



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ME 131.6 The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

CS 131 Programming LabCS 131.1 Understand the procedure to create, compile and execute C program for different inputs.CS 131.2 Apply the concepts of functions and arrays and write C programs for matrix, searching and



CS 131.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++. CS 131.6

Write programs in both C and C++ and could distinguish the differences between C and C++.

EG 131 English Language LabEG 131.1 learn the sound system of English Language with the knowledge of IPA-classification &


Public speaking, Group Discussion and Debate. EG 131.5 learn to use dictionary and thesaurus effectively in an appropriate way.

BS 301 MT Engineering Mathematics IIIBS 301 MT.1 1. To determine the analyticity of a complex functions and expand functions as Taylor and

Laurent seriesBS 301 MT.2 2. To evaluate complex and real integrals using residue theoremBS 301 MT.3 3. To expand function as a Fourier seriesBS 301 MT.4 4. To find solutions of first order and second order partial differential equations ES 321 CE MECHANICS OF MATERIALS

ES 321 CE.1 1. To understand the theory of elasticity and Hook’s lawES 321 CE.2 2. Analyze beams to determine shear force and bending momentsES 321 CE.3 3. Solve problems on bars and to determine deflections at any point of the beams.ES 321 CE.4 4. Analyze and design structural members subjected to combined stresses.ES 323 EE AUTOMOTIVE ELECTRICAL & ELECTRONICS ENGINEERING

ES 323 EE .1 1. Understand the principle and construction of batteries and accessories ES 323 EE .2 2. To know the working of different starter drive units and principle of starter motor.ES 323 EE .3 3. To understand the charging system and the working of its units and generation of direct

current.ES 323 EE .4 4. To know the fundamentals of automotive electronics.ES 323 EE .5 5. To know working of sensors and activators & microprocessor.PC 301 AE THERMAL ENGINEERING

PC 301 AE.11. Distinguish thermodynamic systems, apply Zeroth law for temperature measurement and findfirst law of thermodynamics for closed and open systems

PC 301 AE.22. Apply second law of thermodynamics to heat engine, heat pump and refrigerator to find theirperformance and determine entropy changes for a closed system.

PC 301 AE.33. Determine thermal efficiency of Brayton cycle, apply methods to improve thermal efficiencyand solve problems related to flow through nozzles and diffusers.

PC 301 AE.4


PC 301 AE.5Demonstrate the phase change of pure substance, evaluate the properties of steam andperformance of Rankine Cycle and explain about fuel cells and hybrid vehicles.

Course Name:PC302 AE AUTOMOTIVE ENGINEERING DRAWING

PC 302 AE1. To prepare drawing sheet with title block, types of lines and dimensions, sketchorthographic projections including sectional views of simple machine elements

PC 302 AE 2. Practice of free hand sketch of different screwed fasteners, joints and riveted joints

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Course Name: PC 303 AE FLUID MECHANICS & MACHINERYPC304 AE .1

1. Distinguish the properties of the fluids and different types of pressure and measure them.PC304 AE .2 2. Explain different types of flows and analyze them.PC304 AE .3 3. Analyze the flow between parallel plates and in pipes and also calculate drag and lift

coefficients. PC304 AE .4

4. Demonstrate the working principles of various turbines and estimate their performance. PC304 AE .5 5. Demonstrate the working principles of various turbines and estimate their performance

Course Name: ES 362 EE ELECTRICAL WIRING & MCROPROCESSOR LABES 362 EE.1 1. To learn the testing and maintenance of batteries, starting motors and regulator.ES 362 EE.2 2. To know the diagnosis of Ignition System and automobile electrical wiring.ES 362 EE.3 To understand the Block Transfer, 8 bit addition & Subtraction Stepper Motor Interfacing

Course Name: PC 351 AE FLUID POWER LABPC 351 AE.1 Student can able identify different types of minerals and rocks PC 351 AE.2 Students can understand different types of Earth structuresPC 351 AE.3 Students can analyze terrain condition with helps of different types of maps





mapCourse Name: PC 401 AE AUTOMOTIVE PETROL ENGINES

PC 401 AE.1 1. To demonstrate constructional details and working principles of petrol engines and also toexplain port timing and valve timing diagrams.

PC 401 AE.2 2. Apply the knowledge to select a carburetor and fuel supply system suitable for differentoperating conditions of the engine.

PC 401 AE.3 3. To distinguish between different types of ignition systems and explain the construction of aspark plug.

PC 401 AE.4 4. To demonstrate the stages of combustion, analyze the effect of various factors on combustionand distinguish between different types of combustion chambers.

PC 401 AE.5 5. To explain various types of cooling and lubricating systems and select a suitable systems forthe proper functioning of the engine.

Course Name: PC 402 AE AUTOMOTIVE CHASSIS COMPONENTSPC 402 AE.1 1. To identify different types of frames and assess how loads act on different cross-sections of

framesPC 402 AE.2 2. To demonstrate working of front axles, steering geometry and select the materials required

for them.PC 402 AE.3 3. To explain different types of drives used in automobiles, namely the Hotchkiss drive,

Torque tube drive and the final drives, components of transmission and rear axle.PC 402 AE.4 4. To explain different types of suspension systems and assess the suitability of a suspension

system based on the type of vehiclePC 402 AE.5 5. To explain different types of Braking system and distinguish between them.

Course Name:PC 403 AE METALLURGY & MATERIAL TESTINGPC 403 AE.1 1. Identify the defects in metals and differentiate hot working and cold working, recovery,

recrystallization and grain growth.PC 403 AE.2 2. To analyze fatigue crack propagation, effect of metallurgical variables, creep deformation

mechanism apply diffusion theory.PC 403 AE.3 3. Construct and interpret the phase equilibrium diagrams and Iron-Iron carbide equilibrium

diagramPC 403 AE.4 4. Explain the behavior of materials upon heat treatment, construct and interpret TTT diagram

and appreciate the importance of case hardeningPC 403 AE.5

5. Describe various metallic and non-metallic materials and select them for automobiles.Course Name: PC 402 ME KINEMATICS OF MACHINES

PC 402 ME.1 Familiarisation with the construction, adjustments and use of theodolite and ability to measurehorizontal angles

PC 402 ME.2 Ability to complete theodolite traversing and plotting with corrections, and determine reducedlevels using trigonometric levelling

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PC 402 ME.3 Ability to compute elements of simple circular curve, compound curve and reverse curve, andunderstand the procedures of setting out of the same in the field

PC 402 ME.4 Ability to compute elements of transition curve, vertical curve, and understand the procedures ofsetting out of the same in the field

PC 402 ME.5 Familiarisation with the construction and use of tachometer, total station and ability to calculatedistances, elevations using tachometer,and infer the applications of GIS and GPS in civilengineering

Course Name: PC 451 AE METALLURGY & MATERIAL TESTING LABPC 451 AE.1 1. To know and understand the experiments on various materials to assess their behavior /

limitations.PC 451 AE.2 2. To understand the Shear force, bending moment and deflections of different types of

beams.PC 451 AE.3 3. To know the structure of Ferrous and Non-Ferrous materials, properties and their practical

applications.PC 451 AE.4 4. To understand the heat treatment process of steel

Course Name: PC 452 AE AUTOMOTIVE CHASSIS COMPONENTS LABPC 452 AE.1 1. Know the constructional details of automobile frame, front & rear axlesPC 452 AE.2 2. Work on different types of clutches, differential, gear boxes, brakes, suspension systems

used in automobiles along with their componentsPC 452 AE.3 3. Assembling and disassembling of clutches, front axle, rear axle, steering, braking,

suspension systems and differential gear box.Course Name:PC 453 AE COMPUTATIONAL METHODS LAB

PC 453 AE.1 1. To learn the MATLAB environment and its programming fundamentalsPC 453 AE.2 2. Ability to write programs using commands and functionsPC 453 AE.3 3. Able to handle polynomials, and use 2D Graphic commands.

AE 301 Automotive Diesel Engines AE 301.1 Differentiate between Otto and diesel cycles and 4 stroke and 2 stroke enginesAE 301.2 Explain the requirements and functions of diesel engine fuel supply systemAE 301.3 Explain the importance of air motion in diesel engines AE 301.4 Explain necessity of going for super charging and turbo chargingAE 301.5 Distinguish between stationary and automotive diesel enginesAE 304 Automotive Transmission















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ME434.1 Develop oral presentation skills.ME434.2 Acquire independent study skills.ME434.3 Organise and prepare technical report.ME434.4 Find the gaps/merits or demerits of various approaches through literature survey.ME434.5 Understand the state of the art topics in a broad area of a particular specialization.

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AE451 quality control and reliability engineering AE451.1 Know the different types of control charts and their applications.AE451.2 Know the importance of process control charts for Attributes and able to identify whether the












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like ores, alloys by titrimetric methods.ES157ME Engineering Drawing I

ES157ME.1Recall the mathematical concepts related to scales, conic sections, involutes, etc and demonstrateproficiency in construction of these using the various methods described in literature.

ES157ME.2 Analyse the various tools in AUTOCAD and utilize them for drawing of problems related toscales, conic sections, cycloids, etc..

ES157ME.3 Analyse the position of points and lines when placed in different orientations with respect toreference planes and reproduce them using AUTOCAD.

ES157ME.4 Draw the various views of planes when in simple position and in oblique positions usingAUTOCAD.

ES157ME.5Access the shapes of objects such as prisms, pyramids and solids of revolution and analyse theirprojections when they are placed in different orientations with reference planes. Subsequentlythe students would be able to draw these projections using AUTOCAD.

ES 154 CS Computer Programming labES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.ES 154 CS.2 Apply concepts of selection and looping statements; and apply concepts of functions to increase






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HS 253 EG.1 use dialogues in a variety of situations and settings such as Role Play HS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public SpeechHS 253 EG.4 participate in Group Discussions and Debates HS 253 EG.5 face Interviews effectivelyES 254 ME Engineering Drawing II

ES 254 ME.1 Work extensively with advanced AutoCAD commands like layers, Grids, NURBS, etc.ES 254 ME.2 Generate the true shapes of solids and sectional views of solids cut in different positions by

sectional planes.ES 254 ME.3 Generate the points of intersection in interpenetration of solids such as cylinder versus cylinder

and cylinder versus cone, etc.ES 254 ME.4 Generate Isometric views from Orthographic views and vice versa for various objects.ES 254 ME.5 Generate solid models of various objects using various Boolean operations and options such as

extrude, revolve, sweep,etc.ES 255 ME Engineering Workshop-II

ES 255 ME.1 The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc.

ES 255 ME.2 The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

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ES 255 ME.3 The student would be able to utilize the various tools of machining namely lathe machine, cuttingtools (single point cutting tool, knurling tool, parting tool, etc) to perform various machiningoperations like turning, facing, drilling, boring, threading, knurling, etc.

ES 255 ME.4 The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints. Subsequently thestudent would be able to estimate how to prepare pipe connections for domestic and industrialapplications. Familiarize with components of PC.

Course Name: BS 301 MT Engineering Mathematics III

BS 301 MT.1 Solve problems on formation of partial differential equations and on some standard first andsecond ordered partial differential equations.

BS 301 MT.2 Develop a Fourier series for a given function in various intervals.BS 301 MT.3 Apply the theory of Fourier series to some boundary value problems associated with one -

dimensional wave, heat and Laplace EquationBS 301 MT.4 Apply numerical methods for solving algebraic, transcendental, system of linear equations, initial

value problems for first ordered ordinary differential equations.BS 301 MT.5 Apply interpolation methods for estimation.BS 301 MT.6 Apply the basic definition and properties of Z- transform for solving difference equations.

Course Name: PC 301ME Engineering Thermodynamics

PC301ME.1 Correlate the study of thermodynamics with the fundamental conceptual terminologies likeproperties, systems, processes, cycles, states, different types of equilibrium, etc and solveproblems related to zeroth law of thermodynamics.

PC301ME.2Distinguish the different forms of energy, namely heat, work and internal energy based on thereview of First law of thermodynamics and subsequently compute the work done, heattransferred and internal energy changes during various non flow and steady flow processes.

PC301ME.3Analyze the Second Law of Thermodynamics with reference to Heat engines, heat pumps,refrigerators and correlate them for solving problems on entropy changes for various processes.

PC301ME.4 Recognize the various curves of phase transformations based on P-V, T-S, P-T, V-T,P-Hdiagrams and demonstrate the ability to use steam tables , Mollier charts to solve problemsrelevant to steam flow through engineering devices like turbine, boiler, etc.

PC301ME.5Identify and differentiate the various air standard cycles, solve problems related to performanceof air standard cycles and analyse the various laws related to non reactive gaseous mixtures.

ES321CE Mechanics of MaterialsES321CE.1 Understand the basic concepts of stresses and strains for different materials.ES321CE.2 Know the mechanism of the development of shear force and bending moment diagrams in

beams and know the theory of simple bending.ES321CE.3

Study the deflections and its applications and analyze torsional stress and spring applicationsES321CE.4 Analyze and understand shear stresses ,principal stresses and Mohr’s circle of stress.ES321CE.5 Calculate the stresses in thin and thick cylinders with internal and external pressures and know

various formulae used in analyzing axially loaded and eccentrically loaded columnsCourse Name: PC

302ME Metallurgy & Material Science

PC302ME.1 Interpret atomic arrangement and structure of metals and alloys with respect to yield, cold andhot working, and strain hardening; and effect of recrystallization on mechanical properties;Explain different types of fracture, crack propagation, ductile fracture

PC302ME.2Interpret S-N curves for fatigue, effect of metallurgical variables on damage due to fatigue; andmechanism of creep deformation ; and experimental determination of fatigue and creep

PC302ME.3 Interpret equilibrium diagrams of binary non-ferrous alloys; Iron-Iron carbon diagram andproperties of plain carbon steels and cast irons.

PC302ME.4 Construct and interpret TTT curves w.r.t annealing, hardening, and tempering; and application ofvarious case hardening methods.

PC302ME.5 Describe various methods of manufacture of Iron and steel, copper and aluminumPC302ME.6 Explain the effects of alloying elements Ni, Cr, Tungsten, Mn, Si on the properties of steel ,

stainless steel, HSS, maraging steel and non-ferrous alloys like Brass, bronze, Invar, Ti-AL, andidentify application areas

Course Name:PC303 ME Fluid Mechanics

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PC303 ME .1 Distinguish between solids and liquids behavior under the influence of external forces. Definefluid properties like pressure, density, specific weight, specific volume, dynamic viscosity &kinematic viscosity. Classify fluids, ideal and real fluids.

PC303 ME .2 Discuss concepts of path lines, stream lines, streak lines and fluid flows. Apply stream functionand velocity potential function to decide the possibility of flow.

PC303 ME .3 Calculate the pressure, kinetic and datum energy of the fluid. Apply the law of conservation ofenergy (Bernoulli’s) to design measurement devices such as venture meter, orifice meter andPitot tube. Apply the law of conservation of momentum (impulse momentum) equation inestimating of forces in pipe bends, garden sprinklers and turbines.

PC303 ME .4 Understand the concept of pressure measurement by using manometers and pressure gauges.Explain Bernoulli’s equation in measurement of velocity of fluid by using Pitot tube andmeasurement of flow by using Venturi, Orifice meter. Understand the principle of rotameter,weir and notches for measurement of flow.

PC303 ME .5 Classify the Laminar and turbulent flow. Calculate the frictional losses in the pipe flow. Estimatethe losses due to pipe bends. Estimate the energy losses due to formation of boundary layer onthe objects. Define lift and drag coefficients for submerged bodies. Estimate the lift and drag fordifferent geometrical objects (aero foil, cylinder and sphere).

PC303 ME .6 Differentiate compressible and in compressible flow. Define Mach number and relation withcompressible flow. Estimate velocity of sound in compressible and in compressiblefluids.Estimate the stagnation pressure and temperature for compressible fluids

Course Name: MC916 CE Environmental Studies

MC916 CE.1 To outline the importance of natural resources (Water and land), Energy resources, floods,droughts, modern agriculture, land degradation.

MC916 CE.2 To classify the basic concepts of ecosystem and ecology MC916 CE.3 To interpret the concepts of biodiversity and its practical relevance to the conservation of

environment. MC916 CE.4 To distinguish types of environmental pollution, causes, effects and control measures and

environmental legislation. MC916 CE.5 To analyze global environmental issues, social aspects including population growth, disaster

management.ES361CE Mechanics of Materials Lab.

ES361CE.1To know and understand the experiments on various materials to asses their behavior limitations

ES361CE.2 To know the brittle and ductile material failure patterns etc, by conducting experimentsES361CE.3 To understand shear force bending moment and deflections for different types of beamsES361CE.4 To know the rigidity modulus by conducting spring and torsion testPC351ME Machine Drawing

PC351ME.1 Prepare Drawing Sheet with title Block, types of lines and dimensions. Sketch differencebetween first and Third angle projection, convention for sectional views

PC351ME.2 Sketch Orthographic projections including sectional views of simple machine elementsPC351ME.3 Practice of free hand sketch of different screwed fasteners, and joints. PC351ME.4 Sketch different types riveted joints. Sketch different coupling with proportionate dimensions to

the basic size and diameterPC351ME.5

Prepare Assembly drawing for the part drawings. Prepare sectional views of assembly drawing. PC352ME Metallurgy Lab

PC352ME.1 Prepare specimen for metallographic observationPC352ME.2

Analyze and identify low, medium and high carbon steels from the study of their microstructure

PC352ME.3 Analyze and identify different types of cast irons from the study of their microstructurePC352ME.4 Analyze and identifyNon-ferrous alloys such as Brass, babbit and Al-Si from the study of their

microstructurePC352ME.5

Analyze and identify microstructures after annealing, normalizing, hardening and tempering

PC352ME.6 Relate the properties of the materials using image analyser

ME 301 Applied ThermodynamicsME 301.1 Compute the performance parameters of a single stage, multi stage reciprocating air

compressors, recognize the applications of compressed air and understand the importance ofintercoolers and after coolers in air compressors.

ME 301.2 Classify the internal combustion engines, compute the associated performance parameters andpredict the suitability and applications of different types of engines.

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ME 301.3 Summarize the combustion phenomenon for SI and CI engines vis-à-vis the various termsassociated with the stages of combustion and ascertain the suitability of IC engine under different operating conditions.

ME 301.4 Correlate the latest emission control standards being followed in our country with thecorresponding adaptations to be followed in the selection of fuel and design of the engine toensure that the prescribed norms are enforced.

ME 301.5 Interpret the classification of boilers and suggest the suitable boilers for various industrialapplications by comparing and contrasting the advantages and disadvantages of different boilers.With the aid of detailed performance calculations related to boilers, the student would be able toestimate how to economize a given power plant

ME 301.6 Interpret the basic Rankine cycle used in the analysis of a thermal power plant and evaluate themerits of using reheating, regeneration and cogeneration for possible tangible improvement inthe performance of the plant.

ME 301.7 Perform calculations related to flow through nozzles and suggest its suitability for differentapplications.

ME 302 DYNAMICS OF MACHINESC302.1 Determine the forces and torques in basic kinematic linkages in motion; crank effort of slider

crank mechanism with correction factors; Determine the gyroscopic couple and its effect onvehicles in motion

C302.2 Distinguish the working principles of governors viz, Watt, Porter, Hartnell and Hartung in thespeed control of engines, and evaluate of stability, isochronism, sensitivity and effortcharacteristics

C302.3 Familiarisation with the construction and use of tachometer, total station and ability to calculatedistances, elevations using tachometer,and infer the applications of GIS and GPS in civilengineering

C302.4 Design flywheels using turning moment diagram data, for single / multi-cylinder engines andpunching presses, in

C302.5 Analyse the unbalanced forces in rotating and reciprocating parts of mechanical systems, andcalculate the magnitude and position of the balancing masses in the case of single and multi-cylinder in-line and radial engines.

C302.6 Distinguish between free, damped and forced vibrations of spring-mass, shaft-rotor, or lateralvibrations; and evaluate the natural frequencies or magnification factors.

ME 303 Design of Machine Elements

C351.1Classify different types of springs and their applications, and to design the springs for static andfluctuating loads according to working environment.

C351.2Distinguish different types of gears and to design spur, helical, bevel and worm gears understrength and wear considerations.

C351.3Identify different types of tooth failures with their remedial measures and design spur and helicalgears under dynamic considerations for suitable applications.

C351.4Understand the principles of hydrostatic and hydrodynamic lubrication, and estimate the loadcarrying capacity of bearings for axial and thrust loads, subjected to static and cyclic loads.

C351.5Practice design of IC engine components like pistons, crank shafts, connecting rod and flywheelssubjected to both mechanical and thermal loads.

C351.6 Differentiate between curvature and straight beams and apply the design principME 304 HYDRAULIC MACHINERY AND SYSTEMS

ME304.1Apply angular momentum or moment of momentum equation over both stationary andmoving/rotating blade rows, a first step to develop power absorbing/producing turbo-machinery.

ME304.2 Comprehend working principles of positive displacement pumps, with specific insight intoreciprocating pumps and flow stabilizing equipment. Describe why moment of momentumprinciple is not applicable to positive displacement machines.

ME304.3Investigate the impeller internal flow physics, apply principle of angular momentum, velocitytriangles on performance study. Observe cavitation phenomena in Centrifugal pumps.

ME304.4 Capable of analyzing fluid flow phenomena in hydro-turbine runners, velocity triangles, study ofperformance during rated and off-design conditions of operation. Recognize importance ofturbine components like draft tube in the system.

ME304.5 Capable of applying geometrical similarity relations in development of prototype machines inboth pumps and hydroturbines in heavy engineering industry.

ME304.6 Demonstrate basic principles of oil-hydraulics and functions of allied components. Apply anddevelop hydraulic circuits for the operation and control of industrial equipment, to suitoperational requirements of system

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ME 305.1 Identify pattern details, different types of simple moulding machines and processes to producedefect free casting.

ME 305.2 Classify different casting methods other than bench moulding and produce different types ofindustrial products with special casting methods

ME 305.3 Describe different welding processes and how to join to similar and dissimilar metal work piecesof different thickness by using different welding methods

ME 305.4 Discuss various welding processes to weld heavy and thick metal pieces efficiently to produceleak proof joints.

ME 305.5 Produce industrial products with good material properties other than casting and welding processlike Rolling, Extrusion, Forging etc.

ME 305.6 Classify different forming process like blanking , piercing, bending deep drawing andunconventional machining processes .

ME 331 Thermodynamics LaboratoryME 331.1 The student would be able to assess the variation of viscosity of various oils with temperature

and also determine their flash and fire points.ME 331.2 The student would be able to evaluate the performance parameters of reciprocating air

compressors.ME 331.3

The student would be able to classify IC engines, identify their various critical components andevaluate the opening and closings of the ports and valves. The students would be able to criticallyanalyse the need for prior opening of valves and late closing of valves in the IC engines.

ME 331.4The student would be able to correlate the performance parameters of 4-stroke petrol engines and4- stroke diesel engines with respect to theoretical analysis and experimental values.

ME 331.5 The student would be able to correlate the performance parameters of 2-stroke petrol engineswith respect to theoretical analysis and experimental values.

ME 332 Hydraulic Machinery and Systems LaboratoryME332.1

Observe direct application of theory to practice and experiment on different types of turbinemodels, to analyze their performance characteristics at rated and off-design conditions.

ME332.2 Investigate through experimentation different types of pump models and estimate theirperformance during rated and offdesign operational conditions.

ME332.3 Apply principles of operation of different flow measuring instruments such as Orifice meters,Venture meters etc. and their adoptability in industry

ME332.4 Experiment and evaluate the performance of both rotary and reciprocating positive displacementpumps.

ME332.5Construct different oil-hydraulic components and subassemblies to develop circuits to perform aspecified operation on a system which may be either normal or control in nature.

ME 351 MACHINE DESIGNME351.1 Classify different types of springs and their applications, and how to analyze the springs for

static and fluctuating loads according to working environmentME351.2 Distinguish different types of gears and materials used for making gears, and how to design spur,

helical, bevel and worm gears under strength and wear considerations.ME351.3 Know different types of tooth failures with their remedial measures and estimate complete

design of suitable gear drive based on the application.ME351.4 Undesrstand the principle of hydrostatic lubrication and hydrodynamic lubrication, and estimate

the load carrying capacity of bearings for axial and thrust loads, also correlate load –liferelationship for static and cyclic loads

ME351.5 List out the various components and materials used in IC Engine. Also, various types of pistons,crank shafts and flywheels and how to design those components under mechanical and thermalloads.

ME351.6Compare and contrast curvature bending and straight bending. And, know the values of radius ofcurvature of neutral axis and centroidal axis for various commonly used crosssections in curvedbeams. Also, understand design procedure for the crane hooks, C-clamp and machine frames.

ME 352 METAL CUTTING & MACHINE TOOL ENGINEERINGME352.1 Appreciate importance of various cutting tools in industry, at the end students are able to

understand various materials used for cutting tools, nomenclature of cutting tools and metalcutting mechanisms.

ME352.2Understand tool wear and machinability concepts and importance of cutting fluids in machining,at the end students are able to describe various tool wear mechanisms and solve problems relatedto tool life of cutting tool & explain necessity of cutting fluids in metal cutting

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ME352.3Understand various conventional machine tools used in industry, at the end students are able todescribe constructional features and various operations and applications of machine tools.

ME352.4 Have knowledge of machine tools used for finishing operations, at the end students are able todescribe various finishing and superfinishing operations.

ME352.5 Understand the concept of work holding and tool holding devices, at the end students are able todesign and develop guiding & holding devices for tools and jobs.

ME352.6Understand importance of unconventional machining methods, at the end students are able toclassify modern machining methods and able to describe their applications & working principle.

ME 353 CAD/CAM ME353.1 Understand the basic design process. Explain basic geometrical elements and their creation.

Define wireframe entities. Describe interpolation and approximation of curves. Explainparametric and non-parametric representation of curves. Classify different curves like circle,helix and splines. Explain Synthetic curves andthe concept of NURBS.

ME353.2 Define and Explain Surface modeling with different analytic and synthetic surfaces.Distinguishbetween the solid modeling approaches of C-rep and B-rep.Explain the design applications. Toperform different 2D transformations with concatenation.

ME353.3 Explain CAD database and data exchange formats. Understand the features and elements of NC.Explain the criteria of classifying NCMTs.Describe the canned cycle, Define tool lengthcompensation and cutter radius compensation.NC programs for simple machine components anddistinguish between manual and computer aided part program.

ME353.4 Explain CNC. Differentiate between NC and CNC systems. Describe the various AC systemswiththeir configurations and relative features. Explain machining center and its applications.Introduction to FANUC, SINUMERIC controllers. Explain theanatomy of industrial robots andconfigurations. Classify the different robot controls and drivers. To Know different programmingmethods and applications of Robos

ME353.5Explain and describe GT.Explain CAPP and discriminate variant and generative processplanning. Describe FMS and CIM with their elements.CAI and CAQC. Explain the contact andnon-contact inspection systems.Explain CMM, machine vision and scanning laser beam devices.The concepts of CAD/CAM Integration,RPT and Reverse Engineering.

ME 354 Heat TransferME354.1 To enable students to apply fundamentals of mathematics in formulating and analyzing 3D HCE

in different coordinate system. Interpret the study state and transient conditions for 1D, 2D and3D situations. Enumerate 2D numerical problems.

ME354.2 Analyzing students to arrive at situations enhancing heat transport phenomena.ME354.3 Enumerate the different situation where physically heat transport mechanism is involved with

relevance to Conduction, Conduction-Convection, Convection, Radiation, and Conduction-ConvectionRadiation. Situations of complex nature

ME354.4 Applications of differential equations in solving fluid flow problems with heat transport forvarious geometries with and without gravitational effects, binary phase flows for complexsituations.


ME354.6 Enable students to self evaluate themselves in solving various situations with numerical problems relating to real time environments using CFD/Ansys.

: ME 355 Control System TheoryME355.1 Develop mathematical models and transfer functions for mechanical, electromechanical and

hydraulic systemsME355.2

. Predict time response of dynamic systems, evaluate stability and determine steady state errors.3. Design control systems using Root locus method to obtain required time domain specifications4. Sketch Bode plots and polar plots to analyse the frequency response of control systems 5.Determine gain and phase margins of a control system using Nyquist criteria for stability. 6.Design lead or lag compensators in time-domain or frequency domain approach to obtainrequired response and stability margins 7. Determine time response of chosen system outputvariables by state-space approach and ascertain Controllability & Observability

ME355.3Design control systems using Root locus method to obtain required time domain specifications

ME355.4 . Sketch Bode plots and polar plots to analyse the frequency response of control systemsME355.5 Determine gain and phase margins of a control system using Nyquist criteria for stability.ME355.6 Design lead or lag compensators in time-domain or frequency domain approach to obtain

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ME355.7 Determine time response of chosen system output variables by state-space approach andascertain Controllability & Observability

ME 356 Refrigeration and Air ConditionME356.1 Identify various natural and artificial methods of refrigeration. State the importance of refrigerant

selection and the environmental issues related to the use of CFCsME356.2

Formulate equations for different types of refrigerants used in vapour compression refrigerationsystem. Justify the selection of single or multi stage system based on operating temperature range

ME356.3 Explain the working principles of vapour absorption, thermoelectric and steam-jet refrigerationsystems. Select a suitable refrigerant absorbent mixture for Vapour absorption refrigerationsystem

ME356.4 Define Psychrometry and its properties. Analyze various problems on psychrometric processes,know the construction and application of Psychrometric chart

ME356.5 Able to design an air condoning system based on given inside and outside conditions. Evaluatecooling and heating loads in an air-conditioning system

ME356.6 List typical conditions required for various food product processes and List applications ofrefrigeration and air conditioning

ME 381 Metal Cutting and Machine Tool Engineering LabME381.1 Recognize and summarize the features and applications of various machine tools like Lathe,

Milling, Drilling, Grinding, Shaping, Slotting etcME381.2 Select cutting tool materials and tool geometries along with appropriate cutting conditions for

different work materials and grind the cutting tools to the required geometry.ME381.3 Operate lathe machine to perform operations like Plain turning, Step turning, Taper turning and

Thread cutting etcME381.4 Operate various machine tools like Milling, Slotting, Shaping, Drilling, Surface grinding and

cylindrical grinding machines and Electro Discharge Machining (EDM) to perform basic metalremoval operations.

ME381.5 Conduct tests to determine temperatures and tool life in metal cuttingME 382 – CAD/CAM Laboratory

ME382.1 Demonstrate the fundamentals of modeling software features and capabilities. Prepare the sketchof simple mechanical components. Explain different types of features in part modeling &assembly of parts.

ME382.2 Identify the mass properties & sectional properties of part & assembly and validate the assemblywith interference detection

ME382.3 Practice assembly modeling such as steam engine cross head, connecting rod, Non -return valveetc. Show process sheet and Bill of materials in assembly drawings.

ME382.4 Represent tolerance & geometrical dimensioning on the drawing with sectional views andplotting the drawing.

ME382.5Define CAM and explain different operations like facing, Turning, Taper turning and contouringon CNC lathe machine. Demonstrate pocketing and contouring operations in CNC milling

ME382.6 Illustrate simulation & development of NC code using CAM software. Explain FMS conceptRobot & material handling systems and Exercises in 3D printing.

ME 383 Industrial Visit

ME 383.1Relate how the theoretical aspects learnt in the class room such as thermal, design, production orIndustrial engineering and management are demonstrated in practice

ME 383.2

Observe intricacies and the magnitude of the equipment being produced/ operated. Make anindividual assessment of field of interest to pursue career further in the areas of equipmentdesign, production, operations, research & development and industrial management etc

ME 383.3

Analyze operation, control of entire system consisting of numerous subsystems and equipment.List the equipment specifications and correlate their characteristics along with limits of operationand instrumentation involved, while executing their intended task

ME 383.4Plan for an extended exposure to these systems through an internship, to pursue career in theareas of research and developmen

ME 401 THERMAL TURBO MACHINESME401.1 Analyze situations of Thermal gradients in Turbo machines and apply the situation of fluid flow

analysis with energy conversion principles for work transferME401.2

Develop knowledge about working principles of work absorption and work producing situationsME401.3

Understand applications of Thermodynamics with fluid flow behavior and compressibility effectsME401.4 Attain knowledge of Power production using External combustion engines, with methods of

improving efficiencies

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ME401.5 Demonstrate the learnt fundamentals in applying for real time situations such as undertakingfinal dissertation projects on Thermal turbo Machines and power plants with knowledge ofInternational standards and testing.

ME401.6 Establish and compute one dimensional thermodynamic analysis of Compressors, Turbines (bothfor air & Vapour working fluids) and analyzing using velocity triangles for single and multistages

ME 402 METROLOGY AND INSTRUMENTATIONME402.1 Adopt Taylor’s principle for design of limit gauges.ME402.2 Use comparators for mass production facilities and maintaining quality of products.ME402.3 Apply the concepts of surface roughness measurements for functionality improvement of the

products. Use the gear measurement principles in industry.ME402.4 Demonstrate the functional elements and their significance in measurements of mechanical

product parameters.ME402.5

Explain the functioning of pressure, vibration, temperature and force measuring instruments.ME 403 FINITE ELEMENT ANALYSIS

ME403.1 Formulate finite element modeling of truss and frame elements along with the concepts oftransformation from local to global matrices

ME403.2 Summarize basic equations of elasticity and formulate finite element modeling of onedimensional element using Potential energy approach.

ME403.3 Interpolate Hermitian shape function of beam element in natural coordinate system.ME403.4 Develop stiffness matrix for a plane stress & plane strain conditions on a CST, Axisymmetric

elements by interpolating shape functions in natural coordinate system.ME403.5

Interpolate the shape functions of Isoparametric elements and to present the use of numericalintegration to evaluate the element matrices in typical 2D problems. Formulate finite elementmodel to steady state heat transfer analysis using one & two dimensional elements.

ME403.6 Formulate mass and stiffness matrices of 1D & beam elements to establish Eigen values &Eigenvectors using Lagarangian and Hamilton principles. Develop finite element model for 3Dproblems in stress analysis and explain the concepts of convergence criteria.

ME 404 OPERATIONS RESEARCHME404.1 To prepare the students to have the knowledge of Linear Programming Problem in Operations

Research at the end students would be able to understand the concept and develop the models fordifferent applications

ME404.2Students to appreciate importance of Transportation and Assignment models in OperationsResearch at the end students would be able to explain usage of Transportation and Assignmentmodels for various industrial cases for minimization of cost.

ME404.3To make students understand the concept Replacement models at the end students would able toexplain various features and applications of replacement models in real time scenario.

ME404.4 To prepare the students to understand theory of Game in operations research at the end studentswould able to explain application of Game theory in decision making for a conflict

ME404.5 To prepare the students to have the knowledge of Sequencing model at the end student wouldable to develop optimum model for job scheduling

ME404.6 To prepare students to understand Queuing theory concepts and various optimization techniquesat the end students would able to develop models for waiting line cases

ME 407 AUTOMOBILE ENGINEERINGME407.1 Generalize the different types of automobiles, list the engine components, describe the

functioning of IC engines and classify the fuel supply system for S.I and C.I enginesME407.2 Differentiate the types of lubrication system, identify different lubrication and cooling systems

used in vehicles. Classify ignition system and describe the functioning of battery and automobileair conditioning system

ME407.3 List the salient features of different steering mechanisms, describe the importance of wheelalignment and wheel balancing, describe the importance of different suspension systems andshock absorbers used in an automobile

ME407.4 Identify different components in power transmission system design a system, components, orprocess to meet desired needs with in realistic constrains such as economic, environmental,health and safety, describe about braking system

ME407.5 Adapt techniques, skills and modern engineering tools necessary to control the pollution, recordthe automobile parts maintenance, design and build components and system to reduce pollutionof automobile vehicles

ME 408 NON-CONVENTIONAL ENERGY RESOURCESME408.1 Classify Non Conventional Energy ResourcesME408.2 Elucidate the principle of photovoltaic system and its applications

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ME408.3 Classify wind turbines, Estimate torque coefficient of rotorME408.4 Comprehend the principle of conversion of geothermal and biomass energy.ME408.5 Illustrate the principle of conversion of Wave and Tidal energy.ME408.6 Analyse 5 MW ocean thermal energy conversion plantME 431 THERMAL ENGINEERING LAB

ME431.1 Interpret the link between refrigeration effects, work done and COP of the system, describedifferent methods adopted to evaluate COP, list the different psychrometric processes anddescribe how those processes can be maintained

ME431.2 Calculate the overall efficiency of centrifugal blower and axial flow fan at different volume flowrates, show the variation of overall efficiency with load and speed graphically

ME431.3 Identify the various components of low speed wind tunnel, plot a graph showing variation ofpressure over the entire length of aerofoil blade and also evaluate the lift and drag coefficientvalues for a given aerofoil blade at different angle of assign

ME431.4 Describe the modes of heat transfer, calculate thermal conductivity, heat transfer coefficientsubjected to natural and forced convection environment and Stefan Boltzmann constant value ofthermal radiation

ME431.5Express the working principle of heat exchangers and its application in real life, calculate theLMTD and effectiveness of a given heat exchanger for both parallel and counter flows

ME 432 METROLOGY AND INSTRUMENTATION LABME432.1 Select and apply the knowledge of measuring tools for external, internal and angular

measurements for promoting the qualitative production management.ME432.2 Adapt the principles of optical measurements in measurement of screw and gear profiles.ME432.3 Choose and practice the appropriate methods of force measuring devices principles for required

situation.ME432.4 Demonstrate the need of machine alignment test for qualitative production.ME432.5 Practice calibration principles for maintaining the required precision of instruments / tools.ME432.6 Select and practice the methods of temperature measurement.ME 433 COMPUTER AIDED ENGINEERING LAB

ME433.1 Recall and distinguish the various commands and features of ANSYS package for analysis withrespective to various engineering applications

ME433.2 Determine stresses, strains and displacements and static, thermal and combined load conditionsof trusses and beams using 2-D and 3-D elements

ME433.3 Analyze simple 3-D components using tetrahedron and brick elements to compute staticstructural parameters

ME433.4 Predict eigen values and mode shapes of beam using modal and harmonic analysis and alsoperform linear /nonlinear buckling analysis of columns and shells.

ME433.5 Simulate steady state heat transfer and transient heat transfer conditions for applications likecastings and chimneys

ME433.6 Solve structural problems using finite element approach with MATLAB softwareME 450 PRODUCTION DRAWING

ME450.1 Draw title box, represent materials, parts list and manufacturing processes of components on thedrawing sheet. Represent parts like screwed joints, welded joints springs, gears etc. and elementsin hydraulic and pneumatic circuits on drawing sheet

ME450.2 Represent fits, tolerances on the production drawing sheet in alpha numeric designationsME450.3 Select proper fit according to the application and able to calculate limitsME450.4

Draw production drawings of different component parts from the assembly drawings indicatingfeatures like limits, surface roughness, manufacturing errors, surface treatments.etc

ME450.5 Generate process sheets for components in the assembly Draw work tool drawings formanufacturing components of assembly

ME458 PRODUCT DESIGN AND PROCESS PLANNINGME458.1 Identify the functions of design of a product in a system in a given situation and select a suitable

product ; identify the procedure for technological innovation of a product; explain the importanceof brainstorming and Delphi techniques in innovation

ME458.2 Explain the importance of design, human machine interaction in project selection and evaluationmethods including ergonomic considerations

ME458.3 Explain the importance of research in new product development; describe the process ofpatenting including search of patents, patent laws and international code and discriminate thescope of IPR for a product patent.

ME458.4 Discuss the features of design of a new product with respect to manufacture, quality testing andmarketing; and steps to evaluate a new product for introduction;

ME458.5 Develop process planning including creating process sheets; explain value engineering, grouptechnology and concurrent engineering in the selection of manufacturing process.

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ME461.1 To prepare the students to have the knowledge of scientific management principles forestablishing an enterprise, at the end students are able to apply the operations managementprinciples for establishing productions systems

ME461.2 Students to appreciate importance of Forecasting process in industry, at the end students wouldbe able to explain usage of Forecasting techniques for real time situations using differentmethods.

ME461.3 To make students understand production planning and scheduling, at the end students would ableto develop plans for production schedule

ME461.4 To prepare the students to have the knowledge of resource planning in enterprise, at the endstudents would be able to explain various planning methods for material requirement andmanufacturing resource

ME461.5 To prepare the students to understand importance of inventory management in industry, at theend students are able to understand various methods for inventory control and able to developmodels for procurement cases

ME461.6 To prepare the students to have knowledge of project management, at the end students are ableto develop schedule for projects

ME 463 POWER PLANT ENGINEERINGME463.1 Select coal and ash handling methods for a coal fired power plantME463.2 Comprehend basic working principle of steam and gas turbine power plant.ME463.3 Classify Dams and Spillways.ME463.4 Demonstrate the basic principles of thermal-fission and fast-breeder nuclear power plants, such

as pressurizedwater, boiling-water, and heavy-water reactors.ME463.5 Analyse load factor, capacity factor, average load and peak load on a power plant.ME463.6 Illustrate the control methods of major pollutants emitted from fossil-fuel power plants.ME481 GENERAL SEMINAR

ME481.1Select a seminar topic, in the domain of discipline/ allied/ interdisciplinary, which is non-trivial,of current technological interest, and having potential for utility to society in the immediate ornearfuture.(Selection isafter due studyof technical journals or magazines or reliable sources ofknowledge, and involving modeling, synthesis of existing systems or techniques, or R&D.)

ME481.2Identify the major components and analyze the system using the governing relations involvingparameters that influence mainly, and the methodology adapted to arrive at the practical solution.

ME481.3 Outline suitably annotated bibliography of research demonstrating scholarly skills.ME481.4 Prepare a well-organized technical report employing elements of good technical writing, and

critical thinking.ME481.5 Demonstrate the ability to describe, interpret and analyse technical issues and develop

competence in presentation before an technical committee, using appropriate mediums.ME 482 PROJECT

ME482.1 Identify a project topic in mechanical engg of societal interest, after study of literature/ existingsystems / interaction with industry, to identify gaps, and define objectives and scope, includinginnovative ideas


ME482.3 Determine the methods and materials/ algorithms/ procedures and existing codes to work outdetails developments or develop set of governing equations or software code

ME482.4Develop a prototype / model / experimental set up or software necessary to meet the objectives

ME482.5 Write a technical report as per the format, covering the problem definition, related literatureanalysis of the problem and methodology adopted to carry out the work

ME482.6 Make oral presentation, by the team, on the defined problem using appropriate presentationmedium and defend the work.





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like ores, alloys by titrimetric methods.ES157ME Engineering Drawing I

ES157ME.1Recall the mathematical concepts related to scales, conic sections, involutes, etc and demonstrateproficiency in construction of these using the various methods described in literature.

ES157ME.2 Analyse the various tools in AUTOCAD and utilize them for drawing of problems related toscales, conic sections, cycloids, etc..

ES157ME.3 Analyse the position of points and lines when placed in different orientations with respect toreference planes and reproduce them using AUTOCAD.

ES157ME.4 Draw the various views of planes when in simple position and in oblique positions usingAUTOCAD.

ES157ME.5Access the shapes of objects such as prisms, pyramids and solids of revolution and analyse theirprojections when they are placed in different orientations with reference planes. Subsequentlythe students would be able to draw these projections using AUTOCAD.

ES 154 CS Computer Programming labES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.ES 154 CS.2 Apply concepts of selection and looping statements; and apply concepts of functions to increase













solving Legendres D.E.

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BS 201 MT.5Solve some problems using the properties of Legendre polynomial and Bessel’s functions.


BS 202 PH Engineering Physics IIBS 202 PH.1 To acquire the knowledge on basic concepts of solid state physics.BS 202 PH.2 To know and understand the properties and applications of magnetic and super conducting





















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HS 253 EG.1 use dialogues in a variety of situations and settings such as Role Play HS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public SpeechHS 253 EG.4 participate in Group Discussions and Debates HS 253 EG.5 face Interviews effectivelyES 254 ME Engineering Graphics II

ES 254 ME.1 Work extensively with advanced AutoCAD commands like layers, Grids, NURBS, etcES 254 ME.2 Generate the true shapes of solids and sectional views of solids cut in different positions by

sectional planes.ES 254 ME.3 Generate the points of intersection in interpenetration of solids such as cylinder versus cylinder

and cylinder versus cone, etc.ES 254 ME.4 Generate Isometric views from Orthographic views and vice versa for various objects.ES 254 ME.5 Generate solid models of various objects using various Boolean operations and options such as

extrude, revolve, sweep,etc.ES 255 ME Engineering Workshop-II

ES 255 ME.1 The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc

ES 255 ME.2 The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

ES 255 ME.3 The student would be able to utilize the various tools of machining namely lathe machine, cuttingtools (single point cutting tool, knurling tool, parting tool, etc) to perform various machiningoperations like turning, facing, drilling, boring, threading, knurling, etc

ES 255 ME.4 The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints. Subsequently thestudent would be able to estimate how to prepare pipe connections for domestic and industrialapplications

MT 201 Mathematics – III MT 201.1 Solve problems on formation of partial differential equations and on some standard first and



value problems for first ordered ordinary differential equations.MT 201.5 Apply interpolation methods for estimation.MT 201.6 Apply the basic definition and properties of Z- transform for solving difference equations. ME 201 METALLURGY AND MATERIAL SCIENCEME 201.1 Interpret atomic arrangement and structure of metals and alloys with respect to yield, cold and

hot working, and strain hardening; and effect of recrystallization on mechanical properties;Explain different types of fracture, crack propagation, ductile fracture

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ME 201.2Interpret S-N curves for fatigue, effect of metallurgical variables on damage due to fatigue; andmechanism of creep deformation ; and experimental determination of fatigue and creep

ME 201.3 Interpret equilibrium diagrams of binary non-ferrous alloys; IronIron carbon diagram andproperties of plain carbon steels and cast irons.

ME 201.4 Construct and interpret TTT curves w.r.t annealing, hardening, and tempering; and application ofvarious case hardening methods

ME 201.5 Explain the effects of alloying elements Ni, Cr, Tungsten, Mn, Si on the properties of steel ,stainless steel, HSS, maraging steel and non-ferrous alloys like Brass, bronze, Invar, Ti-AL, andidentify application areas

ME 201.6 Describe various methods of manufacture of Iron and steel, copper and aluminumME 202 Machine Drawing

ME 202.1 Prepare Drawing Sheet with title Block, types of lines and dimensions. Sketch differencebetween first and Third angle projection, convention for sectional views

ME 202.2 Sketch Orthographic projections including sectional views of simple machine elementsME 202.3 Practice of free hand sketch of different screwed fasteners, and joints.ME 202.4 Sketch different types riveted joints. Sketch different coupling with proportionate dimensions to

the basic size and diameterME 202.5

Prepare Assembly drawing for the part drawings. Prepare sectional views of assembly drawing.Practice the above content for the assemblies cross head, stuffing box, pipe vice, screw jack, etc.

ME 202.6 Analyze the selection of type of floor for different situations and types of form work.ME 231 Metallurgy Laboratory

ME 231.1 Prepare specimen for metallographic observationME 231.2

Analyze and identify low, medium and high carbon steels from the study of their microstructureME 231.3 Analyze and identify different types of cast irons from the study of their microstructureME 231.4 Analyze and identify Non-ferrous alloys such as Brass, babbit and Al-Si from the study of their

microstructureME 231.5

Analyze and identify microstructures after annealing, normalizing, hardening and temperingME 231.6 Relate the properties of the materials using image analyserME 232 Computer Drafting Lab

ME 232.1 Describe a drawing, a template, drawing file extensions. Apply the commands NEW, OPEN,SAVEAS and CLOSE to start a new drawing, name and save the current drawing into aspecified folder, open a drawing, save the current drawing with a specified name and close thedrawing.

ME 232.2 Describe the Cartesian coordinate system using absolute and relative coordinates. Describe thePolar coordinate system. Apply the LINE command to draw lines using Cartesian coordinatesystem with both absolute and relative coordinates.

ME 232.3Apply the LINE command to draw lines using Polar coordinate system. Explain how to create,close and edit a POLYLINE Describe a regular polygon and different methods used to constructthem. Apply the POLYGON, RECTANGLE, ELLIPSE and AREA commands.

ME 232.4Apply the MIRROR and the ROTATE commands to mirror and rotate the objects. Apply theARRAY command to array objects in polar or rectangular patterns. Describe single line text, textstyle and text justification. Apply the UNITS, DIST and PROPERTIES commands to set thedisplay units, make inquiries about drawing objects and measure distances. Apply the ORTHO,POINT, DIVIDE and MEASURE commands. Use of 3D tool in AutoCAD to produce figures

ME 232.5 Apply the TRIM & EXTEND commands to shorten and lengthen objects at selected cuttingedges. Apply the OFFSET command to insert objects parallel to existing objects. Apply thecommands ZOOM, PAN, REGEN to control the drawing.

CE 271 Fluid DynamicsCE 271.1 Classify and exploit fluids based on the physical properties.CE 271.2 Apply correctly the conservation principles of mass, linear momentum, and Energy to fluid flow

systems and understand the use and limitations of Bernoulli’s equation and apply it to solve avariety of fluid flow problems.

CE 271.3 Understand various velocity, pressure and flow rate measurement techniques and learn theiradvantages and disadvantages in internal and open channel flows.

CE 271.4 Differentiate the Laminar and Turbulent flows and predict boundary layer thickness and otherboundary layer properties.

CE 271.5 Demonstrate the ability to Compute the lift, and drag acting on simple aerodynamic profiles byunderstanding the phenomena associated with external flows.

CE 271.6 Apply the concepts of compressible flow to aero space systems.

