d y patil institute of engineering and technology, ambi, pune
TRANSCRIPT
D Y Patil Institute of Engineering and
Technology, Ambi, Pune Address:Sr.No.124 & 126, A/p- Ambi, Tal-Maval, MIDC Road,
TalegaonDabhade, Pune-410506, Maharashtra, India
Tel: 02114306229, E-mail : [email protected] URL: www.dypietambi.com
2.6.1 Programme outcomes, Programme specific outcomes and course outcomes
for all Programme offered by the institution.
Sr. No. Description Page No.
01 Vision and Mission 2
02 Program Outcomes(POs) 3
03 Program Specific Outcomes (PSOs):
Department of Civil Engineering 5
Department of Computer Engineering 5
Department of Electrical Engineering 6
Department of Information Technology 6
Department of Mechanical Engineering 7
04 Course Outcomes (COs) :
Department of Civil Engineering 8
Department of Computer Engineering 19
Department of Electrical Engineering 30
Department of Information Technology 42
Department of Mechanical Engineering 52
Department of First Year Engineering 64
05 Departmental Minutes of Meeting 69
06 CO PO Student Undertaking 71
1
Our Vision: To excel in technical education & strive for developing competent professionals to
meet future challenges with social awareness
Our Mission:
To impart quality education
To foster industry institute interaction
To strengthen co-curricular, extra-curricular and extension activities
To install ethical and moral values in budding engineers
http://www.dypietambi.com/vissionAndMission.php
2
Program Outcomes (POs):
Engineering Graduates will be able to:
1. Engineering knowledge: Apply the knowledge of mathematics, science, engineering
fundamentals, and an engineering specialization to the solution of complex engineering
problems.
2. Problem analysis: Identify, formulate, review research literature, and analyze complex
engineering 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 system components 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 research
methods 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 modern
engineering and IT tools including prediction and modeling to complex engineering activities
with an understanding of the limitations.
6. The engineer and society: Apply reasoning informed by the contextual knowledge to assess
societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to
the professional engineering practice.
7. Environment and sustainability: Understand the impact of the professional engineering
solutions in societal and environmental contexts, and de monstrate the knowledge of, and
need for sustainable development.
8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and
norms of the engineering practice.
9. Individual and team work: Function effectively as an individual, and as a member or leader
in diverse teams, and in multidisciplinary settings.
3
10. Communication: Communicate effectively on complex engineering activities with the
engineering community and with society at large, such as, being able to comprehend and
write effective reports and design documentation, make effective presentations, and give and
receive clear instructions.
11. Project management and finance: Demonstrate knowledge and understanding of the
engineering and management principles and apply these to one’s own work, as a member and
leader 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 engage in
independent and life- long learning in the broadest context of technological change.
4
Program Specific Outcomes (PSOs):
Department of Civil Engineering
PSO1:
To build competencies towards problem solving with an ability to understand,
identify, analyze and design the problem, implement and validate the solution
including both hardware and software.
PSO2:
To build appreciation and knowledge acquiring of current computer techniques with
an ability to use skills and tools necessary for computing practice.
PSO3:
To be able to match the industry requirements in the area of computer science and
engineering. To equip skills to adopt and imbibe new technologies.
Department of Computer Engineering
PSO1:
To be able to understand, analyze and develop computer programs in the areas
related to algorithms, system software, multimedia, web design, big data analytics,
and networking by efficient design of computer-based systems of varying
complexities.
PSO2:
To be able to apply standard practices and strategies in software project development
using open-ended programming environments to deliver a quality product for
business success.
PSO3:
To be able to utilize modern techniques and adopt latest trends in technological
development to match the industry requirements and create innovative career paths to
be an entrepreneur or researcher.
5
Department of Electrical Engineering
PSO1:
To understand the fundamentals of electrical engineering and analysis of circuit
topology.
PSO2:
To obtain the knowledge of electrical power system at par with recent technology for
end user applications.
PSO3:
To apply the concepts of electrical machines and drives, in concurrence with
advanced electronics & control system for the design of reliable electrical system.
PSO4:
To apply knowledge of engineering for developing skill sets for operation and
maintenance
Department of Information Technology
PSO1: Participating in planning, implementing & execution of various algorithms to build
specific applications in networking, databases, neural networks & artificial
intelligence.
PSO2: Provide skilled resource to learn various advanced languages for solving real world
problems.
PSO3: Apply the knowledge of technology ethics, management principles and soft skills to
carry out social IT projects in diverse environments as a member and leader in a
team.
6
PSO4: Apply core aspects of Information Technology, standard Software Engineering
practices and strategies in software project development in order to deliver quality
product for IT industry.