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ME 251 Kinematics of MachinesME 251.1 Define link, kinematic pair, kinematic chain and mechanism and determine degrees of freedom

of kinematic chains using Grubler’s criterion. Understand single and double slider crank chainsand their inversions. Study exact and approximate straight line motion mechanisms- Pantograph,Peaucerlier,Hart mechanisms etc. Explore the steering gear mechanisms-Davis andAckerman.Analyse Hooke’s Joint Mechanism.

ME 251.2Locate instantaneous centers for the given mechanisms using Arnold Kennedy’s theorem. Drawvelocity polygons and acceleration polygons for different mechanisms using instantaneous centermethod and relative methods. Determine Coriolis Component of acceleration using graphicalmethods. Find velocity and acceleration of four bar mechanism with turning parts usingAnalytical methods. Understand the Synthesis of four bar linkage using Freudenstein’s method.

ME 251.3Understand the concept of friction and apply friction concepts in screw thread mechanism,pivots, collars and clutches. Understand friction axis of a link on a four bar link mechanism andfriction circle on shaft and bearing component. Study the mechanisms of belts and ropes andcalculate the maximum power transmission. Understand the working principle brake anddynamometer and learn the different types of brake mechanisms.

ME 251.4 Appreciate the Cam terminology, types of motions for various application and draw the camprofile to transmit the required motion for distinct followers under various displacementconditions. Calculate the velocity and acceleration of the cam at any point and the correspondingmaximum velocity and acceleration. Recognize the types of motion, Cam and follower requiredfor a particular engineering application.

ME 251.5 Summarize the gear terminology, law of gearing and various tooth profiles. Estimate the path ofcontact and arc of contact, contact ratio and the minimum number of teeth on wheel and pinionto avoid interference for a spur gear.

ME 251.6 Determine the velocity ratio between two gears and in different types of gear trains. Determinetorque capacities, power transmission on different gear trains. Study the kinematics of helicalgear teeth.

ME 253 ThermodynamicsME 253.1 Correlate the study of thermodynamics with the fundamental conceptual terminologies like

properties, systems, processes, cycles, states, different types of equilibrium, energy, etc. Classifydifferent systems, identify the different cyclic processes and solve problems related to zeroth lawof thermodynamics.

ME 253.2Distinguish the different forms of energy, namely heat, work and internal energy based on thereview of First law of thermodynamics. Subsequently, the student would be able to compute thework done, heat transferred and internal energy changes during various processes.

ME 253.3 Analyze the Second Law of Thermodynamics and correlate them for solving problems on heatengines, heat pumps and refrigerators.

ME 253.4 Assess the importance of entropy and apply the concepts of entropy to solve problems involvingchange in entropy for various processes.

ME 253.5 Recognize the various curves of phase transformation based on P-V, T-S, P-T, V-T and T-Hdiagrams. Based on it, the student will demonstrate the ability to locate the relevant properties ofsteam like specific volume, specific enthalpy, specific entropy, dryness fraction, etc using steamtables and Mollier charts and use these properties in solving problems related to steam flowthrough engineering devices like turbine, boiler, etc

ME 253.6 Assess the relationships between various thermodynamic properties with the help of Maxwellrelations and Clapeyron equation

ME 253.7 Identify the various air standard cycles by drawing their P-V and T-S diagrams and solveproblems related to air standard cycles to compute the thermal efficiency of the cycle and alsothe temperatures and pressures at cardinal points of the cycle.

ME 253.8 Analyse the various gas laws and solve problems involving calculations based on gravimetricbasis and volumetric basis.





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ME 302 DYNAMICS OF MACHINES

ME 302.1

Determine the forces and torques in basic kinematic linkages in motion; crank effort of slidercrank mechanism with correction factors; Determine the gyroscopic couple and its effect onvehicles in motion

ME 302.2

Distinguish the working principles of governors viz, Watt, Porter, Hartnell and Hartung in thespeed control of engines, and evaluate of stability, isochronism, sensitivity and effortcharacteristics

ME 302.3


ME 302.4Design flywheels using turning moment diagram data, for single / multi-cylinder engines andpunching presses, in

ME 302.5

Analyse the unbalanced forces in rotating and reciprocating parts of mechanical systems, andcalculate the magnitude and position of the balancing masses in the case of single and multi-cylinder in-line and radial engines.

ME 302.6Distinguish between free, damped and forced vibrations of spring-mass, shaft-rotor, or lateralvibrations; and evaluate the natural frequencies or magnification factors.


ME 303.1Classify different types of springs and their applications, and to design the springs for static andfluctuating loads according to working environment.

ME 303.2Distinguish different types of gears and to design spur, helical, bevel and worm gears understrength and wear considerations.

ME 303.3Identify different types of tooth failures with their remedial measures and design spur and helicalgears under dynamic considerations for suitable applications.

ME 303.4Understand the principles of hydrostatic and hydrodynamic lubrication, and estimate the loadcarrying capacity of bearings for axial and thrust loads, subjected to static and cyclic loads.

ME 303.5Practice design of IC engine components like pistons, crank shafts, connecting rod and flywheelssubjected to both mechanical and thermal loads.

ME 303.6 Differentiate between curvature and straight beams and apply the design principME 304 HYDRAULIC MACHINERY AND SYSTEMS








ME 333.1Identify pattern details, different types of simple moulding machines and processes to producedefect free casting.

ME 333.2Classify different casting methods other than bench moulding and produce different types ofindustrial products with special casting methods

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ME 333.3Describe different welding processes and how to join to similar and dissimilar metal work piecesof different thickness by using different welding methods

ME 333.4Discuss various welding processes to weld heavy and thick metal pieces efficiently to produceleak proof joints.

ME 333.5Produce industrial products with good material properties other than casting and welding processlike Rolling, Extrusion, Forging etc.

ME 333.6Classify different forming process like blanking , piercing, bending deep drawing andunconventional machining processes .

























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ME354.2 Analyzing students to arrive at situations enhancing heat transport phenomena.ME354.3 Enumerate the different situation where physically heat transport mechanism is involved with

relevance to Conduction, Conduction-Convection, Convection, Radiation, and Conduction-ConvectionRadiation. Situations of complex nature









required response and stability marginsME355.7 Determine time response of chosen system output variables by state-space approach and

ascertain Controllability & ObservabilityME 356 Refrigeration and Air Condition

ME356.1 Identify various natural and artificial methods of refrigeration. State the importance of refrigerantselection and the environmental issues related to the use of CFCs

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ME356.2Formulate equations for different types of refrigerants used in vapour compression refrigerationsystem. Justify the selection of single or multi stage system based on operating temperature range



















ME 383.2


ME 383.3







improving efficienciesME401.5 Demonstrate the learnt fundamentals in applying for real time situations such as undertaking

final dissertation projects on Thermal turbo Machines and power plants with knowledge ofInternational standards and testing.


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ME 408 NON-CONVENTIONAL ENERGY RESOURCESME408.1 Classify Non Conventional Energy ResourcesME408.2 Elucidate the principle of photovoltaic system and its applicationsME408.3 Classify wind turbines, Estimate torque coefficient of rotorME408.4 Comprehend the principle of conversion of geothermal and biomass energy.ME408.5 Illustrate the principle of conversion of Wave and Tidal energy.ME408.6 Analyse 5 MW ocean thermal energy conversion plantME 431 THERMAL ENGINEERING LAB

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ME 461 PRODUCTION & OPERATIONS MANAGEMENTME461.1 To prepare the students to have the knowledge of scientific management principles for

establishing an enterprise, at the end students are able to apply the operations managementprinciples for establishing productions systems

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EG 101EG 101.1 EnglishEG 101.2 learn the importance of communication, features and process of communication and verbal and

Non verbal communication in order to communicate effectively EG 101.3 improve oral communication skills, listening skills, interpersonal communication and improve

interpersonal skills by using Johari window and Knapp’s modelEG 101.4 improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report

–writing, SoP, Résumé - writing and official lettersEG 101.5 learn the basic rules of grammar with appropriate usage and learn to use vocabulary such as

synonyms and antonyms, homonyms and homophones MT 101 improve comprehension skills by reading inspirational texts and infer information.

MT 101.1 Mathematics-I

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MT 101.2Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

MT 101.3 Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solve problems on finding Radius of curvature ,evolutes and envelopes

MT 101.4 Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems.

MT 101.5 Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration.

MT 102

Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

MT 102.1 Mathematics-IIMT 102.2


MT 102.3 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.MT 102.4 Solve linear O.D.E’s using power series and Frobenius methods and apply these methods for

solving Legendres D.E.MT 102.5 Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differential

equations.MT 102.6

Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

PH 101Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

PH 101.1 Engg. PhysicsPH 101.2 To understand the concept of interference, diffraction and polarization.PH 101.3 Ability to know the utilization of laser technology, Holography and optical fiber and their

engineering applications in various disciplines.PH 101.4 To understand the basics of statistical mechanics, significance and applications of Schrodinger

wave equation.PH 101.5 Able to analyze the various crystal structures andPH 101.6 their defects and to understand the electrons behavior in solids.

CH 101Gain the knowledge on magnetic materials and dielectric materials and superconductingmaterials.

CH 101.1Understand the characterization and basic preparation methods in thin films and Nano-materials.

CH 101.2 Explain quantitative relationship between chemical and electrical energy, construction andworking of different types of electrodes used in construction of electrochemical cells Understandthe operating principle and apply the knowledge to design batteries.

CH 101.3 Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

CH 101.4 Explain method to find impurities present in water and establish various methods of purifyingwater.

CH 101.5 Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.


CS 101

Interpret the importance of lubricants and liquid crystals. Phase rule concept is used to know theprocess of separation of pure metals from alloys. Apply the principles of Green chemistry tocarryout eco-friendly chemical processes without causing environmental pollution.

CS 101.1 Programming in ‘C’&‘C++’CS 101.2 Understand the procedure to create, compile and execute C program for different inputs.CS 101.3 Apply the concepts of control statements, operators, functions and arrays to implement matrix,

searching and sorting algorithms. CS 101.4 Solve programs on pointers and strings; access variables through dynamic memory.CS 101.5 Understand and Apply the concepts of derived data types and file handling operations.CS 101.6 Understand the concepts of object oriented programming through C++ and know the differences

between C and C++ programs.

CE 101Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

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CE 101.1 Engg. MechanicsCE 101.2 Analyze a problem of statics using free body diagram in a proper manner and will be able to

resolve forces using equations of equilibrium.CE 101.3 Analyze a problem in three dimensional space using equations of equilibrium in space where

friction also plays an important role.CE 101.4

To find centroids , centre of gravity and moment of inertia of different shapes and masses andalso be able to find the moment of inertia of different shapes and sizes which are later used indesign of beams which may be helpful in design of RCC and steel structures.

CE 101.5 To solve a problem of projectile and analyze a problem with the inclusion of there velocities,acceleration.

CE 102Solve problems of dynamics with the usage of work energy principal and correlate force, massand time.

CE 102.1 Engg. GraphicsCE 102.2

Understand the procedure to draw various types scales and create scales as per requirement.

CE 102.3 Understand the steps involved in projection of points and lines and draw projection afteranalysing the given data..

CE 102.4 Remember the procedure with sequence of steps involved for preperation of projections afterevaluation of given parameters.

CE 102.5Analyse the parameters given for projection of truncated shapes of solids as per given parameters.

PH 132Creation of three dimensional isometric views of solids placed in different configurations. Drawprojection of intersecting solids as per given data.

PH 132.1 Physics LabPH 132.2 To demonstrate the phenomena of interference and diffraction to determine wavelength of a

given light source of light.PH 132.3 To verify the laws of polarization and determine the specific rotator power of an optically active

substance.PH 132.4 To understand the principle involved in laser and optical fiber technology.PH 132.5 To examine the nature of ferromagnetic and dielectric materials to evaluate the related

parameters.PH 132.6 To characterize semiconducting devices to calculate parameters like resistance, energy gap and

temperature co-efficient. CH 132 To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies.

CH 132.1 Chemistry LabCH 132.2 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH 132.3 Identify and estimate impurities causing hardness and alkalinity in water. CH 132.4 Find the strength of reducing species such as Fe+2, Fe+3




ME 131 Recall the methods of preparation of industrially important polymers. ME 131.1 Workshop PracticeME 131.2 The student would be able to utilize the various tools of carpentry namely bench vice, planes,

mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.





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CS 131

The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

CS 131.1 Programming LabCS 131.2 Understand the procedure to create, compile and execute C program for different inputs.CS 131.3 Apply the concepts of functions and arrays and write C programs for matrix, searching and



CS 131.6 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

EG 131 Write programs in both C and C++ and could distinguish the differences between C and C++.

EG 131.1 English Language LabEG 131.2 learn the sound system of English Language with the knowledge of IPA-classification &


Public speaking, Group Discussion and Debate. MT 201 Mathematics – III MT 201.1 Solve problems on formation of partial differential equations and on some standard first and



value problems for first ordered ordinary differential equations.MT 201.5 Apply interpolation methods for estimation.MT 201.6 Apply the basic definition and properties of Z- transform for solving difference equations. ME 201 METALLURGY AND MATERIAL SCIENCEME 201.1 Interpret atomic arrangement and structure of metals and alloys with respect to yield, cold and

hot working, and strain hardening; and effect of recrystallization on mechanical properties;Explain different types of fracture, crack propagation, ductile fracture

ME 201.2Interpret S-N curves for fatigue, effect of metallurgical variables on damage due to fatigue; andmechanism of creep deformation ; and experimental determination of fatigue and creep

ME 201.3 Interpret equilibrium diagrams of binary non-ferrous alloys; IronIron carbon diagram andproperties of plain carbon steels and cast irons.

ME 201.4 Construct and interpret TTT curves w.r.t annealing, hardening, and tempering; and application ofvarious case hardening methods

ME 201.5 Explain the effects of alloying elements Ni, Cr, Tungsten, Mn, Si on the properties of steel ,stainless steel, HSS, maraging steel and non-ferrous alloys like Brass, bronze, Invar, Ti-AL, andidentify application areas

ME 201.6 Describe various methods of manufacture of Iron and steel, copper and aluminumME 202 Machine Drawing

ME 202.1 Prepare Drawing Sheet with title Block, types of lines and dimensions. Sketch differencebetween first and Third angle projection, convention for sectional views

ME 202.2 Sketch Orthographic projections including sectional views of simple machine elementsME 202.3 Practice of free hand sketch of different screwed fasteners, and joints.ME 202.4 Sketch different types riveted joints. Sketch different coupling with proportionate dimensions to

the basic size and diameterME 202.5

Prepare Assembly drawing for the part drawings. Prepare sectional views of assembly drawing.Practice the above content for the assemblies cross head, stuffing box, pipe vice, screw jack, etc.

ME 202.6 Analyze the selection of type of floor for different situations and types of form work.ME 231 Metallurgy Laboratory

ME 203.1 Prepare specimen for metallographic observationME 203.2

Analyze and identify low, medium and high carbon steels from the study of their microstructureME 203.3 Analyze and identify different types of cast irons from the study of their microstructureME 203.4 Analyze and identify Non-ferrous alloys such as Brass, babbit and Al-Si from the study of their

microstructureME 203.5

Analyze and identify microstructures after annealing, normalizing, hardening and tempering

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ME 203.6 Relate the properties of the materials using image analyserME 232 Computer Drafting Lab

ME 232.1 Describe a drawing, a template, drawing file extensions. Apply the commands NEW, OPEN,SAVEAS and CLOSE to start a new drawing, name and save the current drawing into aspecified folder, open a drawing, save the current drawing with a specified name and close thedrawing.

ME 232.2 Describe the Cartesian coordinate system using absolute and relative coordinates. Describe thePolar coordinate system. Apply the LINE command to draw lines using Cartesian coordinatesystem with both absolute and relative coordinates.

ME 232.3Apply the LINE command to draw lines using Polar coordinate system. Explain how to create,close and edit a POLYLINE Describe a regular polygon and different methods used to constructthem. Apply the POLYGON, RECTANGLE, ELLIPSE and AREA commands.

ME 232.4Apply the MIRROR and the ROTATE commands to mirror and rotate the objects. Apply theARRAY command to array objects in polar or rectangular patterns. Describe single line text, textstyle and text justification. Apply the UNITS, DIST and PROPERTIES commands to set thedisplay units, make inquiries about drawing objects and measure distances. Apply the ORTHO,POINT, DIVIDE and MEASURE commands. Use of 3D tool in AutoCAD to produce figures

ME 232.5 Apply the TRIM & EXTEND commands to shorten and lengthen objects at selected cuttingedges. Apply the OFFSET command to insert objects parallel to existing objects. Apply thecommands ZOOM, PAN, REGEN to control the drawing.

CE 271 Fluid DynamicsCE 271.1 Classify and exploit fluids based on the physical properties.CE 271.2 Apply correctly the conservation principles of mass, linear momentum, and Energy to fluid flow

systems and understand the use and limitations of Bernoulli’s equation and apply it to solve avariety of fluid flow problems.

CE 271.3 Understand various velocity, pressure and flow rate measurement techniques and learn theiradvantages and disadvantages in internal and open channel flows.

CE 271.4 Differentiate the Laminar and Turbulent flows and predict boundary layer thickness and otherboundary layer properties.

CE 271.5 Demonstrate the ability to Compute the lift, and drag acting on simple aerodynamic profiles byunderstanding the phenomena associated with external flows.

CE 271.6 Apply the concepts of compressible flow to aero space systems.ME 251 Kinematics of Machines

ME 251.1 Define link, kinematic pair, kinematic chain and mechanism and determine degrees of freedomof kinematic chains using Grubler’s criterion. Understand single and double slider crank chainsand their inversions. Study exact and approximate straight line motion mechanisms- Pantograph,Peaucerlier,Hart mechanisms etc. Explore the steering gear mechanisms-Davis andAckerman.Analyse Hooke’s Joint Mechanism.

ME 251.2Locate instantaneous centers for the given mechanisms using Arnold Kennedy’s theorem. Drawvelocity polygons and acceleration polygons for different mechanisms using instantaneous centermethod and relative methods. Determine Coriolis Component of acceleration using graphicalmethods. Find velocity and acceleration of four bar mechanism with turning parts usingAnalytical methods. Understand the Synthesis of four bar linkage using Freudenstein’s method.

ME 251.3Understand the concept of friction and apply friction concepts in screw thread mechanism,pivots, collars and clutches. Understand friction axis of a link on a four bar link mechanism andfriction circle on shaft and bearing component. Study the mechanisms of belts and ropes andcalculate the maximum power transmission. Understand the working principle brake anddynamometer and learn the different types of brake mechanisms.

ME 251.4 Appreciate the Cam terminology, types of motions for various application and draw the camprofile to transmit the required motion for distinct followers under various displacementconditions. Calculate the velocity and acceleration of the cam at any point and the correspondingmaximum velocity and acceleration. Recognize the types of motion, Cam and follower requiredfor a particular engineering application.

ME 251.5 Summarize the gear terminology, law of gearing and various tooth profiles. Estimate the path ofcontact and arc of contact, contact ratio and the minimum number of teeth on wheel and pinionto avoid interference for a spur gear.

ME 251.6 Determine the velocity ratio between two gears and in different types of gear trains. Determinetorque capacities, power transmission on different gear trains. Study the kinematics of helicalgear teeth.

ME 253 Thermodynamics

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ME 253.1 Correlate the study of thermodynamics with the fundamental conceptual terminologies likeproperties, systems, processes, cycles, states, different types of equilibrium, energy, etc. Classifydifferent systems, identify the different cyclic processes and solve problems related to zeroth lawof thermodynamics.

ME 253.2Distinguish the different forms of energy, namely heat, work and internal energy based on thereview of First law of thermodynamics. Subsequently, the student would be able to compute thework done, heat transferred and internal energy changes during various processes.

ME 253.3 Analyze the Second Law of Thermodynamics and correlate them for solving problems on heatengines, heat pumps and refrigerators.

ME 253.4 Assess the importance of entropy and apply the concepts of entropy to solve problems involvingchange in entropy for various processes.

ME 253.5 Recognize the various curves of phase transformation based on P-V, T-S, P-T, V-T and T-Hdiagrams. Based on it, the student will demonstrate the ability to locate the relevant properties ofsteam like specific volume, specific enthalpy, specific entropy, dryness fraction, etc using steamtables and Mollier charts and use these properties in solving problems related to steam flowthrough engineering devices like turbine, boiler, etc

ME 253.6 Assess the relationships between various thermodynamic properties with the help of Maxwellrelations and Clapeyron equation

ME 253.7 Identify the various air standard cycles by drawing their P-V and T-S diagrams and solveproblems related to air standard cycles to compute the thermal efficiency of the cycle and alsothe temperatures and pressures at cardinal points of the cycle.

ME 253.8 Analyse the various gas laws and solve problems involving calculations based on gravimetricbasis and volumetric basis.









ME 302 DYNAMICS OF MACHINES

ME 302.1

Determine the forces and torques in basic kinematic linkages in motion; crank effort of slidercrank mechanism with correction factors; Determine the gyroscopic couple and its effect onvehicles in motion

ME 302.2

Distinguish the working principles of governors viz, Watt, Porter, Hartnell and Hartung in thespeed control of engines, and evaluate of stability, isochronism, sensitivity and effortcharacteristics

ME 302.3


ME 302.4Design flywheels using turning moment diagram data, for single / multi-cylinder engines andpunching presses, in

ME 302.5

Analyse the unbalanced forces in rotating and reciprocating parts of mechanical systems, andcalculate the magnitude and position of the balancing masses in the case of single and multi-cylinder in-line and radial engines.

ME 302.6Distinguish between free, damped and forced vibrations of spring-mass, shaft-rotor, or lateralvibrations; and evaluate the natural frequencies or magnification factors.


ME 303.1Classify different types of springs and their applications, and to design the springs for static andfluctuating loads according to working environment.

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ME 303.2Distinguish different types of gears and to design spur, helical, bevel and worm gears understrength and wear considerations.

ME 303.3Identify different types of tooth failures with their remedial measures and design spur and helicalgears under dynamic considerations for suitable applications.

ME 303.4Understand the principles of hydrostatic and hydrodynamic lubrication, and estimate the loadcarrying capacity of bearings for axial and thrust loads, subjected to static and cyclic loads.

ME 303.5Practice design of IC engine components like pistons, crank shafts, connecting rod and flywheelssubjected to both mechanical and thermal loads.

ME 303.6 Differentiate between curvature and straight beams and apply the design principME 304 HYDRAULIC MACHINERY AND SYSTEMS








ME 333.1Identify pattern details, different types of simple moulding machines and processes to producedefect free casting.

ME 333.2Classify different casting methods other than bench moulding and produce different types ofindustrial products with special casting methods

ME 333.3Describe different welding processes and how to join to similar and dissimilar metal work piecesof different thickness by using different welding methods

ME 333.4Discuss various welding processes to weld heavy and thick metal pieces efficiently to produceleak proof joints.

ME 333.5Produce industrial products with good material properties other than casting and welding processlike Rolling, Extrusion, Forging etc.

ME 333.6Classify different forming process like blanking , piercing, bending deep drawing andunconventional machining processes .












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ME354.2 Analyzing students to arrive at situations enhancing heat transport phenomena.

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ME354.3 Enumerate the different situation where physically heat transport mechanism is involved withrelevance to Conduction, Conduction-Convection, Convection, Radiation, and Conduction-ConvectionRadiation. Situations of complex nature









required response and stability marginsME355.7 Determine time response of chosen system output variables by state-space approach and

ascertain Controllability & ObservabilityME 356 Refrigeration and Air Condition

ME356.1 Identify various natural and artificial methods of refrigeration. State the importance of refrigerantselection and the environmental issues related to the use of CFCs

ME356.2Formulate equations for different types of refrigerants used in vapour compression refrigerationsystem. Justify the selection of single or multi stage system based on operating temperature range














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ME 383.2


ME 383.3







improving efficienciesME401.5 Demonstrate the learnt fundamentals in applying for real time situations such as undertaking

final dissertation projects on Thermal turbo Machines and power plants with knowledge ofInternational standards and testing.














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ME 408 NON-CONVENTIONAL ENERGY RESOURCESME408.1 Classify Non Conventional Energy ResourcesME408.2 Elucidate the principle of photovoltaic system and its applicationsME408.3 Classify wind turbines, Estimate torque coefficient of rotorME408.4 Comprehend the principle of conversion of geothermal and biomass energy.ME408.5 Illustrate the principle of conversion of Wave and Tidal energy.ME408.6 Analyse 5 MW ocean thermal energy conversion plantME 431 THERMAL ENGINEERING LAB











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ME 461 PRODUCTION & OPERATIONS MANAGEMENTME461.1 To prepare the students to have the knowledge of scientific management principles for

establishing an enterprise, at the end students are able to apply the operations managementprinciples for establishing productions systems










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16ME 104 Computer Aided Mechanical Design and Analysis

16ME 104.1Apply knowledge of mathematics, sciences and computations in solving the stresses & strains inpressure vessels

16ME 104.2 Identify, formulate and solve problems for a given flat plate 16ME 104.3 Assess the importance of fracture mechanics in designing a system or a component16ME 104.4 Evaluate and understand to solve various problems on Eigen value and Eigen vectors

16ME 104.5 Understand the concept of dynamic analysis in solving single and multi degree freedom problems

16MEE101 Failure Analysis and Design 16MEE101.1 Define design and various aspects involved in design process

16MEE101.2Classify different types of creativity methods, Analyse different creative and inventive problemsolving techniques

16MEE101.3Explain what is Buckling phenomenon, understand the concept of cylinder buckling undervarious loading conditions

16MEE101.4Identify what is fracture, fundamentals of fracture, fracture types and concepts of fatigue crackgrowth, fatigue life prediction and various stress theories of failure vessels

16MEE101.5Describe the basic crack propagation concept, its propagation under combined loading, fracturetoughness of weld metals.

ME2111 PRODUCT DESIGN AND PROCESS PLANNING

ME 2111.1

Identify the functions of design of a product in a system in a given situation and select a suitableproduct ; identify the procedure for technological innovation of a product; explain the importanceof brainstorming and Delphi techniques in innovation

ME 2111.2Explain the importance of design, human machine interaction in project selection and evaluationmethods including ergonomic considerations

ME2111.3

Explain the importance of research in new product development; describe the process ofpatenting including search of patents, patent laws and international code and discriminate thescope of IPR for a product patent.

ME 2111.4Discuss the features of design of a new product with respect to manufacture, quality testing andmarketing; and steps to evaluate a new product for introduction;

ME 2111.5Develop process planning including creating process sheets; explain value engineering, grouptechnology and concurrent engineering in the selection of manufacturing process.

ME2403 Computer Integrated manufacturing ME 2403.1 To identify the main elements in computer integrated manufacturing systems

ME 2403.2

To use computer in the area of manufacturing to reduce manual processing and linkingcomputers to all the manufacturing machines and increase the productivity, reduce theunnecessary costs.

ME2403.3 To study about computer aided planning, artificial intelligence and expert systems

MECHANICAL DEPARTMENT ME CAD/CAM

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ME 2403.4To obtain an overview of computer technologies including computers, database and data

collection, networks, machine control, as they apply to factory management and factory flooroperation

ME2309 Vibration Analysis and Condition Monitoring

ME2309.1Identify the cause of vibration and learn its effects on structures. Recall vibrations of singledegree of freedom systems under free, damped and forced vibration conditions.

ME2309.2Formulate Mathematical expressions on Two degrees of freedom under steady state and transientcharacteristics of vibrations and deduce solutions for Multi degrees of freedom

ME2309.3

Explain the basics of Condition Monitoring and classify various vibration measuring instrumentto record and interpret the data and monitor the condition of the systems through vibrationparameters

ME2309.4 Explore monitoring techniques for structural Monitoring and effective functioning of the systems.

ME 403 Finite Element Techniques

ME 403.1Summarize basic equations of elasticity and formulate finite element modeling of onedimensional element using Potential energy approach.

ME 403.2Formulate finite element modeling of truss and frame elements along with the concepts oftransformation from local to global matrices.

ME 403.3 Interpolate Hermitian shape function of beam element in natural coordinate system.

ME 403.4Develop stiffness matrix for a plane stress & plane strain conditions on a CST, Axisymmetricelements by interpolating shape functions in natural coordinate system.

ME 403.5


ME 403.6

Formulate mass and stiffness matrices of 1D & beam elements to establish Eigen values &Eigenvectors using Lagarangian and Hamilton principles. Develop finite element model for 3Dproblems in stress analysis and explain the concepts of convergence criteria.Introduction toFinite Element Analysis Software.

ME2308 Optimisation Techniques

ME2308.1Apply simulation techniques by using Monte Carlo simulation along with random numbermethods for inventory controls and queuing models.

ME2308.2Understand and apply decision theory models such as decision making under certainty,uncertainty, under risk and tree analysis for various real life problems.

ME2308.3Understand integer programing by gomorys, branch and bound methods for real application oflinear programing models and mixed integer programing problems.

ME2308.4Apply bellmans principle of optimality of dynamic programing for research application of linearprograming and capital budgeting problems.

ME2308.5Understand unconstrained and constrained problems by applying lagrangian and Kuhntuckerconditions for research problems.

ME2032 Computational LabME2032.1 Use the tools like ANSYS in solving real time problems and day to day problems

ME2032.2Apply the Finite Element method for the calculation stresses,strains and deformations in anycomponent

ME2032.3 Critically evaluate the model results in comparison to simplified analytical solutionsME2032.4 Versatility in using these tools for any engineering and real time applications.ME2032.5 Gain knowledge on utilizing thses tools for a better project in their curriculum.ME2032.6 Face industry with confidence in using these tools in their respective jobs.

ME2113 Flexible Manufacturing Systems

M 2113.1Define and describe FMS, difference between cellular and FMS, FMS layouts. describe Planningand preparation guidelines for FMS

M2113.2Define and describe Just in time manufacturing and its benefits, describe group technologyclassification and coding and its benefits

M2113.3Design FMS using bottleneck and extended bottle neck models, describe construction andoperation of turning and machining centre, coordinate measuring machine

M2113.4Describe Automated storage and retrieval system, AGVS. Design storage space, queuingcarousels

M2113.5 Describe Tool management and specify cutting tool controls, work holding and work changingequipment. Describe General fixturing design of manual and automated transfer lines.

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M2113.6 Describe Computer hardware and software, PLC’s, communication networks in FMSimplementation

ME 2301 Automation

ME 2301.1 To learn & understand basic concepts of automation & its significance in manufacturingindustries

ME 2301.2 To understand Detroit type automation & flow lines.ME 2301.3 To conceptualize & design assembly line balancingME 2301.4 To learn about automated material handling systems

ME 2301.5 To understand different automated storage/retrieval system and to design effective andappropriate testing & inspection systems

ME562 CAD/CAM Laboratory

ME562.1

Use parametric CAD software for geometric modelling of mechanical designs and visualize ofmachine components and assemblies before their actual fabrication through modelling,animation, shading, rendering, lighting and coloring.

ME562.2Apply of CAD computational analysis tools to engineering design and create a complete CADdocumentation for an engineering design

ME562.3 Model complex shapes including freeform curves and surfacesME562.4 Explain the basic concepts of CNC programming and machiningME562.5 Implement CNC programs for milling and turning machining operations

ME2110 Experimental Techniques and Data Analysis

ME2110.1Understand and apply the cutting force measurement by different techniques and to generatesuitable signals through different transducers for the practical problems.

ME2110.2 Apply different transducers for converting temperature into suitable signals for research problems

ME2110.3Understand various surface measurement aspects and its measurement methods for a particularproblem in research

ME2110.4Design the experiment layout at minimum cost, time and to analyse the data generated fromexperiments for better solutions

ME2110.5 Able to apply Taguchi methods for different optimization problems in research











ME 2111.1



ME2111.3


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B.E. I/IV (CBCS) SEM-I BS101MT-EC101-ENGINEERING MATHEMATICS-1

CODE NO StatementBS 101.1 MT Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors

BS 101.2 MTSolve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

BS 101.3 MT

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solving problems on finding Radius ofcurvature , evolutes and envelopes

ECE DEPARTMENT

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BS 101.4 MTEvaluate limits, Continuity and derivatives of functions of two variables, Maxima & Minima forfunctions of two or more variables arising in Engineering Problems.

BS 101.5 MT Solving problems based on vector differentiation and vector integration.

BS102PH-EC102-ENGINEERING PHYSICS-1CODE NO StatementBS 102.1 To understand the basic concept in physical optiEC like Interference and Diffraction

BS 102.2To understand the polarization phenomena of light and to utilize Laser technology andHolography technique in various fields of Science and technology

BS 102.3 To gain the knowledge of Optical fibers and UltrasoniEC and their engineering applicationsBS 102.4 To understand the basiEC of Statistical mechaniEC and its significanceBS 102.5 To understand the basiEC of Wave mechaniEC and Electromagnetic theory

BS103CH-EC103-ENGINEERING CHEMISTRY-1CODE NO Statement

BS 103.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

BS 103.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders.

BS 103.3

Identify the impurities present in water, the problems associated with hard water and utilize theprinciples and techniques involved in water treatment (analysis) to purify water for domestic andindustrial purposes.

BS 103.4 List types of the polymers

BS 103.5explain the influence of chemical structure on properties of polymers and the need for

replacement of conventional materials with Polymers in engineering applications.

BS 103.6Classify Lubricants; Refractories, clay products and explain their properties, their use inengineering applications.

ES104CE-EC104-ENGINEERING MECHANICS-1CODE NO Statement

ES 104.1

Resolve forces acting on a body,obtain resultant force or moment acting due to set of forces andmoments acting on a body and determine unknown forces from equations of equilibrium offorces and moments

ES 104.2Obtain location of centres of mass of regular and composite shapes, use Pappus theorems tocalculate surface areas and volumes of composite structures

ES 104.3

Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies,effect of friction in screwjack,wedge,brakes and belt transmission

ES 104.4

Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem, calculate mass MI and radius of gyration for regularand composite structures

ES 104.5

Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles,write equations of motion under influence of forces for particles andconnected bodies and for plane motion of rigid bodies

ES 104.6Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion

ES 104.7

Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution

EC105EC-EC105-COMPUTER PROGRAMMING AND PROBLEM SOLVINGCODE NO Statement

EC 105.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive datatypes, operators.

EC 105.2 Apply concepts of selection statements, loops and functions to write C programs.

EC 105.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

EC 105.4Understand the dynamiEC of the memory through pointers and distinguish between call by valueand call by reference

EC 105.5 learn concepts of strings.

EC 105.6 Understand the concepts of derived data types and write programs on structures and unionsEC 105.7 Apply the concepts of file handling operations.

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MC106EG-EC106-ENGINEERING ENGLISHCODE NO Statement

MC 106.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

MC 106.2Able to understand the Importance of listening skills in the effective communication and the

models of interpersonal development.

MC 106.3Able to apply writing techniques to develop a passage, draft an essay, make a prÃ©cis andconstruct general reports, Business communication

MC 106.4 use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary.MC 106.5 improve reading comprehension skills by reading inspirational texts and infer information.

CODE NO BS151PH-EC107-ENGINEERING PHYSICS LAB-1Statement

BS 151.1 PH To demonstrate the phenomena of interference and determine wavelength of a given light source.

BS 151.2 PH To demonstrate the phenomena of diffraction and determine wavelength of a given light source .BS 151.3PH To understand the principle of lasers and determine wavelength of a given laser source.BS 151.4PH 2. learn basic grammar and structure of the English language such as Tense and Aspect BS 151.5PH Transformation of sentencesBS 151.6PH To verify Malus law of polarization of light.

BS 151.7PH To determine the specific rotatory power of an optically active substance using polarimeter.

BS151CH-EC108-ENGINEERING CHEMISTRY LAB-1CODE NO Statement

BS 151.1CHUtilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

BS 151.2CHMake use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

BS 151.3CHIdentify and determine hardness causing impurities present in hard water by complexometricmethod.

BS 151.4CHExplain causes for carbonate and bicarbonate alkalinity of water and estimate their concentrationin alkaline water.

BS 151.5CHEstimate quantitatively species like Fe+2, Fe+3, Cr+3, Mn, present in unknown complexmixtures like ores, alloys by titrimetric methods.

ES153CH-EC109-ENGINEERING GRAPHICS-1CODE NO Statement

ES153CH.1

The student would be able to recall the mathematical concepts related to scales, conic sections,involutes, etc and demonstrate proficiency in construction of these using the various methodsdescribed in literature.

ES153CH.2The student would be able to analyse the various tools in AUTOCAD and utilize them fordrawing of problems related to scales, conic sections, cycloids, etc..

ES153CH.3The student would be able to analyse the position of points and lines when placed in differentorientations with respect to reference planes and reproduce them using AUTOCAD.

ES153CH.4The student would be able to draw the various views of planes when in simple position and inoblique positions using AUTOCAD.

ES153CH.5

The student would be able to assess the shapes of objects such as prisms, pyramids and solids ofrevolution and analyse their projections when they are placed in different orientations withreference planes. Subsequently the students would be able to draw these projections usingAUTOCAD.

ES154CH-EC110-COMPUTER PROGRAMMING LAB-1CODE NO StatementES154CH.1 Understand the procedure to create, compile and execute C program for different inputs.ES154CH.2 Apply concepts of selection and looping statements

ES154CH.3 and apply concepts of functions to increase the modularity of the program and re usability.

ES154CH.4Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES154CH.5Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

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ES154CH.6 Apply derived data types using structures and unions.

ES155ME-EC111-ENGINEERING WORKSHOP-1CODE NO Statement

ES155ME.1

The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc.

ES155ME.2


ES155ME.3

The student would be able to utilize the various tools of machining namely lathe machine, cuttingtools (single point cutting tool, knurling tool, parting tool, etc) to perform various machiningoperations like turning, facing, drilling, boring, threading, knurling, etc.

ES155ME.4

The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints. Subsequently thestudent would be able to estimate how to prepare pipe connections for domestic and industrialapplications.

MC156-EG-EC112-ENGINEERING ENGLISH LABCODE NO Statement

MC156EG.1learn the sound system of English Language with the knowledge of IPA-classification &description

MC156EG.2 learn the word stress & aspects of connected speechMC156EG.3 learn the Rhythm & Intonation of English language

MC156EG.4Improve the fluency in the spoken form of the language by partaking in Presentation skills,Public speaking, Group Discussion and Debate.

MC156EG.5 learn to dictionary and thesaurus effectively in an appropriate way.

BS201MY-EC101-ENGINEERING MATHEMATICS-2CODE NO

BS201MY.1Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

BS201MY.2 Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

BS201MY.3Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.

BS201MY.4Evaluate improper integrals using Beta, Gamma and error functions and solve Besselâ€™sdifferential equations.

BS201MY.5 Solve some problems using the properties of Legendre polynomial and Besselâ€™s functions.

BS201MY.6Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

BS202PH-EC102-ENGINEERING PHYSICS-2CODE NO StatementBS202PH.1 To acquire the knowledge on basic concepts of solid state physiEC.

BS202PH.2To know and understand the properties and applications of magnetic and super conductingmaterials.

BS202PH.3 To know about the properties and applications of semiconducting and dielectric materials.

BS202PH.4To acquire the knowledge on latest material characterization techniques along with theirapplications.

BS202PH.5 To know about nano technology and nano science.


BS203CH.1

Recall, relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodes with the knowledgeof standard reduction potential data.

BS203CH.2Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells â€“their design, similarities, differences and applications.

Academic Year 2017-18B.E I (CBCS) II-SEM

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BS203CH.3List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.

BS203CH.4


BS203CH.5

List types of composites; liquid crystals, identify their advantages, engineering applications inday to day life and relate concept and principles of green chemistry for design and manufacturingof engineering materials.

HS204EG-EC104-BUSINESS COMMUNICATION AND PRESENTATION SKILLSCODE NO Statement

HS204EG.1know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

HS204EG.2learn models of Interpersonal Communication, Styles of Communication, Teamwork, PersuasionTechniques, Mobile phone and E-mail Etiquette and Time management

HS204EG.3learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers

HS204EG.4learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of Meeting

HS204EG.5 plan and prepare to face Interviews and participate in Group Discussions

PC205EC-EC105-BASIC CIRCUIT ANALYSISCODE NO Statement

PC205EC.1Appreciate the concept of Mesh, Super Mesh, Node, Super Node and Evaluate DC analysis ofNetwork theorems, Topologies and terminal Characteristics of Passive components.

PC205EC.2 Compute Transient and steady state responses of RL, RC and RLC series and Parallel networksPC205EC.3 Analyze AC circuits and magnetically coupled circuits.

PC205EC.4Differentiate between different sets of 2- Port network parameters along with interconnection ofnetworks.

PC205EC.5Evaluate Complex Frequencies, Pole-Zeros of an Admittance or Impedance function and sketchPole-Zero Plots and to find Resonance Q-Factor and Bandwidth.

ES949EE-EC106-ELECTRICAL TECHNOLOGYCODE NO StatementES949EE.1 Appreciate the importance of ac & dc circuits.ES949EE.2 The ability to select a suitable measuring instrument for measuring of electrical power .ES949EE.3 Recall operation of transformers and applications.ES949EE.4 Identify the suitable DC motor and generator for application.ES949EE.5 The ability to formulate and then analyze the working of AC electrical machine.

BS251PH-EC107-ENGINEERING PHYSICS LAB-2CODE NO StatementBS251PH.1 To examine the nature of ferromagnetic materials.

BS251PH.2 To characterize semiconducting device and calculate temperature co-efficient of resistance.BS251PH.3 To study the characteristiEC of photo voltaic cell and evaluate the efficiency.BS251PH.4 To characterize a semiconducting device and calculate the energy gap.

BS251PH.5To characterize a semiconducting device using junction diode and calculate the resistance forforward and reverse bias.

BS251PH.6 To examine the nature of dielectric materials and evaluate their related parameter.


BS251CH.1

Extend the knowledge of electroanalytical techniques like Conductometry, Potentiometry,pHmetry and Colorimetry for performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used in in daily life.

BS251CH.2Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

BS251CH.3Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.

BS251CH.4 Analyze acids quickly and accurately using pH metry.

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BS251CH.5Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

ES930EC-EC109-COMPUTER SKILLS LABCODE NO StatementES930EC.1 Identify assemble and disassemble the components of Personal Computer (PC) System.ES930EC.2 Install the operating system.ES930EC.3 Create Documents using MS WORD and spread sheets using MS EXCELES930EC.4 Design presentations using MS POWER POINTES930EC.5 Develop a website using HTMLES930EC.6 Use Documentation Tool LATEX to create reports, books, articles in standard formats.

HS253EG-EC110-COMMUNICATION SKILLS LABCODE NO StatementHS253EG.1 use dialogues in a variety of situations and settings such as Role Play HS253EG.2 make effective Presentations using multi-media and overcome stage frightHS253EG.3 learn the art of planning and making a Public SpeechHS253EG.4 participate in Group Discussions and Debates HS253EG.5 face Interviews effectively

PC945EC-EC111-ELECTRONIC WORKSHOP LABCODE NO Statement

PC945EC.1Appreciate the difference between different Passive, Active and Electro mechanical componentsand their lead identification procedures.

PC945EC.2 Use different Electronic test and measuring instrumentsPC945EC.3 Analyze and understand network theorems using MULTI-SIM.PC945EC.4 Appreciate how to design PCB, soldering and De-soldering techniquesPC945EC.5 Assess the importance of Transformer design, and its construction.

Code No. StatementBS 301.1 MT Solve problems based on differentiation and line integration of complex functions.

BS 301.2 MT Develop Taylor’s and Laurent’s series for a given complex function and explain some standardconformal transformations and application of the theory of residues.

BS 301.3 MT Develop a Fourier series for a given function in various Intervals.

BS 301.4 MT Solve problems on formation of partial differential equations and on some standard first orderedand higher ordered linear partial differential equations.

BS 301.5 MT Apply the theory of Fourier series to some boundary value problems associated with one -dimensional wave, heat and Laplace’s Equation.

Code No. StatementM 221.1 The student would be able to correlate the laws of thermodynamics with the fundamental

conceptual terminologies like properties, systems, processes, cycles, states, different types ofequilibrium, energy, etc and solve related problems.

M 221.2 The student would be able to understand the different classifications of IC engines andreciprocating air compressors with specific focus on similarities and differences between (i) 2stroke and 4 stroke engines and (ii) CI and SI engines. Subsequently, the student would be ableto compute the performance parameters of the engines and reciprocating air compressors.

M 221.3 The student would be able to classify the different modes of heat transfer, analyze the governingequations, understand the applications of heat exchangers and solve related problems.

M 221.4 The student would be able to assess the relevance of different refrigeration systems with respectto their eco friendliness, suitability, performance etc., and also learn about different parametersof Psychrometry.

M 221.5 The student would be able to classify different manufacturing processes like forging, welding,forming, machining, etc and recognize their suitability for manufacturing of different industrialproducts.

COURSE NAME : Elements of Mechanical Engineering COURSE CODE: BS 301 MT

B.E. II/IV (CBCS) SEM-I (III-sem)

COURSE NAME : Engineering Mathematics – III COURSE CODE: BS 301 MT

Academic Year 2017-18

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M 221.6 The student would be able to understand the different types of power transmission systems likegears, gear trains, belts, ropes etc with emphasis on their kinematic mechanisms and solverelated problems.

Code No. Statement

PC301EC.1 Interpret the characteristics and apply diode models to analyze various applications of diodes.

PC301EC.2 Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters.

PC301EC.3 Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability.

PC301EC.4 Analyze, compare and design of BJT amplifiers with biasing circuits.

PC301EC.5 Distinguish the working principles and characteristics of BJT and FET also between FET &MOSFET.

Code No. Statement

PC302EC.1 Translate one number system to another number system and define the Boolean laws andtheorems.

PC302EC.2 Deduce the simplified Boolean function using K-Map and Quine-Mc Clusky method andconstruct the logic circuits.

PC302EC.3 Design Combinational logic circuits and implement Boolean functions using IC’s.

PC302EC.4 Apply the concept of sequential logic design, analyze the operation of flip-flop and designvarious types of sequential circuits.

PC302EC.5 Distinguish synchronous and asynchronous sequential circuits, Design sequential circuits anddraw counters using various IC’s.

Code No. StatementPC303EC.1 Define and differentiate types of signals and systems in continuous and discrete time.

PC303EC.2 Apply the properties of the Fourier Series and Fourier Transform for Continuous and Discretetime signals.

PC303EC.3 List the properties of Fourier Transform and apply them to determine the Fourier spectrum

PC303EC.4 Relate Laplace transforms to solve differential equations and to determine the response of theContinuous Time Linear Time Invariant Systems to known inputs

PC303EC.5 Apply Z-Transforms for discrete time signals to solve Difference equations

PC303EC.6 Compute frequency domain representation of discrete time signals and systems. Obtain LinearConvolution and Correlation of discrete time signals with graphical representation.

Code No. StatementPC304EC.1 Characterize the various forms of Symmetrical & Asymmetrical Networks PC304EC.2 Design & Analyze the T, Pi, Lattice, Bridged T and L Section NetworksPC304EC.3 Distinguish between the characteristics of different of FiltersPC304EC.4 Realize LPF,BPF, HPF, BRF filters using constant K and m- derived methodsPC304EC.5 Infer various types of attenuator networks and construct them

Code No. Statement

ES352EE.1 The ability to formulate and then analyze the working of any electrical machines under loadedand unloaded conditions.

ES352EE.2 Design the rectifiers with filters using SPICEES352EE.3 Recognize the various parts of electrical machinesES352EE.4 Recall the methods to find efficiency and regulation of 1-phase transformersES352EE.5 Collect the data from experiments on AC machines to find characteristiECES352EE.6 Able to calculate the torque and speed control of a given machines

COURSE NAME: SIGNAL ANALYSIS AND TRANSFORM TECHNIQUES COURSE CODE: PC303EC

COURSE NAME: NETWORKS ANALYSIS AND SYNTHESIS COURSE CODE: PC304EC

COURSE NAME: ELECTRICAL ENGINEERING LAB COURSE CODE: ES352EE

COURSE NAME : ELECTRONIC DEVICES COURSE CODE: PC301EC

COURSE NAME: SWITCHING THEORY AND LOGIC DESIGN COURSE CODE: PC302EC

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Code No. Statement

PC351EC.1 Characterize the behavior of p-n junction diode, determine the diode parameters and designZener voltage regulator using SPICE

PC351EC.2Evaluate the performance of rectifiers with & without filters. Analyze and design the rectifiers with filters using SPICE.

PC351EC.3 Distinguish between the characteristics of different BJT and FET transistor configurations

PC351EC.4 Design and Evaluate the functionality of various biasing circuits for BJT and FET amplifiers

PC351EC.5 Analyze the functionality of Binary-to-gray and Gray-to-Binary code converter using logic gates

PC351EC.6 Derive the Boolean functions of adders and subtractors using K-maps and realize withminimum number of universal gates and also design using IC 74283

CO Student should be able to

MAT202.1Solve problems on formation of partial differential equations and some standard first order

partial differential equations.MAT 202.2 Solve problems based on differentiation and line integration of complex functions

MAT 202.3Solve problems based on expansion of a given complex function in Taylor’s series, Laurent’s

series ,some problems on contour integration and explain some standard conformaltransformations.

MAT 202.4Apply numerical methods for solving algebraic, transcendental , system of linear equations,

initial value problems for first order ordinary differential equations and interpolation methodsfor estimation. Apply method of least squares for curve fitting , computing correlation Coefficient and obtaining lines of regression for given data


PC301EC.1 Design and Analyze low frequency, mid frequency and high frequency response of small signalsingle stage and Multistage RC coupled and Transformer Amplifiers using BJT and FET.

PC301EC.2 Identify the type of negative feedback, Analyze and design of various negative feedbackamplifiers.

PC301EC.3 Design various Audio Frequency and Radio Frequency oscillators and various regulatorsPC301EC.4 Distinguish various classes of Power Amplifiers.PC301EC.5 Differentiate the performance and analyze various Tuned Amplifiers.

CO Student should be able to EC 302.1 Construct different linear networks and analyze their response to different input signals

EC 302.2 Understand switching characteristics of diodes and transistors and Construct various Non-linearcircuits

EC 302.3 Understand ,Analyze and design multivibrators and sweep circuits using transistors.

EC 302.4 Investigate the internal operation of a basic gate of various logic families and Compare basicoperating characteristics of CMOS and TTL logic families

EC 302.5 B Build basic gates with MOS and CMOS logic family and design their interfacing circuits


PC404EC Define the axiomatic formulation of modern Probability Theory and think of random variables asan intrinsic need for the analysis of random phenomena

PC404EC Characterize probability models and function of random variables based on single & multiplesrandom variables

PC404EC Evaluate and apply moments & characteristic functions and understand the concept ofinequalities and probabilistic limits.

Course Name: Pulse And Digital Circuits Course number: EC 302

Course Name: Probability Theory and Stochastic Processes Course number: EC253

COURSE NAME: ELECTRONIC DEVICES AND LOGIC DESIGN LAB COURSE CODE: PC351EC

Academic Year 2017-18B.E II (CBCS) IV-SEM

Course Name: Applied Mathematics Course number: MT 202

MAT 202.5

Course Name: Analog Electronic Circuits Course number: PC301EC

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PC404EC Define random processes and determine covariance and spectral density of stationary randomprocesses

PC404EC Demonstrate the specific applications to Markov processes and Evaluate the response of LTIsystems to stochastic processes in time and frequency domain

Code No. Statement

PC404EC.1Interpret the behavior of static electric fields & Evaluate the equation for potentials andcapacitances

PC404EC.2 Verify the basic principles of static magnetic fields with Biot – Savart & Ampere’s Laws.

PC404EC.3Analyze Electromagnetic wave propagation in free space and conducting media and illustrate theReflection of plane waves by different media both in normal and oblique incidence

PC404EC.4Interpret the characteristic behavior of Transmission Line under various load conditions &Deduce the expressions for Characteristic Impedance , Reflection Coefficient & PropagationConstant in all these cases.

PC404EC.5Draw Smith Chart and Calculate VSWR, Reflection Coefficient for Transmission Lines at HighFrequencies

CO Student should be able to PC451EC.1 Design and develop the amplifier circuits using PSPICE.

PC451EC.2 Analyze the effect of negative feedback on frequency response, design and construct thefeedback amplifiers using PSPICE.

PC451EC.3 Design and implement oscillator circuits and compare experimental results with theoreticalanalysis.

PC451EC.4 Investigate the performance of various power amplifiers.

PC451EC.5 Evaluate the characteristics of low pass and high pass filters, design and implement using SPICE.

CO Student should be able to PC452.1 Design and analyze various linear and nonlinear wave shaping circuits PC452.2 Design and analyze the switching characteristics of Transistor.

PC452.3Design and analyze the characteristics of Bistable, Astable and Monostable Multivibrators.

PC452.4 Design and Generate non-sinusoidal signals using Miller and UJT sweep circuits.PC452.5 Analyze the characteristics of Blocking oscillator.


EC301.1 Analyze DC and AC characteristics for Single/Dual input Balanced/Unbalanced outputconfigurations using BJTs.

EC301.2 Distinguish various linear and non-linear applications of Op-Amp.EC301.3 Construct various linear and nonlinear circuits using Op-Amp.

EC301.5 Analyze the operation of the most commonly used D/A and A/D converter types.


EC302.1 Design Linear & Nonlinear Wave shaping Circuits such as Differentiators, Integrators, Clippersand Clampers.

EC302.2 Design various Multivibrators employing BJTs and Sweep circuits employing UJT & SCR.

EC302.3 Implement the Switching Circuits with minimum of Hardware.

EC302.4 Design Combinational Logic Circuits such as Adders, Subtractors, Code Converters, andEncoders & Decoders. To comprehend the need of Flip-flops in building Digital Systems.

Course Name: Electromagnetic Theory AND Transmission Lines Course number: PC404EC

Course Name: Analog Electronic Circuits Lab Course number: PC451EC

Course Name: Pulse, Digital and Integrated Circuits Lab Course number: PC452EC

Academic Year 2017-18B.E. III/IV SEM-I

COURSE NAME: Linear ICs and Applications COURSE CODE: EC301

EC301.4 Design and Formulate Op-Amp oscillators, single chip oscillators, frequency generators andactive filters and IC regulators.

Course Name: Pulse Digital & Switching Circuits Course number: EC302

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EC302.5 Design Finite State Machines such as Counters & Sequence Detector.

CO Student should be able to EC303.1 Understand analog communication systems using amplitude modulation and demodulation.EC303.2 Understand analog communication systems using angle modulation and demodulation.EC303.3 Be familiar with analog radio transmitters and receivers.EC303.4 Understand the performance of analog communications in the presence of noise.EC303.5 Be familiar with analog pulse communication systems..


EC304.1 Classify the different types of the control systems and apply mathematical modeling to convertmechanical systems into electrical systems and Block diagram into Signal Flow Graph.

EC304.2 Examine the stability of the system using R-H and Root locus techniques and calculate theSteady state error, order, type of the system.

EC304.3 Illustrate the compensation techniques and frequency domain specifications and be able to finsthe stability of the system using Bode plot and Nyquist plot.

EC304.4 Characterize the digital control systems and Transfer function of sampled data system.EC304.5 Detect the Observability/Controllability of control systems and design their state models.


EC305.1 Classify the different types of the control systems and apply mathematical modeling to convertmechanical systems into electrical systems and Block diagram into Signal Flow Graph.

EC305.2 Examine the stability of the system using R-H and Root locus techniques and calculate theSteady state error, order, type of the system.

EC305.3 Illustrate the compensation techniques and frequency domain specifications and be able to finsthe stability of the system using Bode plot and Nyquist plot.

EC305.4 Characterize the digital control systems and Transfer function of sampled data system.EC305.5 Detect the Observability/Controllability of control systems and design their state models.

CO Student should be able to EC306.1 Appreciate the constructs and conventions of the Verilog HDL programming

EC306.2Generalize the Structural, Register-Transfer level (RTL) and Algorithmic levels of abstraction formodeling Digital hardware system and apply the concept of test-benches for simulation basedverification

EC306.3 Design and analyze modeling of Combinational, Sequential digital systems and Finite statemachines

EC306.4 Comprehend advanced features of Verilog HDL and apply them to design Complex Real Timedigital systems

EC306.5 Create various circuits for memory devices and annotate the ASIC/FPGA design flow


EC331.1Identify different types of Integrated circuits, IC packages its pin description and Interpret thedata sheet and can explain the importance of electrical parameters for considering an IC fordifferent applications.

EC331.2 Design and analyse the linear and non linear applications of op amps.

EC331.3 Design Astable and Monostable Multivibrator circuits using NE555 IC Timer and designdifferent applications based on it.

EC331.4 Design Combinational circuits by using digital ICs.EC331.5 Design Sequential circuits by using digital ICs.

CO Student should be able to Course Name: Verilog HDL lab Course number: EC-332

COURSE NAME: Analog Communication COURSE CODE: EC303

COURSE NAME: Automatic Control Systems COURSE CODE: EC304

COURSE NAME: Computer Organization & Architecture COURSE CODE: EC305

Course Name: DSD Through Verilog HDL Course Code: EC 306

COURSE NAME: Pulse& Digital IC Applications Lab COURSE CODE: EC331

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EC 332.1 Design building block of digital IC using Verilog HDL in all Dataflow, structural and behavioralmodeling styles.

EC 332.2 Analyze various modeling styles by understanding their impact on final gate levelcircuit.(Gate–level Net list file)

EC 332.3 Generate stimulus blocks to effectively test the functionality of the designs.

EC 332.4 Develop and Analyze 4 bit sequence detector using Mealy and Moore type Finite state machine.

EC 332.5 Synthesize and implement the digital circuit on FPGA boards.


EC351.1 Classify the different types of digital modulation techniques PCM, DPCM, DM and ADM andcompare their performance by SNR.

EC351.2 Illustrate the classification of channels and Entropy coding methods.

EC351.3 Distinguish different types of Error control codes along with their encoding/decoding algorithms.

EC351.4 Examine the Performance of different Digital Carrier Modulation schemes of Coherent and Non-coherent type based on Probability of error.

EC351.5 Generation of PN sequence usingSpread Spectrum and characterize the Acquisition Schemes forReceivers to track the signals.


EC 352.1 Evaluate DFT using direct and FFT methods. Analyze Circular and Linear convolution, andapply for linear filtering

EC 352.2 Design & compare Digital FIR filters using window method, Analyze the characteristics ofvarious windows

EC 352.3 Formulate & apply Digital IIR filter design using Butterworth &Chebyshev approximations toVerify the characteristics of LPF, HPF, BPF& BEF.

EC 352.4 Comprehend & deduce Interpolator, Decimator & Multi-stage sampling rate conversion andappreciate its applications

EC 352.5 Visualize & Appreciate the Architecture of TMS320C54xx Processor and the VariousAddressing modes.


EC353.1 Analyze different antenna parameters by applying the concept of Radiation and isotropic radiator.

EC353.2 Derive the far field pattern of loop and helical antennas by applying the concept of half wavedipole and quarter wave monopole.

EC353.3 Evaluate the features and analyze the radiation pattern of different VHF & UHF antennas byusing different measurement techniques.

EC353.4 Analyze the characteristics of broad side and end fire arrays and calculate various parameters.

EC353.5 Compare and Contrast different wave propagation techniques and illustrate the radio wavebehaviour in different modes of communications.

CO STATEMENT

EC354.1 Identify the architectural features of 8086,Comprehend the instruction set and Develop theassembly language programming

EC354.2 Conceptualize the interrupt structure of 8086, operation and interfacing of various peripheraldevices like memory, 8254, 8257 and 8251.

EC354.3 Differentiate between microprocessor and microcontroller in their architectural features anddevelop the assembly language programming using 8051.

EC354.4 Develop programs using the timers/counters and UART with interrupts.EC354.5 Extend the memory and I/O ports of 8051 and Program 8051 for real time applications.

Academic Year 2017-18 B.E. III/IV SEM-II

Course Name: Digital Communications Course number: EC351

Course Name: Digital Signal Processing Course number: EC 352

Course Name: Antenna& Wave Propagation Course number:EC353

Course Name: Micro Processors and Micro Controllers Course Code: EC354

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COURSE OUTCOMEStudent should be able to

CM371.1Find out the general exposure about the business, economic environment and the structuralaspects of Managerial Economics

CM371.2

Analyze different principles and laws of managerial economics & examine the consumerbehaviour for taking various managerial decisions, such as forecasting demand for new andexisting goods and services to the business units and also suggest the best profit maximizingproduction function to the producers/entrepreneurs.

CM371.3Identify the impact of changes in internal factors, such as cost, price & volume on profitabilityand appraise of the firms behaviour in different markets structures with respective to competitiveprices fixation of products and optimum input-output decisions.

CM371.4Evaluate with the knowledge of capital budgeting methods and techniques for different businessproposals and identify the best among them for prudent investment and also explore differentsources of capital needed to the business

CM371.5Construct and analyse the financial statements of the business and interpret them for taking idealmanagerial decisions.


EC381.1 Generate and detect the signal using analog modulation schemes AM, FM, PAM, PWM andPPM and digiatal modulation techniques ASK, FSK, BPSK, DPSK and M-ary QPSK

EC381.2 Generate the multiplexed signal using TDM and FDM and Demultiplex itEC381.3 Demonstrate the mixer characteristics, Pre-emphasis and De-emphasis Circuits.EC381.4 Generate and demodulate the signal using PCM, DPCM, DM and ADM.

EC381.5 Transmit the message via serial communication using modem and represent the data usingvarious signalling/data formats.

<statement> Student should be able to

EC 382.1 Evaluate frequency response, output response, Linear & circular convolution using DFT.Appreciate efficient implementation of DFT using FFT.

EC 382.2 Design & Interpret FIR filters (LPF,HPF,BPF & BEF) using various window techniques

EC 382.3 Develop & contrast IIR filters (LPF, HPF, BPF & BEF) using Butterworth and Chebyshevapproximations

EC 382.4 Implement Interpolation and Decimation.

EC 382.5 Devise the above concepts using MATLAB & CCS tools. Acquire knowledge to work on realtime processing using DSK.

CO Student should be able toEC383.1 Identify various ICs used in the development of 8086 trainer kit.

EC383.2 Develop the logic using instruction set of 8086 in different addressing modes to carry outarithmetic, logical and string operations.

EC383.3 Interface devices like ADC, DAC, LCD, and Stepper Motor to 8086EC383.4 Use the IDE tool effectively for developing and executing the programs using 8051.

EC383.5 Comprehend the usage of on-chip timers and serial communication of 8051 and their interruptsusing programs

EC383.6 Interface devices like ADC, DAC, LCD, and Stepper Motor to 8051 and develop real timeprojects.

CO StatementEC 384.1 Forecast about the technical approach in different industries.

EC 384.2Integrate their knowledge about different technologies and to apply them in problem solvingtechniques.

EC 384.3 Predict different problems that disturbs the environment and solve them.EC 384.4 Construct different Projects with the knowledge acquired.EC 384.5 Work in multidisciplinary teams.

Course Name: Communication Lab Course number: EC381

Course Name: Systems & Signal Processing Lab Course number: EC 382

CO

Course Name: Microprocessor And Microcontrollers Lab Course Code: EC383

Course Name: Industrial Visit Course Code: EC384

Course Name: MANAGERIAL ECONOMICS & ACCOUNTANCY Course number: CM371

CO

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CO Student should be able to EC 401.1 Analyse the Propagation of Guided waves in different modes between parallel planes.

EC 401.2 Evaluate different parameters (like impedance ,attenuation and quality factor.) for Rectangularand Circular Wave guides & Cavity Resonators

EC 401.3 Determining Scatt5erring parameters of different microwave components and analyse theirproperties.

EC 401.4 Integrate the concept of bunching and velocity modulation to summarize the operation of microwave tubes and the high frequency limitations of conventional tubes.

EC 401.5 Analyse the principle, operation and characteristics of different micro wave solid state devices.

CO Student should be able to EC402.1 Design building blocks of digital IC using Gate level and Dataflow Modelling.EC402.2 Design blocks of digital IC using Behavioural Modelling.EC402.3 Design Finite State Machines using Verilog HDL and Analyze Synthesis design flow.EC402.4 Analyze modes of operation of MOS transistor and its basic electrical properties

EC402.5 Draw stick diagrams and layouts for any MOS transistors and calculate the parasitic R & C

EC402.6 Design various combinational circuits using gates and transistors

CO Student should be able toEC403 .1 Differentiate the types errors in measurement and minimize them to reach standards.

EC403 .2 Choose different active and passive transducers to measure temperature for required applications.

EC403 .3 Apprehend the types of transducers to measure temperature, humidity and sound.EC403 .4 Classify measuring instruments to measure different parameters and store the result.EC403 .5 Demonstrate and analyze types of equipments that are used in biomedical signal analysis.


EC 411.1 Comprehend the key concepts of modes and linearly polarized modes. Distinguish raypropagation in single mode and graded index fibers.

EC 411.2 Describe the effects of dispersion in optical fibers due to materials, waveguide, polarizationmodes

EC 411.3 Choose direct and indirect band gap materials, light source materials. Understand structures ofLED, Laser diodes and the concepts of quantum laser, temperature effects and amplifiers.

EC 411.4Describe the working of PIN, APD diodes and estimate noise performance of photo detectorresponse time. Categorize different error sources and comprehend the concept of probability oferror and quantum limit

EC 411.5 Analyze point to point link to estimate power link budget and rise time budget. Understand theoperational details of Erbium doped fiber amplifiers and basics of SONET/SDH network


C412.1Interpret the fundamentals of Digital Image processing system and apply to evaluate variousrelationships between pixels.

C412.2Analyze various transforms and its properties and apply the knowledge to Design & formulatethe co-efficient matrices.

C412.3Enhance the images using spatial and frequency domain techniques & and apply the knowledgeto infer characteristics of images.

C412.4 Identify Image degradation processes. Model & Evaluate the Algebraic approach to restoration.

Course Name: Digital Image Processing Course number: EC 412

Academic Year 2017-18B.E. IV/IV SEM-I

Course Name: Microwave Engineering Course number: EC 401

Course Name: VLSI Design Course number: EC 402

Course Name: Electronic Instrumentation Course Code: EC 403

Elective-ICourse Name: Optical Fibre Communication Course number: EC 411

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C412.5Outline & measure various Redundancies of image compression, Analyze & evaluate variousLossless & Lossy coding techniques.

C412.6 Comprehend & classify the segmentation techniques based on point, line and edge detection.C412.7 Infer Image representation and classify simple descriptors for Image processing


EC 421.1Classify different types of embedded systems and explain the different hardware and softwarecomponent used in the system and various metrics or challenges in designing an embeddedsystem.

EC 421.2 Identify the features of ARM core and analyze the ARM instruction set.

EC 421.3 Compare various protocols like serial, parallel and internet enabled system-network protocols.

EC 421.4 Use modern engineering tools necessary for integrating software and hardware components inembedded system designs.

EC 421.5 Outline different IDEs for firmware development of processors/controllers.


MEXXX.1To develop distinct entrepreneurial traits and ability to recognize business opportunities to buildentrepreneurial career.

MEXXX.2Students can develop and systematically apply entrepreneurial way of thinking that will allowthem to identify and create business opportunities for commercialized success. To know theparameters to assess opportunities and constraints for new business ideas

MEXXX.3To design and develop a well presented successful business plan that is feasible and to gain theadvantage of Project financing.

MEXXX.4 To effectively plan projects through CPM/Pert techniques. To understand human aspects ofbusiness and helps to assess and evaluate tax burden.

MEXXX.5 This helps the entrepreneur to manage his human resources and time effectively.


ME 472-1

On completion of this unit learner (student) will be able to, (a) define business, objectives ofbusiness and types of business organization such as private undertakings, public undertakingsand joint sector. (b) Describe factors influencing the choice of suitable form of organization. (c)Explain organization structures and advantage of organization chart. (d) Describe principles oforganization structure. (e) Summarize types of organization structures, their merits and demerits.(f) Explain functions of management. (g) Summarize factors influencing the selection of plantlocation and plat layout. (h) Discuss principle consideration of typical industries. (i) Explaintypes of layouts such as line or product layout, functional or process layout, fixed position andcombination layout their advantages and disadvantages.

ME 472-2

On completion of this unit student will be able to, (a) State definitions and objectives of workstudy, method study and time study. (b) Discuss applications of work study and its advantages.(c) Know the contributions of F.W Taylor & Frank Gilbreth. (d) Explain objectives of methodstudy and its procedure. (e) Prepare flow process charts and symbols used in process charts. (f)Discuss motion analysis, Therbligs and SIMO chart. (g) Summarize principles of motioneconomy and work place layout. (h) Compute standard time by time study. (i) Discussperformance rating factor and allowances. (j) Describe work sampling procedure. (k) Summarizejob evaluation objectives and different types of job evaluation and their advantages. (l) Explainperformance appraisal objectives, methods. (m) Discuss wages, incentives, wage payment plansand wage incentive plans.

ME 472-3

On completion of this unit student will be able to, (a) Define inspection and quality and theirdifferences. (b) Discuss the objectives of inspection and kinds of inspections. (c) SummarizeSQC and techniques used in SQC. (d) Explain sampling inspection – sampling by attributes andvariables. (e) Prepare sampling plans – single, double and multiple sampling plans. (f) Drawvarious control charts and work out problems related to x-R chart, P. chart and C. chart. (g)Describe Quality Circles and ISO 9001 quality system. (h) Summarize production planning andcontrol – principles and functions. (i) Describe types of manufacture and production. (j) Drawvarious production control charts.

Elective-IICOURSE NAME:Embedded Systems COURSE CODE: EC 421

COURSE NAME: Entrepreneurship COURSE CODE: MEXXX

COURSE NAME: Industrial Administration & Financial Management COURSE CODE: ME 472

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ME 472-4

On completion of this unit student will be able to, (a) Define optimization and operationsresearch. (b) Solve problems on LPP using graphical solution. (c) Compute assignmentproblems. (d) Define PERT & CPM and their differences. (e) Calculate critical path. (f)Describe MM functions and its objectives. (g) Summarize types of material & material planningtechniques. (h) Express duties of purchase manager. (i) Determine economic ordering quantities.(j) Explain types of material purchase. (k) Classify different materials.

ME 472-5

On completion of this unit student will be able to, (a) Express types of cost and elements of cost.(b) Describe over heads, types of over heads and allocation of over heads. (c) Definedepreciation, methods of depreciation and compute depreciation. (d) Explain break even analysisand calculate breakeven point. (e) Express techniques of capital budgeting. (f) Describe timevalue of money, valuation concepts. (g) Define financial leverage, types of leverages. (h)Summarize importance of cost of capital and classification of cost of capital.


EC431.1 Analyze frequency, Wave length, SWR and Impedance for Reflex klystron Oscillator by using itsequation.

EC431.2 Evaluate of mode characteristics of Reflex klystron.EC431.3 Evaluate the VI characteristics of Gunn Diode.

EC431.4 Analyze of the characteristics of Circulator, Isolator, Directional Coupler, Tees like (Magic tee, E& H plane tees) using the Scattering parameters.

EC431.5 Generate the Radiation pattern of different antennas like Yagi-Uda and Horn Antenna andmeasure the gain of the antennas


EC 432.1 Use the keil software for the development of logic,proteus software for hardware simulation andflash magic for downloading the code on to the target system.

EC 432.2 Develop the logic to interface devices like temp sensor,stepper motor,Buzzer to ARMmicrocontroller and analyze the working of GPIO,on-chip peripherals of ARM

EC 432.3 Comprehend the concepts of RTOS and demonstrate them in ARM microcontroller

EC 432.4 Design any building block of digital IC in transistor level using Back End design process of ICand verify its functionality

EC 432.5 Draw the Layouts for the circuits and verify its functionality.

CO Student should be able to EC433.1 Carryout Literature survey in the area of interest.EC433.2 Survey the recent advancements in the identified area

EC433.3 Demonstrate an Understanding and discuss the problem within group and to arrive at possiblesolutions

EC433.4 Develop interpersonal skills, presentation skills, soft skills and creativityEC433.5 Prepare Technical reportsEC433.6 Demonstrate the qualities and attitudes of a professional engineer for forming a team


EC 451.1Appreciate the importance of Data communications and the necessity of the reference models:OSI, TCP/IP, Analyze the design issues related to data link layer.

EC 451.2Analyze MAC Sub layer, sliding window protocols and various IEEE 802 protocols and explainconcept of Circuit Switching and Packet Switching.

EC 451.3Infer the working of internet and the importance of the Network Layer in the Internet and ATMNetworks.

EC 451.4Assess the importance of transport services and various elements of transport layer likeConnection management, TCP and UDP protocols.

Course Name: Microwave Lab Course number: EC 431

Course Name: EMBEDDED C AND VLSI DESIGN LAB Course number: EC432

Course Name: Project Seminar Course number: EC433

Academic Year 2017-18 B.E. IV/IV SEM-II

Course Name: Data Communication and Computer Networks Course number: EC451

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EC 451.5Relate the Network Security with Cryptography Symmetric Key and Public Key algorithms, andwill appreciate the concept of Digital Signatures and Authentication Protocols


EC 464.1 Explain basics of RADAR system and will able to develop radar range equation. Illustrate theimportance of various parameters in enhanced range estimation for accurate prediction

EC 464.2 Illustrate various types of radars such as CW radar and their variations and displays in radar

EC 464.3 Explain types of MTI radar and non-coherent MTI radarEC 464.4 Illustrate on radar tracking methods and differences among themEC 464.5 Explain search radars and various antennas used in radars

Code No. Statement

EC 465.1 Understand the method of selection and reuse of a set of frequency channels, Base stationrequirement, signals required for communication and hand over between Base stations.

EC 465.2 Appreciate and understand the methods of electromagnetic wave propagation in cellularcommunication. The evaluation of the electromagnetic energy reaching the mobile unit.

EC 465.5 The development and limitation of the preliminary and advanced generation of mobile systems.Present trends in Cellular communications and the future communication requirements.

Code No. StatementEC 472.1 Analyze the GPS principal principle of operation and architecture.

EC 472.2Conceptualize the GPS signal structure and derive concepts of various error sources in GPS andto minimize or overcome these errors.

EC 472.3Illustrate different Augmentation systems for GPS and their architecture. Enumerate differentapplications of GNSS.

EC 472.4 Demonstrate the various types of GNSS constellations and their architectures.EC 472.5 Understanding various types of Regional based navigation systems and GPS integration

Code No. Statement

EC 474.1 Understand Wireless Sensor Networks requirements, Challenges involved. He Will appreciatethe emerging technologies developed in the recent past to realise Sensor networks

EC 474.2Will be able to understand operating system software execution, hardware components withenergy consumption profile .Optimization of requirements and parameters involved in figure ofmerit evaluation.

EC 474.3 Apply knowledge of Data protocols involved , physical layer design considerations, routingprotocols.

EC 474.4Understand the time synchronization requirements, commercial node details and Sensor nodesimulators. Compare the security protocols used in sensor networks

EC 474.5 Formulate and Slove problems creatively in the area of WSN


CE452.1To understand the Natural, human induced and human made disasters and help reduce theinternational decade of disaster reduction

EC 465.3 Identify different a methods of mobile access technologies and which of them suitable formobile cellular solutions. Understand process used for Bluetooth, Zigbee like low power devices.

EC 465.4 Explain features, authentication, , operational details of GSM and CDMA mobile cellularsystems along with data frame structure details.

Elective -III

Elective-IVCourse Name: GLOBAL NAVIGATIONAL SATELLITE SYSTEM Course number: EC 472

Course Name: Wireless sensor networks Course number: EC474

Course Name: Disaster Mitigation and Management Course number: CE452

Course Name: Radar systems Course number: EC464

Course Name: Mobile cellular communications Course number: EC465

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CE452.2To understand the different Hydrometereological based disasters like Tropical cyclones, floods,drought and desertification,Earth quake, Tsunamis, Landslides and avalanches.

CE452.3 To understandchemical industrial hazards, major power breakdowns, traffic accidents

CE452.4 To analyze the different disasters using remote sensing and GISI disaster mitigation andmanagement.

CE452.5To understand the Rich and vulnerability to disaster - mitigation and help analyze situationsusing management options like warning and forecasting.




Code No. Statement ; Students should be able to EC 482.1 Review acquired technical knowledge on the selected topic EC 482.2 Undertake problem identification, formulation and find optimal solution

EC 482.3 Identify suitable hardware and software requirements and design engineering solution tocomplex problems utilizing a systematic approach. Conduct an Engineering project using the state of art hardware and Electronics Design & Automation tools.

EC 482.5 Exhibit team work and Communicate with Engineers and the community at large.EC 482.6 Prepare project report/thesis

Academic Year 2016-17B.E I/IV SEM -1BS101MT-EC101-ENGINEERING MATHEMATICS-1

CODE NO StatementBS101MT.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors

BS101MT.2Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

BS101MT.3

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solving problems on finding Radius ofcurvature , evolutes and envelopes

BS101MT.4Evaluate limits, Continuity and derivatives of functions of two variables, Maxima & Minima forfunctions of two or more variables arising in Engineering Problems.

BS101MT.5 Solving problems based on vector differentiation and vector integration.

BS102PH-EC102-ENGINEERING PHYSICS-1CODE NO StatementBS102PH.1 To understand the basic concept in physical optiEC like Interference and Diffraction

BS102PH.2To understand the polarization phenomena of light and to utilize Laser technology andHolography technique in various fields of Science and technology

BS102PH.3 To gain the knowledge of Optical fibers and UltrasoniEC and their engineering applicationsBS102PH.4 To understand the basiEC of Statistical mechaniEC and its significanceBS102PH.5 To understand the basiEC of Wave mechaniEC and Electromagnetic theory


BS103CH.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

EC 482.4

Course Name: GENERAL SEMINAR Course number: EC481

Course Name: PROJECT Course number: EC 482

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BS103CH.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders.

BS103CH.3


BS103CH.4 List types of the polymers

BS103CH.5explain the influence of chemical structure on properties of polymers and the need for

replacement of conventional materials with Polymers in engineering applications.

BS103CH.6Classify Lubricants; Refractories, clay products and explain their properties, their use inengineering applications.

ES104CE-EC104-ENGINEERING MECHANICS-1CODE NO Statement

ES104CE.1

Resolve forces acting on a body,obtain resultant force or moment acting due to set of forces andmoments acting on a body and determine unknown forces from equations of equilibrium offorces and moments

ES104CE.2Obtain location of centres of mass of regular and composite shapes, use Pappus theorems tocalculate surface areas and volumes of composite structures

ES104CE.3

Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies,effect of friction in screwjack,wedge,brakes and belt transmission

ES104CE.4

Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem, calculate mass MI and radius of gyration for regularand composite structures

ES104CE.5

Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles,write equations of motion under influence of forces for particles andconnected bodies and for plane motion of rigid bodies

ES104CE.6Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion

ES104CE.7

Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution

EC105EC-EC105-COMPUTER PROGRAMMING AND PROBLEM SOLVINGCODE NO Statement

EC105EC.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive datatypes, operators.

EC105EC.2 Apply concepts of selection statements, loops and functions to write C programs.

EC105EC.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

EC105EC.4Understand the dynamiEC of the memory through pointers and distinguish between call by valueand call by reference

EC105EC.5 learn concepts of strings.

EC105EC.6 Understand the concepts of derived data types and write programs on structures and unionsEC105EC.7 Apply the concepts of file handling operations.

MC106EG-EC106-ENGINEERING ENGLISHCODE NO Statement

MC106EG.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

MC106EG.2Able to understand the Importance of listening skills in the effective communication and the

models of interpersonal development.

MC106EG.3Able to apply writing techniques to develop a passage, draft an essay, make a prÃ©cis andconstruct general reports, Business communication

MC106EG.4 1. use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary.MC106EG.5 improve reading comprehension skills by reading inspirational texts and infer information.

BS151PH-EC107-ENGINEERING PHYSICS LAB-1CODE NO Statement

BS151PH.1 To demonstrate the phenomena of interference and determine wavelength of a given light source.

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BS151PH.2 To demonstrate the phenomena of diffraction and determine wavelength of a given light source .BS151PH.3 To understand the principle of lasers and determine wavelength of a given laser source.BS151PH.4 2. learn basic grammar and structure of the English language such as Tense and Aspect BS151PH.5 Transformation of sentencesBS151PH.6 To verify Malus law of polarization of light.

BS151PH.7 To determine the specific rotatory power of an optically active substance using polarimeter.


BS151CH.1Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

BS151CH.2Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

BS151CH.3Identify and determine hardness causing impurities present in hard water by complexometricmethod.

BS151CH.4Explain causes for carbonate and bicarbonate alkalinity of water and estimate their concentrationin alkaline water.

BS151CH.5Estimate quantitatively species like Fe+2, Fe+3, Cr+3, Mn, present in unknown complexmixtures like ores, alloys by titrimetric methods.

ES153CH-EC109-ENGINEERING GRAPHICS-1CODE NO Statement

ES153CH.1


ES153CH.2The student would be able to analyse the various tools in AUTOCAD and utilize them fordrawing of problems related to scales, conic sections, cycloids, etc..

ES153CH.3The student would be able to analyse the position of points and lines when placed in differentorientations with respect to reference planes and reproduce them using AUTOCAD.

ES153CH.4The student would be able to draw the various views of planes when in simple position and inoblique positions using AUTOCAD.

ES153CH.5


ES154CH-EC110-COMPUTER PROGRAMMING LAB-1CODE NO StatementES154CH.1 Understand the procedure to create, compile and execute C program for different inputs.ES154CH.2 Apply concepts of selection and looping statements

ES154CH.3 and apply concepts of functions to increase the modularity of the program and re usability.

ES154CH.4Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES154CH.5Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

ES154CH.6 Apply derived data types using structures and unions.

ES155ME-EC111-ENGINEERING WORKSHOP-1CODE NO Statement

ES155ME.1

The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc.

ES155ME.2


ES155ME.3

The student would be able to utilize the various tools of machining namely lathe machine, cuttingtools (single point cutting tool, knurling tool, parting tool, etc) to perform various machiningoperations like turning, facing, drilling, boring, threading, knurling, etc.

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ES155ME.4


CODE NOMC156EG.1 MC156-EG-EC112-ENGINEERING ENGLISH LABMC156EG.2 Statement

MC156EG.3learn the sound system of English Language with the knowledge of IPA-classification &description

MC156EG.4 learn the word stress & aspects of connected speechMC156EG.5 learn the Rhythm & Intonation of English language

Improve the fluency in the spoken form of the language by partaking in Presentation skills,Public speaking, Group Discussion and Debate. learn to dictionary and thesaurus effectively in an appropriate way.

Academic Year 2016-17B.E I/IV SEM -2

CODE NOBS201MY.1 BS201MY-EC101-ENGINEERING MATHEMATICS-2BS201MY.2 Statement

BS201MY.3Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

BS201MY.4 Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

BS201MY.5Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.

BS201MY.6Evaluate improper integrals using Beta, Gamma and error functions and solve Besselâ€™sdifferential equations.

Solve some problems using the properties of Legendre polynomial and Besselâ€™s functions.Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

CODE NOBS202PH.1 BS202PH-EC102-ENGINEERING PHYSICS-2BS202PH.2 StatementBS202PH.3 To acquire the knowledge on basic concepts of solid state physiEC.

BS202PH.4To know and understand the properties and applications of magnetic and super conductingmaterials.

BS202PH.5 To know about the properties and applications of semiconducting and dielectric materials.To acquire the knowledge on latest material characterization techniques along with theirapplications.To know about nano technology and nano science.

CODE NOBS203CH.1 BS203CH-EC103-ENGINEERING CHEMISTRY-2BS203CH.2 Statement

BS203CH.3

Recall, relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodes with the knowledgeof standard reduction potential data.

BS203CH.4Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells â€“their design, similarities, differences and applications.

BS203CH.5List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.Classify chemical fuels, calculate calorific value, air quantities required for combustion of fuels,explain analysis of coal, refining of petroleum, cracking of petroleum, engine knocking , fuelrating , identify uses of solid , liquid , gaseous fuels and the importance of renewable energysources such as bio-diesel. List types of composites; liquid crystals, identify their advantages, engineering applications inday to day life and relate concept and principles of green chemistry for design and manufacturingof engineering materials.

HS204EG-EC104-BUSINESS COMMUNICATION AND PRESENTATION SKILLS

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know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriatelylearn models of Interpersonal Communication, Styles of Communication, Teamwork, PersuasionTechniques, Mobile phone and E-mail Etiquette and Time managementlearn the differences between Technical and General writing, Report-writing, and draftingScientific Paperslearn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of Meetingplan and prepare to face Interviews and participate in Group Discussions

CODE NOPC205EC.1 PC205EC-EC105-BASIC CIRCUIT ANALYSISPC205EC.2 Statement

PC205EC.3Appreciate the concept of Mesh, Super Mesh, Node, Super Node and Evaluate DC analysis ofNetwork theorems, Topologies and terminal Characteristics of Passive components.

PC205EC.4 Compute Transient and steady state responses of RL, RC and RLC series and Parallel networksPC205EC.5 Analyze AC circuits and magnetically coupled circuits.

Differentiate between different sets of 2- Port network parameters along with interconnection ofnetworks.Evaluate Complex Frequencies, Pole-Zeros of an Admittance or Impedance function and sketchPole-Zero Plots and to find Resonance Q-Factor and Bandwidth.

CODE NOES949EE.1 ES949EE-EC106-ELECTRICAL TECHNOLOGYES949EE.2 StatementES949EE.3 Appreciate the importance of ac & dc circuits.ES949EE.4 The ability to select a suitable measuring instrument for measuring of electrical power .ES949EE.5 Recall operation of transformers and applications.

Identify the suitable DC motor and generator for application.The ability to formulate and then analyze the working of AC electrical machine.

CODE NOBS251PH.1 BS251PH-EC107-ENGINEERING PHYSIEC LAB-2BS251PH.2 StatementBS251PH.3 To examine the nature of ferromagnetic materials.

BS251PH.4 To characterize semiconducting device and calculate temperature co-efficient of resistance.BS251PH.5 To study the characteristiEC of photo voltaic cell and evaluate the efficiency.BS251PH.6 To characterize a semiconducting device and calculate the energy gap.

To characterize a semiconducting device using junction diode and calculate the resistance forforward and reverse bias.To examine the nature of dielectric materials and evaluate their related parameter.

CODE NOBS251CH.1 BS251CH-EC108-ENGINEERING CHEMISTRY LAB-2BS251CH.2 Statement

BS251CH.3

Extend the knowledge of electroanalytical techniques like Conductometry, Potentiometry,pHmetry and Colorimetry for performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used in in daily life.

BS251CH.4Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

BS251CH.5Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.Analyze acids quickly and accurately using pH metry.Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

CODE NOES930EC.1 ES930EC-EC109-COMPUTER SKILLS LABES930EC.2 StatementES930EC.3 Identify assemble and disassemble the components of Personal Computer (PC) System.ES930EC.4 Install the operating system.ES930EC.5 Create Documents using MS WORD and spread sheets using MS EXCELES930EC.6 Design presentations using MS POWER POINT

Develop a website using HTMLUse Documentation Tool LATEX to create reports, books, articles in standard formats.

CODE NO

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HS253EG.1 HS253EG-EC110-COMMUNICATION SKILLS LABHS253EG.2 StatementHS253EG.3 use dialogues in a variety of situations and settings such as Role Play HS253EG.4 make effective Presentations using multi-media and overcome stage frightHS253EG.5 learn the art of planning and making a Public Speech

participate in Group Discussions and Debates face Interviews effectively

CODE NOPC945EC.1 PC945EC-EC111-ELECTRONIC WORKSHOP LABPC945EC.2 Statement

PC945EC.3Appreciate the difference between different Passive, Active and Electro mechanical componentsand their lead identification procedures.

PC945EC.4 Use different Electronic test and measuring instrumentsAnalyze and understand network theorems using MULTI-SIM.Appreciate how to design PCB, soldering and De-soldering techniquesAssess the importance of Transformer design, and its construction.

Code No. Statement






initial value problems for first order ordinary differential equations and interpolation methodsfor estimation.

MAT 202.5Apply method of least squares for curve fitting , computing correlation Coefficient and

obtaining lines of regression for given data

Code No. Statement

EC 201.1 Appreciate the concept of Mesh, Super Mesh, Node, Super Node their DC analysis.-Networktheorems, Topologies and terminal Characteristics.

EC 201.2 Compute Transient and steady state responses of RL, RC and RLC series and Parallel networks.

EC 201.3 Analyze AC circuits and magnetically coupled circuits.

EC 201.4 Differentiate between different sets of 2- Port network parameters along with interconnection ofnetworks.

EC 201.5 Evaluate Complex Frequencies, Pole-Zeros of an Admittance or Impedance function and sketchPole-Zero Plots and to find Resonance Q-Factor and Bandwidth.

Code No. StatementEC202.1 Analyze the behaviour of static electric and magnetic fields.

EC202.2 Evaluate the equation for potentials and capacitances to understand the concepts of static anddynamic fields.

EC202.3 Compute the basic principles of static electric and magnetic fields with Maxwell’s equations andextend them to time varying fields.

EC202.4 Describe and analyze Electromagnetic wave propagation in free space and conducting media.

EC202.5 Interpret and illustrate the Reflection of plane waves by different media both in normal andoblique incidence.

Code No. Statement

Academic Year 2016-17 B.E. II/IV SEM-I

Course Name: Applied Mathematics Course number: MT 202

Course Name: Basic Circuit Analysis Course number: EC-201

Course Name: Electromagnetic Theory Course number: EC202

Course Name: Electronic Devices Course number: EC 203

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EC 203.1 Interpret the V-I characteristics & switching characteristics to determine the diode parametersand apply diode models to analyze various applications of diodes.

EC 203.2 Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters.

EC 203.3 Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability.

EC 203.4 Analyze, compare and design of BJT amplifiers with biasing circuits.

EC 203.5 Distinguish the working principles of BJT and FET also compare between FET & MOSFET.

Code No. StatementM 221.1 The student would be able to correlate the laws of thermodynamics with the fundamental







Code No. StatementEE222.1 Understand the construction and operation of a DC generator and DC motorEE222.2 Derive the generation of emf in an alternatorEE222.3 Analyze the operation of a single phase transformerEE222.4 Comprehend the rotating magnetic field of a three phase induction motorEE222.5 List the applications of single phase induction motor

Code No. Statement

EC231.1 Characterize the behavior of p-n junction diode, determine the diode parameters and designZener voltage regulator using SPICE.Evaluate the performance of rectifiers with & without filters. Analyze and design the rectifiers with filters using SPICE.

EC231.3 Distinguish between the characteristics of different BJT and FET transistor configurations.

EC231.4 Design and Evaluate the functionality of various biasing circuits for BJT and FET amplifiers.

EC231.5 Generate and interpret the characteristics of UJT, SCR, Tunnel diode and photo diode

Code No. Statement

EC232.1 Appreciate the difference between different Passive, Active and Electro mechanical componentsand their lead identification procedures.

EC232.2 Use different Tools, Electronic test and measuring instruments.EC232.3 Show expertise in Analyzing the network concepts and their theorems.

EC232.4 Appreciate how to start a project from the component selection to PCB design, soldering and De-soldering.

COURSE NAME : Elements of Mechanical Engineering COURSE CODE: MT

Course Name: Electrical TECHNOLOGY Course number: EE222

Course Name: Electronic Devices Lab Course number: EC 231

EC231.2

Course Name: Electronic Workshop and Simulation Lab Course number: EC232

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EC232.5 Assess the importance of Transformer design, and its construction.


EC251.1 Design and Analyze low frequency, mid frequency and high frequency response of small signalsingle stage and Multistage RC coupled and Transformer Amplifiers using BJT and FET.

EC 251.2 Identify the type of negative feedback, Analyze and design of negatfeedback amplifiers.EC 251.3 Design Audio Frequency and Radio Frequency oscillators.EC 251.4 Develop and formulate Transistorized voltage regulatorsEC 251.5 Distinguish the classes of Power Amplifiers and their design considerations.EC 251.6 Differentiate the performance and analyze single and double Tuned Amplifiers.


EC 252.1 Compute image impedance, iterative impedance, characteristic impedance and propagationconstant for networks.

EC 252.2 Design different types of passive filters.EC 252.3 Generalize the difference between impedance and admittance function

EC 252.4 Analyze physical significance of the equations of the transmission lines, compute open and shortcircuited lines and develop the condition for distortionless transmission lines.

EC 252.5 Classify various types of transmission lines and calculate the reflection co-efficient and differentparameters of transmission lines using the analytical and graphical methods.


EC253.1 Define the axiomatic formulation of modern Probability Theory and think of random variables asan intrinsic need for the analysis of random phenomena

EC253.2 Characterize probability models and function of random variables based on single & multiplesrandom variables

EC253.3 Evaluate and apply moments & characteristic functions and understand the concept ofinequalities and probabilistic limits.

EC253.4 Define random processes and determine covariance and spectral density of stationary randomprocesses

EC253.5 Demonstrate the specific applications to Markov processes and Evaluate the response of LTIsystems to stochastic processes in time and frequency domain

CO Student should be able to EC254.1 Define and differentiate types of signals and systems in continuous and discrete time.

EC254.2 Apply the properties of the Fourier Series and Fourier Transform for Continuous and Discretetime signals.

EC254.3 List the properties of Fourier Transform and apply them to determine the Fourier spectrum.

EC254.4 Relate Laplace transforms to solve differential equations and to determine the response of theContinuous Time Linear Time Invariant Systems to known inputs.

EC254.5 Apply Z-Transforms for discrete time signals to solve Difference equations.

EC254.6 Compute frequency domain representation of discrete time signals and systems. Obtain LinearConvolution and Correlation of discrete time signals with graphical representation.


EC255.1 Translate one number system to another number system and define various Boolean laws andtheorems.

EC255.2 Deduce the simplified Boolean function using K-Map and Quine-Mc Clusky method andconstruct the logic circuits.

Academic Year: 2016-17 B.E. II/IV SEM-II

Course Name: Analog Electronic Circuits Course number: EC 251

Course Name: Networks And Transmission Lines Course number: EC 252


CO

Course Name: Signals Analysis and Transform Techniques Course number: EC254

Course Name: Switching Theory and logic Design Course number: EC255

of 404

EC255.3 Design Combinational logic circuits and implement Boolean functions using IC’s.

EC255.4 Illustrate the concept of sequential logic design, analyze the operation of flip-flop and designvarious types of sequential circuits.

EC255.5 Distinguish synchronous and asynchronous sequential circuits, Design sequential circuits anddraw counters using various IC’s.


CE 222.1 Comprehend the importance of natural resources (Water and land) and their role in thesustainable environment

CE 222.2 Understand basic concepts of an ecosystem and its significanceCE 222.3 Illustrate the value of biodiversity and need for its conservation

CE 222.4 Identify different types of environmental pollution, their causes, effects and control measures andneed for environmental legislation.

CE 222.5 Analyze global environmental issues, social aspects including population growth, disastermanagement.


EC281.1 Design Pulse circuits (Clippers, Clampers, multivibrators) to generate required waveforms andanalyze outputs practically.

EC281.2 Analyze frequency response of two stages RC coupled and negative feed amplifiers at lowfrequency, mid frequency and high frequency and compare their bandwidths with BJT and FET.

EC281.3 Distinguish various oscillator circuits with respect to frequency of oscillations.

EC281.4 Analyze power amplifiers with their efficiency and Tuned amplifiers for their resonancefrequency.

EC281.5 Calculate theoretical image impedance, characteristic impedance and verify practically. Designand verify m derived and Constant K filters.

CO Student should be able to EE292.1 Analyze the working of three phase induction by conducting a load testEE292.2 Synthesis the equivalent circuit parameters of a single phase transformer

EE292.3 Evaluate the regulation of a alternator by implying synchronous impedance method at differentpowerfactor s at various suitable loads

EE292.4 Analyze the speed control and loading charectastrics of DC shunt and compound motors


EC 301.1 Analyze DC and AC characteristics for Single/Dual input Balanced/Unbalanced outputconfigurations using BJTs.

EC 301.2 Distinguish various linear and non-linear applications of Op-Amp.EC 301.3 Construct various linear and nonlinear circuits using Op-Amp.

EC 301.4 Design and Formulate Op-Amp oscillators, single chip oscillators, frequency generators andactive filters and IC regulators.

EC 301.5 Analyze the operation of the most commonly used D/A and A/D converter types.

CO Student should be able to EC 302.1 Construct different linear networks and analyze their response to different input signals

EC 302.2 U Understand switching characteristics of diodes and transistors and Construct various Non-linear circuits

EC 302.3 Understand ,Analyze and design multivibrators and sweep circuits using transistors.

EC 302.4 In Investigate the internal operation of a basic gate of various logic families and Compare basicoperating characteristics of CMOS and TTL logic families

Course Name: Pulse And Digital Circuits Course number: EC 302

Course Name: ENVIRONMENTAL STUDIES Course number: CE 222

Course Name: Analog Electronic Circuits Lab Course number: EC281

Course Name: ELECTRICAL TECHNOLOGY LAB Course number: EE292

Academic Year: 2016-17III Year I Sem

Course Name: Linear IC Applications Course number: EC301

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EC 302.5 B Build basic gates with MOS and CMOS logic family and design their interfacing circuits

CO Student should be able to EC303.1 Understand analog communication systems using amplitude modulation and demodulation.EC303.2 Understand analog communication systems using angle modulation and demodulation.EC303.3 Be familiar with analog radio transmitters and receivers.EC303.4 Understand the performance of analog communications in the presence of noise.EC303.5 Be familiar with analog pulse communication systems..


EC 304.1 Classify the different types of the control systems and apply mathematical modeling to convertmechanical systems into electrical systems and Block diagram into Signal Flow Graph.

EC 304.2 Examine the stability of the system using R-H and Root locus techniques and calculate theSteady state error, order, type of the system.

EC 304.3 Illustrate the compensation techniques and frequency domain specifications and be able to finsthe stability of the system using Bode plot and Nyquist plot.

EC 304.4 Characterize the digital control systems and Transfer function of sampled data system.EC 304.5 Detect the Observability/Controllability of control systems and design their state models.


EC305.1 Apply the knowledge of Bus structure, Registers, Micro-operations, Instructions formats andaddressing modes to design the basic structure of a digital computer.

EC305.2 Relate the number representation of digital computer to devise the Hardware arithmeticalgorithms.

EC305.3 Comprehend control unit design using hardwired and Micro programmed organization.

EC305.4 Interpret different ways of communicating with I/O devices and appreciate the importance IOP.

EC305.5 Annotate the organization of various memory structures; Construct various memories like cache& Virtual. Associate the various replacement policies.