Department of Mechanical Engineering
PSO1:
Apply the principles of design, analysis and implementation of mechanical
component/system/process
PSO2:
Recognize, investigate and formulate and use of suitable technique in mechanical
engineering to obtain solution for various problems of industry and society
PSO3:
Contribute to the project teams in the core and related domains by using modern
tools of drafting, modeling and analyzing
PSO4:
Possesses adequate interpersonal skills to solve the problems
7
Course outcomes (COs) Civil Engineering
S.E. Civil (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
201001
Building
Technology and
Materials
Identify types of building and basic requirements of building
components.
Explain types of masonry, formwork, casting procedure and
necessity of underpinning and scaffolding.
Elucidate different types of flooring and roofing materials.
Describe types of doors, windows, arches and lintel.
Illuminate means of vertical circulation and protective
coatings.
Explain different materials especially eco-friendly materials
and safety measures to be adopted at any construction site.
207001 Engineering
Mathematics III
Solve higher order linear differential equations and apply to
civil engineering problems such as bending of beams and
whirling of shafts.
Solve system of linear equations using direct and iterative
numerical techniques and develop solutions to ordinary
differential equations using single step and multistep
methods applied to structural systems.
Apply statistical methods like correlation, regression
analysis in analyzing and interpreting experimental data and
probability theory applied to construction management.
Perform vector differentiation and integration, analyze the
vector fields and apply to fluid flow problems.
Solve various partial differential equations such as wave
equation, one and two dimensional heat flow equations.
Applications of Partial Differential Equations (PDE)
201006 Surveying
To learn the basics of plane surveying and different types of
instruments used for plane surveying. To learn different
methods of surveying.
To understand the leveling of earth surface and able to draw
the profile of ground.
Students able to operate and check the instrument used for
8
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
surveying. And locating points on ground having equal
elevation by contouring.
To be able to operating and checking for accuracy to angular
measuring instrument.
To be able to plotting the curve for diversion for any route.
Students able to set the building, road, canal etc. project with
establishing control points. To understand advancements in
plane surveying such as electronic instruments and
software’s.
201002 Strength of
Materials
Compute different type of stresses in determinate,
indeterminate, homogeneous and composite structures.
Develop bending and shear stress diagram.
Determine the torsional stresses and stresses due to strain
energy for different loading Conditions.
Explain the concept of principal stresses due to combined
loading and able to compare the values of analytical and
graphical (Mohr’s circle) method.
Plot loading diagram, Shear Force Diagram (SFD) and
Bending Moment Diagram (BMD).
Analyze axially and eccentrically loaded column.
201003 Geotechnical
Engineering
Differentiate the different types of soil and determine their
index and engineering properties in laboratory and classify
them and develop a proficiency in handling experimental
data.
Develop an understanding of the influence of water flow on
the engineering behavior of soils by learning concepts of
permeability and seepage.
Analyze engineering properties like compaction,
permeability, soil shear strength. To analyse the effects of
compaction on soil properties.
Understand of the concept of effective stress and its
influence on soil behavior. Also differentiate between
various methods of determining shear strength of soil with
their advantages and limitations.
Compute the lateral thrust due to backfill on the retaining
walls.
Classify soil slopes and identify their modes of failure.
9
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
201004 Fluid Mechanics
I
Calculate drag and lift coefficients and essentials of
unsteady flow.
Identify and use suitable data to calculate problems related
to open channel flow and depth energy relationships in open
channel flow
Ability to analyze uniform flow in open channels and
Hydraulic jump phenomenon.
Appreciate the role centrifugal pumps and Impact of Jet to
use water flow energy.
To understand the Hydropower generation and performance
of Hydraulic Turbines
Analyze the various flow profiles from gradually varied flow
and its computations
201005
Architectural
Planning and
Design of
Buildings
To Understand the Town planning & Legal Aspect.
Make use of principles of planning and principles of architectural
Planning.
Analyze the available primary or secondary data and plan different
types of structures considering futuristic need of an area.
Improve the status of existing structures by proposing appropriate
green measures.
Plan effectively various types of buildings according to their utility
with reference to different codes.
Understand and resolve contemporary issues at multi-dimensional
functional levels
201008 Structural
Analysis I
Understand the basic concept of static and kinematic
indeterminacy, slope and deflection of determinate and
indeterminate beams for analysis of structures.
Analyze indeterminate beams structures and frames.
Evaluate determinate and indeterminate trusses and its
application in the field.
Apply influence line diagrams for the analysis of structures
under moving load.
Analyze two and three hinged arches and its application.
Apply plastic analysis for indeterminate steel structures by
10
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
limits state method.