EC305.6 Conceptualize instruction level parallelism, VLIW architecture and deduce the various pipelineconflicts

CO Student should be able to EC306.1 Appreciate the constructs and conventions of the Verilog HDL programming

EC306.2Generalize the Structural, Register-Transfer level (RTL) and Algorithmic levels of abstraction formodeling Digital hardware system and apply the concept of test-benches for simulation basedverification

EC306.3 Design and analyze modeling of Combinational, Sequential digital systems and Finite statemachines

EC306.4 Comprehend advanced features of Verilog HDL and apply them to design Complex Real Timedigital systems

EC306.5 Create various circuits for memory devices and annotate the ASIC/FPGA design flow


EC 331.1Identify different types of Integrated circuits, IC packages its pin description and Interpret thedata sheet and can explain the importance of electrical parameters for considering an IC fordifferent applications.

EC 331.2 Design and analyse the linear and non linear applications of op amps.

EC 331.3 Design Astable and Monostable Multivibrator circuits using NE555 IC Timer and designdifferent applications based on it.

EC 331.4 Design Combinational circuits by using digital ICs.EC 331.5 Design Sequential circuits by using digital ICs.

Course Name: Analog Communication Course number: EC303

Course Name: Automatic Control Systems Course Code: EC 304

Course Name: Computer Organization And Architecture Course Code: EC305

Course Name: DSD Through Verilog HDL-A Course Code: EC 306

Course Name: Pulse And Digital Integrated Circuits Lab Course number: EC 331

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EC 332.1 Design building block of digital IC using Verilog HDL in all Dataflow, structural and behavioralmodeling styles.

EC 332.2 Analyze various modeling styles by understanding their impact on final gate levelcircuit.(Gate–level Net list file)

EC 332.3 Generate stimulus blocks to effectively test the functionality of the designs.

EC 332.4 Develop and Analyze 4 bit sequence detector using Mealy and Moore type Finite state machine.

EC 332.5 Synthesize and implement the digital circuit on FPGA boards.










EC 352.3 Formulate & apply Digital IIR filter design using Butterworth &Chebyshev approximations toVerify the characteristics of LPF, HPF, BPF& BEF.




EC353.1 Analyze different antenna parameters by applying the concept of Radiation and isotropic radiator.


EC353.3 Evaluate the features and analyze the radiation pattern of different VHF & UHF antennas byusing different measurement techniques.

EC353.4 Analyze the characteristics of broad side and end fire arrays and calculate various parameters.


CO STATEMENT

EC354.1 Identify the architectural features of 8086,Comprehend the instruction set and Develop theassembly language programming

EC354.2 Conceptualize the interrupt structure of 8086, operation and interfacing of various peripheraldevices like memory, 8254, 8257 and 8251.

EC354.3 Differentiate between microprocessor and microcontroller in their architectural features anddevelop the assembly language programming using 8051.

EC354.4 Develop programs using the timers/counters and UART with interrupts.EC354.5 Extend the memory and I/O ports of 8051 and Program 8051 for real time applications.



Course Name: Antenna& Wave Propagation Course number:EC353

Course Name: Micro Processors and Micro Controllers Course Code: EC354

Course Name: Verilog HDL lab Course number: EC-332

Academic Year: 2016-17III Year II Sem

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CM371.2






EC381.1 Generate and detect the signal using analog modulation schemes AM, FM, PAM, PWM andPPM and digiatal modulation techniques ASK, FSK, BPSK, DPSK and M-ary QPSK

EC381.2 Generate the multiplexed signal using TDM and FDM and Demultiplex itEC381.3 Demonstrate the mixer characteristics, Pre-emphasis and De-emphasis Circuits.EC381.4 Generate and demodulate the signal using PCM, DPCM, DM and ADM.

EC381.5 Transmit the message via serial communication using modem and represent the data usingvarious signalling/data formats.


EC 382.1 Evaluate frequency response, output response, Linear & circular convolution using DFT.Appreciate efficient implementation of DFT using FFT.



EC 382.4 Implement Interpolation and Decimation.

EC 382.5 Devise the above concepts using MATLAB & CCS tools. Acquire knowledge to work on realtime processing using DSK.

CO STATEMENTEC383.1 Identify various ICs used in the development of 8086 trainer kit.


EC383.3 Use the IDE tool effectively for developing and executing the programs using 8051.


EC383.5 Evaluate the operation of on-chip peripherals using interrupt methodEC383.6 Interface devices like ADC, DAC, LCD, and Stepper Motor to 8051





CO

Course Name: Communication Lab Course number: EC381

Course Name: Systems & Signal Processing Lab Course number: EC 382

CO

Course Name: Micro Processors and Micro Controllers Lab Course Code: EC383

Course Name: Industrial Visit Course number: EC 384

of 404










EC403.1Appreciate the importance of Data communications and the necessity of the reference models:OSI, TCP/IP, Analyze the design issues related to data link layer and various flow controlprotocols

EC403.2 Analyze the design issues related to data link layer and various flow control protocols.

EC403.3 Infer the working of internet and the importance of the Network Layer in the Internet and ATMNetworks.

EC403.4 Assess the importance of transport services and various elements of transport layer likeConnection management, TCP and UDP protocols.

EC403.5 Understand and comprehend the importance of Application layer and Domain Name System,SNMP, E-mail, World Wide Web.

EC403.6 Relate the Network Security with Cryptography Symmetric Key and Public Key algorithms, andwill appreciate the concept of Digital Signatures and Authentication Protocols.







IV Year I Sem



Course Name: Computer Networks Course number: EC 403

Course Name: Mobile and Cellular Communications Course number: EC 404

Elective-I

Academic Year : 2016-17

Course Name: EMBEDDED SYSTEMS Course number: EC 411

of 404


EC 411.1Classify different types of embedded systems and explain the different hardware and softwarecomponent used in the system and various metrics or challenges in designing an embeddedsystem.

EC 411.2 Identify the features of ARM core and analyze the ARM instruction set.

EC 411.3 Compare various protocols like serial, parallel and internet enabled system-network protocols.

EC 411.4Use modern engineering tools necessary for integrating software and hardware components inembedded system designs.

EC 411.5 Outline different IDEs for firmware development of processors/controllers.








C413.1 Interpret the fundamentals of Digital Image processing system and apply to evaluate variousrelationships between pixels.

C413.2 Analyze various transforms and its properties and apply the knowledge to Design & formulatethe co-efficient matrices.

C413.3 Enhance the images using spatial and frequency domain techniques & and apply the knowledgeto infer characteristics of images.

C413.4 Identify degradation & Restoration processes. Model & Evaluate the Algebraic approach torestoration, inverse filtering and Wiener filtering techniques.

C413.5 Outline & measure various Redundancies of image compression Analyze & evaluate variousLossless & Lossy coding techniques.


ME 472-1


ME 472-2


Course Name: Optical Fibre Communication Course number: EC 412


COURSE NAME: Industrial Administration & Financial Management COURSE CODE: ECME 472

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ME 472-3


ME 472-4


ME 472-5







CO Student should be able to EC 432.1 Design combinational circuits using Verilog HDL. EC 432.2 Design sequential circuits.EC 432.3 Illustrate and design finite state machines.EC 432.4 Design basic CMOS circuits in transistor level.EC 432.5 Illustrate and design CMOS multiplexer and decoder.





EC 451.1 Explain basics of RADAR system, the importance of various parameters in range estimation.

EC 451.2 Illustrate various types of radars such as CW radar and their variations, MTI radar and itsperformance limitations and non-coherent MTI radar.

EC 451.3 Illustrate types of tracking methods and radar antennas, displays.EC 451.4 Illustrate basics of satellite communication.

Course Name: Radar and Satellite Communication Course number: EC451


Course Name: Electronic Design and Automation Lab Course number: EC432


Academic Year: 2016-17IVYear II Sem

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EC 451.5 Explain various types of satellite sub-systems and various multiple access techniques.EC 451.6 Illustrate satellite link design and satellite data communication protocols.

Code No. Student should be able to

EC464.1 Associate the mechanism of speech production to the source filter model of speech productionfor various speech sounds and interpret the speech analysis techniques.

EC464.2 Comprehend feature extraction of speech such as voiced/unvoiced decision and pitch extractionusing various algorithms like Rabiner and Gold, SIFT.

EC464.3 Classify the terminal analogue speech synthesizers and articulatory speech synthesizer.

EC464.4 Infer and apply various coding techniques for speech like Sub-band coding, Transform coding toachieve low bit rates.

EC464.5 Annotate the model for speech recognition system and compare the Dynamic time warping withhidden Markova models.


ME411.1To develop distinct entrepreneurial traits and ability to recognize business opportunities to buildentrepreneurial career.

ME411.2Students can develop and systematically apply entrepreneurial way of thinking that will allowthem to identify and create business opportunities for commercialized success. To know theparameters to assess opportunities and constraints for new business ideas

ME411.3To design and develop a well presented successful business plan that is feasible and to gain theadvantage of Project financing.

ME411.4 To effectively plan projects through CPM/Pert techniques. To understand human aspects ofbusiness and helps to assess and evaluate tax burden.

ME411.5 This helps the entrepreneur to manage his human resources and time effectively.


EC 472.1 Analyze the GPS constellation and its principle of operation. Familiarity of GDOP and differenttypes of DOPs

EC 472.2 Derive concepts of different Coordinate systems - WGS-84, IGS, ECI, ECEF and various errorsources in GPS and to minimize or overcome these errors.

EC 472.3 Derive the GPS signal structure and its C/A and P Codes associated with. Enumerate differentapplications of GPS.

EC 472.4 Demonstrate the various types of GPS augmentation systems and architecture of GAGAN andfamiliarity the concept of Local area augmentation system.

EC 472.5 Conceptualize the modernization of GPS and other satellite navigation systems with GPSintegration






EC 482.3 Identify suitable hardware and software requirements and design engineering solution tocomplex problems utilizing a systematic approach. Design & Automation tools.

Elective -IICourse Name: Speech Processing Course number: EC464

Course Name: Entrepreneurship Course number: ME411

Elective-IIICourse Name: Global Positioning Systems Course number: EC472

Course Name: General Seminar Course number: EC481


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EC 482.4 Conduct an Engineering project using the state of art hardware and Electronics EC 482.5 Exhibit team work and Communicate with Engineers and the community at large.EC 482.6 Prepare project report/thesis

Academic Year 2015-16B.E I/IV

CODE NOEG101.1 EG101-EC101-ENGLISHEG101.2 Statement

EG101.3learn the importance of communication, features and process of communication and verbal andNon verbal communication in order to communicate effectively

EG101.4improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knappâ€™s modelimprove writing techniques such as passage expansion, PrÃ©cis-writing, Essay writing, Reportâ€“writing, SoP, RÃ©sumÃ© - writing and official letterslearn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones improve comprehension skills by reading inspirational texts and infer information.

CODE NOMT101.1 MT101-EC102-MATHEMATICS-1MT101.2 Statement

MT101.3Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

MT101.4

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solve problems on finding Radius of curvature ,evolutes and envelopes

MT101.5Evaluate limits, Continuity and derivatives of functions of two variables, Maxima &Minima forfunctions of two or more variables arising in Engineering Problems.Evaluate double and triple integrals and solve problems based on vector differentiation and

vector integration.Evaluate double and triple integrals and solve problems based on vector differentiation and

vector integration.CODE NO

MT102 MT102-EC103-MATHEMATICS-2MT103 Statement

MT104Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

MT105 Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

MT106Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.

MT107Evaluate improper integrals using Beta and Gamma functions and solve Besselâ€™s differential equations.


CODE NOPH101.1 PH101-EC104-ENGINEERING PHYSICSPH101.2 StatementPH101.3 To understand the concept of interference, diffraction and polarization.

PH101.4Ability to know the utilization of laser technology, Holography and optical fiber and theirengineering applications in various disciplines.

PH101.5To understand the basics of statistical mechanics, significance and applications of Schrodingerwave equation.

PH101.6Able to analyze the various crystal structures and their defects and to understand the electronsbehavior in solids.Gain the knowledge on magnetic materials and dielectric materials and superconductingmaterials.

Understand the characterization and basic preparation methods in thin films and Nano-materials.CODE NOCH101.1 CH101-EC1105-ENGINEERING CHEMISTRY

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CH101.2 Statement

CH101.3


CH101.4Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

CH101.5Explain method to find impurities present in water and establish various methods of purifyingwater.

CH101.6Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.

Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.


CODE NOCS101.1 CS101-EC106-PROGRAMMING IN C&C++CS101.2 StatementCS101.3 Understand the procedure to create, compile and execute C program for different inputs.

CS101.4Apply the concepts of control statements, operators, functions and arrays to implement matrix,searching and sorting algorithms.

CS101.5 Solve programs on pointers and stringsCS101.6 access variables through dynamic memory.CS101.7 Understand and Apply the concepts of derived data types and file handling operations.

Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

CODE NOCE101.1 CE101-EC107-ENGINEERING MECHANICSCE101.2 Statement

CE101.3

Resolve forces acting on a body; obtain resultant force or moment acting due to set of forces andmoments acting on a body; and determine unknown forces from equations of equilibrium offorces and moments.

CE101.4Obtain location of centres of mass of regular and composite shapes; use Pappus theorems tocalculate surface areas and volumes of composite structures.

CE101.5

Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies; effect of friction in screwjack,wedge,brakes and belt transmission.

CE101.6

Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem; calculate mass MI and radius of gyration for regularand composite structures.

CE101.7

Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

CODE NOCE102.1 CE102-EC108-ENGINEERING GRAPHICSCE102.2 Statement

CE102.3


CE102.4

The student would be able to analyse the position of objects when placed in different orientationswith respect to reference planes and reproduce them on drawing sheets to provide validexplanations.

CE102.5The student would be able to draw the various views of three dimensional objects (Solids) whichmay be oriented in different positions with respect to the reference planes.

of 404

The student would be able to assess the shapes of objects that can be generated when a givensolid is cut by section planes in different orientations. These shapes are shown in thecorresponding sectional views using the concepts of auxiliary planes. Further the development ofthe truncated solids can be drawn by recognizing the basic principles of developments ofsurfaces.The student would be able to recognize the various features of solids by viewing them fromfront, top and sides. Subsequently the student would also be able to generate a few three-dimensional views of the given objects using the principles of isometric projections.

CODE NOPH132.1 PH132-EC109-PHYSICS LABPH132.2 Statement

PH132.3To demonstrate the phenomena of interference and diffraction to determine wavelength of agiven light source of light.

PH132.4To verify the laws of polarization and determine the specific rotator power of an optically activesubstance.

PH132.5 To understand the principle involved in laser and optical fiber technology.

PH132.6To examine the nature of ferromagnetic and dielectric materials to evaluate the relatedparameters.

PH132.7To characterize semiconducting devices to calculate parameters like resistance, energy gap andtemperature co-efficient.To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies.To verify Malus law of polarization of light.

CODE NOCH132.1 CH132-EC110-CHEMISTRY LABCH132.2 StatementCH132.3 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH132.4 Identify and estimate impurities causing hardness and alkalinity in water.

CH132.5Find the strength of reducing species such as Fe+2, Fe+3, Cr+3, Cu+2 and Cl- by varioustitrimetric methods like complexometry and Iodometry.

CH132.6Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry. Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.Recall the methods of preparation of industrially important polymers.

CODE NOME131.1 ME131-EC111-WORKSHOP PRACTICEME131.2 Statement

ME131.3

The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ME131.4

The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.The student would be able to utilize the various tools of sheet metal (tin smithy) namely hammer,mallet, stakes, snips, pliers, punches, vernier calipers, wire gauge, etc to perform variousoperations like cutting, shearing, notching, bending, riveting, etc. on the given sheet metal anddevelop various objects like tray, funnel, scoop, cylinder,etc.

CODE NOCS131.1 CS131-EC112-C PROGRAMMING LABCS131.2 StatementCS131.3 Understand the procedure to create, compile and execute C program for different inputs.

CS131.4Apply the concepts of functions and arrays and write C programs for matrix, searching andsorting techniques.

CS131.5 Create Derived types and deal files by applying the concepts of structures and pointers.

CS131.6 Understand the procedure to create, compile and execute C++ program for different inputs.Apply the concepts of classes, objects, inheritance and polymorphism in C++.

Write programs in both C and C++ and could distinguish the differences between C and C++.CODE NOEG131.1 EG131-EC113-ENGLISH LANGUAGE LAB

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EG131.2 Statement

EG131.3learn the sound system of English Language with the knowledge of IPA-classification &description

EG131.4 learn the word stress & aspects of connected speechEG131.5 learn the Rhythm & Intonation of English language

improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate. learn to dictionary and thesaurus effectively in an appropriate way.







initial value problems for first order ordinary differential equations and interpolation methodsfor estimation.

MAT 202.5Apply method of least squares for curve fitting , computing correlation Coefficient and

obtaining lines of regression for given data







CO Student should be able to EC202.1 Analyze the behaviour of static electric and magnetic fields.

EC202.2 Evaluate the equation for potentials and capacitances to understand the concepts of static anddynamic fields.

EC202.3 Compute the basic principles of static electric and magnetic fields with Maxwell’s equations andextend them to time varying fields.

EC202.4 Describe and analyse Electromagnetic wave propagation in free space and conducting media.

EC202.5 Interpret and illustrate the Reflection of plane waves by different media both in normal andoblique incidence.


EC203.1 Interpret the characteristics and apply diode models to analyze various applications of diodes

EC203.2 Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters

EC203.3 Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability

EC203.4 Analyze ,compare and design of BJT amplifiers with various biasing circuitsEC203.5 Distinguish the working principles of BJT and FET also between FET & MOSFET


II Year I Sem

Course Name: Applied Mathematics Course number: MAT202

Course Name: Basic Circuit Analysis Course number: EC 201

Course Name: Electromagnetic Theory Course number: EC202

Course Name: Electronic Devices Course number:EC203

Course Name: Elements of mechanical engineering Course number: ME221

Academic Year : 2015-16

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M 221.1 The student would be able to correlate the laws of thermodynamics with the fundamentalconceptual terminologies like properties, systems, processes, cycles, states, different types ofequilibrium, energy, etc and solve related problems.






CO Student should be able to EE222.1 Understand the construction and operation of a DC generator and DC motorEE222.2 Derive the generation of emf in an alternatorEE222.3 Analyze the operation of a single phase transformerEE222.4 Comprehend the rotating magnetic field of a three phase induction motorEE222.5 List the applications of single phase induction motor


EC231.1 Characterize the behavior of p-n junction diode, determine the diode parameters and designZener voltage regulator using SPICE.

EC231.2 Evaluate the performance of rectifiers with & without filters. Analyze and design the rectifierswith filters using SPICE.











EC 251.2 Identify the type of negative feedback, Analyze and design of negatfeedback amplifiers.EC 251.3 Design Audio Frequency and Radio Frequency oscillators.

Course Name: Electrical Technology Course number: EE222



Academic Year : 2015-16II Year II Sem


of 404

EC 251.4 Develop and formulate Transistorized voltage regulatorsEC 251.5 Distinguish the classes of Power Amplifiers and their design considerations.EC 251.6 Differentiate the performance and analyze single and double Tuned Amplifiers.







EC253.1 Define the axiomatic formulation of modern Probability Theory and think of random variables asan intrinsic need for the analysis of random phenomena

EC253.2 Characterize probability models and function of random variables based on single & multiplesrandom variables

EC253.3 Evaluate and apply moments & characteristic functions and understand the concept ofinequalities and probabilistic limits.

EC253.4 Define random processes and determine covariance and spectral density of stationary randomprocesses

EC253.5 Demonstrate the specific applications to Markov processes and Evaluate the response of LTIsystems to stochastic processes in time and frequency domain








EC255.1 Translate one number system to another number system and define various Boolean laws andtheorems.

EC255.2 Deduce the simplified Boolean function using K-Map and Quine-Mc Clusky method andconstruct the logic circuits.

EC255.3 Design Combinational logic circuits and implement Boolean functions using IC’s.

EC255.4 Illustrate the concept of sequential logic design, analyze the operation of flip-flop and designvarious types of sequential circuits.

EC255.5 Distinguish synchronous and asynchronous sequential circuits, Design sequential circuits anddraw counters using various IC’s.




Course Name: Networks And Transmission Lines Course number: EC 252


CO


Course Name: Switching Theory and logic Design Course number: EC255


of 404


















EC302.1 Annotate the differences between the logic families and select a suitable one for a specificapplication

EC302.2 Realize Boolean expressions using multiplexers

EC302.3 Design of combinational & sequential circuits like code converter & circuits like 4-bit serialadder.

EC302.4 Design synchronous and asynchronous sequential circuits ex: MSI IC counters (7490, 7492&7493).

EC302.5 Classify various memories and comprehend PLDS (programmable Logic Devices).

CO Student should be able to EC303.1 Understand analog communication systems using amplitude modulation and demodulation.EC303.2 Understand analog communication systems using angle modulation and demodulation.EC303.3 Be familiar with analog radio transmitters and receivers.EC303.4 Understand the performance of analog communications in the presence of noise.

Course Name: Analog Electronic Circuits Lab Course number: EC281


Academic Year : 2015-16III Year I Sem

Course Name: Linear ICs and Applications Course number: EC301

Course Name: Digital IC Application Course Code: EC 302

Course Name: Analog Communication Course number: EC303

EC303.5 Be familiar with analog pulse communication systems.

of 404

CO STATEMENT



EC 304.3 Illustrate the compensation techniques and frequency domain specifications and be able to findthe stability of the system using Bode plot and Nyquist plot.


CO Student should be able toEC305.1 Identify the architectural features of 8086 and Conceptualize its interrupt structureEC305.2 Develop the assembly language programming using 8086

EC305.3 Comprehend the operation of peripheral devices like memory, 8254, 8257,8251 and theirinterfacing with 8086.

EC305.4 Differentiate between microprocessor and microcontroller in their architectural features anddevelop the assembly language programming including the timers/counters in 8051.

EC305.5 Expand memory, I/O ports and design real time applications of 8051

CO Student should be able toEC331.1 Define significance of operational amplifier (741) and their importance.EC331.2 Design circuits using operational amplifiers for various applicationsEC331.3 Design and explain OP Amp as summer, Subtractor, Multiplierand Divider

EC331.4 Design and explain OP Amp to generate sine waveform, Square wave form, Triangularwaveforms

EC331.5 Demonstrate their knowledge by designing analog circuits & digital circuits and vice versaEC331.6 Design various combinational circuits using various Digital Integrated IC’s.

CO Student should be able to EC332.1 Design and simulate modulation and demodulation circuits such as AM,DSB-SC,FM.

EC332.2 Understand importance of pre-emphasis and de-emphasis at the transmitter and receiverrespectively

EC332.3 Construct diode detector and AGC circuit that are necessary for good reception of the signal

EC332.4 Apply and appreciate the concept of time and frequency division multiplexingEC332.5 Apply and simulate the PAM,PWM&PPM circuits






<statement>Student should be able to


Course Name: Microprocessor And Microcontrollers Course Code: EC305

Course Name: Integrated circuits Lab Course Code: EC 331

Course Name: Analog Communication Lab Course number: EC332

Course Name: Microprocessor And Microcontrollers Lab Course Code: EC333

Academic Year : 2015-16III Year II Sem


CO

of 404





EC351.5 Generation of PN sequence using Spread Spectrum and characterize the Acquisition Schemesfor Receivers to track the signals.




EC 352.3 F Formulate & apply Digital IIR filter design using Butterworth &Chebyshev approximationsto Verify the characteristics of LPF, HPF, BPF& BEF.




EC353.1 Analyse different antenna parameters by applying the concept of Radiation and isotropic radiator.


EC353.3 Analyse the characteristics of broad side and end fire arrays and calculate various parameters.

EC353.4 Evaluate the features and analyse the radiation pattern of different VHF & UHF antennas byusing different measurement techniques.



EC 354.1 Relate the number representation of digital computer to devise the Hardware arithmeticalgorithms for fixed point and floating-point numbers

EC 354.2Apply the knowledge of Bus structure, Registers, Micro-operations, various types of instructionformats, I/O configuration and program interrupt to design the basic structure of a digitalcomputer with hardwired / Micro programmed control organization.

EC 354.3 Describe General register, stack organization, Instructions formats with different addressingmodes

EC 354.4 Conceptualize instruction level parallelism & pipeline and deduce the Various pipelineconflicts. Appreciate vector and array processors over non-pipelined processors.

EC 354.5 Interpret different ways of communicating with I/O devices and appreciate the importance IOP,CPU-IOP communication.

EC 354.6 Annotate the organization of memories like cache & Virtual and associate the replacementpolicies.

CO Student should be able toEC355 .1 Differentiate the types errors in measurement and minimize them to reach standards.

EC355 .2 Choose different active and passive transducers to measure temperature for required applications.

EC355 .3 Apprehend the types of transducers to measure temperature, humidity and sound.EC355 .4 Classify measuring instruments to measure different parameters and store the result.EC355 .5 Demonstrate and analyze types of equipments that are used in biomedical signal analysis.


Course Name: Antenna & Wave Propagation Course number: EC353

Course Name: Computer Organisation & Architecture Course number: EC354

Course Name: Electronic Instrumentation Course Code: EC 355

of 404



CM371.2






EC381.1 Understand baseband transmission (i.e., PCM, DPCM, DM, ADM) generation and detection.

EC381.2 Understand error detection and correction.EC381.3 Obtain data formats.

EC381.4 Understand digital modulation (i.e., ASK, FSK, BPSK, DPSK, QPSK, MSK) generation anddetection.

EC381.5 Measure optical fiber numerical aperture, attenuation.EC381.6 Obtain modem characteristics.EC381.7 Understand wavelength division multiplexing.EC381.8 Understand digital fiber optic multiplexed llink


EC 382.1 Evaluate frequency response, output response of LTI systems. Linear & circular convolutionusing DFT. Appreciate efficient implementation of DFT using FFT.



EC 382.4 Implement Interpolation and Decimation.EC 382.5 Acquire knowledge to work on real time processing using DSK TMS6713.


EC 384.2 Integrate their knowledge about different technologies and to apply them in problem solvingtechniques.






CO

Course Name: Digital Communication Lab Course number: EC381

Course Name: DSP LAB Course number: EC382


Academic Year : 2015-16IV Year I Sem


of 404




























of 404









ME 472-1


ME 472-2


ME 472-3


ME 472-4


ME 472-5





of 404













EC 451.3 Illustrate types of tracking methods and radar antennas, displays.EC 451.4 Illustrate basics of satellite communication.EC 451.5 Explain various types of satellite sub-systems and various multiple access techniques.EC 451.6 Illustrate satellite link design and satellite data communication protocols.

Code No. Statement






Code No. Statement

ME411.1To develop distinct entrepreneurial traits and ability to recognize business opportunities to buildentrepreneurial career.

Course Name: ENTREPRENEURSHIP Course number: ME411



Academic Year : 2015-16IV Year II Sem


Elective-IICourse Name: Speech Processing Course number: EC464

of 404

ME411.2Students can develop and systematically apply entrepreneurial way of thinking that will allowthem to identify and create business opportunities for commercialized success. To know theparameters to assess opportunities and constraints for new business ideas

ME411.3To design and develop a well presented successful business plan that is feasible and to gain theadvantage of Project financing.

ME411.4 To effectively plan projects through CPM/Pert techniques. To understand human aspects ofbusiness and helps to assess and evaluate tax burden.

ME411.5 This helps the entrepreneur to manage his human resources and time effectively.

Code No. Statement











EC 482.3 Identify suitable hardware and software requirements and design engineering solution tocomplex problems utilizing a systematic approach.

EC 482.4 Conduct an Engineering project using the state of art hardware and Electronics Design &Automation tools.


Academic Year 2014-15B.E I/IV

CODE NOEG101.1 EG101-EC101-ENGLISHEG101.2 Statement


EG101.4improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knappâ€™s model

EG101.5improve writing techniques such as passage expansion, PrÃ©cis-writing, Essay writing, Reportâ€“writing, SoP, RÃ©sumÃ© - writing and official letterslearn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones improve comprehension skills by reading inspirational texts and infer information.

CODE NOMT101.1 MT101-EC102-MATHEMATICS-1

Elective-IIICourse Name: Global Positioning Systems Course number: EC472

Course Name: GENERAL SEMINAR Course number: EC481


of 404

MT101.2 Statement


MT101.4


MT101.5Evaluate limits, Continuity and derivatives of functions of two variables, Maxima &Minima forfunctions of two or more variables arising in Engineering Problems.

MT101.6Evaluate double and triple integrals and solve problems based on vector differentiation and

vector integration.


vector integration.CODE NOMT102.1 MT102-EC103-MATHEMATICS-2MT102.2 Statement

MT102.3Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

MT102.4 Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

MT102.5Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.Evaluate improper integrals using Beta and Gamma functions and solve Besselâ€™s differential equations.


CODE NOPH101.1 PH101-EC104-ENGINEERING PHYSICSPH101.2 StatementPH101.3 To understand the concept of interference, diffraction and polarization.



PH101.6Able to analyze the various crystal structures and their defects and to understand the electronsbehavior in solids.Gain the knowledge on magnetic materials and dielectric materials and superconductingmaterials.

Understand the characterization and basic preparation methods in thin films and Nano-materials.CODE NOCH101.1 CH101-EC1105-ENGINEERING CHEMISTRYCH101.2 Statement

CH101.3





Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.


CODE NOCS101.1 CS101-EC106-PROGRAMMING IN C&C++CS101.2 Statement

of 404

CS101.3 Understand the procedure to create, compile and execute C program for different inputs.



Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

CODE NOCE101.1 CE101-EC107-ENGINEERING MECHANICSCE101.2 Statement

CE101.3



CE101.5


CE101.6


CE101.7


Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

CODE NOCE102.1 CE102-EC108-ENGINEERING GRAPHICSCE102.2 Statement

CE102.3


CE102.4


CE102.5The student would be able to draw the various views of three dimensional objects (Solids) whichmay be oriented in different positions with respect to the reference planes.The student would be able to assess the shapes of objects that can be generated when a givensolid is cut by section planes in different orientations. These shapes are shown in thecorresponding sectional views using the concepts of auxiliary planes. Further the development ofthe truncated solids can be drawn by recognizing the basic principles of developments ofsurfaces.The student would be able to recognize the various features of solids by viewing them fromfront, top and sides. Subsequently the student would also be able to generate a few three-dimensional views of the given objects using the principles of isometric projections.

CODE NOPH132.1 PH132-EC109-PHYSICS LABPH132.2 Statement





PH132.7To characterize semiconducting devices to calculate parameters like resistance, energy gap andtemperature co-efficient.To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies.

of 404

To verify Malus law of polarization of light.CODE NOCH132.1 CH132-EC110-CHEMISTRY LABCH132.2 StatementCH132.3 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH132.4 Identify and estimate impurities causing hardness and alkalinity in water.


CH132.6Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry. Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.Recall the methods of preparation of industrially important polymers.

CODE NOME131.1 ME131-EC111-WORKSHOP PRACTICEME131.2 Statement

ME131.3


ME131.4

The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.The student would be able to utilize the various tools of sheet metal (tin smithy) namely hammer,mallet, stakes, snips, pliers, punches, vernier calipers, wire gauge, etc to perform variousoperations like cutting, shearing, notching, bending, riveting, etc. on the given sheet metal anddevelop various objects like tray, funnel, scoop, cylinder,etc.

CODE NOCS131.1 CS131-EC112-C PROGRAMMING LABCS131.2 StatementCS131.3 Understand the procedure to create, compile and execute C program for different inputs.



CS131.6 Understand the procedure to create, compile and execute C++ program for different inputs.Apply the concepts of classes, objects, inheritance and polymorphism in C++.

Write programs in both C and C++ and could distinguish the differences between C and C++.CODE NOEG131.1 EG131-EC113-ENGLISH LANGUAGE LABEG131.2 Statement



improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate. learn to dictionary and thesaurus effectively in an appropriate way.

CO Student should be able to BS 301.1 MT Solve problems based on differentiation and line integration of complex functions.




Academic Year: 2014-15II Year I Sem

Course Name: Mathematics - III Course number: BS301MAT

of 404









EC 202.1Comprehend conversion formula between various coordinate system and compute the forceexisting between two charges by Coulomb’s law and electric flux existing across a closed surfaceby Gauss’s law.

EC 202.2 Generalize capacitance effect and boundary conditions for electrostatic fields and calculateLaplace and Poisson’s solution.

EC 202.4 Interpret the Maxwell’s equations for timing varying field and appreciate its importance forelectromagnetic wave equations. Analyze Polarization of electromagnetic waves

EC 202.5 Conceptualize reflection of plane waves by different media and deduce reflection andtransmission co-efficient. calculate the power and energy of propagated Electromagnetic waves.







CO Student should be able to M 221.1 The student would be able to correlate the laws of thermodynamics with the fundamental






Course Name: Electromagnetic Theory Course number: EC-202

EC 202.3 Analyze inductance effect and boundary conditions for magnetostatic fields. calculate scalar andvector magnetic potentials.




of 404


CO Student should be able to EE222.1 Understand the construction and operation of a DC generator and DC motorEE222.2 Derive the generation of emf in an alternatorEE222.3 Analyze the operation of a single phase transformerEE222.4 Comprehend the rotating magnetic field of a three phase induction motorEE222.5 List the applications of single phase induction motor












CO Student should be able to MT 251.1 Solve problems based on differentiation and line integration of complex functions

MT 251.2 Develop Taylor’s and Laurent’s series for a given complex function and explain some standardconformal transformations.

MT 251.3 Apply the basic definition and properties of Z- transform for solving difference equations.

MT 251.4 Evaluate Fourier Transforms and inverse Fourier Transforms of various functions.

MT 251.5 Apply numerical methods for solving algebraic, transcendental , system of linear equations,initial value problems for first ordered ordinary differential equations.

MT 251.6 Apply interpolation methods for estimation.



EC251.2 Identify the type of negative feedback, Analyze and design of various negative feedbackamplifiers.

EC251.3 Design various Audio Frequency and Radio Frequency oscillators.EC251.4 Develop and formulate various regulatorsEC251.5 Distinguish various classes of Power Amplifiers.EC251.6 Differentiate the performance and analyze various Tuned Amplifiers.



Course Name: Electronic Workshop and Basic Circuits Lab Course number: EC232

Academic Year: 2014-15II Year II Sem

Course Name: Mathematics - IV Course number: MAT251


of 404



















CE 222.1Comprehend the importance of natural resources (Water and land) and their role in thesustainable environment


CE 222.4Identify different types of environmental pollution, their causes, effects and control measures andneed for environmental legislation.

CE 222.5Analyze global environmental issues, social aspects including population growth, disastermanagement.







Course Name: Networks And Transmission Lines Course number: EC252




Course Name: Electronic Circuits Lab Course number: EC281

of 404










EC 302.1 Annotate the differences between the logic families and select a suitable one for a specificapplication

EC 302.2 U Realize Boolean expressions using multiplexers.

EC 302.3 Design of combinational & sequential circuits like code converter & circuits like 4-bit serialadder.

EC 302.4 Design synchronous and asynchronous sequential circuits ex: MSI IC counters (7490, 7492&7493).

EC 302.5 B Classify various memories and comprehend PLDS (programmable Logic Devices).

CO Student should be able to EC 303.1 Understand analog communication systems using amplitude modulation and demodulation.EC 303.2 Understand analog communication systems using angle modulation and demodulation.EC303.3 Be familiar with analog radio transmitters and receivers.EC303.4 Understand the performance of analog communications in the presence of noise.EC303.5 Be familiar with analog pulse communication systems..







EC305.3 Comprehend the operation of peripheral devices like memory, 8254, 8257,8251 and theirinterfacing with 8086.



Academic Year: 2014-15III Year I Sem


Course Name: Digital IC & Applications Course number: EC 302

Course Name: Analog Communication Course number: EC 303


Course Name: Micro Processors and Micro Controllers Course number: EC 305

of 404










Develop the logic using instruction set of 8086 in different addressing modesto carry out arithmetic, logical and string operations.











EC352.1 Conclude DTFT to evaluate frequency response. Determine DFT using direct and FFTmethods. Analyze Circular and Linear convolution and apply for linear filtering operations.

EC352.2 Design & compare Digital FIR filters using various windows, Analyze the characteristics ofvarious windows.

EC352.3 Formulate & apply Digital IIR filter design using Butterworth &Chebyshev approximations toVerify the characteristics of LPF, HPF, BPF & BEF.

EC352.4 Comprehend & deduce Interpolator, Decimator & Multi-stage sampling rate conversion andapprehend its use in various signal processing/communication based applications.

Course Name: Micro Processors and Micro Controllers Lab Course Code: EC 333

EC333.2


Course Name: Digital Communications Course number: EC 351




of 404

EC352.5 Differentiate signal processor and general purpose processor, Visualize & Appreciate theArchitecture of TMS320C54xx Processor and the Various Addressing modes.


EC 353.1 Analyse different antenna parameters by applying the concept of Radiation and isotropic radiator.






EC354.1 Relate the number representation of digital computer to devise the Hardware arithmeticalgorithms

EC354.2 Apply the knowledge of Bus structure, Registers, Micro-operations, control unit design usinghardwired and Micro programmed organization

EC354.3 Comprehend various Instructions, addressing modes and instruction level parallelism anddeduce the various pipeline conflicts

EC354.4 Interpret different ways of communicating with I/O devices and appreciate the importance of IOP

EC354.5 Analyze and Conceptualize the memory hierarchy with different types of memories

CO Student should be able to EC355.1 Differentiate the types errors in measurement and minimize them to reach standards.

EC355.2 Choose different active and passive transducers to measure temperature for required applications.

EC355.3 Apprehend the types of transducers to measure temperature, humidity and sound.EC355.4 Classify measuring instruments to measure different parameters and store the result.EC355.5 Demonstrate and analyze types of equipments that are used in biomedical signal analysis.



CM371.2







EC381.2 Understand error detection and correction.


CO


Course Name: Antenna & Wave Propagation Course number: EC353

Course Name: Computer Organization And Architecture Course Code: EC354

Course Name: Electronic Instrumentation Course number: EC355

of 404

EC381.3 Obtain data formats.


EC381.5 Measure optical fiber numerical aperture, attenuation.


EC 382.1 E Evaluate frequency response, output response, Linear & circular convolution using DFT.Appreciate efficient implementation of DFT using FFT.

EC 382.2 D Design & Interpret FIR filters (LPF,HPF,BPF & BEF) using various window techniques

EC 382.3 D Develop & contrast IIR filters (LPF, HPF, BPF & BEF) using Butterworth and Chebyshevapproximations

EC 382.4 I Implement Interpolation and Decimation.

EC 382.5 D Devise the above concepts using MATLAB & CCS tools. Acquire knowledge to work on realtime processing using DSK.









CO Student should be able to EC402.1 Design building blocks of digital IC using Gate level and Dataflow Modeling.EC402.2 Design blocks of digital IC using Behavioral Modeling.EC402.3 Design Finite State Machines using Verilog HDL and Analyze Synthesis design flow.EC402.4 Analyze modes of operation of MOS transistor and its basic electrical properties







Course Name: Digital Signal Processing Lab Course number: EC 382


Academic Year: 2014-15IV Year I Sem




of 404










Elective-I

















Course Name: Optical Fibre Communication Course number: EC 412

of 404

ME 472-1


ME 472-2


ME 472-3


ME 472-4


ME 472-5











of 404






















ME411.1 To know the characteristics and skills required for Entrepreneurs. To understand the IndianIndustrial environment for Entrepreneurial growth and development.

ME411.2 To know about first generation and women entrepreneurs. To generate various sources of ideasfor innovative business.

ME411.3 To formulate a Project Proposal and knowing opportunities for project financing.

ME411.4 Outcome: To design and develop a well presented successful business plan that is feasible and togain the advantage of Project financing.



Elective -IICourse Name: Speech Processing Course number: EC464

Elective -IIICourse Name: Global Positioning Systems Course number: EC472

Course Name: ENTREPRENEURSHIP Course number: ME411

of 404

ME411.5 To study the Behavioural aspects of entrepreneurs and time management approaches and matrix






EC 482.4 Conduct an Engineering project using the state of art hardware and Electronics Design &Automation tools.


Academic Year: 2013-14I Year

CODE NO EG101-EC101-ENGLISHEG101.1 Statement


EG101.3improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knappâ€™s model

EG101.4improve writing techniques such as passage expansion, PrÃ©cis-writing, Essay writing, Reportâ€“writing, SoP, RÃ©sumÃ© - writing and official letters

EG101.5learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones improve comprehension skills by reading inspirational texts and infer information.

MT101-EC102-MATHEMATICS-1CODE NO Statement


MT101.2


MT101.3Evaluate limits, Continuity and derivatives of functions of two variables, Maxima &Minima forfunctions of two or more variables arising in Engineering Problems.


vector integration.


vector integration.

MT102-EC103-MATHEMATICS-2CODE NO Statement

MT102.1Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

MT102.2 Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

MT102.3Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.



of 404

MT102.4Evaluate improper integrals using Beta and Gamma functions and solve Besselâ€™s differential equations.

MT102.5 Solve some problems using the properties of Legendre polynomial and Besselâ€™s functions.

MT102.6Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

PH101-EC104-ENGINEERING PHYSICSCODE NO StatementPH101.1 To understand the concept of interference, diffraction and polarization.



PH101.4Able to analyze the various crystal structures and their defects and to understand the electronsbehavior in solids.

PH101.5Gain the knowledge on magnetic materials and dielectric materials and superconductingmaterials.

PH101.6 Understand the characterization and basic preparation methods in thin films and Nano-materials.

CH101-EC1105-ENGINEERING CHEMISTRYCODE NO Statement

CH101.1





CH101.5Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.

CH101.6


CS101-EC106-PROGRAMMING IN C&C++CODE NO StatementCS101.1 Understand the procedure to create, compile and execute C program for different inputs.



CS101.6Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.

CS101.7Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

CE101-EC107-ENGINEERING MECHANICSCODE NO Statement

CE101.1



CE101.3


of 404

CE101.4


CE101.5


CE101.6Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.

CE101.7

Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

CE102-EC108-ENGINEERING GRAPHICSCODE NO Statement

CE102.1


CE102.2


CE102.3The student would be able to draw the various views of three dimensional objects (Solids) whichmay be oriented in different positions with respect to the reference planes.

CE102.4

The student would be able to assess the shapes of objects that can be generated when a givensolid is cut by section planes in different orientations. These shapes are shown in thecorresponding sectional views using the concepts of auxiliary planes. Further the development ofthe truncated solids can be drawn by recognizing the basic principles of developments ofsurfaces.

CE102.5

The student would be able to recognize the various features of solids by viewing them fromfront, top and sides. Subsequently the student would also be able to generate a few three-dimensional views of the given objects using the principles of isometric projections.

PH132-EC109-PHYSICS LABCODE NO Statement





PH132.5To characterize semiconducting devices to calculate parameters like resistance, energy gap andtemperature co-efficient.

PH132.6 To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies.PH132.7 To verify Malus law of polarization of light.

CH132-EC110-CHEMISTRY LABCODE NO StatementCH132.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH132.2 Identify and estimate impurities causing hardness and alkalinity in water.


CH132.4Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry.

CH132.5Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.

CH132.6 Recall the methods of preparation of industrially important polymers.

ME131-EC111-WORKSHOP PRACTICECODE NO Statement

ME131.1


of 404

ME131.2

The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

ME131.3

The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

ME131.4


CS131-EC112-C PROGRAMMING LABCODE NO StatementCS131.1 Understand the procedure to create, compile and execute C program for different inputs.



CS131.4 Understand the procedure to create, compile and execute C++ program for different inputs.CS131.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

CS131.6 Write programs in both C and C++ and could distinguish the differences between C and C++.

EG131-EC113-ENGLISH LANGUAGE LABCODE Statement



EG131.4improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

EG131.5 learn to dictionary and thesaurus effectively in an appropriate way.

CO Student should be able to BS 301.1 MT Solve problems based on differentiation and line integration of complex functions.












Academic Year: 2013-14II Year I Sem

Course Name: Mathematics - III Course number: BS301MAT


Course Name: Electromagnetic Theory Course number: EC-202

of 404

EC 202.1Comprehend conversion formula between various coordinate system and compute the forceexisting between two charges by Coulomb’s law and electric flux existing across a closed surfaceby Gauss’s law.

EC 202.2 Generalize capacitance effect and boundary conditions for electrostatic fields and calculateLaplace and Poisson’s solution.

EC 202.3 Analyze inductance effect and boundary conditions for magnetostatic fields. calculate scalar andvector magnetic potentials.

EC 202.4 Interpret the Maxwell’s equations for timing varying field and appreciate its importance forelectromagnetic wave equations. Analyze Polarization of electromagnetic waves

EC 202.5 Conceptualize reflection of plane waves by different media and deduce reflection andtransmission co-efficient. calculate the power and energy of propagated Electromagnetic waves.







CO Student should be able to M 221.1 The student would be able to correlate the laws of thermodynamics with the fundamental







CO Student should be able to EE222.1 Appreciate the importance of ac & dc circuits.EE222.2 The ability to select a suitable measuring instrument for measuring of electrical power .EE222.3 Recall operation of transformers and applications.EE222.4 Identify the suitable DC motor and generator for application.EE222.5 The ability to formulate and then analyze the working of AC electrical machine.







of 404










CO Student should be able to MT 251.1 Solve problems based on differentiation and line integration of complex functions

MT 251.2 Develop Taylor’s and Laurent’s series for a given complex function and explain some standardconformal transformations.

MT 251.3 Apply the basic definition and properties of Z- transform for solving difference equations.

MT 251.4 Evaluate Fourier Transforms and inverse Fourier Transforms of various functions.

MT 251.5 Apply numerical methods for solving algebraic, transcendental , system of linear equations,initial value problems for first ordered ordinary differential equations.

MT 251.6 Apply interpolation methods for estimation.



EC251.2 Identify the type of negative feedback, Analyze and design of various negative feedbackamplifiers.

EC251.3 Design various Audio Frequency and Radio Frequency oscillators.EC251.4 Develop and formulate various regulatorsEC251.5 Distinguish various classes of Power Amplifiers.EC251.6 Differentiate the performance and analyze various Tuned Amplifiers.








Academic Year: 2013-14II Year II Sem

Course Name: Mathematics - IV Course number: MAT251


Course Name: Networks And Transmission Lines Course number: EC-252


of 404



























III Year I Sem




Course Name: Electronic Circuits Lab Course number: EC281


Academic Year: 2013-14

of 404






EC 302.1 Annotate the differences between the logic families and select a suitable one for a specificapplication

EC 302.2 U Realize Boolean expressions using multiplexers.

EC 302.3 Design of combinational & sequential circuits like code converter & circuits like 4-bit serialadder.

EC 302.4 Design synchronous and asynchronous sequential circuits ex: MSI IC counters (7490, 7492&7493).

EC 302.5 B Classify various memories and comprehend PLDS (programmable Logic Devices).

CO Student should be able to EC 303.1 Understand analog communication systems using amplitude modulation and demodulation.EC 303.2 Understand analog communication systems using angle modulation and demodulation.EC303.3 Be familiar with analog radio transmitters and receivers.EC303.4 Understand the performance of analog communications in the presence of noise.EC303.5 Be familiar with analog pulse communication systems..







Comprehend the operation of peripheral devices like memory, 8254, 8257,8251 and their interfacing with 8086.






Course Name: Digital IC & Applications Course number: EC 302

Course Name: Analog Communication Course number: EC 303


Course Name: Micro Processors and Micro Controllers Course number: EC 305

EC305.3


of 404

















EC352.1 Conclude DTFT to evaluate frequency response. Determine DFT using direct and FFTmethods. Analyze Circular and Linear convolution and apply for linear filtering operations.

EC352.2 Design & compare Digital FIR filters using various windows, Analyze the characteristics ofvarious windows.

EC352.3 Formulate & apply Digital IIR filter design using Butterworth &Chebyshev approximations toVerify the characteristics of LPF, HPF, BPF & BEF.

EC352.4 Comprehend & deduce Interpolator, Decimator & Multi-stage sampling rate conversion andapprehend its use in various signal processing/communication based applications.

EC352.5 Differentiate signal processor and general purpose processor, Visualize & Appreciate theArchitecture of TMS320C54xx Processor and the Various Addressing modes.


EC 353.1 Analyse different antenna parameters by applying the concept of Radiation and isotropic radiator.





Course Name: Micro Processors and Micro Controllers Lab Course Code: EC 333


Course Name: Digital Communications Course number: EC 351


Course Name: Antenna & Wave Propagation Course number: EC 353

of 404



EC354.1 Relate the number representation of digital computer to devise the Hardware arithmeticalgorithms

EC354.2 Apply the knowledge of Bus structure, Registers, Micro-operations, control unit design usinghardwired and Micro programmed organization

EC354.3 Comprehend various Instructions, addressing modes and instruction level parallelism anddeduce the various pipeline conflicts

EC354.4 Interpret different ways of communicating with I/O devices and appreciate the importance of IOP

EC354.5 Analyze and Conceptualize the memory hierarchy with different types of memories

CO Student should be able to EC355.1 Differentiate the types errors in measurement and minimize them to reach standards.

EC355.2 Choose different active and passive transducers to measure temperature for required applications.

EC355.3 Apprehend the types of transducers to measure temperature, humidity and sound.EC355.4 Classify measuring instruments to measure different parameters and store the result.EC355.5 Demonstrate and analyze types of equipments that are used in biomedical signal analysis.

Student should be able to


CM371.2







EC381.2 Understand error detection and correction.EC381.3 Obtain data formats.


EC381.5 Measure optical fiber numerical aperture, attenuation.


EC 382.1 E Evaluate frequency response, output response, Linear & circular convolution using DFT.Appreciate efficient implementation of DFT using FFT.

EC 382.2 D Design & Interpret FIR filters (LPF,HPF,BPF & BEF) using various window techniques

EC 382.3 D Develop & contrast IIR filters (LPF, HPF, BPF & BEF) using Butterworth and Chebyshevapproximations

Course Name: Computer Organization And Architecture Course Code: EC 354

Course Name: Electronic Instrumentation Course number: EC355


CO


Course Name: Digital Signal Processing Lab Course number: EC 382

of 404

EC 382.4 I Implement Interpolation and Decimation.

EC 382.5 D Devise the above concepts using MATLAB & CCS tools. Acquire knowledge to work on realtime processing using DSK.

CO Student should be able to EC 384.1 Forecast about the technical approach in different industries.

EC 384.2 Integrate their knowledge about different technologies and to apply them in problem solvingtechniques.







CO Student should be able to EC402.1 Design building blocks of digital IC using Gate level and Dataflow Modeling.EC402.2 Design blocks of digital IC using Behavioral Modeling.EC402.3 Design Finite State Machines using Verilog HDL and Analyze Synthesis design flow.EC402.4 Analyze modes of operation of MOS transistor and its basic electrical properties
















Course Name: Industrial Visitng Course number: EC 401

Academic Year: 2013-14IV Year I Sem

of 404


















ME 472-1





of 404

ME 472-2


ME 472-3


ME 472-4


ME 472-5














of 404






















EC 482.3 Identify suitable hardware and software requirements and design engineering solution tocomplex problems utilizing a systematic approach. Design & Automation tools.

EC 482.4 Conduct an Engineering project using the state of art hardware and Electronics EC 482.5 Exhibit team work and Communicate with Engineers and the community at large.



Elective-IICourse Name: Global Positioning Systems Course number: EC452

Elective-IIICourse Name: Speech Processing Course number: EC453



of 404

EC 482.6 Prepare project report/thesis

Code No. StatementEC601.1 Understand the features of embedded system and use the hardware and software components to

meet the challenges and design issues of embedded system.EC601.2 Conceptualize the architectural features of PIC microcontrollerand its on-chip peripherals.EC601.3 Identify the features of ARM Core and analyse the ARM instruction setEC601.4 Understand the Thumb instruction set and memory management features of ARM coreEC601.5 Extend the knowledge of microcontrollers to develop and debug embedded system.

Code No. StatementEC 602.1 Explain the structure and operation of MOS transistor and analyse the perforamance of CMOS

and Bipolar invertersEC 602.2 Design CMOS based Combinational and sequential logic circuits EC 602.3 Demonstrate Lambda based design rules and design layouts EC 602.4 Illustrate the Data path and Semiconductor Memory DesignsEC 602.5 Comprehend various Interconnect designs

Code No. StatementEC 603.1 Understand the basic concepts of CMOS circuits to analyze and design current

sources/sinks/mirrorsEC 603.2 Describe the low-frequency characteristics of single-stage amplifiers , differential amplifiers and

band gap reference circuits.EC 603.3 Understand the concepts of OPAMPs and its characteristics.EC 603.4 Analyze the operation of comparators and various oscillators.EC 603.5 Emphasize the concepts of switched capacitor circuits

Code No. Statement

EC 604.1 Describe the features of UNIX operating system and differentiate between UNIX and POSIX.

EC 604.2 Differentiate between Hard and Soft Real time systems and familiarize with classical Uni-processor scheduling algorithms

EC 604.3Understand the concepts of Real time operating systems and analyze the Inter process

communication.EC 604.4 Explain the features of VxWorks and compare the commercially available RTOS's EC 604.5 Understand the debugging tools and cross development environment.

Code No. StatementEC 605.1 Analyze modeling of sequential digital systems and minimize the finite state machines.EC 605.2 Design and implement synchronous sequential circuits.EC 605.3 Design and implement asynchronous sequential circuits.EC 605.4 Comprehend the features of sample and hold circuits and apply them to design Nyquist rate data

converter circuits.EC 605.5 Analyze and design oversampling rate data converter circuits

Code No. StatementEC 606.1 Identify the basic structures of VLSI components.EC 606.2 Understand the concepts of physical design EC 606.3 Analyze stick diagrams and apply lambda based design rules to draw layout diagramsEC 606.4 Comprehend the basic cell layout design and system level physical design.EC 606.5 Understand the CAD tools for modeling and extraction of circuit parameters.

COURSE NAME :Analog IC Design . COURSE CODE: EC 603

COURSE NAME: Real Time Operating Systems. COURSE CODE: EC 604

COURSE NAME: Digital IC Design COURSE CODE: EC 605

MVSR ENGINEERING COLLEGEAcademic Year 2017-18

M.E. 1 Year

COURSE NAME: VLSI Physical Design COURSE CODE: EC 606

COURSE NAME : Micro Controllers for Embedded System Design. COURSE CODE: EC 601

COURSE NAME : VLSI Design and Technology. COURSE CODE: EC 602

of 404

Code No. StatementEC621.1 Understand the need for low power design and different strategies for low power.EC621.2 Estimate the Power at various levels of abstraction.EC621.3 Optimize the power at various levels of the design using power optimization techniques.EC621.4 Describe the energy recovery circuit designEC621.5 Estimate the software design for low power.

Code No. Statement

EC 502.1Design the various digital systems using PLDs and sequential circuits design and conversionbetween Mealy and Moore machines.

EC 502.2Identify the merits and demerits of synchronous and asynchronous sequential machines andDesigns hazard free logic circuits.

EC 502.3Draw ASM chart for various digital systems and design the digital logic for the given sequentialmachine.

EC 502.4 Generate the test vectors by locating the fault in the given combinational circuit.EC 502.5 Understand various test approaches and design of fault detection experiment.

Code No. StatementEC 506.1 Determine DFT using direct and FFT methods. Analyze Circular and Linear convolution, and

apply for linear filtering.EC 506.2 Compute the errors in DSP System Design & Suggest to Design the Accurate DSP Systems.

EC 506.3 Discuss the Architectural features of programmable DSP devices & Implement variousfunctional units of DSP Systems.

EC 506.4 Compare & Comprehend the features of Texas based fixed-point & floating-point DSPProcessors. Understand various interfacing signals & interface memory and parallel I/O Peripherals to Programmable DSP Devices.

Code No. StatementEC 521.1 Describe the various modelling styles of Verilog HDL modules.EC 521.2 Design Combinational, Sequential logic circuit models and Finite State Machines.EC 521.3 Understand and implement the complete design flow of FPGA’s and ASIC’s.EC 521.4 Discuss functional verification and timing analysis.EC 521.5 Design various functional units of a CPU.

Code No. Statement

EC 522.1Understand the design flow of ASICs and identify the implementation tools required forsimulation and synthesis of FPGA Design

EC 522.2 Describe the architecture of FPGA’s.EC 522.3 Explain the physical design of FPGA’s and CAD tools for low level design entry.EC 522.4 Estimate the placement & routing algorithms .EC 522.5 Validate the digital design and discuss the general design issues.

Course Name: Field Programmable Gate Arrays. Course Code: EC 522

Course Name: Global and Regional Navigational Satellite Systems. Course Code: EC 530

Course Name: Low Power VLSI Design Course Code: EC 621

Course Name:Digital System Design . Course Code: EC 502

COURSE NAME: Digital Signal Processors Course Code: EC 506

EC 506.5

Course Name: Advanced Digital Design with Verilog HDL Course Code: EC 521

of 404

Code No. StatementEC 530.1 Familiarize with the GNSS fundamentals and GPS architecture.EC 530.2 Describe the different types of GNSS Signals and GNSS Datum.EC 530.3 Analyze the GPS errors and their modeling techniques.EC 530.4 Understanding various GPS data processing and GPS integration techniques.EC 530.5 Conceptualize the augmentation systems and regional navigation satellite systems.

Code No. Statement

EC607.1 Draw the designs using schematic editor and simulate them using Mentor Graphics EDA toolEC607.2 Simulate combinational and sequential circuits using Verilog HDL.

EC607.3Simulate and analyze DC, AC and Transient response of Amplifier circuits using different typesof current mirrors.

EC607.4Use the IDE tool effectively for developing and executing the programs on ARM Microcontrollerkit.

EC607.5 Interface devices like LCD, and Stepper Motor to LPC2148 and program them accordingly.

Code No. Statement

EC 608.1Use the Mentor Graphics EDA tool effectively for synthesizing various analog and digitalcircuits.

EC 608.2 Draw layouts of logic gates (NOT,NAND,NOR) and perform DRC ,LVS and RC extractions.EC 608.3 Synthesize and perform physical design of various combinational and sequential circuits.

EC 608.4Understand the concept of file system calls and process system calls by programming in UNIXoperating system

EC 608.5 Simulate the timing concepts, scheduling algorithms and semaphores using VxWorks

Code No. StatementEC609.1 Identify possible technical advancements in the field of Embedded Systems and VLSI design.

EC609.2 Carryout Literature survey in the research problem related to specialisationEC609.3 Demonstrate an understanding of the evolution of the technology and possible future trends of

the chosen topicEC609.4 Prepare and organize the technical presentation exhibiting soft skills and creativityEC609.5 Make oral presentation to Develop interpersonal & presentation skills.EC609.6 Prepare technical report employing elements of good technical writing, and critical thinking.




Code No. Statement EC611.1 Carryout Literature survey in the area of interest.

COURSE NAME: Design and Simulation Lab-1 COURSE CODE: EC 607

COURSE NAME: Design and Simulation Lab-II COURSE CODE: EC 608

Course Name: Seminar-I Course Code: EC 609

Course Name: Seminar-II Course Code: EC 610

Course Name: Project Seminar Course Code: EC 611

of 404

EC611.2 Survey the recent advancements in the identified areaEC611.3 Demonstrate an Understanding and discuss the problem to arrive at possible solutions EC611.4 Develop interpersonal, presentation, soft skills and creativity

EC611.5 Prepare a technical report covering the problem definition, related literature analysis of theproblem and methodology proposed to carry out the work.

EC611.6 Demonstrate the qualities and attitudes of a professional engineer for forming a team

Code No. StatementEC 612.1 Review acquired technical knowledge on the selected topic EC 612.2 Undertake problem identification, formulate and find optimal solution


EC 612.4 Conduct an Engineering project using the state of art hardware and Electronic Design &Automation tools.





and Bipolar invertersEC 602.2 Design CMOS based Combinational and sequential logic circuits EC 602.3 Demonstrate Lambda based design rules and design layouts EC 602.4 Illustrate the Data path and Semiconductor Memory DesignsEC 602.5 Comprehend various Interconnect designs




Code No. Statement









Course Name: Dissertation Course Code: EC 612

MVSR ENGINEERING COLLEGEAcademic Year 2016-17

M.E. 1 Year

of 404





Code No. Statement

EC 502.1Design the various digital systems using PLDs and sequential circuits design and conversionbetween Mealy and Moore machines.

EC 502.2Identify the merits and demerits of synchronous and asynchronous sequential machines andDesigns hazard free logic circuits.

EC 502.3Draw ASM chart for various digital systems and design the digital logic for the given sequentialmachine.

EC 502.4 Generate the test vectors by locating the fault in the given combinational circuit.EC 502.5 Understand various test approaches and design of fault detection experiment.





EC 520.4 Discuss I/O Interfacing concepts.EC 520.5 Demonstrate the challenges & Limtations of Instruction Level Parrallelism.


EC 506.5



Course Name:Digital System Design . Course Code: EC 502

COURSE NAME: Digital Signal Processors course code:EC 506

of 404

Code No. StatementEC 520.1 Comprehend the organization of the CPU and data path design. EC 520.2 Understand the concepts of Hardwired and Micro programmed Control Unit design of general

purpose computer EC 520.3 Describe the memory organization and hierarchy.EC 520.4 Discuss I/O Interfacing concepts.EC 520.5 Describe the challenges & Limtations of Instruction Level Parallelism

Code No. StatementEC 521.1 Describe the various modelling styles of Verilog HDL modules.EC 521.2 Design Combinational, Sequential logic circuit models and Finite State Machines.EC 521.3 Understand and implement the complete design flow of FPGA’s and ASIC’s.EC 521.4 Discuss functional verification and timing analysis.EC 521.5 Design various functional units of a CPU.EC 522.4 Estimate the placement & routing algorithms .EC 522.5 Validate the digital design and discuss the general design issues.

Code No. Statement



Code No. Statement





Code No. Statement





Code No. StatementCourse Name: Seminar-I Course Code: EC 609

Course Name: Advanced Computer Organisation Course Code:EC 520





of 404

EC609.1 Identify possible technical advancements in the field of Embedded Systems and VLSI design.






Code No. Statement EC611.1 Carryout Literature survey in the area of interest.EC611.2 Survey the recent advancements in the identified areaEC611.3 Demonstrate an Understanding and discuss the problem to arrive at possible solutions EC611.4 Develop interpersonal, presentation, soft skills and creativity










and Bipolar inverters






Academic Year 2015-16M.E. 1 Year

of 404

EC 602.2 Design CMOS based Combinational and sequential logic circuits EC 602.3 Demonstrate Lambda based design rules and design layouts EC 602.4 Illustrate the Data path and Semiconductor Memory DesignsEC 602.5 Comprehend various Interconnect designs




Code No. Statement









Code No. StatementEC623.1 Apply basic commands in Linux and perform operations on files and directories.EC623.2 Exercise on various language constructs of PERL scripting like pattern matching, statements and

declarations.EC623.3 Employ subroutines and data structures in Perl programming.EC623.4 Use Perl debugger commands and exercise advanced Perl programming concepts.






Course Name: Scripting Languages for VLSI Design Automation. Course Code: EC 623

of 404

EC623.5 Understand broad features of other scripting languages like TCL, JAVA SCRIPT and VBSCRIPT.





Code No. StatementEC 521.1 Describe the various modelling styles of Verilog HDL modules.EC 521.2 Design Combinational, Sequential logic circuit models and Finite State Machines.EC 521.3 Understand and implement the complete design flow of FPGA’s and ASIC’s.EC 521.4 Discuss functional verification and timing analysis.EC 521.5 Design various functional units of a CPU.

Code No. Statement



Code No. StatementEC 530.1 Familiarize with the GNSS fundamentals and GPS architecture.EC 530.2 Describe the different types of GNSS Signals and GNSS Datum.EC 530.3 Analyze the GPS errors and their modeling techniques.EC 530.4 Understanding various GPS data processing and GPS integration techniques.EC 530.5 Conceptualize the augmentation systems and regional navigation satellite systems.

Code No. Statement







Course Name: Global and Regional Navigational Satellite Systems. Course Code: EC 530


COURSE NAME: Digital Signal Processors course code:EC 506

EC 506.5

of 404

Code No. Statement











Code No. Statement EC611.1 Carryout Literature survey in the area of interest.EC611.2 Survey the recent advancements in the identified areaEC611.3 Demonstrate an Understanding and discuss the problem to arrive at possible solutions EC611.4 Develop interpersonal, presentation, soft skills and creativity







Course Name: Seminar-I Course Code: EC 609





of 404


meet the challenges and design issues of embedded system.EC503.2 Explain the architectural features of 8051 and interface ADC, DAC, Stepper Motor, LCDEC503.3 Conceptualize the architectural features of PIC microcontrollerand its on-chip peripherals.EC503.4 Describe te concepts of Embedded software development tools.EC503.5 Extend the knowledge of microcontrollers to develop and debug embedded system.

Code No. StatementEC 631.1 Design Building blocks for digital designEC 631.2 Write codes using various Hardware Description Languages

EC 631.3 Illustrate BJT based logic gates Demonstrate Lambda based design rules and design layouts EC 631.4 Explain various logics of CMOS CircuitsEC 631.5 Design FSMs for various applications

Code No. StatementEC 632.1 Understand the basic concepts of CMOS circuits, analyze and design current

sources/sinks/mirrors and band gap reference circuitsEC 632.2 Analyze low-frequency characteristics of single-stage amplifiers , differential amplifiers .EC 632.3 Describe the operation of OPAMPs and its characteristics.EC 632.4 Appreciate the importance of switched capacitors, sample and hold circuits.EC 632.5 Explain the operation of various A/D and D/A converters .EC 632.6 Analyze the concept of oversampling data conversion and PLL .

Code No. StatementEC 633.1 Understand the VLSI System Design , technology implications and chip cost.EC 633.2 Characterize and estimate the performance of Static & Dynamic CMOS circuits.EC 633.3 Illustrate the CMOS design methods and chip design options.EC 633.4 Design of CMOS Subsystem arithmetic circuits and memory elements.EC 633.5 Demonstrate the core of RISC Micro Controller ALU address architectures.

Code No. StatementEC634.1 Identify the basic structures of VLSI components.EC634.2 Understand the concepts of physical design EC634.3 Analyze stick diagrams and apply lambda based design rules to draw layout diagramsEC634.4 Comprehend the basic cell layout design and system level physical design.EC634.5 Understand the CAD tools for modeling and extraction of circuit parameters.

Code No. Statement





Code No. Statement

COURSE NAME: Real Time Operating Systems. COURSE CODE: EC635

COURSE NAME: Design and Simulation Laboratory-1 COURSE CODE: EC 637-1



COURSE NAME: Analog and Mixed Signal IC Design COURSE CODE: EC 632

COURSE NAME: Principles of VLSI System Design. COURSE CODE: EC 633

COURSE NAME: VLSI Physical Design COURSE CODE: EC634

Academic Year 2014-15M.E.

of 404

EC637-1.1 Study the CADENCE tools effectively for designing and simulating the circuits.

EC637-1.2Simulate Various logic gates (NOT,NAND,NOR) and various combinational and sequentialcircuits using Verilog HDL.

EC637-1.3Simulate and analyze DC, AC and Transient response of Amplifier circuits using various currentmirrors.

EC637-1.4 Use the IDE tool effectively for developing and executing the programs using 8051.EC637-1.5 Interface devices like ADC, DAC, LCD, and Stepper Motor to 8051

Code No. StatementEC 637-2.1 Use the CADENCE tools effectively for synthesizing various analog and digital circuits.

EC 637-2.2 Draw layouts of logic gates (NOT,NAND,NOR) and perform DRC ,LVS and RC extractions.EC 637-2.3 Synthesize and perform physical design of various combinational and sequential circuits.

EC 637-2.4Understand the concept of file system calls and process system calls by programming in UNIXoperating system

EC 637-2.5 Simulate the timing concepts, scheduling algorithms and semaphores using VxWorks

Code No. StatementEC638-1.1 Identify possible technical advancements in the field of Embedded Systems and VLSI design.

EC638-1.2 Carryout Literature survey in the research problem related to specialisationEC638-1.3 Demonstrate an understanding of the evolution of the technology and possible future trends of

the chosen topicEC638-1.4 Prepare and organize the technical presentation exhibiting soft skills and creativityEC638-1.5 Make oral presentation to Develop interpersonal & presentation skills.EC638-1.6 Prepare technical report employing elements of good technical writing, and critical thinking.




Code No. Statement EC638-3.1 Carryout Literature survey in the area of interest.EC638-3.2 Survey the recent advancements in the identified areaEC638-3.3 Demonstrate an Understanding and discuss the problem to arrive at possible solutions EC638-3.4 Develop interpersonal, presentation, soft skills and creativity

EC638-3.5 Prepare a technical report covering the problem definition, related literature analysis of theproblem and methodology proposed to carry out the work.

EC638-3.6 Demonstrate the qualities and attitudes of a professional engineer for forming a team



COURSE NAME: Design and Simulation Laboratory-II COURSE CODE: EC 637-2

Course Name: Seminar-I Course number: EC 638-1

Course Name: Seminar-II Course Code: EC 638-2

Course Name: Project Seminar Course Code: EC 638-3


of 404



Code No. StatementEC 640.1 Describe and use different programmable logic devices and programming technologies.EC 640.2 Discuss the architectures of XILINX, Altera and Actel FPGA’s .EC 640.3 Describe the architecture of Altera ,Flex Logic, AT & T and Cypress CPLD’s.EC 640.4 Familiarize with different Placement and Routing algorithms, Routability estimation, net delays.

EC 640.5 Familiarization and expertise in using the front end and back end tools for FPGA and ASIC’s.


apply for linear filtering. EC 641.2 Compute the errors in DSP System Design & Suggest to Design the Accurate DSP Systems.


EC 641.4 Compare & Comprehend the features of Texas based fixed-point & floating-point DSPProcessors.

EC 641.5 Understand various interfacing signals & interface memory and parallel I/O Peripherals toProgrammable DSP Devices.

Code No. StatementEC 645.1 Apply basic commands in Linux and perform operations on files and directories.EC 645.2 Exercise on various language constructs of PERL scripting like pattern matching, statements and

declarations.EC 645.3 Employ subroutines and data structures in Perl programming.EC 645.4 Use Perl debugger commands and exercise advanced Perl programming concepts.EC 645.5 Understand broad features of other scripting languages like TCL, JAVA SCRIPT and VB

SCRIPT.


Code No. Statement

EC 504.1Understand the concepts of data communications using the open Systems interconnect (OSI)model for layered architecture.

EC 504.2 Explain the principles of network protocols and internetworkingEC 504.3 Comprehend the circuit switcvhing and packet switching algorithms.EC 504.4 Describe the performance of data link layer protocols for error and flow control.EC 504.5 understand the various routing protocols and network security.

Code No. StatementEC 510.1 Comprehend the organization of the CPU and data path design.

Course Name: Low Power VLSI Design Course number: EC 648

Course Name: Data and Computer Communication Networks Course number: EC 504

Course Name:CPLD & FPGA Architectures and Applications. Course number: EC 640

Course Name: DSP Processors -Architecture . Course number: EC 641

Course Name: Scripting Languages for VLSI Design Automation . Course number: EC645

Course Name: Advanced Computer Organisation. Course number: EC 510

of 404

EC 510.2 Understand the concepts of Hardwired and Micro programmed Control Unit design of generalpurpose computer

EC 510.3 Describe the memory organization and hierarchy.EC 510.4 Discuss I/O Interfacing concepts.EC 510.5 Describe the challenges & Limtations of Instruction Level Parallelism


meet the challenges and design issues of embedded system.EC503.2 Explain the architectural features of 8051 and interface ADC, DAC, Stepper Motor, LCDEC503.3 Conceptualize the architectural features of PIC microcontrollerand its on-chip peripherals.EC503.4 Describe te concepts of Embedded software development tools.EC503.5 Extend the knowledge of microcontrollers to develop and debug embedded system.

Code No. StatementEC 631.1 Design Building blocks for digital designEC 631.2 Write codes using various Hardware Description Languages

EC 631.3 Illustrate BJT based logic gates Demonstrate Lambda based design rules and design layouts EC 631.4 Explain various logics of CMOS CircuitsEC 631.5 Design FSMs for various applications

Code No. StatementEC 632.1 Understand the basic concepts of CMOS circuits, analyze and design current

sources/sinks/mirrors and band gap reference circuitsEC 632.2 Analyze low-frequency characteristics of single-stage amplifiers , differential amplifiers .EC 632.3 Describe the operation of OPAMPs and its characteristics.EC 632.4 Appreciate the importance of switched capacitors, sample and hold circuits.EC 632.5 Explain the operation of various A/D and D/A converters .EC 632.6 Analyze the concept of oversampling data conversion and PLL .

Code No. StatementEC 633.1 Understand the VLSI System Design , technology implications and chip cost.EC 633.2 Characterize and estimate the performance of Static & Dynamic CMOS circuits.EC 633.3 Illustrate the CMOS design methods and chip design options.EC 633.4 Design of CMOS Subsystem arithmetic circuits and memory elements.EC 633.5 Demonstrate the core of RISC Micro Controller ALU address architectures.

Code No. StatementEC634.1 Identify the basic structures of VLSI components.EC634.2 Understand the concepts of physical design EC634.3 Analyze stick diagrams and apply lambda based design rules to draw layout diagramsEC634.4 Comprehend the basic cell layout design and system level physical design.EC634.5 Understand the CAD tools for modeling and extraction of circuit parameters.

Code No. Statement



COURSE NAME: Analog and Mixed Signal IC Design COURSE CODE: EC 632

COURSE NAME: Principles of VLSI System Design. COURSE CODE: EC 633

COURSE NAME: VLSI Physical Design COURSE CODE: EC634

COURSE NAME: Real Time Operating Systems. COURSE CODE: EC635

Academic Year 2013-14M.E.



of 404



Code No. StatementEC637-1.1 Study the CADENCE tools effectively for designing and simulating the circuits.

EC637-1.2Simulate Various logic gates (NOT,NAND,NOR) and various combinational and sequentialcircuits using Verilog HDL.

EC637-1.3Simulate and analyze DC, AC and Transient response of Amplifier circuits using various currentmirrors.

EC637-1.4 Use the IDE tool effectively for developing and executing the programs using 8051.EC637-1.5 Interface devices like ADC, DAC, LCD, and Stepper Motor to 8051

Code No. StatementEC 637-2.1 Use the CADENCE tools effectively for synthesizing various analog and digital circuits.

EC 637-2.2 Draw layouts of logic gates (NOT,NAND,NOR) and perform DRC ,LVS and RC extractions.EC 637-2.3 Synthesize and perform physical design of various combinational and sequential circuits.

EC 637-2.4Understand the concept of file system calls and process system calls by programming in UNIXoperating system

EC 637-2.5 Simulate the timing concepts, scheduling algorithms and semaphores using VxWorks







Code No. Statement EC638-3.1 Carryout Literature survey in the area of interest.EC638-3.2 Survey the recent advancements in the identified areaEC638-3.3 Demonstrate an Understanding and discuss the problem to arrive at possible solutions EC638-3.4 Develop interpersonal, presentation, soft skills and creativity

EC638-3.5 Prepare a technical report covering the problem definition, related literature analysis of theproblem and methodology proposed to carry out the work.

EC638-3.6 Demonstrate the qualities and attitudes of a professional engineer for forming a team

Course Name: Seminar-I Course number: EC 638-1

Course Name: Seminar-II Course Code: EC 638-2

Course Name: Project Seminar Course Code: EC 638-3

COURSE NAME: Design and Simulation Laboratory-1 COURSE CODE: EC 637-1

COURSE NAME: Design and Simulation Laboratory-II COURSE CODE: EC 637-2

of 404





Code No. StatementEC 640.1 Describe and use different programmable logic devices and programming technologies.EC 640.2 Discuss the architectures of XILINX, Altera and Actel FPGA’s .EC 640.3 Describe the architecture of Altera ,Flex Logic, AT & T and Cypress CPLD’s.EC 640.4 Familiarize with different Placement and Routing algorithms, Routability estimation, net delays.

EC 640.5 Familiarization and expertise in using the front end and back end tools for FPGA and ASIC’s.


apply for linear filtering. EC 641.2 Compute the errors in DSP System Design & Suggest to Design the Accurate DSP Systems.


EC 641.4 Compare & Comprehend the features of Texas based fixed-point & floating-point DSPProcessors.

EC 641.5 Understand various interfacing signals & interface memory and parallel I/O Peripherals toProgrammable DSP Devices.

Code No. StatementEC 645.1 Apply basic commands in Linux and perform operations on files and directories.EC 645.2 Exercise on various language constructs of PERL scripting like pattern matching, statements and

declarations.EC 645.3 Employ subroutines and data structures in Perl programming.EC 645.4 Use Perl debugger commands and exercise advanced Perl programming concepts.EC 645.5 Understand broad features of other scripting languages like TCL, JAVA SCRIPT and VB

SCRIPT.


Code No. Statement

EC 504.1Understand the concepts of data communications using the open Systems interconnect (OSI)model for layered architecture.

EC 504.2 Explain the principles of network protocols and internetworkingEC 504.3 Comprehend the circuit switcvhing and packet switching algorithms.EC 504.4 Describe the performance of data link layer protocols for error and flow control.

Course Name: Scripting Languages for VLSI Design Automation . Course number: EC645

Course Name: Low Power VLSI Design Course number: EC 648

Course Name: Data and Computer Communication Networks Course number: EC 504


Course Name:CPLD & FPGA Architectures and Applications. Course number: EC 640

Course Name: DSP Processors -Architecture . Course number: EC 641

of 404

EC 504.5 understand the various routing protocols and network security.

Code No. StatementEC 510.1 Comprehend the organization of the CPU and data path design. EC 510.2 Understand the concepts of Hardwired and Micro programmed Control Unit design of general

purpose computer EC 510.3 Describe the memory organization and hierarchy.EC 510.4 Discuss I/O Interfacing concepts.EC 510.5 Describe the challenges & Limtations of Instruction Level Parallelism

COURSE CODE COURSE NAMEBS 101 MT ENGINEERING MATHEMATICS.I


BS 101 MT.2Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solve problems on finding Radius of curvature ,evolutes and envelopes

BS 101 MT.3Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems.

BS 101 MT.4Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration.

BS 101 MT.5Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

BS 102 PH ENGINEERING PHYSICS.IBS 102 PH.1 Define, Classify and Illustrate the phenomena ofinterference and diffraction of light.

BS 102 PH.2Define polarization of light, optical activity and apply their principles to construct Nicol’s Prismand Polarimeter; Explain the principle of Laser& Holography; Summarize the different types oflaser sources; List out their applications.

BS 102 PH.3Explain the principle and application of optical fibers; Classify optical fibers; Summarize theproduction, detection, properties and applications of Ultrasonics.

BS 102 PH.4 Define and Compare statistical distribution laws; Extend to black body radiation.

BS 102 PH.5Recall the principles of quantum mechanics and apply them to solve particle in a box; List thefundamental laws of electricity and magnetism; Make use of these laws to derive Maxwell’selectromagnetic wave equation and Poynting theorem.

BS 103 CH ENGINEERING CHEMISTRY.I

BS 103 CH.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

BS 103 CH.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders.

BS 103 CH.3Identify theimpurities present in water, the problems associated with hard water and utilizetheprinciples and techniques involvedin water treatment (analysis) to purify water for domestic andindustrial purposes.


BS 103 CH.5ClassifyLubricants;Refractories, clay products and explain their properties, their use inengineering applications.

ES 104 CE ENGINEERING MECHANICS.I

ES 104 CE.1Resolve forces acting on a body,obtain resultant force or moment acting due to set of forces andmoments acting on a body and determine unknown forces from equations of equilibrium offorces and moments

ES 104 CE.2Obtain location of centres of mass of regular and composite shapes, use Pappus theorems tocalculate surface areas and volumes of composite structures

ES 104 CE.3Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies,effect of friction in screwjack,wedge,brakes and belt transmission

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ACADEMIC YEAR: 2017-18I SEM ( I YEAR I SEM)

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ES 104 CE.4Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem, calculate mass MI and radius of gyration for regularand composite structures

ES 104 CE.5Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles,write equations of motion under influence of forces for particles andconnected bodies and for plane motion of rigid bodies

ES 104 CE.6 Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion

ES 104 CE.7Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution

ES 105 CS COMPUTER PROGRAMMING AND PROBLEMS SOLVING

ES 105 CS.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive datatypes, operators.


ES 105 CS.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

ES 105 CS.4Understand the dynamiEC of the memory through pointers and distinguish between call by valueand call by reference

ES 105 CS.5 learn concepts of strings.

ES 105 CS.6 Understand the concepts of derived data types and write programs on structures and unionsES 105 CS.7 Apply the concepts of file handling operations.MC 106 EG ENGINEERING ENGLISH

MC 106 EG.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

MC 106 EG.2Able to understand the Importance of listening skills in the effective communication and themodels of interpersonal development.

MC 106 EG.3Able to apply writing techniques to develop a passage, draft an essay, make a prÃ©cis andconstruct general reports, Business communication

MC 106 EG.4 use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary.MC 106 EG.5 improve reading comprehension skills by reading inspirational texts and infer information.

BS 151 PH ENGINEERING PHYSICS LAB.I

BS 151 PH.1Demonstrate the phenomena of interference and determine the wavelength of a given lightsource.

BS 151 PH.2Demonstrate the phenomena of diffraction and determine the wavelength of a given light source .

BS 151 PH.3 Explain the principle of laser and determine the wavelength of a given laser source.

BS 151 PH.4Experiment with optical fiber and determine the Numerical Aperture and various losses of agiven fiber.

BS 151 PH.5 Illustrate Malus law of polarization of light.BS 151 PH.6 Determine the specific rotatory power of an optically active substance using polarimeter.BS 152 CH ENGINEERING CHEMISTRY LAB.I

BS 152 CH.1Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

BS 152 CH.2Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

BS 152 CH.3Identify and determine hardness causing impurities present in hard water by complexometricmethod.

BS 152 CH.4Explain causes for carbonate and bicarbonate alkalinity of water andestimatetheir concentrationinalkaline water.

BS 152 CH.5Estimatequantitatively species like Fe+2, Fe+3, Cr+3, Mn, present in unknown complexmixtures like ores, alloys by titrimetric methods.

ES 153 CE ENGINEERING GRAPHICS.I

ES 153 CE.1The student would be able to recall the mathematical concepts related to scales, conic sections,involutes, etc and demonstrate proficiency in construction of these using the various methodsdescribed in literature.

ES 153 CE.2The student would be able to analyse the various tools in AUTOCAD and utilize them fordrawing of problems related to scales, conic sections, cycloids, etc..

ES 153 CE.3The student would be able to analyse the position of points and lines when placed in differentorientations with respect to reference planes and reproduce them using AUTOCAD.

ES 153 CE.4The student would be able to draw the various views of planes when in simple position and inoblique positions using AUTOCAD.

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ES 153 CE.5


ES 154 CS COMPUTER PROGRAMMING LABES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.ES 154 CS.2 Apply concepts of selection and looping statementsES 154 CS.3 apply concepts of functions to increase the modularity of the program and re usability.

ES 154 CS.4Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES 154 CS.5Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

ES 154 CS.6 Apply derived data types using structures and unions.ES 155 ME ENGINEERING WORKSHOP.I

ES 155 ME.1The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc.

ES 155 ME.2The student would be able to understand the different types of welding techniques like arcwelding, gas welding, brazing, soldering, etc and prepare various weld joints like lap joint, buttjoint, T joint, etc.

ES 155 ME.3The student would be able to utilize the various tools of machining namely lathe machine, cuttingtools (single point cutting tool, knurling tool, parting tool, etc) to perform various machiningoperations like turning, facing, drilling, boring, threading, knurling, etc.

ES 155 ME.4The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints.

MC 156 EG ENGINEERING ENGLISH LAB

MC 156 EG.1Learn the sound system of English Language with the knowledge of IPA-classification &description

MC 156 EG.2 earn the word stress & aspects of connected speechMC 156 EG.3 learn the Rhythm & Intonation of English language

MC 156 EG.4Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.

COURSE CODE COURSE NAMEBS 201 MT ENGINEERING MATHEMATICS.II


BS 201 MT.2Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

BS 201 MT.3 Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.

BS 201 MT.4Evaluate improper integrals using Beta and Gamma functions and solve Besselâ€™s differential equations.

BS 201 MT.5Solve some problems using the properties of Legendre polynomial and Besselâ€™s functions.

BS 201 MT.6Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

BS 202 PH ENGINEERING PHYSICS.IIBS 202 PH.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.

BS 202 PH.2Classify magnetic materials and Explain properties; Identify applications of ferromagneticmaterials and superconducting materials.

BS 202 PH.3Explain and Illustrate semiconducting materials along with their applications; Summarizedielectric materials and its applications.

BS 202 PH.4Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications.

BS 202 PH.5Explain various properties of nanomaterials; Contrast their preparation methods and list outvarious applications of nanomaterials.derive Maxwell’s electromagnetic wave equation andPoynting theorem.

BS 203 CH ENGINEERING CHEMISTRY.II

BS 203 CH.1


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BS 203 CH.2Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells –their design, similarities, differences and applications.

BS 203 CH.3List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.

BS 203 CH.4


BS 203 CH.5List types of composites; liquid crystals,identify their advantages, engineering applications in dayto day life and relate concept and principles of green chemistry for design and manufacturing ofengineering materials.

HS 204 EG BUSINESS COMMUNICATION AND PRESENTATION SKILLS

HS 204 EG.1know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

HS 204 EG.2learn models of Interpersonal Communication, Styles of Communication, Teamwork, PersuasionTechniques, Mobile phone and E-mail Etiquette and Time management

HS 204 EG.3learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers.

HS 204 EG.4learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of Meeting.

HS 204 EG.5 plan and prepare to face Interviews and participate in Group DiscussionsES 965 ME ELEMENTS OF MECHANICAL ENGINEERING

ES 965 ME.1The student would be able to correlate the laws of thermodynamics with the fundamentalconceptual terminologies like properties, systems, processes, cycles, states, different types ofequilibrium, energy, etc and solve related problems..

ES 965 ME.2Classify the different modes of heat transfer, analyze the governing equations, understand theapplications of heat exchangers and solve related problems.

ES 965 ME.3The student would be able to assess the relevance of different refrigeration systems with respectto their eco

ES 965 ME.4Classify different manufacturing processes like forging, welding, forming, machining, etc andrecognize their suitability.

ES 965 ME.5The student would be able to understand the different types of power transmission systems likegears, gear trains, belts, ropes etc with emphasis on their kinematic mechanisms and solverelated problems.

ES 933 EC ELECTRONIC ENGINEERING.I

ES 933 EC.1Interpret the characteristics of diodes to evaluate the diode parameters and apply diode models toanalyze the applications of diodes.

ES 933 EC.2Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters.

ES 933 EC.3Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability.

ES 933 EC.4 Analyze and compare the performance of BJT amplifiers with various biasing circuits.

ES 933 EC.5Distinguish the principles of BJT & FET, comprehend the characteristics of FET and designbiasing circuits for FET amplifiers.

BS 251 PH ENGINEERING PHYSICS LAB.IIBS 251 PH.1 Examine the nature of ferromagnetic materials using B-H curve experiment.BS 251 PH.2 Analyze the semiconducting device and calculate temperature co-efficient of resistance.BS 251 PH.3 Inspect the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 Analyze the semiconducting device and calculate the energy gap.

BS 251 PH.5Experiment with a junction diode and calculate its resistance under forward and reverse bias.

BS 251 PH.6 Examine the nature of dielectric materials and evaluate their related parameter.BS 252 CH ENGINEERING CHEMISTRY LAB.II

BS 252 CH.1 Extend the knowledge of electroanalytical techniqueslike Conductometry, Potentiometry,pHmetryand Colorimetryfor performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used inin daily life.

BS 252 CH.2Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

BS 252 CH.3Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.


BS 252 CH.5Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

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ES 930 CS.1 Identify assemble and disassemble the components of Personal Computer (PC) System.ES 930 CS.2 Install the operating system.ES 930 CS.3 Create Documents using MS WORD and spread sheets using MS EXCELES 930 CS.4 Design presentations using MS POWER POINTES 930 CS.5 Develop a website using HTMLES 930 CS.6 Use Documentation Tool LATEX to create reports, books, articles in standard formats.HS 253 EG COMMUNICATION SKILLS LABLAB

HS 253 EG.1 use dialogues in a variety of situations and settings such as Role PlayHS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public Speech.HS 253 EG.4 participate in Group Discussions and DebatesHS 253 EG.5 face Interviews effectively.ES 255 ME ENGINEERING WORKSHOP.II

ES 255 ME.1The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc



ES 255 ME.4


COURSE CODE COURSE NAMEBS 301 MT ENGINEERING MATHEMATICS.III

BS 301 MT.1 Solve problems based on differentiation and line integration of complex functions.

BS 301 MT.2Develop Taylor’s and Laurent’s series for a given complex function and explain some standardconformal transformations and application of the theory of residues.

BS 301 MT.3 Develop a Fourier series for a given function in various Intervals.

BS 301 MT.4Solve problems on formation of partial differential equations and on some standard first orderedand higher ordered linear partial differential equations.

BS 301 MT.5Apply the theory of Fourier series to some boundary value problems associated with one -dimensional wave, heat and Laplace’s Equation.

ES 322 EC ELECTRONIC ENGINEERING.IIES 322 EC.1 Identify the type of negative feedback, Analyze and design negative feedback amplifiersES 322 EC.2 Design Audio Frequency and Radio Frequency oscillators using BJT.ES 322 EC.3 Explain the working of differential amplifier, and importance of CMRR.ES 322 EC.4 Distinguish the classes of Power Amplifiers and their design considerations.

ES 322 EC.5Differentiate the performance of non linear and linear wave shaping circuits like Integrator,Differentiator, Clipper and clamper circuits.

ES 323 ME PRIME MOVERS AND PUMPS

ES 323 ME.1 The student would be able to get a quick look into the fundamental aspects of fluid mechanicswith basic knowledge required to conduct preliminary calculations applied to fluid machinery.

ES 323 ME.2The student would be able to understand the basic types of hydraulic turbines, their components,operation and their rated and off design performance characteristics.

ES 323 ME.3The student would be able to understand the working principle of reciprocating pumps andcentrifugal pumps, their performance over wide range of operations and about the negativeeffects of cavitation on pump performance.

ES 323 ME.4The student would be able to explain the basic principles involved in the steam formation, typesof steam boilers and principles of steam engines.

ES 323 ME.5The student would be able to familiarize with the basic knowledge of working of steam turbine,gas turbine and methods of improving their efficiency.

PC 301 EE ELECTRICAL CIRCUITS.IPC 301 EE.1 Apply circuit analysis methods to solve electrical circuits. PC 301 EE.2 Apply sinusoidal phasor concepts to solve AC circuits.PC 301 EE.3 Analyze three phase balanced and unbalanced circuits.

PC 301 EE.4 Apply network theorems to solve circuits. Formulate different matrices based on Graph theory PC 301 EE.5 Understand resonance, mutually induced EMF concepts and solve electrical circuits.

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PC 302 EE ELECTROMAGNETIC FILEDSPC 302 EE.1 Apply Electrostatic laws to calculate electric field due to different configurations.PC 302 EE.2 Find electric field and capacitance including dielectric media effect.PC 302 EE.3 Apply Magneto static laws and calculate inductance of different configurations.

PC 302 EE.4Modify Maxwell’s equations for time varying fields and their applications to solve problems.

PC 302 EE.5 Formulate wave equations and estimate Electromagnetic power.PC 303 EE DIGITAL ELECTRONICS AND LOGIC DESIGN

PC 303 EE.1 Apply basic Boolean Operators and construct Karnaugh Maps to simplify Boolean expressions.PC 303 EE.2 Understand principles of IC families and construct combinational logic circuits.

PC 303 EE.3Understand and apply different number systems to perform mathematical operations required fordigital circuits

PC 303 EE.4 Design Asynchronous and Synchronous sequential circuits using flip-flops

PC 303 EE.5to analyze various Digital to Analog Convertor circuits using Op-amps, various Analog to DigitalConvertor methods.

MC 916 CE ENVIRONMENTAL SCIENCES

MC 916 CE.1To know the importance of natural resources (Water and land), Energy resources, floods,drought, impact of modern agriculture, land degradation.

MC 916 CE.2 To understand basic concepts of an ecosystem and its importance MC 916 CE.3 To understand importance of biodiversity and need for its conservation

MC 916 CE.4To study different types of environmental pollution, their causes, effects and control measuresand need for environmental legislation.

MC 916 CE.5To critically analyze global environmental issues, social aspects including population growth,disaster management.

ES 361 ME MECHANICAL ENGINEERING LAB

ES 361 ME.1 To correlate the performance parameters of 4-stroke petrol engines, 4- stroke diesel engines andreciprocating air compressors with respect to theoretical analysis and experimental values.

ES 361 ME.2To assess the variation in flow measurements with respect to theoretical and actual values forventurimeters, orifice meters and pitot tubes.

ES 361 ME.3To assess the variation of viscosity of various oils with temperature and also determine theirflash and fire points

ES 361 ME.4Analyze the performance parameters related to various modes of heat transfer and compare withtheir theoretical values.

ES 361 ME.5Evaluate the performance parameters of rotodynamic pumps and Turbines and compare withtheir theoretical values.

ES 362 EC ELECTRONICS ENGINEERING LABES 362 EC.1 Analyze V-I characteristics of two terminal diode and three terminal BJT, FET.

ES 362 EC.2Design and analyze various applications of diode like rectifier with and without filter, clipper andclamper circuits to generate required waveforms.

ES 362 EC.3Analyze frequency response of single and two stage RC coupled amplifier at low frequency, midfrequency and high frequency and compare their bandwidths

ES 362 EC.4Differentiate Negative feed amplifiers at low frequency, mid frequency and high frequency andcompare their bandwidths

ES 362 EC.5 Distinguish various oscillator circuits with respect to frequency of oscillations

COURSE CODE COURSE NAMEBS 401 MT ENGINEERING MATHEMATICS - IV

BS 401 MT.1 Evaluate Fourier Transforms and inverse Fourier sine and cosine transforms of various functions.

BS 401 MT.2Apply the basic definitions and properties of Z-n transforms for solving difference equations.

BS 401 MT.3Apply the Numerical methods for solving algebraic, transcendental equations, system of linearequations and initial value problems for first ordered ordinary differential equations.

BS 401 MT.4 Apply interpolation methods for estimation.

BS 401 MT.5Applymethod of least squares for curve fitting, computing correlation coefficient and obtain linesof regression for given data.

BS 401 MT.6Solve problems based on conditional probability, Baye’s theorem, some continuous distributionsand Tests of significance for small samples.

PC 401 EE ELECTRICAL CIRCUITS - IIPC 401 EE.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.

PC 401 EE.2Classify magnetic materials and Explain properties; Identify applications of ferromagneticmaterials and superconducting materials.

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PC 401 EE.3Explain and Illustrate semiconducting materials along with their applications; Summarizedielectric materials and its applications.

PC 401 EE.4Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications.

PC 401 EE.5Explain various properties of nanomaterials; Contrast their preparation methods and list outvarious applications of nanomaterials.derive Maxwell’s electromagnetic wave equation andPoynting theorem.

PC 402 EE ELECTRICAL MACHINES - IPC 402 EE.1 Student will have a thorough understanding about the energy conversion principles.PC 402 EE.2 Illustrate construction, operation and winding diagrams of DC machines.

PC 402 EE.3Illustrate the characteristics of DC generators and DC motors and judge their applications.

PC 402 EE.4 Demonstrate starting and speed control methods on DC motorsPC 402 EE.5 Evaluate performance of dc machines by conducting suitable tests PC 403 EE POWER SYSTEMS - I

PC 403 EE.1List and analyze various conventional Energy Sources such as Thermal, Hydal, Nuclear and GasTurbine Power Plants, describe their Operating Principles.

PC 403 EE.2List and analyze different Nonconventional Energy Sources like Solar Energy and Wind Energy,describe their Operating Principles.

PC 403 EE.3Differentiate various factors of Economics of power generation and analyze different Tariffs,determine voltage drops and losses in AC & DC Distributors.

PC 403 EE.4 Analyze sags on overhead lines, Determine insulator string efficiency.

PC 403 EE.5List and assess inductance, capacitance of Single phase and Three Phase Over HeadTransmission Lines.

PC 404 EE POWER ELECTRONICS

PC 404 EE.1 Differentiate construction, working and characteristics of various power electronic devicesPC 404 EE.2 Classify and apply triggering circuits , protection methods of SCR PC 404 EE.3 Analyze single phase and three phase controlled rectifiers for R, RL and RLE loads

PC 404 EE.4 Illustrate and analyze various types of D.C choppers , a.c voltage controllers and cyclo converters.PC 404 EE.5 Analyze single phase inverter , three phase inverter in 120degrees and 180degrees mode.PC 405 EE LINEAR INTEGRATED CIRCUITS

PC 405 EE.1Understand the terminal characteristics of op-amps and design /analyze fundamental circuitsbased on op-amps.

PC 405 EE.2 Realize various linear and non-linear applications of Op-Amp.

PC 405 EE.3Design and Formulate Op-Amp oscillators, Analyze the operation of the most commonly usedD/A and A/D converter types.

PC 405 EE.4 Analyze a fixed voltage regulator and adjustable voltage regulators.PC 405 EE.5 Design and compare Low pass, High pass, Band Pass and Band stop active filters.HS 401 BM MANAGERIAL ECONOMICS AND ACCOUNTANCY

HS 401 BM.1There will be general exposure to the student about the business, economic, cultural and socialenvironment and the structural aspects of Managerial Economics.

HS 401 BM.2

After analytically studied about different principles and laws of managerial economics studentwill be able to examine the consumer behaviour and take various managerial decisions, such asforecasting demand for new and existing goods and services. Student will be able to appraise ofthe firm’s behavior in different market structures with respective to the competition, pricefixation of product.

HS 401 BM.3By analyzing and examining various production function alternatives, the student will able tosuggest the best profit maximizing production function to the producers/entrepreneurs.

HS 401 BM.4 With the knowledge of capital budgeting methods and techniques, the student can evaluatedifferent business proposals and identify the best among them for prudent investment.

HS 401 BM.5Different sources of capital shall be explored to the business and also students determine thefinancial viable sources of capital.

HS 401 BM.6With the help of the accounting knowledge student will be able to analyse the business financialstatements and interpret them for taking ideal managerial decisions.

PC 451 EE DIGITAL ELECTRONICS AND INTEGRATED CIRCUITS LAB

PC 451 EE.1Students will be able to Design circuits using operational amplifiers such as Clippers, Clampersand Filter circuits

PC 451 EE.2 Students will be able to Design and analyze pulse generator and delay using 555 timer

PC 451 EE.3Students will be able to Design and explain OP Amp to generate sine waveform, Square waveform, Triangular waveforms

PC 451 EE.4Students will be able to Design various combinational circuits using logic gates, sequentialcircuits using Flip-Flops.