201009 Engineering
Geology
To explain the basic concepts of engineering geology.
To differentiate between the different rock types, their
inherent characteristics and their application in civil
engineering.
To understand physical properties, mechanical properties of
the minerals and their application in civil engineering.
To identify favorable and unfavorable conditions for the
buildings, roads, dam, tunneling etc through the rocks.
To explain mass wasting processes, effects of mass wasting
process on the civil engineering structures and remedial
measures. Interpret geohydrological characters of the rocks
present at the foundations of the dams, percolation tanks,
tunnels.
To understand Seismic activities and its effect on the civil
engineering construction. Identify geological hazards and
presence of ground water.
201007 Concrete
Technology
Understand chemistry, properties, and classification of cement,
fly ash, aggregates and admixtures, and hydration of cement in
concrete.
Prepare and test the fresh concrete.
Test hardened concrete with destructive and nondestructive
testing instruments.
Get acquainted to concrete handling equipments and different
special concrete types.
Design concrete mix of desired grade.
Predict deteriorations in concrete and repair it with appropriate
methods and techniques.
T.E. Civil (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
301001 Hydrology and
water resource
To study of hydrology, precipitation, and stream gauging.
Introduction to Irrigation and study of Water Requirements
11
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Engineering of Crops
To study of Ground Water Hydrology.
Introduction of Runoff and floods.
To study the Planning of Reservoir.
Study of Water Management ,Water Logging and Drainage
301002
Infrastructure
Engineering and
Construction
Techniques
To Study the Introduction of Infrastructure Engineering and
Railway Engineering.
Detailed Study of Railway Engineering.
To Study the Construction Techniques.
Detailed Study of Tunneling Engineering.
To Detailed Study of Dock & harbours.
To Detailed Study of Construction Equipment.
301003 Structural
Design-I
Design philosophies and behavior of structural steel. Ability
to design of tension members.
Ability to analyze and design of built-up column, lacing and
battening.
Ability to design of uniaxial and biaxial bending, column
bases, slab base, gusseted base.
Ability to Design of laterally supported beams & laterally
unsupported beams.
Ability to design of beam to beam, beam to column
connections and welded plate girder.
Ability to Design of gantry girder and Roof truss.
301004 Structural
Analysis-II
Introduction of indeterminate structures. Application of
beam and frames with and without joint translation by
slope deflection method.
Analyse the sway and non-sway moments on beam and
frame by moment distribution method.
Understand the concept of flexibility method analysis and
application of pin jointed plane trusses, application of
flexibility method to beam and rigid jointed rectangular
portal frames.
Understand the concepts of stiffness method of analysis
and its applications.
Introduction and application to deflection problems of
determinate beam by central difference method, Analyse
the approximate methods of multistoried multi-bay 2-D
rigid jointed frames.
12
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Introduction of finite element method and Develop shape
functions and stiffness matrices for spring and bar
elements.
301005 Fluid
Mechanics-II
To study the Fluid Flow around Submerged Objects.
Introduction to Open channel flow and Depth-Energy
Relationships in Open Channel Flow.
Uniform flow in open channels and Hydraulic Jump.
Impact of Jet and Centrifugal Pumps
Hydropower generation and Performance of hydraulic
turbines.
Gradually Varied Flow in Open Channels and Gradually
varied flow computations.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
301007 Advanced
Surveying
To be able to work under various critical condition and able
to use proper method and instrument while surveying. Also
differentiate the geodetic surveying and plane surveying.
To be able to find out three point problem solution for
hydrographic survey. And to know the instruments used to
do survey under water bodies.
To be able to know the advanced technology use in
investigation work under various critical condition. To know
the concepts and components of GIS & RS in surveying.
To be handle the geodetic project and find out correction
less values in geodetic quadrilateral. Also know the types of
error and find out the MPV for observation.
To be able to find out the scale of aerial photograph and
study the aerial photogrammetric. Also to know the
interpretation of aerial photogrammetric and its technique.
To be able to know the correction in trigonometrically
observation and apply for same to find out corrected value
by applying correction. Setting out the major work in civil
engineering such as bridge work, tunnel work etc.
301008 Project Introduction to project management.
13
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Management
and Engineering
Economics
To study the Project planning and scheduling.
To study the Project Resources and Site Planning.
To study the Project Monitoring and Control.
To study the Project Economics.
Introduction of Project appraisal.
301009 Foundation
Engineering
To study the purpose of soil investigation and various
methods of investigating the properties of soil and also
describing the suitability of soil for particular construction
project.
To be able to obtain the bearing capacity of soil either by
direct method by testing the soil in laboratory or by
correlation using field data.