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PC 451 EE.5 Students will be able to Design A/D Converters.PC 452 EE COMPUTER AIDED ELECTRICAL DRAWING LAB

PC 452 EE.1 Identify and draw different components of electrical systems

PC 452 EE.2 Draw different control and wiring diagramsPC 452 EE.3 Draw winding diagrams of electrical machines

PC 452 EE.4Acquire knowledge on various Electrical Engineering Softwares

COURSE CODE COURSE NAMEEE 301 POWER SYSTEMS.II

EE 301.1 Discriminate different transmission line models and find the performance of transmission lines.EE 301.2 Compare and assess the reactive power compensation for voltage control.EE 301.3 Change Single line diagram to p.u. system and perform balanced fault calculations.

EE 301.4Apply symmetrical components to convert unbalanced power system faults and obtain sequencenetworks and perform fault calculations.

EE 301.5 Construct bewley lattice diagram to analyze transients in power systems.EE 302 ELECTRICAL MACHINERY.II

EE 302.1 Judge the applications of 3-phase transformers and auto transformersEE 302.2 Estimate the load shared by transformers under different conditions.

EE 302.3Illustrate the principle of operation, characteristics of induction motor and estimate itsperformance.

EE 302.4 Justify various starting methods and perform speed control methods.EE 302.5 Assess the effects of unbalanced operation and single phasing on electrical machines.EE 303 POWER ELECTRONICS

EE 303.1 Differentiate construction, working and characteristics of various power electronic devicesEE 303.2 Classify and apply triggering circuits , protection methods of SCREE 303.3 Analyze single phase and three phase controlled rectifiers for R, RL and RLE loads

EE 303.4 Illustrate and analyze various types of D.C choppers , a.c voltage controllers and cyclo converters.EE 303.5 Analyze single phase inverter , three phase inverter in 120degrees and 180degrees mode.EE 304 DIGITAL ELECTRONICS AND LOGIC DESIGN

EE 304.1 Apply basic Boolean Operators and construct Karnaugh Maps to simplify Boolean expressions.

EE 304.2Understand and apply different number systems to perform mathematical operations required fordigital circuits.

EE 304.3 Understand principles of IC families and construct combinational logic circuits.EE 304.4 Design Asynchronous and Synchronous sequential circuits using flip-flopsEE 304.5 Design Melay and Moore machine models and understand programmable logic devicesEE 305 LINEAR INTEGRATED CIRCUITS

EE 305.1Understand the terminal characteristics of op-amps and design /analyze fundamental circuitsbased on op-amps.

EE 305.2 Realize various linear and non-linear applications of Op-Amp.

EE 305.3Design and Formulate Op-Amp oscillators, Analyze the operation of the most commonly usedD/A and A/D converter types.

EE 305.4 Analyze a fixed voltage regulator and adjustable voltage regulators.EE 305.5 Design and compare Low pass, High pass, Band Pass and Band stop active filters.EE 306 LINEAR CONTROL SYSTEMS

EE 306.1 Develop and analyze mathematical models open& closed loop systems

EE 306.2Measure the Stability of Linear Control Systems using Time Domain and S-Plane basedApproaches.

EE 306.3 Decide the Stability of Linear Control Systems using Frequency Domain Approach.EE 306.4 Construct State space model and its solution using State Transition Matrix.EE 306.5 Solving Discrete Control Systems using Z-Transform Models.EE 331 ELECTRICAL MACHINES LAB.I

EE 331.1 Identify the conditions for voltage build up in a DC generatorEE 331.2 Compare the performance characteristics of various types of generators

EE 331.3Compare the performance characteristics of various types of DC motors and judge theirapplications

EE 331.4 Demonstrate speed control methods on DC motors

EE 331.5Perform the direct and indirect tests on DC motors and transformers to evaluate the performance.

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EE 332 CONTROL SYSTEMS LABEE 332.1 Able to analyze the physical systems represented in Transfer function.EE 332.2 Able to apply the control components like ac servo motor, synchro pair.

EE 332.3Able to understand and comprehend the controller design both in time domain and frequencydomain.

EE 332.4Able to distinguish and will have knowledge of Feedback control systems like A.C and D.Cposition control systems.

COURSE CODE COURSE NAMEEE 351 DIGITAL SIGNAL PROCESSING

EE 351.1Understand the basic operations on Discrete Time Signals and Classify a system as Linear Time-invariant/Variant, Stable/Unstable, causal/non-causal.

EE 351.2Conclude DTFT to evaluate frequency response. Determine DFT using direct and FFTmethods. Analyze Circular and Linear convolution and apply for linear filtering operations.

EE 351.3 Evaluate Z-transforms, Construct different forms of IIR and FIR filters.

EE 351.4Formulate & apply Digital IIR filter design using Butterworth & Chebyshev approximations toVerify the characteristics of LPF, HPF, BPF & BEF

EE 351.5Design & compare Digital FIR filters using various windows, Analyze the characteristics ofvarious windows.

EE 352 ELECTRICAL MACHINERY.III

EE 352.1Describe types of windings used in AC machines, define winding factors and explainsuppression of harmonics in generated e m f .

EE 352.2Demonstrate various tests on salient and non-salient type Synchronous generators to evaluate itsperformance.

EE 352.3Compare asynchronous and synchronous motors and evaluate the performance with the help ofcircuit model.

EE 352.4 Assess transient behavior of synchronous generators and its stability.EE 352.5 Analyze the characteristics of different types of single phase motorsEE 353 SWITCHGEAR AND PROTECTION

EE 353.1Understand and describe need of protection for power system. Define protective relay andcompare different types of protective relays.

EE 353.2 Describe phase and amplitude comparator and analyze the dual input comparator.

EE 353.3Understand distance protection scheme and compare different types of distance relays to protectthe transmission line from the different faults

EE 353.4Understand need of protection of generator and transformer and to analyze different types ofprotection schemes for generator and transformer against various faults

EE 353.5Describe the function of circuit breaker and operation. Understand arc phenomenon and discussdifferent arc extinction methods and compare different types of Circuit Breakers.

EE 354 MICRO PROCESSORS AND MICRO CONTROLLERSEE 354.1 Identify the architectural features of 8086 and Conceptualize its interrupt structureEE 354.2 Develop the assembly language programming using 8086

EE 354.3 Comprehend the operation of various peripheral devices like 8254 A programmabletimer/counter, 8279 Keyboard/Display and their interfacing with 8086.

EE 354.4 Differentiate between microprocessor and microcontroller in their architectural features anddevelop the assembly language programming using the timers/counters 8051.

EE 354.5 Develop programs for UART along with interrupts and Extend the memory and I/O ports of8051 and Program 8051 for real time applications.

CM 371 MANAGERIAL ECONOMICS & ACCOUNTANCY

CM 371.1There will be general exposure to the student about the business, economic, cultural and socialenvironment and the structural aspects of Managerial Economics.

CM 371.2


CM 371.3By analyzing and examining various production function alternatives, the student will able tosuggest the best profit maximizing production function to the producers/entrepreneurs.

CM 371.4 With the knowledge of capital budgeting methods and techniques, the student can evaluatedifferent business proposals and identify the best among them for prudent investment.

CM 371.5Different sources of capital shall be explored to the business and also students determine thefinancial viable sources of capital.

CM 371.6With the help of the accounting knowledge student will be able to analyse the business financialstatements and interpret them for taking ideal managerial decisions.

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EE 381 ELECTRICAL MACHINES LAB.II

EE 381.1Able to analyze the phase conversion of transformer and performance of three Induction Motorby circle diagram.

EE 381.2Able to distinguish various speed control methods of three phase Induction Motor and voltageregulation of alternator

EE 381.3Able to describe performance characteristics of single phase Induction Motor and SynchronousMotor.

EE 381.4 Able to understand P.F. improvement of Induction Motor by using capacitorsEE 382 POWER ELECTRONICS LAB

EE 382.1 Determine and identify the characteristic points of power electronic devicesEE 382.2 Design and Verify the triggering circuitsEE 382.3 Estimate the performance of converter circuitsEE 382.4 Application of converters to control electrical machinesEE 383 INTIGRATED CIRCUITS LAB

EE 383.1Students will be able to Design circuits using operational amplifiers such as Clippers, Clampersand Filter circuits

EE 383.2 Students will be able to Design and analyze pulse generator and delay using 555 timer

EE 383.3Students will be able to Design and explain OP Amp to generate sine waveform, Square waveform, Triangular waveforms

EE 383.4Students will be able to Design various combinational circuits using logic gates, sequentialcircuits using Flip-Flops.

EE 384 INDUSTRIAL VISITEE 384.1 Forecast about the technical approach in different industries

EE 384.2Integrate their knowledge about different technologies and to apply them in problem solvingtechniques.

EE 384.3 Predict different problems that disturb the environment and solve them.EE 384.4 Construct different Projects with the knowledge acquired.

COURSE CODE COURSE NAMEEE 401 POWER SYSTEMS OPERATION AND CONTROL

EE 401.1 Construct mathematical model for power systems and networks.

EE 401.2Evaluate different methods of solving nonlinear algebraic equations and perform load flowsolutions.

EE 401.3Recognize the need for economic load dispatch, design the strategies and perform optimal loaddispatch.

EE 401.4Recognize need for frequency control, analyze the effects of the variation in frequency andimplement the mathematical models for single and two area control.

EE 401.5Recognize rotor angle stability, Identify and analyze approaches to solve stability problems.

EE 402 ELECTRIC DRIVES AND STATIC CONTROL

EE 402.1Learn the concept and classification of electric drives, dynamics of motor-load combination andstability aspects of an electric drive system.

EE 402.2Explain the characteristics of electric drives, starting methods of electric motors and methods toimprove the starting Efficiency.

EE 402.3Summarize the concept of Electric Braking, its advantages & types of Electric braking and it’simplementation through illustration.

EE 402.4Acquire the knowledge of speed control using ac-dc and dc-dc converters for dc shunt and dcseries motors, also control-loop implementation of a dc drive.

EE 402.5Summarize the working of phase controlled converters, voltage source inverters and cyclo-converters used in control of induction motor drives.

EE 403 ELECTRICAL MACHINE DESIGNEE 403.1 Examine the types of materials used for electrical machines

EE 403.2Determine the specific permeance for magnetic loading, obtain temperature rise of machines

EE 403.3 Determine the main dimensions of d.c machine and transformerEE 403.4 Determine the main dimensions of 3-phase induction motor and alternator EE 403.5 Recall computer aided techniques used for design of 3 phase induction motorEE 411 HIGH VOLTAGE DC TRANSMISSION

EE 411.1To compare and contrast the AC and DC transmission systems and understand the practicalutility of HVDC transmission system

EE 411.2To understand the analysis of converter circuits with grid control, with and without overlap angle

EE 411.3To understand the purpose of control and study the controlling methods of HVDC transmissionsystem

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EE 411.4To study the various faults in converters, harmonics introduced in the system and to understandthe protection for these faults

ME 411 ENTERPRENUERSHIP

ME 411.1To develop distinct entrepreneurial traits and ability to recognize business opportunities to buildentrepreneurial career.

ME 411.2Students can develop and systematically apply entrepreneurial way of thinking that will allowthem to identify and create business opportunities for commercialized success.

ME 411.3To design and develop a well presented successful business plan that is feasible and to gain theadvantage of Project financing.

ME 411.4To effectively plan projects through CPM/Pert techniques. To understand human aspects ofbusiness and helps to assess and evaluate tax burden.

ME 411.5 This helps the entrepreneur to manage his human resources and time effectively.EE 431 ELECTRICAL SIMULATION LAB

EE 431.1 Develop and test MATLAB m-code for Power systems studiesEE 431.2 Simulate and analyze the control system experimentsEE 431.3 Analyze circuits using MATLAB an P-SpiceEE 431.4 Design Lag-Lead CompensatorsEE 432 MICRO PROCESSORS AND MICRO CONTROLLERS LAB

EE 432.1Develop the logic using instruction set of 8086 in different addressing modes to carry outarithmetic, logical and string operations using MASM

EE 432.2 Interface ADC, 8254, Traffic Signal with 8086 microprocessors.EE 432.3 Demonstrate various arithmetical, logical programs using 8051 trainer kit

EE 432.4Comprehend the usage of on-chip timers and serial communication of 8051 and their interruptsusing programs

EE 433 POWER SYSTEMS LAB

EE 433.1Able to comprehend and analyze the regulation, efficiency and ABCD constants of transmissionlines

EE 433.2Able to analyze and study the characteristics of different protective relays to know performance

EE 433.3Able to observe and analyze parallel operation of alternator and differential protection ofTransformer to the performance

EE 433.4Able to apply different methods to find sequence impedances of transformer ,alternator and tomeasure the capacitance of 3-core cable

EE 434 PROJECT SEMINAREE 434.1 Carryout Literature survey in the area of interest.

EE 434.2Interact with industry environment/faculty for the selection of problem relevant to currenttechnology.

EE 434.3 Understand and discuss the problem to provide possible solutions EE 434.4 Organize the presentation in the form of a report

COURSE CODE COURSE NAMEEE 451 UTILIZATION

EE 451.1Able to Differentiate and Distinguish various heating and welding process and discuss thedifferent methods.

EE 451.2Able to distinguish between conductors and dielectrics and analyze the boundary conditions.

EE 451.3 Able to discuss and understand the fundamentals of magneto statics.EE 451.4 Able to derive and analyze the Mathematical laws of time varying EM fieldsEE 451.5 Able to identify, formulate and solve the EM Wave propagation problems. CE 452 DISASTER MITIGATION & MANAGEMENT

CE 452.1Ability to analyze and critically examine existing programs in disaster management regardingvulnerability, risk and capacity at local level.

CE 452.2Ability to choose the appropriate activities and tools and set up priorities to build a coherent andadapted disaster management plan.

CE 452.3Ability to understand various mechanisms and consequences of natural and human induceddisasters for the participatory role of engineers in disaster management

CE 452.4Develop an awareness of the chronological phases of disaster response and relief operations forformulating effective disaster management plans.

CE 452.5Ability to understand the concept of remote sensing and geographical information systems fortheir effective applications in disaster management.

EE 471 RENEWABLE ENERGY SOURCESEE 471.1 Memorize the statistics of non-conventional sourcesEE 471.2 Describe about solar radiation and solar cell fabricationEE 471.3 Determine the maximum power developed by the wind power plant

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EE 471.4 Recall the operation of bio gasifiersEE 471.5 Summarize the operation of a wave, tidal and OTEC plantsME 472 INDUSTRIAL ADMINISTRATION & FINANCIAL MANAGEMENT

ME 471.1

On completion of this unit learner (student) will be able to, (a) define business, objectives ofbusiness and types of business organization such as private undertakings, public undertakingsand joint sector. (b) Describe factors influencing the choice of suitable form of organization. (c)Explain organization structures and advantage of organization chart. (d) Describe principles oforganization structure. (e) Summarize types of organization structures, their merits and demerits.(f) Explain functions of management. (g) Summarize factors influencing the selection of plantlocation and plat layout. (h) Discuss principle consideration of typical industries. (i) Explaintypes of layouts such as line or product layout, functional or process layout, fixed position andcombination layout their advantages and disadvantages

ME 471.2


ME 471.3


ME 471.4On completion of this unit student will be able to, (a) Define optimization and operationsresearch. (b) Solve problems on LPP using graphical solution. (c) Compute

ME 471.5


EE 481 DIGITAL SIGNAL PROCESSING LABEE 481.1 Generate Basic Analog and Discrete time Signals

EE 481.2Evaluate frequency response, output response, Linear & circular convolution using DFT.Appreciate efficient implementation of DFT using FFT.

EE 481.3 Design & Interpret FIR and IIR Filters using various techniques

EE 481.4Devise the above concepts using MATLAB & CCS tools. Acquire knowledge to work on realtime processing using DSP Processors

EE 482 GENERAL SEMINAREE 482.1 Carryout Literature survey in the area of interest.

EE 482.2Interact with faculty and choose the topic for presentation related to recent trends in electronicsand communication discipline.

EE 482.3Prepare, organize the presentation and Present effectively that helps to acquire good organizingand communicating skills

EE 482.4 Organize the presentation in the form of a report.EE 483 PROJECT

EE 483.1 Understand and analyze the problem to provide an optimal solution EE 483.2 Implement the project using hardware and software toolsEE 483.3 Analyze the performance of implemented results with existing workEE 483.4 Organize the project work in the form of report/Thesis

COURSE CODE COURSE NAMEBS 101 MT ENGINEERING MATHEMATICS.I

ACADEMIC YEAR: 2016-17I SEM ( I YEAR I SEM)

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BS 101 MT.2Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solve problems on finding Radius of curvature ,evolutes and envelopes

BS 101 MT.3Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems.

BS 101 MT.4Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration.

BS 101 MT.5Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

BS 102 PH ENGINEERING PHYSICS.IBS 102 PH.1 Define, Classify and Illustrate the phenomena ofinterference and diffraction of light.

BS 102 PH.2Define polarization of light, optical activity and apply their principles to construct Nicol’s Prismand Polarimeter; Explain the principle of Laser& Holography; Summarize the different types oflaser sources; List out their applications.

BS 102 PH.3Explain the principle and application of optical fibers; Classify optical fibers; Summarize theproduction, detection, properties and applications of Ultrasonics.

BS 102 PH.4 Define and Compare statistical distribution laws; Extend to black body radiation.

BS 102 PH.5Recall the principles of quantum mechanics and apply them to solve particle in a box; List thefundamental laws of electricity and magnetism; Make use of these laws to derive Maxwell’selectromagnetic wave equation and Poynting theorem.

BS 103 CH ENGINEERING CHEMISTRY.I

BS 103 CH.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

BS 103 CH.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders.

BS 103 CH.3Identify theimpurities present in water, the problems associated with hard water and utilizetheprinciples and techniques involvedin water treatment (analysis) to purify water for domestic andindustrial purposes.


BS 103 CH.5ClassifyLubricants;Refractories, clay products and explain their properties, their use inengineering applications.

ES 104 CE ENGINEERING MECHANICS.I

ES 104 CE.1Resolve forces acting on a body,obtain resultant force or moment acting due to set of forces andmoments acting on a body and determine unknown forces from equations of equilibrium offorces and moments

ES 104 CE.2Obtain location of centres of mass of regular and composite shapes, use Pappus theorems tocalculate surface areas and volumes of composite structures

ES 104 CE.3Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies,effect of friction in screwjack,wedge,brakes and belt transmission

ES 104 CE.4Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem, calculate mass MI and radius of gyration for regularand composite structures

ES 104 CE.5Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles,write equations of motion under influence of forces for particles andconnected bodies and for plane motion of rigid bodies

ES 104 CE.6 Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion

ES 104 CE.7Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution

ES 105 CS COMPUTER PROGRAMMING AND PROBLEMS SOLVING

ES 105 CS.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive datatypes, operators.


ES 105 CS.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

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ES 105 CS.4Understand the dynamiEC of the memory through pointers and distinguish between call by valueand call by reference

ES 105 CS.5 learn concepts of strings.

ES 105 CS.6 Understand the concepts of derived data types and write programs on structures and unionsES 105 CS.7 Apply the concepts of file handling operations.MC 106 EG ENGINEERING ENGLISH

MC 106 EG.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

MC 106 EG.2Able to understand the Importance of listening skills in the effective communication and themodels of interpersonal development.

MC 106 EG.3Able to apply writing techniques to develop a passage, draft an essay, make a prÃ©cis andconstruct general reports, Business communication

MC 106 EG.4 use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary.MC 106 EG.5 improve reading comprehension skills by reading inspirational texts and infer information.

BS 151 PH ENGINEERING PHYSICS LAB.I

BS 151 PH.1Demonstrate the phenomena of interference and determine the wavelength of a given lightsource.

BS 151 PH.2Demonstrate the phenomena of diffraction and determine the wavelength of a given light source .

BS 151 PH.3 Explain the principle of laser and determine the wavelength of a given laser source.

BS 151 PH.4Experiment with optical fiber and determine the Numerical Aperture and various losses of agiven fiber.

BS 151 PH.5 Illustrate Malus law of polarization of light.BS 151 PH.6 Determine the specific rotatory power of an optically active substance using polarimeter.BS 152 CH ENGINEERING CHEMISTRY LAB.I

BS 152 CH.1Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

BS 152 CH.2Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

BS 152 CH.3Identify and determine hardness causing impurities present in hard water by complexometricmethod.

BS 152 CH.4Explain causes for carbonate and bicarbonate alkalinity of water andestimatetheir concentrationinalkaline water.

BS 152 CH.5Estimatequantitatively species like Fe+2, Fe+3, Cr+3, Mn, present in unknown complexmixtures like ores, alloys by titrimetric methods.

ES 153 CE ENGINEERING GRAPHICS.I

ES 153 CE.1The student would be able to recall the mathematical concepts related to scales, conic sections,involutes, etc and demonstrate proficiency in construction of these using the various methodsdescribed in literature.

ES 153 CE.2The student would be able to analyse the various tools in AUTOCAD and utilize them fordrawing of problems related to scales, conic sections, cycloids, etc..

ES 153 CE.3The student would be able to analyse the position of points and lines when placed in differentorientations with respect to reference planes and reproduce them using AUTOCAD.

ES 153 CE.4The student would be able to draw the various views of planes when in simple position and inoblique positions using AUTOCAD.

ES 153 CE.5


ES 154 CS COMPUTER PROGRAMMING LABES 154 CS.1 Understand the procedure to create, compile and execute C program for different inputs.ES 154 CS.2 Apply concepts of selection and looping statementsES 154 CS.3 apply concepts of functions to increase the modularity of the program and re usability.

ES 154 CS.4Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

ES 154 CS.5Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

ES 154 CS.6 Apply derived data types using structures and unions.ES 155 ME ENGINEERING WORKSHOP - I

ES 155 ME.1The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc.

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ES 155 ME.4The student would be able to utilize the various tools of plumbing namely pipe vice, hack saw,pipe cutter, wrench, dies, pipe fittings, etc to prepare various pipe joints.

MC 156 EG ENGINEERING ENGLISH LAB

MC 156 EG.1Learn the sound system of English Language with the knowledge of IPA-classification &description

MC 156 EG.2 earn the word stress & aspects of connected speechMC 156 EG.3 learn the Rhythm & Intonation of English language

MC 156 EG.4Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

MC 156 EG.5 learn to dictionary and thesaurus effectively in an appropriate way.

COURSE CODE COURSE NAMEBS 201 MT ENGINEERING MATHEMATICS.II







BS 202 PH ENGINEERING PHYSICS.IIBS 202 PH.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.





BS 203 CH ENGINEERING CHEMISTRY.II

BS 203 CH.1




BS 203 CH.4



HS 204 EG BUSINESS COMMUNICATION AND PRESENTATION SKILLS

HS 204 EG.1know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

HS 204 EG.2learn models of Interpersonal Communication, Styles of Communication, Teamwork, PersuasionTechniques, Mobile phone and E-mail Etiquette and Time management


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HS 204 EG.3learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers.

HS 204 EG.4learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutes of Meeting.

HS 204 EG.5 plan and prepare to face Interviews and participate in Group DiscussionsES 965 ME ELEMENTS OF MECHANICAL ENGINEERING

ES 965 ME.1

Correlate the laws of thermodynamics with the fundamental conceptual terminologies likeproperties, systems, processes, cycles, states, different types of equilibrium, energy, etc and solve related problems. 1.2. Understand the different classifications of IC engines and reciprocating aircompressors with specific focus on similarities and differences between (i) 2 stroke and 4 strokeengines and (ii) CI and SI engines. Subsequently, the student would be able to compute theperformance parameters of the engines and reciprocating air compressors.

ES 965 ME.2Classify the different modes of heat transfer, analyze the governing equations, understand theapplications of heat exchangers and solve related problems.

ES 965 ME.3The student would be able to assess the relevance of different refrigeration systems with respectto their eco

ES 965 ME.4Classify different manufacturing processes like forging, welding, forming, machining, etc andrecognize their suitability.

ES 965 ME.5The student would be able to understand the different types of power transmission systems likegears, gear trains, belts, ropes etc with emphasis on their kinematic mechanisms and solverelated problems.

ES 933 EC ELECTRONIC ENGINEERING.I

ES 933 EC.1Interpret the characteristics of diodes to evaluate the diode parameters and apply diode models toanalyze the applications of diodes.

ES 933 EC.2Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters.

ES 933 EC.3Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability.

ES 933 EC.4 Analyze and compare the performance of BJT amplifiers with various biasing circuits.

ES 933 EC.5Distinguish the principles of BJT & FET, comprehend the characteristics of FET and designbiasing circuits for FET amplifiers.

BS 251 PH ENGINEERING PHYSICS LAB.IIBS 251 PH.1 Examine the nature of ferromagnetic materials using B-H curve experiment.BS 251 PH.2 Analyze the semiconducting device and calculate temperature co-efficient of resistance.BS 251 PH.3 Inspect the characteristics of photo voltaic cell and evaluate the efficiency.BS 251 PH.4 Analyze the semiconducting device and calculate the energy gap.

BS 251 PH.5Experiment with a junction diode and calculate its resistance under forward and reverse bias.

BS 251 PH.6 Examine the nature of dielectric materials and evaluate their related parameter.BS 252 CH ENGINEERING CHEMISTRY LAB.II

BS 252 CH.1 Extend the knowledge of electroanalytical techniqueslike Conductometry, Potentiometry,pHmetryand Colorimetryfor performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used inin daily life.

BS 252 CH.2Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

BS 252 CH.3Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.


BS 252 CH.5Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

ES 930 CS COMPUTER SKILLS LABES 930 CS.1 Identify assemble and disassemble the components of Personal Computer (PC) System.ES 930 CS.2 Install the operating system.ES 930 CS.3 Create Documents using MS WORD and spread sheets using MS EXCELES 930 CS.4 Design presentations using MS POWER POINTES 930 CS.5 Develop a website using HTMLES 930 CS.6 Use Documentation Tool LATEX to create reports, books, articles in standard formats.HS 253 EG COMMUNICATION SKILLS LABLAB

HS 253 EG.1 use dialogues in a variety of situations and settings such as Role PlayHS 253 EG.2 make effective Presentations using multi-media and overcome stage frightHS 253 EG.3 learn the art of planning and making a Public Speech.HS 253 EG.4 participate in Group Discussions and DebatesHS 253 EG.5 face Interviews effectively.

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ES 255 ME ENGINEERING WORKSHOP.II

ES 255 ME.1The student would be able to utilize the various tools of smithy namely forge, tongs, fullers,flatters, swage block, chisels, anvil, hammers, etc to perform various forging operations on thework piece (job) like flattering, bending, upsetting, fullering, etc



ES 255 ME.4


COURSE CODE COURSE NAMEBS 201 MT ENGINEERING MATHEMATICS - II







BS 202 PH ENGINEERING PHYSICS - IIBS 202 PH.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.





BS 203 CH ENGINEERING CHEMISTRY - II

BS 203 CH.1




BS 203 CH.4



COURSE CODE COURSE NAMEMT 201 MATHEMATICS - III

MT 201.1Solve problems on formation of partial differential equations and on some standard first orderedpartial differential equations.

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MT 201.2

Develop a Fourier series for a given function in various intervals and apply the theory ofFourier series to some boundary value problems associated with one - dimensional wave, heatand Laplace Equation.intervals and apply the theory of Fourier series to some boundary value problems associated

with one - dimensional wave, heat and Laplace Equation.

intervals and apply the theory of Fourier series to some boundary value problems associatedwith one - dimensional wave, heat and Laplace Equation.

MT 201.3Classify and solve problems associated with discrete and continuous probability distributions.

MT 201.4Identify and solve problems associated with Normal, Gamma, Poisson and Chi-Square

distributions.MT 201.5 Apply Chi-square test, t-test and F-test for analyzing experimental data.

MT 201.6Apply method of least squares for curve fitting , computing correlation Coefficient and obtainlines of regression for given data.

EE 201 ELECTRICAL CIRCUITS - IEE 201.1 Apply circuit analysis methods to solve electrical circuits. EE 201.2 Apply sinusoidal phasor concepts to solve AC circuits.EE 201.3 Analyze three phase balanced and unbalanced circuits.

EE 201.4 Apply network theorems to solve circuits. Formulate different matrices based on Graph theory EE 201.5 Understand resonance, mutually induced EMF concepts and solve electrical circuits. CE 222 ENVIRONMENTAL STUDIES

CE 222.1To know the importance of natural resources (Water and land), Energy resources, floods,drought, impact of modern agriculture, land degradation.

CE 222.2 To understand basic concepts of an ecosystem and its importance CE 222.3 To understand importance of biodiversity and need for its conservation

CE 222.4To study different types of environmental pollution, their causes, effects and control measuresand need for environmental legislation.

CE 222.5To critically analyze global environmental issues, social aspects including population growth,disaster management.

EE 204 ELECTRICAL MEASUREMENTS AND INSTRUMENTS

EE 204.1Define measurement, error, correction, accuracy and precision and list the methods the variouseffects used for measurement

EE 204.2 Demonstrate measurement of electrical parameters current, voltage, power and energyEE 204.3 Describe the methods of measuring R L CEE 204.4 Perform experiments to measure flux density and assess iron loss.

EE 204.5Implement calibration methods for various instruments. Design the experimental work withminimum error which is used for planning and implementation

EC 221 ELECTRICAL ENGINEERING - I

EC 221.1Interpret the characteristics of diodes to evaluate the diode parameters and apply diode models toanalyze the applications of diodes.

EC 221.2Identify the merits and demerits of various filters, formulate and design rectifier circuits withfilters.

EC 221.3Discriminate the BJT configurations to recognize appropriate transistor configuration for anygiven application and design the biasing circuits with good stability.

EC 221.4 Analyze and compare the performance of BJT amplifiers with various biasing circuits.

EC 221.5Distinguish the principles of BJT & FET, comprehend the characteristics of FET and designbiasing circuits for FET amplifiers.

ME 221 PRINCIPLES OF MECHANICAL ENGINEERING

ME 221.1Formulate the steady flow energy equations for different flow processes, calculate differentmodes of heat transfer.

ME 221.2Explain the principle of IC Engines, distinguish between 2-stroke and 4-stroke cycle engines,compute mechanical and thermal efficiencies of IC Engines

ME 221.3Explain Steam generation processes in fire tube and water tube boilers, explain closed and opencycle gas turbines schematically

ME 221.4 Classify various types of gear trains and calculate velocity ratios. Explain different arrangementsof belt drive systems, and formulate expressions for length of belts, ratio of tensions.

ME 221.5

Derive Bernoulli’s equation and calculate flow rates in venture meter, orifice meter, deriveDarcy’s equation, explain working principles of positive displacement and rotodynamic pumps

EC 241 ELECTRONIC ENGINEERING LAB - I

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EC 241.1 Analyze the characteristics of various semiconductor diodes, SCR, UJT

EC 241.2Determine the input and output characteristics of transistor in CB, CE, CC configuration and plotthem

EC 241.3 Design the rectifiers with and without filters and verify them.EC 241.4 Measure voltage, frequency and phase of any waveform using CRO.EC 241.5 Design amplifiers using BJT, FET and determine their frequency response.EE 242 CIRCUITS AND MEASUREMENTS LAB

EE 242.1 Demonstrate the verification of various theorems.EE 242.2 Define error and calibrate the instruments using potentio meter

EE 242.3Demonstrate the measurement of electrical parameters like resistance, inductance andcapacitance using various types of bridges.

EE 242.4 Analyze the behavior of R L C Circuits with different sources.

EE 242.5Demonstrate direct and phantom loading methods to assess the error in energy measurement

COURSE CODE COURSE NAMEEE 251 ELECTRICAL CIRCUITS - II

EE 251.1Analyze single and double transient circuits and solve them by using Differential Equations forvarious excitations

EE 251.2Identify Laplace Transform properties and solve single and double transient circuits withdifferent excitations

EE 251.3 Solve two port networks

EE 251.4 Analyze harmonic frequency behavior of linear networks and determine the harmonic powerEE 251.5 Test the realizability of transfer function and synthesize the networkCE 223 SOLID MECHANICS

CE 223.1 Understand the basic concepts of stresses and strains for different materials.

CE 223.2Know the mechanism of the development of shear force and bending moment diagrams in beams

CE 223.3Know the theory of simple bending ,analyse the bending stresses, shear stresses and direct andbending stresses for rectangular, circular and standard structural sections.

CE 223.4 Study the deflections and its applications and know the strain energy concepts.CE 223.5 Analyze torsional stresses and spring applications.EE 253 POWER SYSTEMS - I

EE 253.1List and analyze various conventional Energy Sources such as Thermal, Hydal, Nuclear and GasTurbine Power Plants, describe their Operating Principles.

EE 253.2List and analyze different Nonconventional Energy Sources like Solar Energy and Wind Energy,describe their Operating Principles.

EE 253.3Differentiate various factors of Economics of power generation and analyze different Tariffs,determine voltage drops and losses in AC & DC Distributors.

EE 253.4 Analyze sags on overhead lines, Determine insulator string efficiency.

EE 253.5List and assess inductance, capacitance of Single phase and Three Phase Over HeadTransmission Lines.

EC 271 ELECTRONIC ENGINEERING - IIEC 271.1 Identify the type of negative feedback, Analyze and design negative feedback amplifiersEC 271.2 Design Audio Frequency and Radio Frequency oscillators using BJT.EC 271.3 Explain the working of differential amplifier, and importance of CMRR.EC 271.4 Distinguish the classes of Power Amplifiers and their design considerations.

EC 271.5Differentiate the performance of non linear and linear wave shaping circuits like Integrator,Differentiator, Clipper and clamper circuits.

EE 252 ELECTROMAGNETIC THORYEE 252.1 Apply Electrostatic laws to calculate electric fields of different configurationsEE 252.2 Find electric field and capacitance including dielectric media effectEE 252.3 Apply Magneto static laws and calculate inductance of different configurations

EE 252.4 Modify Maxwell’s equations for time varying fields and their applications to solve problemsEE 252.5 Formulate wave equations and estimate Electromagnetic powerEE 254 ELECTRICAL MACHINES - I

EE 254.1 Have a thorough understanding about the energy conversion principlesEE 254.2 Illustrate construction, operation and winding diagrams of DC machines.EE 254.3 Illustrate the characteristics of DC generators and DC motors and judge their applications

EE 254.4 Demonstrate speed control evaluate performance of dc machines by conducting suitable tests

EE 254.5Explain construction, principle of operation of single phase transformers, describe circuit modeland demonstrate various testing methods to determine the efficiency and regulation

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EC 291 ELECTRONIC ENGINEENG LAB - II

EC 291.1Analyze frequency response of two stage RC coupled at low frequency, mid frequency and highfrequency and compare their bandwidths.

EC 291.2Differentiate Negative feed amplifiers at low frequency, mid frequency and high frequency andcompare their bandwidths.

EC 291.3 Distinguish various oscillator circuits with respect to frequency of oscillations.EC 291.4 Analyze power amplifiers with their efficiency.EC 291.5 Design clipper and clamper circuits to generate required waveforms.ME 291 MECHANICAL TECHNOLOGY LAB

ME 291.1 To correlate the performance parameters of 4-stroke petrol engines, 4- stroke diesel engines andreciprocating air compressors with respect to theoretical analysis and experimental values.

ME 291.2To assess the variation in flow measurements with respect to theoretical and actual values forventurimeters, orifice meters and pitot tubes.

ME 291.3To assess the variation of viscosity of various oils with temperature and also determine theirflash and fire points

ME 291.4Analyze the performance parameters related to various modes of heat transfer and compare withtheir theoretical values.

ME 291.5Evaluate the performance parameters of rotodynamic pumps and Turbines and compare withtheir theoretical values.







EE 302.4 Justify various starting methods and perform speed control methods.EE 302.5 Assess the effects of unbalanced operation and single phasing on electrical machines.EE 303 POWER ELECTRONICS












III YEAR I SEM

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III YEAR II SEM

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CM 371.2































EE 403 ELECTRICAL MACHINE DESIGN

IV YEAR I SEM

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EE 403.1 Examine the types of materials used for electrical machines






























IV YEAR II SEM

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EE 471 RENEWABLE ENERGY SOURCESEE 471.1 Memorize the statistics of non-conventional sourcesEE 471.2 Describe about solar radiation and solar cell fabricationEE 471.3 Determine the maximum power developed by the wind power plantEE 471.4 Recall the operation of bio gasifiersEE 471.5 Summarize the operation of a wave, tidal and OTEC plantsME 472 INDUSTRIAL ADMINISTRATION & FINANCIAL MANAGEMENT

ME 471.1


ME 471.2


ME 471.3



ME 471.5









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COURSE CODE COURSE NAMEEG 101 ENGLISH

EG 101.1learn the importance of communication, features and process of communication and verbal andNon verbal communication in order to communicate effectively

EG 101.2improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knappâ€™s model

EG 101.3improve writing techniques such as passage expansion, PrÃ©cis-writing, Essay writing, Reportâ€“writing, SoP, RÃ©sumÃ© - writing and official letters

EG 101.4learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones

EG 101.5 improve comprehension skills by reading inspirational texts and infer information.MT 101 MATHEMATICS.I

MT 101.1 Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

MT 101.2Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylorâ€™s & Mc Laurinâ€™s series and solve problems on finding Radius of curvature ,evolutes and envelopes

MT 101.3Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems.

MT 101.4Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration.

MT 101.5Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

MT 102 MATHEMATICS-II

MT 102.1 Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

MT 102.2Solve higher ordered linear O.D.Eâ€™s with constant Coefficients using various techniques.

MT 102.3 Solve linear O.D.Eâ€™s using power series and Frobenius methods and apply these methodsfor solving Legendres D.E.

MT 102.4Evaluate improper integrals using Beta and Gamma functions and solve Besselâ€™s differential equations.

MT 102.5Solve some problems using the properties of Legendre polynomial and Besselâ€™s functions.

MT 102.6Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

PH 101 ENGINEERING PHYSICSPH101.1 To understand the concept of interference, diffraction and polarization.


PH101.3To understand the basics of statistical mechanics, significance and applications of Schrodingerwave equation




CH 101 ENGINEERING CHEMISTRY

CH 101.1Explain quantitative relationship between chemical and electrical energy, construction andworking of different types of electrodes used in construction of electrochemical cells Understandthe operating principle and apply the knowledge to design batteries.

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CH 101.2Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

CH 101.3Explain method to find impurities present in water and establish various methods of purifyingwater.

CH 101.4Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.



CS101 PROGRAMMING IN C& C++CS 101.1 Understand the procedure to create, compile and execute C program for different inputs.

CS 101.2Apply the concepts of control statements, operators, functions and arrays to implement matrix,searching and sorting algorithms.

CS 101.3 Solve programs on pointers and stringsCS 101.4 access variables through dynamic memory.CS 101.5 Understand and Apply the concepts of derived data types and file handling operations.

CS 101.6 Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.

CS 101.7 Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

CE101 ENGINEERING MECHANICS

CE 101.1Resolve forces acting on a body; obtain resultant force or moment acting due to set of forces andmoments acting on a body; and determine unknown forces from equations of equilibrium offorces and moments.

CE 101.2Obtain location of centres of mass of regular and composite shapes; use Pappus theorems tocalculate surface areas and volumes of composite structures.

CE 101.3Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies; effect of friction in screwjack,wedge,brakes and belt transmission.

CE 101.4Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem; calculate mass MI and radius of gyration for regularand composite structures.

CE 101.5Obtain displacement, velocity and acceleration relations of particles in rectilinear and curvilinearmotion including projectiles; write equations of motion under influence of forces for particlesand connected bodies and for plane motion of rigid bodies.

CE 101.6 Apply Principles of work and energy to motion of particle or connected bodies to evaluate thevelocities and angular velocities of bodies in connected systems and involving plane motion.

CE 101.7Apply Principle of conservation of Momentum and impulse force/moment to evaluate thevelocities of a body after application of force/moment, and of bodies in impact/collisionconsidering Coefficient of Restitution.

CE102 ENGINEERING GRAPHICS

CE 102.1The student would be able to recall the mathematical concepts related to scales, conic sections,involutes, etc and demonstrate proficiency in construction of these using the various methodsdescribed in literature.

CE 102.2The student would be able to analyse the position of objects when placed in different orientationswith respect to reference planes and reproduce them on drawing sheets to provide validexplanations.

CE 102.3The student would be able to draw the various views of three dimensional objects (Solids) whichmay be oriented in different positions with respect to the reference planes

CE 102.4


CE 102.5The student would be able to recognize the various features of solids by viewing them fromfront, top and sides. Subsequently the student would also be able to generate a few three-dimensional views of the given objects using the principles of isometric projections.

PH 132 PHYSICS LAB

PH 132.1To demonstrate the phenomena of interference and diffraction to determine wavelength of agiven light source of light

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PH 132.2To verify the laws of polarization and determine the specific rotator power of an optically activesubstance.

PH 132.3 To understand the principle involved in laser and optical fiber technology.

PH 132.4To examine the nature of ferromagnetic and dielectric materials to evaluate the relatedparameters.

PH 132.5To characterize semiconducting devices to calculate parameters like resistance, energy gap andtemperature co-efficient.

PH 132.6 To study the Characteristics of Photo Voltaic Cells and evaluate their efficiencies.CH 132 CHEMISTRY LAB

CH 132.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.CH 132.2 Identify and estimate impurities causing hardness and alkalinity in water.

CH 132.3Find the strength of reducing species such as Fe+2, Fe+3, Cr+3, Cu+2 and Cl- by varioustitrimetric methods like complexometry and Iodometry.

CH 132.4 Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry.

CH 132.5Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.

CH 132.6 Recall the methods of preparation of industrially important polymers.ME 131 WORKSHOP PRACTICE

ME 131.1The student would be able to utilize the various tools of fitting namely bench vice, V block, files,surface plate, surface gauge, hacksaw, drill bits, etc to perform various operations on the workpiece (job) like filing, scrapping, drilling, tapping, etc.

ME 131.2The student would be able to identify different types of connections like series, parallel, staircase wiring, etc. Subsequently, the student would be able to correlate the methods of electricalwiring in different domestic and industrial applications.

ME 131.3The student would be able to utilize the various tools of carpentry namely bench vice, planes,mallet, hammers, files, different saws, etc to perform various carpentry joints like half lap joint,dove tail joint, bridle joint, etc.

ME 131.4


CS 131 PROGRAMMING LABCS 131.1 Understand the procedure to create, compile and execute C program for different inputs.

CS 131.2Apply the concepts of functions and arrays and write C programs for matrix, searching andsorting techniques.

CS 131.3 Create Derived types and deal files by applying the concepts of structures and pointers.

CS 131.4 Understand the procedure to create, compile and execute C++ program for different inputs.CS 131.5 Apply the concepts of classes, objects, inheritance and polymorphism in C++.

CS 131.6 Write programs in both C and C++ and could distinguish the differences between C and C++.EG 131 ENGLISH LANGUAGE LAB

EG 131.1Learn the sound system of English Language with the knowledge of IPA-classification &description

EG 131.2 Learn the word stress & aspects of connected speechEG 131.3 learn the Rhythm & Intonation of English language

EG 131.4Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

EG 131.5 learn to dictionary and thesaurus effectively in an appropriate way.

COURSE CODE COURSE NAMEMT 201 MATHEMATICS.III


MT 201.2




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EE 201 ELECTRICAL CIRCUITS.IEE 201.1 Apply circuit analysis methods to solve electrical circuits. EE 201.2 Apply sinusoidal phasor concepts to solve AC circuits.EE 201.3 Analyze three phase balanced and unbalanced circuits.










EC 221 ELECTRICAL ENGINEERING.I











ME 221.5


EC 241 ELECTRONIC ENGINEERING LAB.IEC 241.1 Analyze the characteristics of various semiconductor diodes, SCR, UJT




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COURSE CODE COURSE NAMEEE 251 ELECTRICAL CIRCUITS.II








CE 223.4 Study the deflections and its applications and know the strain energy concepts.CE 223.5 Analyze torsional stresses and spring applications.EE 253 POWER SYSTEMS.I






EC 271 ELECTRONIC ENGINEERING.II

EC 271.1 Design and Analyze low frequency, mid frequency and high frequency response of small signalsingle stage and Multistage RC coupled using BJT.

EC 271.2Identify the type of negative feedback, Analyze and design of various negative feedbackamplifiers.

EC 271.3 Design various Audio Frequency and Radio Frequency oscillators using BJT.EC 271.4 Distinguish various classes of Power Amplifiers.



EE 252.4 Modify Maxwell’s equations for time varying fields and their applications to solve problemsEE 252.5 Formulate wave equations and estimate Electromagnetic powerEE 254 ELECTRICAL MACHINES.I




EC 291 ELECTRONIC ENGINEENG LAB.II



EC 291.3 Distinguish various oscillator circuits with respect to frequency of oscillations.EC 291.4 Analyze power amplifiers with their efficiency.

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EC 291.5 Design clipper and clamper circuits to generate required waveforms.ME 291 MECHANICAL TECHNOLOGY LAB












EE 302.4 Justify various starting methods and perform speed control methods.EE 302.5 Assess the effects of unbalanced operation and single phasing on electrical machines.EE 303 POWER ELCTRONICS














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CM 371.2




III YEAR II SEM

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IV YEAR I SEM

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EE 471 RENEWABLE ENERGY SOURCES

IV YEAR II SEM

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EE 471.1 Memorize the statistics of non-conventional sourcesEE 471.2 Describe about solar radiation and solar cell fabricationEE 471.3 Determine the maximum power developed by the wind power plantEE 471.4 Recall the operation of bio gasifiersEE 471.5 Summarize the operation of a wave, tidal and OTEC plantsME 472 INDUSTRIAL ADMINISTRATION & FINANCIAL MANAGEMENT

ME 471.1


ME 471.2


ME 471.3



ME 471.5











COURSE CODE COURSE NAME

ACADEMIC YEAR : 2014-15I YEAR

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EG 101 ENGLISH






























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CE 102.4



PH 132 PHYSICS LAB







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ME 131.4













MT 201.2








EE 201 ELECTRICAL CIRCUITS.IEE 201.1 Apply circuit analysis methods to solve electrical circuits.

II YEAR I SEM

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EE 201.2 Apply sinusoidal phasor concepts to solve AC circuits.EE 201.3 Analyze three phase balanced and unbalanced circuits.





















ME 221.5










II YEAR II SEM

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EC 271 ELECTRONIC ENGINEERING.IIEC 271.1 Identify the type of negative feedback, Analyze and design negative feedback amplifiersEC 271.2 Design Audio Frequency and Radio Frequency oscillators using BJT.EC 271.3 Explain the working of differential amplifier, and importance of CMRR.EC 271.4 Distinguish the classes of Power Amplifiers and their design considerations.














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III YEAR I SEM

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CM 371.2









III YEAR II SEM

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IV YEAR I SEM

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IV YEAR II SEM

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ME 471.1


ME 471.2


ME 471.3



ME 471.5











COURSE CODE COURSE NAMEEG 101 ENGLISH



ACADEMIC YEAR : 2013-14I YEAR

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CE 102.4



PH 132 PHYSICS LAB









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ME 131.4













MT 201.2








EE 201 ELECTRICAL CIRCUITS.IEE 201.1 Apply circuit analysis methods to solve electrical circuits. EE 201.2 Apply sinusoidal phasor concepts to solve AC circuits.EE 201.3 Analyze three phase balanced and unbalanced circuits.

EE 201.4 Apply network theorems to solve circuits. Formulate different matrices based on Graph theory

II YEAR I SEM

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EE 201.5 Understand resonance, mutually induced EMF concepts and solve electrical circuits. CE 222 ENVIRONMENTAL STUDIES




















ME 221.5













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EC 271 ELECTRONIC ENGINEERING.IIEC 271.1 Identify the type of negative feedback, Analyze and design negative feedback amplifiersEC 271.2 Design Audio Frequency and Radio Frequency oscillators using BJT.EC 271.3 Explain the working of differential amplifier, and importance of CMRR.EC 271.4 Distinguish the classes of Power Amplifiers and their design considerations.
















COURSE CODE COURSE NAMEIII YEAR I SEM

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EE 301 POWER SYSTEMS.II



























III YEAR II SEM

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CM 371.2











EE 382.1 Determine and identify the characteristic points of power electronic devicesEE 382.2 Design and Verify the triggering circuits

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EE 382.3 Estimate the performance of converter circuitsEE 382.4 Application of converters to control electrical machinesEE 383 INTIGRATED CIRCUITS LAB
































ME 411.5 This helps the entrepreneur to manage his human resources and time effectively.

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EE 431 ELECTRICAL SIMULATION LABEE 431.1 Develop and test MATLAB m-code for Power systems studiesEE 431.2 Simulate and analyze the control system experimentsEE 431.3 Analyze circuits using MATLAB an P-SpiceEE 431.4 Design Lag-Lead CompensatorsEE 432 MICRO PROCESSORS AND MICRO CONTROLLERS LAB






















ME 471.1


IV YEAR II SEM

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ME 471.2


ME 471.3



ME 471.5











2013-14Course Code Name of the Subject

CS 101 English

CS 101.1Learn the importance of communication, features and process of communication and verbal andNonverbal communication in order to communicate effectively

CS 101.2Improve oral communication skills, listening skills, interpersonal communication and improveinterpersonal skills by using Johari window and Knapp’s model.

CS 101.3Improve writing techniques such as passage expansion, Précis-writing, Essay writing, Report–writing, SoP, Résumé - writing and official letters.

CS 101.4Learn the basic rules of grammar with appropriate usage and learn to use vocabulary such assynonyms and antonyms, homonyms and homophones.

CS 101.5 Improve comprehension skills by reading inspirational texts and infer information.

CS 102 Mathematics-I

CSE DEPARTMENT

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CS 102.1Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series.

CS 102.2

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s &McLaurin’s series and solve problems on finding Radius of curvature, evolutes and envelopes.

CS 102.3Evaluate limits, Continuity and derivatives of functions of two variables, Maxima& Minima forfunctions of two or more variables arising in Engineering Problems

CS 102.4Evaluate double and triple integrals and solve problems based on vector differentiation andvector integration

CS 102.5Solve problems based on the concepts of rank of a matrix, Eigen values, vectors and someconcepts of linear algebra such as vector spares, basis, dimension and linear transformations.

CS 103 Mathematics-II

CS 103.1Solve various types of First ordered ordinary differential equations and apply these techniquesforsolving some problems in Geometry, Electricity, Heat transfer and Radio activity.

CS 103.2 Solve higher ordered linear O.D.E’s with constant Coefficients using various techniques.

CS 103.3Solve linear O.D.E’s using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

CS 103.4Evaluate improper integrals using Beta and Gamma functions and solve Bessel’s differentialequations.

CS 103.5 Solve some problems using the properties of Legendre polynomial and Bessel’s functions.

CS 103.6Evaluate Laplace Transforms and inverse Laplace transforms of various functions and solvelinear ordinary differential equations using Laplace transforms.

CS 104 Engineering Physics

CS 104.1

Define, Classify and Illustrate the phenomena of interference, diffraction and polarization oflight; Explain Newton’s rings, Fresnel’s Biprism, Diffraction grating, Nicol’s prism andPolarimeter.

CS 104.2Explain the principle of Laser, Holography and Optical Fibres; Summarize the different types oflaser sources; Classify different optical fibres and List out their applications in different areas.

CS 104.3Compare statistical distribution laws; Extend to Black body Radiation; Recall the principles ofQuantum mechanics and apply them to solve particle in a box.

CS 104.4 Explain Crystal structures, Crystal defects and Energy band formation in solids.

CS 104.5Explain and classify magnetic materials, dielectric materials and superconducting materials; Listout their applications.

CS 104.6

Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications; Explain various properties of nanomaterials; Contrast their preparation methods and list out various applications of nanomaterials.

CS 105 Engineering Chemistry

CS 105.1


CS 105.2Relate the principle behind mechanism and rate of corrosion leading to deterioration of metal andapply corrosion control method.

CS 105.3Explain method to find impurities present in water and establish various methods of purifyingwater.

CS 105.4Show the need for replacement of conventional materials with polymers to be used as plastics,fibres, elastomers, conducting polymers and composites.

CS 105.5Identify the dependence on conventional fuel like coal, petroleum, and gaseous fuel to meetpresent energy requirement. Introduce the need for change to renewable sources of energy.

CS 105.6

Interpret the importance of lubricants and liquid crystals. Phase rule concept is used to know theprocess of separation of pure metals from alloys. Apply the principles of Green chemistry to carryout eco-friendly chemical processes without causing environmental pollution.

CS 106 Programming in C & C++CS 106.1 Understand the procedure to create, compile and execute C program for different inputs

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CS 106.3 Solve programs on pointers and strings; access variables through dynamic memory.CS 106.4 Understand and Apply the concepts of derived data types and file handling operations

CS 106.5Understand the concepts of object oriented programming through C++ and know the differencesbetween C and C++ programs.

CS 106.6Analyze and write programs on inheritance, polymorphism, classes and objects creation usingC++.

CS 107 Engineering Mechanics

CS 107.1


CS 107.2


CS 107.3

Compute area moment of inertia and products of inertia for simple and composite elements usingintegration methods and transform theorem; calculate mass MI and radius of gyration for regularand composite structures

CS 107.4


CS 107.5


CS 108 Engineering Graphics

CS 108.1 Understand the procedure to draw various types’ scales and create scales as per requirement

CS 108.2Understand the steps involved in projection of points and lines and draw projections afteranalyzing the given data.

CS 108.3Remember the procedure with sequence of steps involved for preparation of projections afterevaluation of given parameters

CS 108.4Analyze the parameters given for projection of truncated shapes of solids as per givenparameters.

CS 108.5Creation of three dimensional isometric views of solids placed in different configurations. Drawprojections of intersecting solids as per given data.

CS 109 Physics Lab

CS 109.1Demonstrate the phenomena of interference and diffraction by determining the wavelength of agiven light source.

CS 109.2Explain the laws of polarization and determine the specific rotatory power of an optically activesubstance.

CS 109.3Experiment with Laser and Optical fiber and determine the wavelength of given laser source,numerical aperture and various losses of a given fiber.

CS 109.4 Examine the nature of ferromagnetic and dielectric materials; Evaluate the related parameters.

CS 109.5Analyze the semiconducting devices by calculating the parameters like resistance, energy gapand temperature co-efficient

CS 109.6 Inspect the characteristics of photo voltaic cells and evaluate their efficiencies.

CS 110 Chemistry LabCS 110.1 Make use of analytical and electronic balances for weighing samples in chemical analysis.CS 110.2 Identify and estimate impurities causing hardness and alkalinity in water.

CS 110.3Find the strength of reducing species such as Fe+2, Fe+3, Cr+3, Cu+2 and Cl- by varioustitrimetric methods like complexometry and Iodometry.

CS 110.4Estimate quantitatively different chemical species present in complex mixtures, ores andunknown samples by various instrumentation techniques like Conductometry and Potentiometry.

CS 110.5Determine quantitatively different chemical species present in unknown samples by variousinstrumentation techniques like pH metry and Colorimetry.

CS 110.6 Recall the methods of preparation of industrially important polymers.

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CS 111 Engineering Workshop

CS 111.1Utilize the various tools of carpentry namely bench vice, planes, mallet, hammers, files, differentsaws, etc to perform various carpentry joints like half lap joint, dove tail joint, bridle joint, etc.

CS 111.2

Utilize the various tools of plumbing namely pipe vice, hack saw, pipe cutter, wrench, dies, pipefittings, etc to prepare various pipe joints. Subsequently the student would be able to estimatehow to prepare pipe connections for domestic and industrial applications.

CS 111.3

Utilize the various tools of fitting namely bench vice, V block, files, surface plate, surface gauge,hacksaw, drill bits, etc to perform various operations on the work piece (job) like filing,scrapping, drilling, tapping, etc.

CS 111.4


CS 111.5

Identify different types of connections like series, parallel, stair case wiring, etc. Subsequently,the student would be able to correlate the methods of electrical wiring in different domestic andindustrial applications.

CS 111.6Understand the different types of welding techniques like arc welding, gas welding, brazing,soldering, etc and prepare various weld joints like lap joint, butt joint, T joint, etc.

CS 112 C Programming LabCS 112.1 Understand the procedure to create, compile and execute C program for different inputs.




CS 112.6 Write programs in both C and C++ and could distinguish the differences between C and C++.

CS 113 English Language Lab

CS 113.1Learn the sound system of English Language with the knowledge of IPA-classification &description.

CS 113.2 Learn the word stress & aspects of connected speech.CS 113.3 Learn the Rhythm & Intonation of English language.

CS 113.4Improve the fluency in the spoken form of the language by participating in Presentation skills,Public speaking, Group Discussion and Debate.

CS 113.5 Learn to dictionary and thesaurus effectively in an appropriate way.

CS 201 Mathematics – III

CS 201.1Solve problems on formation of partial differential equations and on some standard first andsecond ordered partial differential equations.

CS 201.2 Develop a Fourier series for a given function in various intervals.

CS 201.3Apply the theory of Fourier series to some boundary value problems associated with one -dimensional wave, heat and Laplace Equation.

CS 201.4Apply numerical methods for solving algebraic, transcendental, system of linear equations, initialvalue problems for first ordered ordinary differential equations.

CS 201.5 Apply interpolation methods for estimation.CS 201.6 Apply the basic definition and properties of Z- transform for solving difference equations.

CS 202 Data Structures Using C++

CS 202.1 Remember the concepts of C++ to write the algorithms and ADT’s for different data structures.CS 202.2 Understand Stack and Queue data structures and implement related applications.CS 202.3 Implement various linked lists using C++ templates.CS 202.4 Analyze the concepts of various tree data structures and hashing mechanism.CS 202.5 Analyze the performance of various sorting techniques and compare.

CS 202.6Design minimum cost spanning trees for a given graph by Applying prim's and kruskal'salgorithms.

CS 203 Discrete Structures

CS 203.1Write and evaluate a proof or outline the basic structure of and give examples of each prooftechnique described

CS 203.2 Demonstrate an understanding of relations and functions and determine their properties.

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CS 203.3Solve counting problems by applying elementary counting techniques using the product and sumrules, permutations, combinations, the pigeon-hole principle, and binomial expansion.

CS 203.4 Solve problems using recurrence relations

CS 203.5Understand the concepts of Algebraic Structures and identify structures of algebraic nature, anddiscover, prove and use properties about them

CS 203.6Understand the basic terminology of Graphs and Model problems in Computer Science usinggraphs and trees

CS 204 Logic and Switching Theory

CS 204.1Accomplish number system conversions (decimal, binary, octal, hexadecimal), convert tocomplements and perform complement arithmetic.

CS 204.2Analyze and minimize Boolean expressions using properties of Boolean algebra, Karnaugh Mapsand Tabular method and draw the circuit using basic building blocks of digital systems (gates).

CS 204.3

Understand operation of basic combinational logic, medium scale integrated circuits adders, subtractors, decoders and be able to describe them. Write programs for them using hardwaredescription language.

CS 204.4

Understand operation of basic combinational logic, medium scale integrated circuits encoders,multiplexers, demultiplexers and multipliers and be able to describe them. Write programs forthem using hardware description language.

CS 204.5Understand operation of small sequential circuits and to use standard sequentialfunctions/building blocks to build larger more complex circuits.

CS 204.6Design Counters (synchronous and asynchronous) and registers using flip flops and identifysymmetric functions

CS 205 Computer ArchitectureCS 205.1 Understand the design steps and functionalities of major components of computers.CS 205.2 Deduce the working principles behind different control units.

CS 205.3Realize the limitations of sequential computation and study the various techniques of pipeliningand vector processing etc and understand computer arithmetic operations.

CS 205.4Recognize the representation of data, addressing modes, instructions sets, and design principlesin instruction set design including RISC and CISC architectures.

CS 205.5comprehend the importance of memory hierarchy and a wide variety of memory technologiesboth internal and external including cache and associative memories etc.

CS 205.6Understand the communication between CPU and input output devices, including the variousmodes of data transfers and their limitations and thereby the role of an I/O interfaces.

CS 206 Basic Electronics

CS 206.1

Understand the semiconductor materials, Examine P-N junction diode characteristics, analyzehalf and full wave rectifiers with and without filters in terms of ripple factor, regulation,efficiency.

CS 206.2 Analyze the input and output characteristics of different configurations of BJT, JFET.

CS 206.3Analyze the different types of feedback concepts, understand barkhausen criterion to designamplifiers and oscillators.

CS 206.4Examine operational amplifiers and its applications, realize the logic gates by using its truthtables and its logic symbols, realize full and half adders and subtractors.

CS 206.5Analyze the different types of transducers, photo electric devices and industrial devices. Examinethe construction details of CRO ,determine its applications

CS 207 Data Structures lab Using C++CS 207.1 Implement stack, queue ADTs and related applications.CS 207.2 Perform operations on various types of linked lists.CS 207.3 Implement different sorting techniques.CS 207.4 Implement sparse matrix and polynomial operations using arrays and linked lists.CS 207.5 Implement Hashing mechanism.CS 207.6 Apply traversal techniques on trees and graphs.

CS 208 Basic Electronics LabCS 208.1 Measure Frequency and phase using CRO, Design circuits using Operational Amplifier.

CS 208.2Determine the forward and reverse bias characteristics of semiconductor diodes (Ge, Si, Zener),Obtain and Asses the Static Characteristics of BJT-Common Emitter, Common Base and FET.

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CS 208.3Investigate and compute the required frequency of oscillations for RC-Phase shift oscillator,Hartley and Colpitts oscillators.

CS 208.4Examine the voltage gain and calculate the bandwidth of CE amplifier. Demonstrate the workingof a stable multivibrator

CS 208.5Observe and compute the ripple factor values for full wave rectifier with and without filters.Analyze the working of strain gauge and covert signals from analog-to-digital & digital-to-analog.

CS 209 Mathematics – IVCS 209.1 Solve problems based on differentiation and line integration of complex functions

CS 209.2Develop Taylor’s and Laurent’s series for a given complex function and explain some standardconformal transformations.

CS 209.3 Classify and solve problems associated with discrete and continuous probability distributions.

CS 209.4Identify and solve problems associated with Normal, Gamma, Poisson and Chi-Squaredistributions.

CS 209.5 Apply Chi-square test, t-test and F-test for analyzing experimental data.

CS 209.6Apply method of least squares for curve fitting, computing correlation Coefficient and obtainlines of regression for given data.

CS 210 OOP using JAVACS 210.1 Illustrate and instantiate object oriented concepts to real world problems

CS 210.2Implement applications using different types of inheritances ,Create and use user definedpackages and interfaces

CS 210.3Recognize runtime exceptions arise in the applications and implement parallel processingapplications using threads.

CS 210.4 Understand collection classes and implement applications using collection classesCS 210.5 Develop GUI based Event driven applications using AWT.CS 210.6 Apply Stream classes to implement Input and Output.

CS 211 Microprocessor and Interfacing

CS 211.1 Understand the basic element and functions of microprocessor 8085 architecture and instructions

CS 211.2Apply the programming techniques in developing the assembly language program formicroprocessor application

CS 211.3Understand Intel Programmable peripheral Chips and interpret serial and parallel bus standards-RS 232, IEEE 488.

CS 211.4Apply the programming techniques in developing the assembly language program for interfacingapplications using peripheral Chips

CS 211.5Apply knowledge of the Microcontrollers internal registers and operations by use of a PC basedMicrocontrollers simulator. Write ALP for interfacing applications

CS 211.6 Compare and asses various advanced processors 80386,80486,Pentium and Multi-core processors

CS 212 Data Communications

CS 212.1Understand what data communications is and how data can be communicated among differentnetworks.

CS 212.2 Identifies working of transmission media, realizes the cause of problems coming in the network.CS 212.3 Identify flow control, error control strategies and various switching techniques.CS 212.4 Understand basic protocol using different technologies in the field of communication.CS 212.5 Identify different kinds of Ethernets it’s supportive protocols and standards.

CS 212.6Describe two promising WLAN technologies such as 802.11 and Bluetooth and how thiswireless technology is used in cellular telephony.

CS 213 Electrical Circuits & MachinesCS 213.1 Appreciate the importance of ac & dc circuits.CS 213.2 The ability to select a suitable measuring instrument for measuring of electrical power.CS 213.3 Recall operation of transformers and applicationsCS 213.4 Identity the suitable DC motor and generator for applicationCS 213.5 The ability to formulate and then analyze the working of 3 phase induction motor.CS 213.6 Able to recall single phase induction motor operation and applications.

CS 214 Environmental Science

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CS 214.1Comprehension of the global concerns on environment and resource crunch and appreciate needfor proactive steps for mitigation

CS 214.2Understanding and comparing the several of ecosystems such as terrestrial and aquatic and thesensitive and supports the fragile structures of the same.

CS 214.3Appreciation of biodiversity and its importance for food, shelter and very survival andapplication of the knowledge in his career

CS 214.4

Clear understanding of various gas based pollution sources, their adverse impacts on theenvironment and apply measures for control and regulation of the same in professional practice.Understanding of the properties of soil, noise and solid waste in the contest of their impact on the environment and application of measures and creation of systems for the mitigation.

CS 214.5Evaluation of broad contours of legal framework for enforcement of environmental protection,and the linkages between regulation and enforcement and interpretation.

CS 215 Java LabCS 215.1 Understand JDK environment to write, debug and run java programs.CS 215.2 Apply reusability concepts and develop applications.

CS 215.3Design and debug real time problems using exception handling and implement applicationsusing threads.

CS 215.4 Implement Collections to store, retrieve and manipulate aggregate data.

CS 215.5Design Graphical User Interface to build interactive applications using AWT components andevent handling mechanism.

CS 215.6 Develop applications using IO stream classes.

CS 216 Microprocessor LabCS 216.1 Understand working of 8085 processor architecture, addressing modes.CS 216.2 Write program using data transfer, arithmetic, logical instructions.

CS 216.3Write ALP using the capabilities of the stack, the program counter, and the status register andshow how these are used to execute a machine code program

CS 216.4Understand and design to interface external devices with 8085MP through 8255 ICs(StepperMotor ,Traffic Light)

CS 216.5Understand working of 8051 microcontroller addressing modes and instructions Write programusing data transfer, arithmetic instructions.

CS 216.6 Understand and design simple applications using 8051 Micro controller.

CS 301 Database Management SystemsCS 301.1 Identify the need of DBMS and its applications.CS 301.2 Design a Database using ER Model

CS 301.3Create database with different types of integrity constraints and apply the SQL commands toaccess data from database objects

CS 301.4Interpret the differences between good and bad database design, apply data normalizationprinciples to maintain data consistency.

CS 301.5 Demonstrate the basic database storage structures and access techniques using examples.CS 301.6 Assess suitable mechanisms to Recover from Failure & Concurrency Control.

CS 302 Operating Systems

CS 302.1 Understand creation of processes, inter process communication and threads using system calls.CS 302.2 Judge suitable scheduling algorithm by analyzing a given set of processes attributes.CS 302.3 Resolve page replacement issues in memory management through program simulation.

CS 302.4 Implement the solutions for process synchronization problems using mutex and semaphores.CS 302.5 Assess suitable disk scheduling algorithm for a given set of block traversal requests.CS 302.6 Interpret knowledge gained on LINUX, Windows XP and Android operating systems.

CS 303 Automata Languages & Computation

CS 303.1Remember abstract models of Finite State Machines studied in Logic and Switching theory anddevelop Finite Automata

CS 303.2Understand the theoretical foundations of Computer Science and construct Context FreeGrammars.

CS 303.3Understand the theoretical requirement for the study of programming languages through ContextFree Languages and Pushdown Automata.

CS 303.4 Understand the problems that computers do not solve and the concepts of Turing Machines.

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CS 303.5 Interpret the concepts of Undecidability and Intractability.CS 303.6 Apply the skills of formal and abstract reasoning as required.

CS 304 Software EngineeringCS 304.1 Judge an appropriate process model assessing software project attributes.CS 304.2 Resolve actions needed for risk mitigation applying planning and estimation techniquesCS 304.3 Analyze necessary requirements for project development eventually composing SRS.CS 304.4 Creation of visual models to describe (non-) algorithmic solutions for project build out.

CS 304.5Identify solutions for recurring problems development exerting knowledge on design principlesand patterns.

CS 304.6 Concede product quality through testing techniques employing appropriate metrics.

CS 305 Managerial Economics & Accountancy

CS 305.1The student will have general exposure about the business, economic, cultural and socialenvironment and the structural aspects of Managerial Economics.

CS 305.2

After analytically studied about different principles and laws of managerial economics he will beable to examine the consumer behavior and take various managerial decisions, such asforecasting demand for new and existing goods and services and also suggest the best profitmaximizing production function to the producers/entrepreneurs

CS 305.3The student will apprise the firms behavior in different market structures with respective tocompetition, price fixation of products.

CS 305.4With the knowledge of capital budgeting methods and techniques, the student can evaluatedifferent business proposals and identify the best among them for prudent investment.

CS 305.5Construct and analyze the financial statements of the business and interpret them for taking idealmanagerial decisions.

CS 306 Design and Analysis of AlgorithmsCS 306.1 Write algorithms using standard pseudo code notation.CS 306.2 Compare algorithm complexities using asymptotic notation.CS 306.3 Describe design paradigms Divide and Conquer, Greedy Method using suitable examples

CS 306.4Describe design paradigms Dynamic Programming, Backtracking, and Branch and Bound usingsuitable examples.

CS 306.5 Demonstrate which design technique is suitable for a particular problem.CS 306.6 Analyze a problem to check if it belongs to NP Hard problem set using Cook’s theorem.

CS 307 Database Management System Lab

CS 307.1Create relational tables that incorporate entity integrity and referential integrity constraints usingDDL commands.

CS 307.2 Exercise DML, DCL and TCL commands.CS 307.3 Construct SQL queries for any given specificationCS 307.4 Implement stored procedures and functions.CS 307.5 Write PL/SQL Programs using triggers and cursors.CS 307.6 Create forms and generate reports for a simple database application.

CS 308 Operating Systems Lab

CS 308.1Recognize the various shell commands necessary for various tasks in LINUX operating systemsthrough CLI and shell programming.

CS 308.2 Understand the functionality of the processes, threads finding the suitable attributes in practice.

CS 308.3Analyze the techniques through which data is been sent among different processes in anoperating system

CS 308.4 Apply statistically suitable scheduling algorithm for a given set of process attributes

CS 308.5 Implement the solutions for process synchronization problems using mutex and semaphoresCS 308.6 Design basic page replacement algorithm suitable for a given sequence of page requests.

CS 309 Mini ProjectCS 309.1 Identify a problem of the recent advancements with applications towards society.CS 309.2 Formulate requirements analysis for solving a problem.CS 309.3 Design a software based solution within the scope of project.CS 309.4 Implement using contemporary technologies and tools.CS 309.5 Test and deploy the applications on real world environments.

CS 309.6Demonstrate qualities necessary for working in a team and communicate effectively in bothwritten and oral forms.

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CS 310 Web Programming & Services

CS 310.1Design and build client side static and dynamic web page utilizing markup and client sidescripting languages

CS 310.2 Apply concept f java servlet to develop dynamic content in web applications.CS 310.3 Design web application using JSP and custom tags with JSTL

CS 310.4Send and receive emails from java applications by exhibiting knowledge over JavaMailpackage

CS 310.5 Provide data store support for web site using sql and advanced sql packages of javaCS 310.6 Creation of dynamic content in web application using ASP.NET

CS 311 Compiler Construction

CS 311.1Understand the overall architecture of a modern compiler, lexical analysis and apply the lexicaltool of compilation called LEX.

CS 311.2Understand Syntax analysis, differentiate between top down and bottom up parsing and Applythe syntactic tool of compilation called YACC in conjunction with LEX.

CS 311.3Understand Semantic analysis through syntax directed translations and describe various symboltable organizations.

CS 311.4 Generate Intermediate code and describe Storage organizations.CS 311.5 Generate and optimize the target code, applying error recovery techniques.

CS 311.6Apply the knowledge of translation process of compilation, and design an efficient compiler forany given language.

CS 312 Principles of Programming Languages

CS 312.1Understand syntax‐related concepts including context‐free grammars, parsetrees,recursive‐descent parsing, compilation and interpretation.

CS 312.2Implement static and dynamic scoping rules in programming languages, and the use ofenvironments and closures to realize these scoping rules, where appropriate.

CS 312.3Understand the concepts of type checking , type constructors and control abstraction interms of subroutines, exceptions, co routines etc

CS 312.4Describe the concepts of Object oriented programming concepts and concurrencymechanisms.

CS 312.5Understand the key concepts in the design and implementation of programming languages suchas scheme and prolog

CS 312.6 Apply various programming language concepts in solving real time problems.

CS 313 Object Oriented System DevelopmentCS 313.1 Understand the system requirements and model problem domains

CS 313.2Apply protocols to design and build object oriented system by drawing set of various structuraldiagrams.

CS 313.3 Design the interactions using behavioral diagrams by analyzing the requirements gathered.

CS 313.4Implement the design of components and artifacts by drawing set of various architecturaldiagrams.

CS 313.5Create and implement USDP by analyzing the complete procedure of Unified SoftwareDevelopment Process using phases, core workflows.

CS 313.6 Implement the Object Oriented System by using all static and dynamic diagrams

CS 314 Computer Networks

CS 314.1Describe and analyze Computer Networks, the basic components of a Network system and itsprotocols.

CS 314.2 Understand design principles of network layer protocols and transport layer protocols.CS 314.3 Develop applications using socket programming.

CS 314.4Comprehends the design of different applications such as FTP, DNS, SMTP, HTTP, SNMP,Telnet, Multimedia.

CS 314.5 Understand Cryptographic algorithms, digital signatures, and asymmetric key algorithms.CS 314.6 Understand authentication protocols, E-mail security, PEM, PGP

CS 315 Web Programming & Computer Networks LabCS 315.1 Develop static web applications with HTML and client side scripting using JavaScript.

CS 315.2 Implement business application with respect to MVC model with Servlets and JSP concepts

CS 315.3Analyze the functionality of Java Mail to send/receive emails, usage of databases inapplications using JDBC.

CS 315.4 Implement Connection Oriented, Connection less communication using Socket system calls

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CS 315.5Implement Pre defined, User defined port using Advance Socket System calls for Timeserver applications.

CS 315.6Implement RPC as an alternate to Socket Programming for suitable examples such asSimple Interest, GCD of two nos

CS 316 Object Oriented System Development LabCS 316.1 Identify the requirements which are relevant to the design of a system.CS 316.2 Understand a variety of approaches and perspectives of system development.

CS 316.3 Represent a software design as a set of objects and their relationships using structural modeling.CS 316.4 Describe and Design the activities with the help of behavioral modeling.CS 316.5 Describe and Design the components through architectural modeling.CS 316.6 Apply and Design advanced &behavioral modeling to design a case study.

CS 317 Compiler Construction LabCS 317.1 Develop hand written lexical analyzers or scanners for a sample C code.CS 317.2 Apply the knowledge of LEX to develop a C scanner.

CS 317.3Develop hand written top down parsers like recursive descent parser and construct first andfollow sets for a given grammar.

CS 317.4 Develop hand written shift reduce parser for a given grammar.

CS 317.5Apply the knowledge of YACC to syntax directed translations for generating intermediate code –3 address code.

CS 317.6 Generate and Optimize target code.



CS 401 Distributed SystemsCS 401.1 Find solutions for issues in architectures by applying the concepts of distributed systemsCS 401.2 Implement client/server, p2p algorithms, RPC and RMI communication methodologiesCS 401.3 Understand synchronization among processes through various coordination algorithms

CS 401.4Apply distributed transaction control algorithms for optimistic concurrency control along withfault tolerance recovery mechanisms

CS 401.5 Differentiate client and data centric consistency models in a Distributed System.CS 401.6 Interpret the knowledge over shared memory and file systems in distributed environment.

CS 402 Artificial Intelligence

CS 402.1Formulate some single player or two player games using state space search graphs and applysearch algorithms like A* to solve path finding algorithms.

CS 402.2Represent natural language/English using Propositional logic, Predicate Logic and use resolutionto infer/ prove conclusions.

CS 402.3 Apply planning on logic to Build a Bayesian network and reason from it.

CS 402.4Apply supervised learning methods like decision tree, naïve bayes, and neural networks toobserve the performance of small applications.

CS 402.5 Design a Natural language processing system. Represent and infer using fuzzy logic.

CS 402.6Design, Represent and Solve problems using concepts of artificial intelligence like optimalsearch techniques, knowledge representation, learning models.

CS 403 Information Security

CS 403.1Describe Roles of IS professionals and Demonstrate the need of IS and various phases inSecurity SDLC.

CS 403.2 Identify types of threats and attacks to information.CS 403.3 Determine various laws related to IS and risk management in IS.CS 403.4 Understand the types of Intrusion detection systems and secure software architectures.CS 403.5 Illustrate cryptography algorithms and mitigate attacks on Crypto systems.CS 403.6 Enumerate technical aspects of implementation and maintenance of information security.

CS 404 Principles & Applications of Embedded SystemsCS 404.1 Understand the embedded system design process and design example

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CS 404.2Apply the programming techniques in developing the assembly language program formicrocontroller application.

CS 404.3Understand Real-Time Operating Systems and apply basic design using a Real-TimeOperating System

CS 404.4Apply the programming techniques in developing the Real-Time Operating Systemconcepts like scheduling, inter task communication..

CS 404.5Understand the embedded Software development tools and apply knowledge of tools by use of aPC based Microcontrollers simulator.

CS 404.6 Understand various debugging techniques and design embedded system

CS 405-B Mobile Computing ( Elective I)

CS 405-B.1Understand characteristics and limitations of mobile hardware devices including their user-interface modalities.

CS 405-B.2Identify important issues of GSM, DECT, TETRA, Satellite systems GPRS for mobilecommunications and broadcast systems.

CS 405-B.3 Demonstrate knowledge of WLAN, HIPERLAN and Bluetooth architectures and protocols.

CS 405-B.4 Motivate the need for Mobile IP, Mobile Adhoc Networks and. Configuring hosts using DHCP.CS 405-B.5 Contrast the functional behaviors of Traditional TCP and Classical TCP improvements.

CS 405-B.6Select and apply various operating systems for mobile devices and protocol architecture ofWireless Application Protocols.

CS 406 Distributed Systems LabCS 406.1 Implement the FTP Protocol.CS 406.2 Develop DNS application with large multiple Clients.CS 406.3 Develop Message Exchange Application.CS 406.4 Explore the working procedure of threads with Chat Application.CS 406.5 Practically Understand the Concept of Transactions.CS 406.6 Develop NFS Application.

CS 407 Embedded Systems Lab

CS 407.1Understand working of 8051 Microcontroller architecture, addressing modes. Write programusing data transfer, arithmetic, logical instructions.

CS 407.2Write ALP using the capabilities of the stack, the program counter, and the status register andshow how these are used to execute a machine code program.

CS 407.3Understand Interfacing ESA Board MC89C51ED2 to interface Input-Output and develop controlapplications such as traffic controller.

CS 407.4 Understand the porting of Real Time applications on to target machines using RTOS.

CS 407.5 Understand the concepts of Real Time Operating Systems, and write program using Vx- Works.CS 407.6 Understand and design simple applications using 8051 Micro controller.

CS 408 Project SeminarCS 408.1 Identify possible specializations in computer science.CS 408.2 Survey the recent advancements in the identified area.

CS 408.3 Demonstrate an understanding of the evolution of the technology and possible future trends.CS 408.4 Display good technical communication skills in terms of preparing the material of seminar.CS 408.5 Display good presentation skills when presenting the seminar.CS 408.6 Demonstrate qualities necessary for forming a team.

CS 409 Data Mining

CS 409.1 Describe knowledge discovery process and identify different kinds of data that can be mined.CS 409.2 Illustrate various operations of data ware house design.CS 409.3 Comprehend association rules for mining frequent patterns.CS 409.4 Apply Eager & Lazy Classification methods and estimate accuracy of different models.CS 409.5 Distinguish clustering algorithms and evaluate the performance.CS 409.6 Explore recent trends in data mining to solve real world problems

CS 410- A Entrepreneurship ( Elective II)

CS 410-A.1Acquire knowledge about evolution of industrial policies of our country since independence,opportunities and challenges available to SMEs and understanding the forms of businesses

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CS 410-A.2

Understand the characteristics & functions, an entrepreneur can apply to the presenttechnology and acquired knowledge to make a successful, commercial application ofbusiness innovations.

CS 410-A.3Understand the application and contribution to the financial, technical planning,implementation and sustainability of the new projects.

CS 410-A.4Understand the process of project management and its application, evaluate the projectscope of work & accurate cost estimates to make the project success.

CS 410-A.5Understand the importanceof entrepreneurial behavior, business perceptions andmotivations, leadership styles and priorities of its values and goals in setting up business.

CS 410-A.6Understand the importance of various approaches of time management, their strengths andweaknesses. The urgency addiction and the time management matrix.

CS 411- A Information Retrieval Systems ( Elective III)CS 411-A.1 Understand Basic Concepts, Past, Present and Future of IRS, Retrieval process.

CS 411-A.2Evaluate Structured Text Retrieval Models, Models for Browsing, Retrieval Evaluation andQuery Languages.

CS 411-A.3 Understand Query Operations, Text and Multimedia Languages and Properties.

CS 411-A.4Analyze the Text Operations of Document Preprocessing, Clustering, Text Compression andIndexing techniques.

CS 411-A.5 Analyze different methods in Sequential Searching, Pattern matching.CS 411-A.6 Conceptualize Structural Queries.

CS 412 Data Mining LabCS 412.1 Apply data preprocessing techniques.CS 412.2 Apply Frequent Item-set Mining methods to generate association rules.CS 412.3 Identify and perform appropriate classification for given dataset.CS 412.4 Categorize and apply appropriate clustering for given dataset.CS 412.5 Evaluate models/algorithms with respect to their accuracy.CS 412.6 Conceptualize a data mining solution to a practical problem.

CS 413 SeminarCS 413.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 413.2 Survey the recent advancements in the identified area.

CS 413.3Present orally the understanding of the evolution of the technology and possible futuretrends in selected topic.

CS 413.4 Display good technical communication skills in terms of preparing the material of seminar.CS 413.5 Display good presentation skills when presenting the seminar.CS 413.6 Demonstrate the qualities necessary for writing document of the related topic.

CS 414 Project

CS 414.1Identify a problem after a thorough survey of the recent advancements with applications towardssociety.

CS 414.2 Formulate requirements analysis for solving a problem.CS 414.3 Design a software based solution within the scope of project.CS 414.4 Implement using contemporary technologies and tools.CS 414.5 Test and deploy the applications on real world environments.CS 414.6 Demonstrate qualities necessary for working in a team.

2014-15Course Code Name of the Subject

CS 101 English







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CS 102.2

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s &McLaurin’s series and solve problems on finding Radius of curvature, evolutesand envelopes.












CS 104.1






CS 104.6



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CS 105.6



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CS 107.1


CS 107.2


CS 107.3


CS 107.4


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CS 109 Physics Lab












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Course Code Name of the SubjectCS 101 English







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CS 102.2

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s &McLaurin’s series and solve problems on finding Radius of curvature, evolutesand envelopes.












CS 104.1






CS 104.6



CS 105.1






CS 105.6




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CS 107.1


CS 107.2


CS 107.3


CS 107.4


CS 107.5








CS 109 Physics Lab













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CS 405-A Software Project Management ( Elective I)

CS 405-A.1Understand the old and new ways of the state of practices in the software industry and rememberthe software project management activities.

CS 405-A.2Analyze the milestones in the life-cycle of the project, remember the artifacts and understand thestrategic importance of check points of the process.

CS 405-A.3Create a project management plan to identify the need for changes in the process ofdevelopment.

CS 405-A.4 Apply appropriate techniques for software economics to real world problems

CS 405-A.5 Identify the social, professional, cultural, and ethical issues involved in the use of technology.

CS 405-A.6Understand and practice the process of project management and its application in deliveringsuccessful IT projects.
















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CS 411- B Cloud Computing ( Elective III)CS 411-B.1 Differentiate between various distributed computing models like Grid, Cloud.

CS 411-B.2Narrate the different types of virtualization with merits and demerits of each level. Usehypervisors like Xen, VMware etc and set up a VM.

CS 411-B.3 Apply basic principles of cloud computing and use services offered by public cloud platforms.

CS 411-B.4Narrate importance of security in cloud and how it is managed using trust, reputation etc.,Describe CryptDB.

CS 411-B.5 Implement a parallel and distributed application using MapReduce, Hadoop.CS 411-B.6 Design, Develop and deploy a cloud application using GAE, AWS or Azure





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Course Code Name of the subjectCS 101 Engineering Mathematics I

CS 101.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors

CS 101.2Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

CS 101.3

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solving problems on finding Radius of curvature ,evolutes and envelopes

CS 101.4Evaluate limits, Continuity and derivatives of functions of two variables, Maxima & Minima forfunctions of two or more variables arising in Engineering Problems.

CS 101.5 Solving problems based on vector differentiation and vector integration.

CS 102 Engineering Physics ICS 102.1 Define, Classify and Illustrate the phenomena of interference and diffraction of light.

CS 102.2

Define polarization of light, optical activity and apply their principles to construct Nicol’s Prismand Polarimeter; Explain the principle of Laser & Holography; Summarize the different types oflaser sources; List out their applications.

CS 102.3Explain the principle and application of optical fibers; Classify optical fibers; Summarize theproduction, detection, properties and applications of Ultrasonics.

CS 102.4 Define and Compare statistical distribution laws; Extend to black body radiation.

CS 102.5

Recall the principles of quantum mechanics and apply them to solve particle in a box; List thefundamental laws of electricity and magnetism; Make use of these laws to derive Maxwell’selectromagnetic wave equation and Poynting theorem.

CS 103 Engineering Chemistry I

CS 103.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

CS 103.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders..

CS 103.3


CS 103.4

List types of the polymers; explain the influence of chemical structure on properties of polymersand the need for replacement of conventional materials with Polymers in engineeringapplications.

CS 103.5Classify Lubricants; Refractories, clay products and explain their properties, their use inengineering applications.

CS 104 Engineering Mechanics I

CS 104.1

Resolve forces acting on a body; obtain resultant force oncoplanar and non-coplanar concurrentand non-concurrent force systems. Moment acting due to set of forces and moments acting on abody.

CS 104.2Sketch free body diagrams of different members of a body and determine unknown forces fromequations of equilibrium of forces and moments.

CS 104.3Analyze the Truss members by method of joints and sections; analyse frame members bymethod of members.

CS 104.4

Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies; effect of friction in screw jack, wedge,brakes and belt transmission.

CS 104.5

Obtain location of centroids, centres of mass of regular and composite shapes; use Pappustheorems to calculate surface areas and volumes of composite structures. Compute area momentof inertia and products of inertia for simple and composite elements using integration methodsand transform theorem; calculate mass MI and radius of gyration for regular and compositestructures.

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CS 105 Computer Programming and Problem Solving

CS 105.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive data types, operators.

CS 105.2 Apply concepts of selection statements, loops and functions to write C programs.

CS 105.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

CS 105.4Understand the dynamics of the memory through pointers and distinguish between call by valueand call by reference; learn concepts of strings.

CS 105.5 Understand the concepts of derived data types and write programs on structures and unionsCS 105.6 Apply the concepts of file handling operations.

CS 106 Engineering English

CS 106.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

CS 106.2Understand the importance of listening skills in the effective communication and the models ofinterpersonal development.

CS 106.3Apply writing techniques to develop a passage, draft an essay, make a précis and constructgeneral reports, Business communication

CS 106.4

1. Use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary. 2.Learn basic grammar and structure of the English language such as Tense and Aspect;Transformation of sentences

CS 106.5 Improve reading comprehension skills by reading inspirational texts and infer information.

CS 107 Engineering Physics Lab I

CS 107.1Demonstrate the phenomena of interference and determine the wavelength of a given lightsource.

CS 107.2 Demonstrate the phenomena of diffraction and determine the wavelength of a given light source .CS 107.3 Explain the principle of laser and determine the wavelength of a given laser source.

CS 107.4Experiment with optical fiber and determine the Numerical Aperture and various losses of agiven fiber.

CS 107.5 Illustrate Malus law of polarization of light.CS 107.6 Determine the specific rotatory power of an optically active substance using polarimeter.

CS 108 Engineering Chemistry Lab I

CS 108.1Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

CS 108.2Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

CS 108.3Identify and determine hardness causing impurities present in hard water by complexometricmethod.

CS 108.4Explain causes for carbonate and bicarbonate alkalinity of water and estimate their concentrationin alkaline water.

CS 108.5Estimate quantitatively species like Fe+2, Fe+3 Cr+3, Mn, present in unknown complex ,mixtures like ores, alloys by titrimetric methods.

CS 109 Engineering Graphics I

CS 109.1Exhibit skill in preparation of drawings with standard lines, dimensioning, scaling as well asunderstanding of basic AUTOCAD commands and create simple geometric shapes.

CS 109.2Analyze the given data for creation of required scale. Analyse the given data on position ofpoints and draw projections.

CS 109.3 Evaluate the given data on the position of lines inclined to planes and draw projections.CS 109.4 Visualize the position of two dimensional objects and draw projection with given data.CS 109.5 Visualize the position of three dimensional objects with given data and draw projections.

CS 110 Computer Programming LabCS 110.1 Understand the procedure to create, compile and execute C program for different inputs.

CS 110.2Apply concepts of selection and looping statements; and apply concepts of functions to increasethe modularity of the program and re usability.

CS 110.3Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

CS 110.4Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

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CS 110.5 Apply derived data types using structures and unions.CS 110.6 Apply the concepts of file handling operations.

CS 111 Engineering Workshop I

CS 111.1


CS 111.2



CS 111.4

Utilize the various tools of sheet metal (tin smithy) namely hammer, mallet, stakes, snips, pliers,punches, vernier calipers, wire gauge, etc to perform various operations like cutting, shearing,notching, bending, riveting, etc. on the given sheet metal and develop variousobjects like tray, funnel, scoop, cylinder,etc.

CS 112 Engineering English Lab



CS 112.4Improve the fluency in the spoken form of the language by partaking in Presentation skills,Public speaking, Group Discussion and Debate.


CS 113 Engineering Mathematics II

CS 113.1Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

CS 113.2 Solve higher ordered linear O.D.Es with constant Coefficients using various techniques.

CS 113.3Solve linear O.D.Es using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

CS 113.4Evaluate improper integrals using Beta, Gamma and error functions and solve Bessel’sdifferential equations.



CS 114 Engineering Physics IICS 114.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.

CS 114.2Classify magnetic materials and Explain properties; Identify applications of ferromagneticmaterials and superconducting materials.

CS 114.3Explain and Illustrate semiconducting materials along with their applications; Summarizedielectric materials and its applications.

CS 114.4Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications.

CS 114.5Explain various properties of nanomaterials; Contrast their preparation methods and list outvarious applications of nanomaterials.

CS 115 Engineering Chemistry II

CS 115.1

Recall, relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodeswith the knowledge of standard reduction potential data.

CS 115.2Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells theirdesign, similarities, differences and applications.

CS 115.3List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.

CS 115.4

Classify chemical fuels, calculate calorific value, air quantities required for combustion of fuels,explain analysis of coal, refining of petroleum, cracking of petroleum, engine knocking , fuelrating , identify uses of solid , liquid , gaseous fuels and the importance ofrenewable energy sources such as bio-diesel.

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CS 115.5


CS 116 Business Communication and Presentation Skills

CS 116.1Know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

CS 116.2Learn models of Interpersonal Communication, Styles of Communication, Teamwork,Persuasion Techniques, Mobile phone and E-mail Etiquette and Time management

CS 116.3Learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers

CS 116.4Learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutesof Meeting

CS 116.5 Plan and prepare to face Interviews and participate in Group Discussions

CS 117 Object Oriented Programming using C++

CS 117.1Describe the procedural and object oriented paradigm with concepts of streams, classes,functions, data and objects.

CS 117.2Understand dynamic memory management techniques using pointers, constructors, destructors,etc.

CS 117.3Classify inheritance with the understanding of early and late binding, usage of exceptionhandling, generic programming.

CS 117.4Apply the concept of function overloading, operator overloading, virtual functions andpolymorphism.

CS 117.5 Understand and implement basic data structures such as arrays, linked lists, stacks and queues.CS 117.6 Demonstrate the use of various OOPs concepts.

CS 118 Basic Electrical EngineeringCS 118.1 Predict the behavior of DC and AC circuits.

CS 118.2 Identify the importance of three phase systems, performance of single phase transformers.CS 118.3 Illustrate the construction, operation and performance of DC machines.

CS 118.4 Explain operation principle and applications of three phase and single phase induction motors.CS 118.5 Apply the tariff and electrical safety measures.

CS 119 Engineering Physics Lab IICS 119.1 Examine the nature of ferromagnetic materials using B-H curve experiment.CS 119.2 Analyze the semiconducting device and calculate temperature co-efficient of resistance.CS 119.3 Inspect the characteristics of photo voltaic cell and evaluate the efficiency.CS 119.4 Analyze the semiconducting device and calculate the energy gap.

CS 119.5 Experiment with a junction diode and calculate its resistance under forward and reverse bias.CS 119.6 Examine the nature of dielectric materials and evaluate their related parameter.

CS 120 Engineering Chemistry Lab II

CS 120.1

Extend the knowledge of electroanalytical techniques like Conductometry, Potentiometry,pHmetry and Colorimetry for performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used in indaily life.

CS 120.2Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

CS 120.3Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.

CS 120.4 Analyze acids quickly and accurately using pH metry.

CS 120.5Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

CS 121 Computer Skills LabCS 121.1 Identify assemble and disassemble the components of Personal Computer (PC) System.CS 121.2 Install the operating system.CS 121.3 Create Documents using MS WORD and spread sheets using MS EXCEL.CS 121.4 Design presentations using MS POWER POINT.CS 121.5 Develop a website using HTML.

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CS 121.6 Use Documentation Tool LATEX to create reports, books, and articles in standard formats.

CS 122 Communication Skills LabCS 122.1 Use dialogues in a variety of situations and settings such as Role Play.CS 122.2 Make effective Presentations using multi-media and overcome stage fright.CS 122.3 Learn the art of planning and making a Public Speech.CS 122.4 Participate in Group Discussions and Debates.CS 122.5 Face Interviews effectively.

CS 123 C++ Programming LabCS 123.1 Develop solutions for a range of problems using objects and classes.

CS 123.2Programs to demonstrate the implementation of constructors, destructors and operatoroverloading

CS 123.3 Apply fundamental algorithmic problems including type casting, inheritance, and polymorphism.CS 123.4 Understand generic programming, templates, file handling.CS 123.5 Implement basic data structures such as arrays and linked list.CS 123.6 Formulate and apply object oriented programming concepts in problem solving

CS 201 Mathematics III





CS 201.5 Apply interpolation methods for estimation.

CS 201.6 Apply the basic definition and properties of Z- transform for solving difference equations.

CS 202 Data Structures using C++













CS 204.3


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CS 204.4










CS 206.1






CS 207 Data Structures Lab using C++CS 207.1 Implement stack, queue ADTs and related applications.CS 207.2 Perform operations on various types of linked lists.CS 207.3 Implement different sorting techniques.CS 207.4 Implement sparse matrix and polynomial operations using arrays and linked lists.CS 207.5 Implement Hashing mechanism.CS 207.6 Apply traversal techniques on trees and graphs.




CS 208.4Examine the voltage gain and calculate the bandwidth of CE amplifier. Demonstrate the workingof Astable multivibrator.

CS 208.5

Observe and compute the ripple factor values for full wave rectifier with and without filters.Analyze the working of strain gauge and covert signals from analog-to-digital & digital-to-analog.

CS 209 Mathematics IVCS 209.1 Solve problems based on differentiation and line integration of complex functions



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CS 210 Object Oriented Programming using JavaCS 210.1 Illustrate and instantiate object oriented concepts to real world problems




CS 211 Microprocessors & Interfacing


CS 211.2Apply the programming techniques in developing the assembly language program formicroprocessor application.






CS 212.1Appreciate the need for different programming paradigms, implementations, techniques todescribe syntax and semantics of programming languages.

CS 212.2Understand the concepts of names, binding, scopes etc and different data types and variousexpressions and statements a language can have.

CS 212.3Illustration of various statement-level control structures, subprograms, and various abstract datatypes in languages.

CS 212.4Comprehend the concepts of object oriented programming and concurrency mechanismsavailable in different languages

CS 212.5Create awareness of various languages with different programming paradigms like functionaland logic.

CS212.6 Compare and contrast the various programming paradigms and language constructs

CS 213 Electrical Circuits and MachinesCS 213.1 Appreciate the importance of ac & dc circuits.CS 213.2 The ability to select a suitable measuring instrument for measuring of electrical power.CS 213.3 Recall operation of transformers and applications.CS 213.4 Identity the suitable DC motor and generator for application.CS 213.5 The ability to formulate and then analyze the working of 3 phase induction motor.CS 213.6 Able to recall single phase induction motor operation and applications.

CS 214 Environmental Studies

CS 214.1Comprehension of the global concerns on environment and resource crunch and appreciate needfor proactive steps for mitigation.



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CS 214.4













CS 301 Database Management SystemsCS 301.1 Identify the need of DBMS and its applications.CS 301.2 Design a Database using ER Model.







CS 303 Automata Languages and Computation

CS 303.1Remember abstract models of Finite State Machines studied in Logic and Switching theory anddevelop Finite Automata.



CS 303.4 Understand the problems that computers do not solve and the concepts of Turing Machines.CS 303.5 Interpret the concepts of Undecidability and Intractability.

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CS 303.6 Apply the skills of formal and abstract reasoning as required.

CS 304 Software EngineeringCS 304.1 Judge an appropriate process model assessing software project attributes.CS 304.2 Resolve actions needed for risk mitigation applying planning and estimation techniques.CS 304.3 Analyze necessary requirements for project development eventually composing SRS.CS 304.4 Creation of visual models to describe (non-) algorithmic solutions for project build out.



CS 305 Managerial Economics and Accountancy


CS 305.2

After analytically studied about different principles and laws of managerial economics he will beable to examine the consumer behavior and take various managerial decisions, such asforecasting demand for new and existing goods and services and also suggest the bestprofit maximizing production function to the producers/entrepreneurs.




CS 306 Data Communication


CS 306.2 Identifies working of transmission media, realizes the cause of problems coming in the network.CS 306.3 Identify flow control, error control strategies and various switching techniques.CS 306.4 Understand basic protocol using different technologies in the field of communication.CS 306.5 Identify different kinds of Ethernets its supportive protocols and standards.


CS 307 DBMS Lab


CS 307.2 Exercise DML, DCL and TCL commands.CS 307.3 Construct SQL queries for any given specification.CS 307.4 Implement stored procedures and functions.CS 307.5 Write PL/SQL Programs using triggers and cursors.CS 307.6 Create forms and generate reports for a simple database application.

CS 308 OS Lab



CS 308.3Analyze the techniques through which data is been sent among different processes in anoperating system.

CS 308.4 Apply statistically suitable scheduling algorithm for a given set of process attributes.

CS 308.5 Implement the solutions for process synchronization problems using mutex and semaphores.CS 308.6 Design basic page replacement algorithm suitable for a given sequence of page requests.

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CS 310.1Design and build client side static and dynamic web page utilizing markup and client sidescripting languages.

CS 310.2 Apply concept f java servlet to develop dynamic content in web applications.CS 310.3 Design web application using JSP and custom tags with JSTL.

CS 310.4Send and receive emails from java applications by exhibiting knowledge over JavaMailpackage.

CS 310.5 Provide data store support for web site using sql and advanced sql packages of java.CS 310.6 Creation of dynamic content in web application using ASP.NET.







CS 312 Design and Analysis of AlgorithmsCS 306.1 Write algorithms using standard pseudo code notation.CS 306.2 Compare algorithm complexities using asymptotic notation.CS 306.3 Describe design paradigms Divide and Conquer, Greedy Method using suitable examples.

CS 306.4Describe design paradigms Dynamic Programming, Backtracking, and Branch and Boundusing suitable examples.













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CS 315 WPS & CN LabCS 315.1 Develop static web applications with HTML and client side scripting using JavaScript.






CS 316 OOSD LabCS 316.1 Identify the requirements which are relevant to the design of a system.CS 316.2 Understand a variety of approaches and perspectives of system development.


















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CS 404.3Understand Real-Time Operating Systems and apply basic design using a Real-Time OperatingSystem

CS 404.4Apply the programming techniques in developing the Real-Time Operating System concepts likescheduling, inter task communication..












CS 407.2Write ALP using the capabilities of the stack, the program counter, and the status registerand show how these are used to execute a machine code program.

CS 407.3Understand Interfacing ESA Board MC89C51ED2 to interface Input-Output and developcontrol applications such as traffic controller.




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CS 409 Data Mining



CS410-A.1

Acquire knowledge about evolution of industrial policies of our country sinceindependence , opportunities and challenges available to SMEs and understanding the forms ofbusinesses

CS410-A.2


CS410-A.3Understand the application and contribution to the financial, technical planning,implementation and sustainability of the new projects.

CS410-A.4Understand the process of project management and its application, evaluate the project scope ofwork & accurate cost estimates to make the project success.

CS410-A.5Understand the importanceof entrepreneurial behavior, business perceptions andmotivations, leadership styles and priorities of its values and goals in setting up business.

CS410-A.6Understand the importance of various approaches of time management, their strengths andweaknesses. The urgency addiction and the time management matrix.








CS 413.3Present orally the understanding of the evolution of the technology and possible future trends inselected topic.


CS 414 Project

CS 414.1Summarize the survey of the recent advancements to infer the problem statement withapplications towards society.

CS 414.2 Design a software based solution within the scope of project.CS 414.3 Implement using contemporary technologies and tools.CS 414.4 Test and deploy the applications on real world environments.

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CS 414.5 Demonstrate qualities necessary for working in a team.CS 414.6 Generate a suitable technical document for the project.

Course Code Name of the subjectCS 101 Engineering Mathematics I

CS 101.1 Solve problems based on the concepts of rank of a matrix, Eigen values and Eigen vectors

CS 101.2Solve some problems based on the concept of convergence and divergence of infinite series andapply the various tests of convergence to determine the nature of an infinite series

CS 101.3

Solve problems based on the fundamental theorems of differential calculus, expanding functionsusing Taylor’s & Mc Laurin’s series and solving problems on finding Radius of curvature ,evolutes and envelopes

CS 101.4Evaluate limits, Continuity and derivatives of functions of two variables, Maxima & Minima forfunctions of two or more variables arising in Engineering Problems.

CS 101.5 Solving problems based on vector differentiation and vector integration.

CS 102 Engineering Physics ICS 102.1 Define, Classify and Illustrate the phenomena of interference and diffraction of light.

CS 102.2

Define polarization of light, optical activity and apply their principles to construct Nicol’s Prismand Polarimeter; Explain the principle of Laser & Holography; Summarize the different types oflaser sources; List out their applications.

CS 102.3Explain the principle and application of optical fibers; Classify optical fibers; Summarize theproduction, detection, properties and applications of Ultrasonics.

CS 102.4 Define and Compare statistical distribution laws; Extend to black body radiation.

CS 102.5

Recall the principles of quantum mechanics and apply them to solve particle in a box; List thefundamental laws of electricity and magnetism; Make use of these laws to derive Maxwell’selectromagnetic wave equation and Poynting theorem.

CS 103 Engineering Chemistry I

CS 103.1Apply the knowledge of thermodynamic principles to determine the feasibility of chemical andphysical processes.

CS 103.2Extend the concept of the phase rule in separation of pure metals from alloys and moltensolutions and identify alloy as safety fuses and solders..

CS 103.3


CS 103.4

List types of the polymers; explain the influence of chemical structure on properties of polymersand the need for replacement of conventional materials with Polymers in engineeringapplications.

CS 103.5Classify Lubricants; Refractories, clay products and explain their properties, their use inengineering applications.

CS 104 Engineering Mechanics I

CS 104.1

Resolve forces acting on a body; obtain resultant force oncoplanar and non-coplanar concurrentand non-concurrent force systems. Moment acting due to set of forces and moments acting on abody.

CS 104.2Sketch free body diagrams of different members of a body and determine unknown forces fromequations of equilibrium of forces and moments.

CS 104.3Analyze the Truss members by method of joints and sections; analyse frame members bymethod of members.

CS 104.4

Distinguish between static and kinematic friction, determine effect of static or kinematic frictionforces acting on a single or a system of connected bodies; effect of friction in screw jack, wedge,brakes and belt transmission.

CS 104.5

Obtain location of centroids, centres of mass of regular and composite shapes; use Pappustheorems to calculate surface areas and volumes of composite structures. Compute area momentof inertia and products of inertia for simple and composite elements using integration methodsand transform theorem; calculate mass MI and radius of gyration for regular and compositestructures.

CS 105 Computer Programming and Problem Solving

CS 105.1Understand the architecture of a computer; design strategies for solving basic programmingproblems; concepts of primitive data types, operators.

CS 105.2 Apply concepts of selection statements, loops and functions to write C programs.

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CS 105.3Understand the concepts of arrays and apply them to implement searching and sortingapplications.

CS 105.4Understand the dynamics of the memory through pointers and distinguish between call by valueand call by reference; learn concepts of strings.

CS 105.5 Understand the concepts of derived data types and write programs on structures and unionsCS 105.6 Apply the concepts of file handling operations.

CS 106 Engineering English

CS 106.1Learn the importance of communication Skills and its role and Importance and usage in verbaland non-verbal communication appropriately.

CS 106.2Understand the importance of listening skills in the effective communication and the models ofinterpersonal development.

CS 106.3Apply writing techniques to develop a passage, draft an essay, make a précis and constructgeneral reports, Business communication

CS 106.4

1. Use appropriate idiomatic expressions, one-word substitutes, Development of vocabulary. 2.Learn basic grammar and structure of the English language such as Tense and Aspect;Transformation of sentences

CS 106.5 Improve reading comprehension skills by reading inspirational texts and infer information.

CS 107 Engineering Physics Lab I

CS 107.1Demonstrate the phenomena of interference and determine the wavelength of a given lightsource.

CS 107.2 Demonstrate the phenomena of diffraction and determine the wavelength of a given light source .CS 107.3 Explain the principle of laser and determine the wavelength of a given laser source.

CS 107.4Experiment with optical fiber and determine the Numerical Aperture and various losses of agiven fiber.

CS 107.5 Illustrate Malus law of polarization of light.CS 107.6 Determine the specific rotatory power of an optically active substance using polarimeter.

CS 108 Engineering Chemistry Lab I

CS 108.1Utilize analytical laboratory skills for performing chemical analysis and its data compilationindividually or in teams for resolving related problems in day to day life.

CS 108.2Make use of titrimetric principles in preparation, standardisation and estimation of unknownchemical samples.

CS 108.3Identify and determine hardness causing impurities present in hard water by complexometricmethod.

CS 108.4Explain causes for carbonate and bicarbonate alkalinity of water and estimate their concentrationin alkaline water.

CS 108.5Estimate quantitatively species like Fe+2, Fe+3 Cr+3, Mn, present in unknown complex ,mixtures like ores, alloys by titrimetric methods.

CS 109 Engineering Graphics I

CS 109.1Exhibit skill in preparation of drawings with standard lines, dimensioning, scaling as well asunderstanding of basic AUTOCAD commands and create simple geometric shapes.

CS 109.2Analyze the given data for creation of required scale. Analyse the given data on position ofpoints and draw projections.

CS 109.3 Evaluate the given data on the position of lines inclined to planes and draw projections.CS 109.4 Visualize the position of two dimensional objects and draw projection with given data.CS 109.5 Visualize the position of three dimensional objects with given data and draw projections.

CS 110 Computer Programming LabCS 110.1 Understand the procedure to create, compile and execute C program for different inputs.

CS 110.2Apply concepts of selection and looping statements; and apply concepts of functions to increasethe modularity of the program and re usability.

CS 110.3Apply array concepts to implement different concepts like searching, sorting, matrixmultiplication and many more.

CS 110.4Apply pointers concepts to access variables through address and understand the dynamicmemory allocation.

CS 110.5 Apply derived data types using structures and unions.CS 110.6 Apply the concepts of file handling operations.

CS 111 Engineering Workshop I

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CS 111.1


CS 111.2



CS 111.4

Utilize the various tools of sheet metal (tin smithy) namely hammer, mallet, stakes, snips, pliers,punches, vernier calipers, wire gauge, etc to perform various operations like cutting, shearing,notching, bending, riveting, etc. on the given sheet metal and develop variousobjects like tray, funnel, scoop, cylinder,etc.

CS 112 Engineering English Lab



CS 112.4Improve the fluency in the spoken form of the language by partaking in Presentation skills,Public speaking, Group Discussion and Debate.


CS 113 Engineering Mathematics II

CS 113.1Solve various types of First ordered ordinary differential equations and apply these techniquesfor solving some problems in Geometry, Electricity, Heat transfer and Radio activity.

CS 113.2 Solve higher ordered linear O.D.Es with constant Coefficients using various techniques.

CS 113.3Solve linear O.D.Es using power series and Frobenius methods and apply these methods forsolving Legendres D.E.

CS 113.4Evaluate improper integrals using Beta, Gamma and error functions and solve Bessel’sdifferential equations.



CS 114 Engineering Physics IICS 114.1 Explain Crystal structures, Crystal defects and Energy band formation in solids.

CS 114.2Classify magnetic materials and Explain properties; Identify applications of ferromagneticmaterials and superconducting materials.

CS 114.3Explain and Illustrate semiconducting materials along with their applications; Summarizedielectric materials and its applications.

CS 114.4Explain different techniques for characterization of materials; Outline the preparation methods ofthin films and its applications.

CS 114.5Explain various properties of nanomaterials; Contrast their preparation methods and list outvarious applications of nanomaterials.

CS 115 Engineering Chemistry II

CS 115.1

Recall, relate and apply various parameters of electrodes and electrolytes such as conductance,conductivity, molar, equivalent conductance, electrode potentials, emf, pH and theirmeasurements by constructing electrochemical cells using suitable electrodeswith the knowledge of standard reduction potential data.

CS 115.2Explain the basic operating principles of primary, secondary batteries, fuel cells, solar cells theirdesign, similarities, differences and applications.

CS 115.3List types of corrosion; explain their mechanism, factors affecting the rate of corrosion and applythe knowledge of various corrosion control methods for protection of metals.

CS 115.4

Classify chemical fuels, calculate calorific value, air quantities required for combustion of fuels,explain analysis of coal, refining of petroleum, cracking of petroleum, engine knocking , fuelrating , identify uses of solid , liquid , gaseous fuels and the importance ofrenewable energy sources such as bio-diesel.

CS 115.5


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CS 116 Business Communication and Presentation Skills

CS 116.1Know the importance of Business Communication, ABC of Technical Communication, andChannels of Communication appropriately

CS 116.2Learn models of Interpersonal Communication, Styles of Communication, Teamwork,Persuasion Techniques, Mobile phone and E-mail Etiquette and Time management

CS 116.3Learn the differences between Technical and General writing, Report-writing, and draftingScientific Papers

CS 116.4Learn how to draft an SoP, Job application, Cover letter, Business letters, Agenda, and Minutesof Meeting

CS 116.5 Plan and prepare to face Interviews and participate in Group Discussions

CS 117 Object Oriented Programming using C++

CS 117.1Describe the procedural and object oriented paradigm with concepts of streams, classes,functions, data and objects.

CS 117.2Understand dynamic memory management techniques using pointers, constructors, destructors,etc.

CS 117.3Classify inheritance with the understanding of early and late binding, usage of exceptionhandling, generic programming.

CS 117.4Apply the concept of function overloading, operator overloading, virtual functions andpolymorphism.

CS 117.5 Understand and implement basic data structures such as arrays, linked lists, stacks and queues.CS 117.6 Demonstrate the use of various OOPs concepts.

CS 118 Basic Electrical EngineeringCS 118.1 Predict the behavior of DC and AC circuits.

CS 118.2 Identify the importance of three phase systems, performance of single phase transformers.CS 118.3 Illustrate the construction, operation and performance of DC machines.

CS 118.4 Explain operation principle and applications of three phase and single phase induction motors.CS 118.5 Apply the tariff and electrical safety measures.

CS 119 Engineering Physics Lab IICS 119.1 Examine the nature of ferromagnetic materials using B-H curve experiment.CS 119.2 Analyze the semiconducting device and calculate temperature co-efficient of resistance.CS 119.3 Inspect the characteristics of photo voltaic cell and evaluate the efficiency.CS 119.4 Analyze the semiconducting device and calculate the energy gap.

CS 119.5 Experiment with a junction diode and calculate its resistance under forward and reverse bias.CS 119.6 Examine the nature of dielectric materials and evaluate their related parameter.

CS 120 Engineering Chemistry Lab II

CS 120.1

Extend the knowledge of electroanalytical techniques like Conductometry, Potentiometry,pHmetry and Colorimetry for performing chemical analysis and its data compilation individuallyor in teams for analyzing physical properties of engineering materials used in indaily life.

CS 120.2Estimate strength of weak acids, strong acids or acids present in mixtures by Conductometric,Potentiometric titrations.

CS 120.3Determine the strength of reducing agents like Fe+2 present in un known sample solutions byPotentiometry.

CS 120.4 Analyze acids quickly and accurately using pH metry.

CS 120.5Test and determine chemical species like Iron and Manganese present in unknown complexmixtures or ores by Colorimetric method.

CS 121 Computer Skills LabCS 121.1 Identify assemble and disassemble the components of Personal Computer (PC) System.CS 121.2 Install the operating system.CS 121.3 Create Documents using MS WORD and spread sheets using MS EXCEL.CS 121.4 Design presentations using MS POWER POINT.CS 121.5 Develop a website using HTML.

CS 121.6 Use Documentation Tool LATEX to create reports, books, and articles in standard formats.

CS 122 Communication Skills Lab

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CS 122.1 Use dialogues in a variety of situations and settings such as Role Play.CS 122.2 Make effective Presentations using multi-media and overcome stage fright.CS 122.3 Learn the art of planning and making a Public Speech.CS 122.4 Participate in Group Discussions and Debates.CS 122.5 Face Interviews effectively.

CS 123 C++ Programming LabCS 123.1 Develop solutions for a range of problems using objects and classes.

CS 123.2Programs to demonstrate the implementation of constructors, destructors and operatoroverloading

CS 123.3 Apply fundamental algorithmic problems including type casting, inheritance, and polymorphism.CS 123.4 Understand generic programming, templates, file handling.CS 123.5 Implement basic data structures such as arrays and linked list.CS 123.6 Formulate and apply object oriented programming concepts in problem solving

CS 201 Engineering Mathematics-III





CS 201.5 Apply interpolation methods for estimation.

CS 201.6 Apply the basic definition and properties of Z- transform for solving difference equations.


CS 202.1Identify types of semiconductor diodes and use them to design applications such as switch andZener voltage regulator. Analyze and design various rectifiers with and without filters.

CS 202.2

Evaluate the characteristics of BJT transistor configurations (CE, CB, CC). Analyze, compareand design the BJT amplifiers using h-parameter model. Describe the characteristics andEvaluate performance of various FET amplifiers.

CS 202.3 Analyze and design feedback amplifiers and RC & LC oscillators.

CS 202.4 Design circuits using Operational Amplifier. Analyze basic logic gates , adders and subtractors

CS 202.5 Calculate Frequency and phase using CRO, Analyze Data Acquisition systems, power devices.

CS 203 Data Structures

CS 203.1Remember C++ language to write algorithms, analyze the performance of an algorithm andapply the knowledge to write the ADT's for different data structures.

CS 203.2 Illustrate various linked lists and Hashtable implement them using C++ templates CS 203.3 Understand Stack and Queue data structures and implement related applications.CS 203.4 Grasp the concepts of various tree data structures.

CS 203.5Apply prim's and kruskal's algorithm to find minimum cost spanning trees for any given graphand apply shortest path algorithm on graphs

CS 203.6 Compare various sorting techniques and analyze their performance.

CS 204 Discrete Mathematics

CS 204.1Write and evaluate a proof or outline the basic structure of and give examples of each prooftechnique described.



CS 204.4 Solve problems using recurrence relations.

CS 204.5Understand the concepts of Algebraic Structures and identify structures of algebraic nature, anddiscover, prove and use properties about them.

CS 204.6Understand the basic terminology of Graphs and Model problems in Computer Science usinggraphs and trees.


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CS 205.1Apply the concepts of Boolean logic, Postulates and Boolean Theorems to solve the Booleanexpressions.

CS 205.2 Solve the Complex Boolean logic expressions using Minimization methods.CS 205.3 Analyse and design combinational circuits.CS 205.4 Analyse Sequential circuits.CS 205.5 Design sequential circuits and apply state reduction methods to solve sequential circuits.

CS 206 Environmental Sciences

CS 206.1Comprehension of the global concerns on environment and resource crunch and appreciate needfor proactive steps for mitigation.



CS 206.4



CS 207 Electrical Engineering LabCS 207.1 Explore themselves in designing basic electric circuits.CS 207.2 Judge suitable test to determine total power in three phase circuits.CS 207.3 Judge suitable test to determine efficiency and regulation of transformersCS 207.4 Determine the performance characteristics of dc machines.CS 207.5 Identify requirements for electric machines for industrial purpose.


CS 208.2 Determine the forward and reverse bias characteristics of semiconductor diodes (Ge, Si, Zener),

CS 208.3 Obtain and Assess the Static Characteristics of BJT-Common Emitter, Common Base and FET.


CS 208.5 Examine the voltage gain and calculate the bandwidth of CE amplifier.

CS 208.6 Observe and compute the ripple factor values for full wave rectifier with and without filters.CS 208.7 Analyze the working of strain gauge and related measurements.CS 208.8 Convert signals from analog-to-digital & digital-to-analog format.

CS 209 Data Structures LabCS 209.1 Implement stack, queue ADTs and related applications

CS 209.2Implement operations on various types of linked lists and implement polynomial operationsusing linked lists

CS 209.3 Implement different sorting techniquesCS 209.4 Implement Hashing mechanismCS 209.5 Apply traversal techniques on treesCS 209.6 Apply traversal techniques on graphs

CS 210 Mathematics And Statistics

CS 210.1Solve non -linear equations, system of linear equations, ordinary differential equationsnumerically.

CS 210.2 Evaluate Fourier transforms and express functions in form of Fourier integrals.CS 210.3 Solve certain problems in elementary number theory.CS 210.4 Apply the concepts of probability distributions and apply the tests of significanceCS 210.5 Perform the regression analysis and correlation analysis and obtain best fit curves.

CS 211 Signals And System Analysis

CS 211.1Able to differentiate signal like discrete time, continuous time, power, energy, periodic,aperiodic, even, odd.

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CS 211.2 Able to define the system by an impulse response with properties: memory less, causal, stableCS 211.3 Able to understand the properties of FT, Z-transform & LT.

CS 212 Computer Organization

CS 212.1Recognize the representation of data, understand the design steps and functionalities of majorcomponents of computers.

CS 212.2Design the Hardware circuits for data transfer, Arithmetic circuit and ALU.Understand theinstructions code,Types of instructions.

CS 212.3Deduce the working principles behind different control units. Recognize the addressing modes,instructions sets, design the hardware circuits for various arithmetic algorithms.

CS 212.4Comprehend the importance of memory hierarchy and a wide variety of memory technologiesboth internal and external including cache and associative memories etc.

CS 212.5Understand the communication between CPU and input output devices, including the variousmodes of data transfers and their limitations and thereby the role of an I/O interface.

CS 212.6Realize the limitations of sequential computation and study the various techniques of pipelining,Evaluate CPU performance.

CS 213 Object Oriented Programming Using JavaCS 213.1 Illustrate and instantiate object oriented concepts to real world problems




CS 214 Programming Languages

CS 214.1Appreciate the need for different programming paradigms, implementations, techniques todescribe syntax and semantics of programming languages.

CS 214.2Understand the concepts of names, binding, scopes etc and different data types and variousexpressions and statements a language can have.

CS 214.3Illustration of various statement-level control structures, subprograms, and various abstract datatypes in languages.

CS 214.4Comprehend the concepts of object oriented programming and concurrency mechanismsavailable in different languages

CS 214.5Create awareness of various languages with different programming paradigms like functionaland logic.

CS 214.6 Compare and contrast the various programming paradigms and language constructs

CS 215 Microprocessors And InterfacingCS 215.1 Able to understand the architecture and organization of 8085 microprocessor.CS 215.2 Able to write programs in assembly language 8085CS 215.3 Able to apply knowledge for interfacing I/O devices to the microprocessor 8085CS 215.4 Able to understand software / hardware interfacing and system connections CS 215.5 Able to understand the architecture and organization of 8086 microprocessor.CS 215.6 Able to understand and write assembly language and modular programming using 8086

CS 216 Java Programming LabCS 216.1 Understand JDK environment to write, debug and run java programs.CS 216.2 Apply reusability concepts and develop applications.





CS 217 Microprocessors Lab CS 217.1 Understand working of 8085 processor architecture, addressing modes.CS 217.2 Write assembly language programs using 8085 instruction set.CS 217.3 Apply programming skills for interfacing various peripheral devices with 8085.

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CS 217.4Understand and design to interface external devices with 8085MP through 8255 ICs(Stepper

Motor ,Traffic Light)

CS 217.5Understand working of 8086 microprocessor addressing modes and instructions,Write programusing data transfer, arithmetic instructions

CS 217.6 Design simple applications using 8086 Microprocessor.

CS 218 Mini ProjectCS 218.1 Understand the steps involved in designing a project.CS 218.2 Identify a problem; and analyze requirements. CS 218.3 Represent design flow and implement using contemporary technologies and tools.CS 218.4 Test and deploy the applications. CS 218.5 Demonstrate qualities necessary for working in a teamCS 218.6 Communicate effectively in both written and oral forms.

CS 219 Society Outreach ProgramCS 219.1 Able to find the scientific solutions for a specific problem in the society.CS 219.2 Able to demonstrate the leadership qualities.CS 219.3 Able to bring out their talent.CS 219.4 Able to develop interpersonal skills and team-spirit.

CS 301 Database Management SystemsCS 301.1 Identify the need of DBMS and its applications.CS 301.2 Design a Database using ER Model.







CS 303 Automata Languages and Computation

CS 303.1Remember abstract models of Finite State Machines studied in Logic and Switching theory anddevelop Finite Automata.



CS 303.4 Understand the problems that computers do not solve and the concepts of Turing Machines.CS 303.5 Interpret the concepts of Undecidability and Intractability.CS 303.6 Apply the skills of formal and abstract reasoning as required.

CS 304 Software EngineeringCS 304.1 Judge an appropriate process model assessing software project attributes.CS 304.2 Resolve actions needed for risk mitigation applying planning and estimation techniques.CS 304.3 Analyze necessary requirements for project development eventually composing SRS.CS 304.4 Creation of visual models to describe (non-) algorithmic solutions for project build out.



CS 305 Managerial Economics and Accountancy


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CS 305.2

After analytically studied about different principles and laws of managerial economics he will beable to examine the consumer behavior and take various managerial decisions, such asforecasting demand for new and existing goods and services and also suggest the bestprofit maximizing production function to the producers/entrepreneurs.




CS 306 Data Communication


CS 306.2 Identifies working of transmission media, realizes the cause of problems coming in the network.CS 306.3 Identify flow control, error control strategies and various switching techniques.CS 306.4 Understand basic protocol using different technologies in the field of communication.CS 306.5 Identify different kinds of Ethernets its supportive protocols and standards.


CS 307 DBMS Lab


CS 307.2 Exercise DML, DCL and TCL commands.CS 307.3 Construct SQL queries for any given specification.CS 307.4 Implement stored procedures and functions.CS 307.5 Write PL/SQL Programs using triggers and cursors.CS 307.6 Create forms and generate reports for a simple database application.

CS 308 OS Lab



CS 308.3Analyze the techniques through which data is been sent among different processes in anoperating system.

CS 308.4 Apply statistically suitable scheduling algorithm for a given set of process attributes.

CS 308.5 Implement the solutions for process synchronization problems using mutex and semaphores.CS 308.6 Design basic page replacement algorithm suitable for a given sequence of page requests.




CS 310.1Design and build client side static and dynamic web page utilizing markup and client sidescripting languages.

CS 310.2 Apply concept f java servlet to develop dynamic content in web applications.CS 310.3 Design web application using JSP and custom tags with JSTL.

CS 310.4Send and receive emails from java applications by exhibiting knowledge over JavaMailpackage.

CS 310.5 Provide data store support for web site using sql and advanced sql packages of java.CS 310.6 Creation of dynamic content in web application using ASP.NET.


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CS 312 Design and Analysis of AlgorithmsCS 306.1 Write algorithms using standard pseudo code notation.CS 306.2 Compare algorithm complexities using asymptotic notation.CS 306.3 Describe design paradigms Divide and Conquer, Greedy Method using suitable examples.

CS 306.4Describe design paradigms Dynamic Programming, Backtracking, and Branch and Boundusing suitable examples.













CS 315 WPS & CN LabCS 315.1 Develop static web applications with HTML and client side scripting using JavaScript.


CS 315.3Analyze the functionality of Java Mail to send/receive emails, usage of databases in applicationsusing JDBC.


CS 315.5Implement Pre defined, User defined port using Advance Socket System calls for Time serverapplications.

CS 315.6Implement RPC as an alternate to Socket Programming for suitable examples such as SimpleInterest, GCD of two nos

CS 316 OOSD LabCS 316.1 Identify the requirements which are relevant to the design of a system.CS 316.2 Understand a variety of approaches and perspectives of system development.


CS 317 Compiler Construction LabCS 317.1 Develop hand written lexical analyzers or scanners for a sample C code.

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CS 317.2 Apply the knowledge of LEX to develop a C scanner.






















CS 404.3Understand Real-Time Operating Systems and apply basic design using a Real-Time OperatingSystem

CS 404.4Apply the programming techniques in developing the Real-Time Operating System concepts likescheduling, inter task communication..






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CS 407.2Write ALP using the capabilities of the stack, the program counter, and the status registerand show how these are used to execute a machine code program.

CS 407.3Understand Interfacing ESA Board MC89C51ED2 to interface Input-Output and developcontrol applications such as traffic controller.





CS 409 Data Mining



CS410-A.1

Acquire knowledge about evolution of industrial policies of our country sinceindependence , opportunities and challenges available to SMEs and understanding the forms ofbusinesses

CS410-A.2


CS410-A.3Understand the application and contribution to the financial, technical planning,implementation and sustainability of the new projects.

CS410-A.4Understand the process of project management and its application, evaluate the project scope ofwork & accurate cost estimates to make the project success.

CS410-A.5Understand the importanceof entrepreneurial behavior, business perceptions andmotivations, leadership styles and priorities of its values and goals in setting up business.

CS410-A.6Understand the importance of various approaches of time management, their strengths andweaknesses. The urgency addiction and the time management matrix.


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CS 414 Project

CS 414.1Summarize the survey of the recent advancements to infer the problem statement withapplications towards society.

CS 414.2 Design a software based solution within the scope of project.CS 414.3 Implement using contemporary technologies and tools.CS 414.4 Test and deploy the applications on real world environments.CS 414.5 Demonstrate qualities necessary for working in a team.CS 414.6 Generate a suitable technical document for the project.

Course Code Name of the SubjectCS 5101 Advanced Algorithms

CS 5101.1Implement Data Structures such a Stacks, Queues, Linked list, BST, AVL Tree and analyse theirComplexities.

CS 5101.2 Understand different design techniques and comprehend the information GraphsCS 5101.3 Develop Applications on Weighted graphs, Network flow and Matching

CS 5101.4Compare and Contrast the text processing techniques, recall Number Theory and understand thecryptography algorithms.

CS 5101.5Encompass the different Algorithms on Computational geometry such as Quad, K-D Trees, Giftwrapping and Graham Scan.

CS 5102 Advanced Operating Systems

CS 5102.1Distinguish the architectures of desktop and distributed Operating Systems to justify the modelfor a given application

CS 5102.2Evaluate the situation where mutual exclusion and deadlock handling can be applied in aspecified design

CS 5102.3Judge the various file handling techniques and scheduling algorithms to adapt in real timeapplications

CS 5102.4Classify the various recovery techniques to measure performance of different protocols for faulttolerance and security mechanisms.

CS 5102.5 Explore multi processor and database operating systems


CS 5103.1Appreciate the history of AI and formulate two player games using state space search graphs andapply search algorithms like A* etc to solve path finding algorithms.

CS 5103.2Represent natural language/English using Propositional logic, Predicate Logic and use resolutionto infer/ prove conclusions

CSE (PG)

2017-18 SEMESTER 1

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CS 5103.3Understand expert systems and their design and the role of probability theory in uncertain/realworld applications. Build a Bayesian network and reason from it and apply planning on logic

CS 5103.4Learn various machine learning paradigms and learning techniques and the field of artificialneural networks and different types of ANN.

CS 5103.5Understand different advanced knowledge representation techniques, and Natural languageprocessing systems

CS 5104 Object Oriented Software EngineeringCS 5104.1 To exhibit applicability of various O-O concepts in different contexts.CS 5104.2 Given a problem, identify domain objects, their properties and relationships among them

CS 5104.3 To identify and model/represent domain constraints on the objects and (or) on their relationships.CS 5104.4 Develop design solutions for problems using various O-O conceptsCS 5104.5 Model different perspectives of object-oriented software design

CS 5060 Software Quality & Testing (E-II) CS 5060.1 To apply software testing knowledge and engineering methods.CS 5060.2 To conduct a software test process for a software testing project.

CS 5060.3 To identify the needs of software test automation and define a test tool to support test automation.

CS 5060.4To recognize various software testing problems, and solve these problems by designing andselecting software test models, criteria, strategies, and methods

CS 5060.5To judge a suitable software testing methods and modern software testing tools for their testingprojects.

CS 5051 Mobile Computing (E-I)

CS 5051.1Understand characteristics and limitations of mobile hardware devices including their user-interface modalities

CS 5051.2Identify important issues of GSM, Satellite systems GPRS for mobile communications andbroadcast systems.

CS 5051.3 Demonstrate knowledge of WLAN, IEE802.11 and Bluetooth architectures and protocols

CS 5051.4Motivate the need for Mobile IP, Mobile Adhoc Networks, and configuring hosts using DHCP,Traditional TCP and Classical TCP improvements and WAP architectures.

CS 5051.5 Enumerate various data Dissemination mechanisms and mobile transaction models.

CS 5121 Software Lab1

CS 5121.1Write programs to implement different data structures such as Stacks,Queues,BST, and AVLTrees.

CS 5121.2 Design and Implement Shortest Path,MST and Pattern Matching AlgorithmsCS 5121.3 Represent domain knowledge on O-O objects & relationships in a CASE ToolCS 5121.4 Model different perspectives of object-oriented software design in UmbrelloCS 5121.5 Develop undemanding solutions for O-O problems applying Java in Umbrello

CS 5122 Seminar-1CS 5122.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 5122.2 Survey the recent advancements in the identified area


CS 5122.4 Display good technical communication skills in terms of preparing the material of seminar

CS 5122.5Display good presentation skills when presenting the seminar and Demonstrate the qualitiesnecessary for writing document of the related topic.

Course Code Name of the SubjectCS 5105 Distributed Computing

CS 5105.1Understand Overview of Computer Networks and Fundamental Architectures and Models ofDistributed Systems, comparison of Network and distributed operating systems.

CS 5105.2

Learn, understand and design Client-server and object models, Remote procedure calls (RPC)mechanisms, RMI, communication mechanisms like Message-Oriented’ Transient communication, Persistent communication, Stream Oriented Communication

CS 5105.3Explore students to learn the concepts of Threads, Threads in Distributed Computing, SoftwareAgents, Naming concepts and approaches.

2017-18 SEMESTER 2

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CS 5105.4

Understand, apply and develop distributed object based systems concepts like CORBA,Distributed COM and GLOBE for achieving Communication, Naming, Synchronization, Caching and Replication, Fault Tolerance, Security.

CS 5105.5 Learn and understand the concepts of Distributed Multimedia Systems.

CS 5106 Advanced Databases

CS 5106.1Understand the concept of object oriented database and have experience with object orientedmodeling, to perform Object Relational Mapping and design.

CS 5106.2 Design, develop and implement XML databases CS 5106.3 Understand Query processing and Query Optimization

CS 5106.4 Design, develop Parallel Data bases &Distributed Databases along with the origin of Cloud

CS 5106.5Understand Performance and tuning issues and other technologies like spatial, geographical andtemporal data.

CS 5056 Network Security

CS 5056.1 Appraise the characteristics of Security and infer the need for Security using Threats and Attacks.

CS 5056.2Compare Cryptography algorithms and implement them using Java cryptography extensionlibraries

CS 5056.3Discriminate services such as Integrity, Authentication and Non Repudiation using differentmechanisms such as MD5, SHA-512, MAC, RSA, DSA Signatures, Biometric Authentication

CS 5056.4 Relate the different mechanisms available for PKI, apply them to implement Smart Cards.

CS 5056.5Evaluate different real time applications such as Kerberos for authentication, SET for Smartcards and couple of case studies on Enterprise Security.

CS 5062 Soft ComputingCS 5062.1 Understand different types of learning and how to construct decision trees.

CS 5062.2Learn the fitness criteria and selection of chromosomes. Apply the genetic operators and createthe offspring.

CS 5062.3 Learn activation function, learning law and implement a simple perceptron for function learning.

CS 5062.4Learn to create membership functions, fuzzy relations and modelling of fuzzy rules and also tounderstand Expert system.

CS 5062.5Understand Neuro-fuzzy systems and to apply clustering on small data. Learn to construct theregression trees.

CS 5055 Data Mining

CS 5055.1 Describe knowledge discovery process and identify different kinds of data that can be mined.CS 5055.2 Comprehend association rules for mining frequent patterns.CS 5055.3 Apply Eager & Lazy Classification methods and estimate accuracy of different models.CS 5055.4 Distinguish clustering algorithms and evaluate the performance.CS 5055.5 Explore recent trends in data mining to solve real world problems

CS 5064 Software Project Management

CS 5064.1 Examine Conventional software management and Differentiate software economic principles.CS 5064.2 Illustrate life cycle, various process, model based architecture

CS 5064.3Apply project planning, organization responsibilities, environment, control of the process and itsmetrics.

CS 5064.4 Analyze modern project profile, managing people and organization teamsCS 5064.5 Analyze process improvement to CMM,ISO 12207

CS 5123 Software Lab – II (DC & ADB Lab)

CS 5123.1 Develop Client-server and object models, Remote procedure calls (RPC) mechanisms, RMI.

CS 5123.2 Demonstrate distributed object based systems concepts like CORBA, DCOM and GLOBECS 5123.3 Implement Chat server using threads, TCP and UDP using Socket primitives.

CS 5123.4Demonstrate the data base application with creating the data with Nested Structures, Complexobjects, and semi-structured data along with suitable queries.

CS 5123.5 Handle of semi-structured data with latest technologies like Big Data & Hadoop.

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CS 5124 Seminar - IICS 5124.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 5124.2 Survey the recent advancements in the identified area















CS 562 Machine LearningCS 562.1 Know different types of learning and how to construct decision trees.

CS 562.2Apply the perceptron for the learning of OR, AND & XOR functions. Learn the use of kernelsfor transformation and understand the margin and support vectors in SVM.

CS 562.3Compute the Gaussian from the random data. Apply Bayes theorem and Naive Bayes classifieron small problems. Understand the concepts of Boosting and Bagging, LDA and PCA.

CS 562.4Learn to encode the parameters into chromosomes and selection of chromosomes and fitnessfunctions. Apply the genetic operators on the chromosomes to create offspring

CS 562.5Understand different clustering algorithms and apply them to small datasets and categoricalattributes. Learn about similarity and dissimilarity measures and outliers.


CS 503.1Appreciate the history of AI and formulate two player games using state space search graphs andapply search algorithms like A* etc to solve path finding algorithms





CS 511 Mobile Computing

CS 511.1Understand characteristics and limitations of mobile hardware devices including their user-interface modalities.




2016-17 SEMESTER 1

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CS 504 Object Oriented Software EngineeringCS 504.1 To exhibit applicability of various O-O concepts in different contexts.CS 504.2 Given a problem, identify domain objects, their properties and relationships among them.

CS 504.3 To identify and model/represent domain constraints on the objects and (or) on their relationshipsCS 504.4 Develop design solutions for problems using various O-O conceptsCS 504.5 Model different perspectives of object-oriented software design

CS 531 Software Lab – I (Advanced Algorithms & OOSE)CS 531.1 Write programs to implement different data structures such as Stacks,Queues. CS 531.2 Design and Implement Shortest Path,MST and Pattern Matching AlgorithmsCS 531.3 Represent domain knowledge on O-O objects & relationships in a CASE ToolCS 531.4 Model different perspectives of object-oriented software design in UmbrelloCS 531.5 Develop undemanding solutions for O-O problems applying Java in Umbrello







CS 551.2

Learn, understand and design Client-server and object models, Remote procedure calls (RPC)mechanisms, RMI, communication mechanisms like Message-Oriented’ Transient communication, Persistent communication, Stream Oriented Communication


CS 551.4

Understand, apply and develop distributed object based systems concepts like CORBA,Distributed COM and GLOBE for achieving Communication, Naming, Synchronization, Caching and Replication, Fault Tolerance, Security.














2016-17 SEMESTER 2

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CS 561.2Compare Cryptography algorithms and implement them using Java cryptography extensionlibraries

CS 561.3Discriminate services such as Integrity, Authentication and Non Repudiation using differentmechanisms such as MD5, SHA-512, MAC, RSA, DSA Signatures, Biometric Authentication



CS 575 Image Processing

CS 575.1 Distinguish sampling and quantization processes in obtaining digital images from continuouslysensed data and describe the steps in image processing.

CS 575.2 Apply transformation techniques like Fourier, DCT to enhance digital image.

CS 575.3Apply different techniques in spatial domain to enhance digital images. Able to use varioussegmentation algorithms for image segmentation

CS 575.4 Describe different methods to encode raw image data into standard compressed image format.

CS 575.5Demonstrate most commonly applied image restoration models and their use in basic image

processing.

CS 566 Software Quality & TestingCS 566.1 To apply software testing knowledge and engineering methods.CS 566.2 To conduct a software test process for a software testing project.

CS 566.3 To identify the needs of software test automation and define a test tool to support test automation.

CS 566.4To recognize various software testing problems, and solve these problems by designing andselecting software test models, criteria, strategies, and methods

CS 566.5To judge a suitable software testing methods and modern software testing tools for their testingprojects.

CS 581 Software Lab-II (Distributed Computing / Advanced Databases Lab)





CS 532 Seminar - 2CS 532.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 532.2 Survey the recent advancements in the identified area











2015-16 SEMESTER 1

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CS 503.1Appreciate the history of AI and formulate two player games using state space search graphs andapply search algorithms like A* etc to solve path finding algorithms





CS 504 Object Oriented Software EngineeringCS 504.1 To exhibit applicability of various O-O concepts in different contexts.CS 504.2 Given a problem, identify domain objects, their properties and relationships among them.


CS 511 Mobile Computing











CS 518 Data Mining

CS 518.1 Describe knowledge discovery process and identify different kinds of data that can be mined.CS 518.2 Comprehend association rules for mining frequent patterns.CS 518.3 Apply Eager & Lazy Classification methods and estimate accuracy of different models.CS 518.4 Distinguish clustering algorithms and evaluate the performance.CS 518.5 Explore recent trends in data mining to solve real world problems

CS 531 Software Lab – I (Advanced Algorithms & OOSE)CS 531.1 Write programs to implement different data structures such as Stacks,Queues. CS 531.2 Design and Implement Shortest Path,MST and Pattern Matching AlgorithmsCS 531.3 Represent domain knowledge on O-O objects & relationships in a CASE ToolCS 531.4 Model different perspectives of object-oriented software design in UmbrelloCS 531.5 Develop undemanding solutions for O-O problems applying Java in Umbrello

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CS 551.2

Learn, understand and design Client-server and object models, Remote procedure calls (RPC)mechanisms, RMI, communication mechanisms like Message-Oriented’ Transientcommunication, Persistent communication, Stream Oriented Communication.

CS 551.3Explore students to learn the concepts of Threads, Threads in Distributed Computing, Software

Agents, Naming concepts and approaches.

CS 551.4

Understand, apply and develop distributed object based systems concepts like CORBA,Distributed COM and GLOBE for achieving Communication, Naming, Synchronization,Caching and Replication, Fault Tolerance, Security.









CS 561.2Compare Cryptography algorithms and implement them using Java cryptography extensionlibraries.

CS 561.3Discriminate services such as Integrity, Authentication and Non Repudiation using differentmechanisms such as MD5, SHA-512, MAC, RSA, DSA Signatures, Biometric Authentication.






CS 562.4Learn to encode the parameters into chromosomes and selection of chromosomes and fitnessfunctions. Apply the genetic operators on the chromosomes to create offspring.

CS 562.5Understand different clustering algorithms and apply them to small datasets and categorical

attributes. Learn about similarity and dissimilarity measures and outliers.


CS 574.1Distinguish sampling and quantization processes in obtaining digital images from continuouslysensed data and describe the steps in image processing

CS 574.2 Apply transformation techniques like Fourier, DCT to enhance digital image


2015-16 SEMESTER 2

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CS 574.4 Describe different methods to encode raw image data into standard compressed image format

CS 574.5Demonstrate most commonly applied image restoration models and their use in basic imageprocessing

CS 579 Human Computer InteractionCS 579.1 Apply core theories, models and methodologies from the field of HCICS 579.2 Relate user interface design principles, and apply them to designing an interface.CS 579.3 Evaluate user interface designs through usability inspection and user models CS 579.4 Develop basic prototypes with a range of interaction styles and technologiesCS 579.5 Choose appropriate HCI methods for specified goals and justify the choice

CS 579.6Determine different prototypes and products with original interfaces and interactions for web,PC, mobile, or next generation platforms

CS 581 Software Lab-2(Distributed Computing / Advanced Databases Lab)









Course Code Name of the SubjectCS 501 Advanced algorithms






CS 502.1Distinguish the architectures of desktop and distributed Operating Systems to justify the modelfor a given application. (Eval)

CS 502.2Evaluate the situation where mutual exclusion and deadlock handling can be applied in aspecified design. (Eval)

CS 502.3Judge the various file handling techniques and scheduling algorithms to adapt in real timeapplications. (Eval)

CS 502.4Classify the various recovery techniques to measure performance of different protocols for faulttolerance and security mechanisms. (Analy)

CS 502.5 Explore multi processor and database operating systems. (Analy)





2014-15 SEMESTER 1

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CS 503.5Understand different advanced knowledge representation techniques, and Natural language

processing systems

CS 504 Object Oriented Software Engineering CS 504.1 To exhibit applicability of various O-O concepts in different contexts.CS 504.2 Given a problem, identify domain objects, their properties and relationships among them.


CS 511 Mobile Computing ( Elective – I)



CS 511.3 Demonstrate knowledge of WLAN, IEE802.11 and Bluetooth architectures and protocols.

CS 511.4Motivate the need for Mobile IP, MANETs, and configuring hosts using DHCP, Traditional TCPand Classical TCP improvements and WAP architectures.


CS 518 Data Mining (Elective – II)

CS 518.1 Describe knowledge discovery process and identify different kinds of data that can be mined.CS 518.2 Apply Eager & Lazy Classification methods and estimate accuracy of different modelsCS 518.3 Comprehend association rules for mining frequent patternsCS 518.4 Distinguish clustering algorithms and evaluate the performanceCS 518.5 Explore recent trends in data mining to solve real world problems

CS 531 Advanced algorithms & Object Oriented Software Engineering Lab (Software Lab I)CS 531.1 Write programs to implement different data structures such as Stacks,QueuesCS 531.2 Design and Implement Shortest Path,MST and Pattern Matching AlgorithmsCS 531.3 Represent domain knowledge on O-O objects & relationships in a CASE ToolCS 531.4 Model different perspectives of object-oriented software design in UmbrelloCS 531.5 Develop undemanding solutions for O-O problems applying Java in Umbrello

CS 532 SEMINAR - ICS 532.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 532.2 Survey the recent advancements in the identified area






CS 551.2


CS 551.3Explore students to learn the concepts of Threads, Threads in Distributed Computing, Software

Agents, Naming concepts and approaches.

CS 551.4





2014-15 SEMESTER 2

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CS 562.4Learn to encode the parameters into chromosomes and selection of chromosomes and fitnessfunctions. Apply the genetic operators on the chromosomes to create offspring.

CS 562.5Understand different clustering algorithms and apply them to small datasets and categorical

attributes. Learn about similarity and dissimilarity measures and outliers.


CS 574.1Distinguish sampling and quantization processes in obtaining digital images from continuouslysensed data and describe the steps in image processing.

CS 574.2 Apply transformation techniques like Fourier, DCT to enhance digital image.


CS 574.4 Describe different methods to encode raw image data into standard compressed image format

CS 574.5Demonstrate most commonly applied image restoration models and their use in basic imageprocessing









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Course Code Name of the SubjectCS 501 Advanced algorithms






CS 502.1Distinguish the architectures of desktop and distributed Operating Systems to justify the modelfor a given application. (Eval)

CS 502.2Evaluate the situation where mutual exclusion and deadlock handling can be applied in aspecified design. (Eval)

CS 502.3Judge the various file handling techniques and scheduling algorithms to adapt in real timeapplications. (Eval)

CS 502.4Classify the various recovery techniques to measure performance of different protocols for faulttolerance and security mechanisms. (Analy)

CS 502.5 Explore multi processor and database operating systems. (Analy)






CS 503.5Understand different advanced knowledge representation techniques, and Natural language

processing systems

CS 504 Object Oriented Software Engineering CS 504.1 To exhibit applicability of various O-O concepts in different contexts.CS 504.2 Given a problem, identify domain objects, their properties and relationships among them.


CS 511 Mobile Computing ( Elective – I)



CS 511.3 Demonstrate knowledge of WLAN, IEE802.11 and Bluetooth architectures and protocols.

CS 511.4Motivate the need for Mobile IP, MANETs, and configuring hosts using DHCP, Traditional TCPand Classical TCP improvements and WAP architectures.


CS 518 Data Mining (Elective – II)

CS 518.1 Describe knowledge discovery process and identify different kinds of data that can be mined.CS 518.2 Comprehend association rules for mining frequent patterns.CS 518.3 Apply Eager & Lazy Classification methods and estimate accuracy of different models.

2013-14 SEMESTER 1

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CS 518.4 Distinguish clustering algorithms and evaluate the performance.CS 518.5 Explore recent trends in data mining to solve real world problems

CS 531 Advanced algorithms & Object Oriented Software Engineering Lab (Software Lab I)CS 531.1 Write programs to implement different data structures such as Stacks,Queues. CS 531.2 Design and Implement Shortest Path,MST and Pattern Matching Algorithms.CS 531.3 Represent domain knowledge on O-O objects & relationships in a CASE ToolCS 531.4 Model different perspectives of object-oriented software design in UmbrelloCS 531.5 Develop undemanding solutions for O-O problems applying Java in Umbrello

CS 532 SEMINAR - ICS 532.1 Identify possible specializations in computer science and other multi-disciplinary areas.CS 532.2 Survey the recent advancements in the identified area






CS 551.2



CS 551.4

















CS 562.4Learn to encode the parameters into chromosomes and selection of chromosomes and fitnessfunctions. Apply the genetic operators on the chromosomes to create offspring

2013-14 SEMESTER 2

of 404

CS 562.5Understand different clustering algorithms and apply them to small datasets and categoricalattributes. Learn about similarity and dissimilarity measures and outliers.

CS 574 Software Project Management

CS 574.1 Examine Conventional software management and Differentiate software economic principles.CS 574.2 Illustrate life cycle, various process, model based architecture

CS 574.3Apply project planning, organization responsibilities, environment, control of the process and itsmetrics.

CS 574.4 Analyze modern project profile, managing people and organization teamsCS 574.5 Analyze process improvement to CMM,ISO 12207



CS 564 Information Retrieval Systems

CS 564.1Understanding of the foundation concepts of information retrieval techniques and be able toapply these concepts into practice and use different techniques in various application areas

CS 564.2Describe relevance feedback, Clustering techniques, N-grams , Regression Analysis and use ofThesauri in IRS

CS 564.3Use Semantic Networks ,Parsing of terms and phrases , Query document and Phrase andChoosing different translations.

CS 564.4Construct Inverted Index and compress the it by using Fixed length and variable lengthcompression. Using of Signature files and detecting Duplicate documents.

CS 564.5Apply search capabilities to collect relevant data from large databases, Use of Semi-structuredusing Relational schemas and retrieve the information from different web search engines.










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