To know in detail the causes of foundation settlement and
application of this in design of shallow foundation.
To study in detail various types of deep foundation and also
methods of installation with advantages and limitations of
each method.
To know various problems involved with black cotton soil
and various types of foundations that can be adopted to
overcome this problem.
To understand the mechanism of reinforced soil so as to
apply ground improvement technique with respect to
Earthquake Geotechnics.
301010 Structural
Design-II
Differentiate various design philosophies, to design singly &
doubly reinforced beams using
working stress method and the basic knowledge of limit
state philosophy.
Understand the design parameters of limit state method, to
classify the section as UR, OR and balanced, design of
various types of beams and design of various types of One
Way Slabs.
Design various types of Two Way Slabs and Design of
Staircases.
Design of various types of beams for flexure.
Design of beams for shear, bond and torsion And to design
continuous beams using concept of redistribution of
moments.
Design of short columns for axial loads, uniaxial & biaxial
14
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
bending and to design isolated column footing.
301011 Environmental
Engineering-I
Learner will be able to understand the causes and effects of
noise pollution and measurement of equivalent noise level
and control methods for noise pollution. Learner will be
able to understand the causes and effects of air pollution
and control methods for air pollution and to study the
municipal solid waste management.
Learner will be able to understand the design of water
supply network and water demand and forecasting of
population. Learner will be able to analyze the
characteristics of water.
Learner will be able to understand the process of water
treatment and aeration and sedimentation. Learner will be
able to design the aeration unit and sedimentation unit for
water treatment plant for given population.
Learner will be able to understand the process of
Coagulation and flocculation with design of coagulation
and flocculation unit for water treatment plant. Learner will
be able to understand the process of filtration and to design
filter for water treatment plant.
Learner will be able to understand the various methods of
disinfection, water softening and demineralization and
Fluoridation and defluoridation.
Learner will be able to understand design of water
distribution system. Learner will be able to understand the
various methods of rainwater harvesting and design of
rainwater harvesting system.
B.E. Civil (2015 course)
Semester - I
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
401 001 Environmental
Engineering II
Calculate sewage quantity, to study characteristics of
sewage and stream sanitation.
To understand sewage treatment.
Understand theory & design of secondary treatment
15
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
units, activated sludge process, Trickling filter.
Study Oxidation pond and Aerated lagoons.
Study onsite Sanitation and Introduction to Package
Sewage Treatment Plant and Anaerobic digester.
Understand Industrial waste water treatment.
401 002 Transportation
Engineering
Describe the basic components of transport
system & infrastructure, their role,
importance and characteristics
Design transport system components in particular
geometric design of roads and
intersections
Apply engineering principles to identify and investigate
traffic problem s and evaluate suitable solutions
Understand the various highway materials and their
suitability under different conditions
Get acquainted to various traffic characteristics and use
the data for road design.
To understand the construction and operation of design
pavement
401 003
Structural
Design and
Drawing III
To discuss basic definitions, types, & system of
prestressed concrete & analyze a select appropriate
problem-solving strategies and calculate related
parameter.
To detailed design problem related to design of
prestressed concrete structures.
To undertake design of building frames subjected to
seismic loading as per seismic coefficient method.
Ability to analyze & Design of RCC Retaining
structures at various soil conditions.
Ability to analyze & Design of Different Types of
Combined Footing.
To undertake design problems on design of liquid
retaining structures.
401 004
Elective-I
Architecture
and Town
Planning
To study the Principles and elements of Architectural
Composition.
To study the Urban renewal for quality of life and
livability.
To study the Goals, Objectives and level of planning.
To discuss use the Traffic transportation systems.
16
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
Legislative mechanism for preparation of DP.
Application of GIS, GPS, remote sensing in planning.
401 005 Elective – II
TQM & MIS
Quality in Construction.
Introduction to Management Information systems
(MIS).
To study the Defects & it’s classification in
construction. Measures to prevent and rectify defects.
Process based approach for achieving TQM. Study of
ISO 9001 principles.
To study the Management Control.
Modern tools in TQM Implementation
Semester - II
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
401 007
Dams and
Hydraulic
Structures
Understand the classification and Objectives of dam
safety and instrumentation.
Understand the components, forces and design of
different type of dams.
Understand the different parts of dam.
Understand the analysis of earthen dam and diversion
head networks.
Understand the introduction of canal and canal
structures.
Introduction cross drainage work and River training
structures.
401 008
Quantity
Surveying,
Contracts and
Tenders
Introduction and Approximate Estimates.
Taking out quantities & Detailed estimate up to plinth.
Detailed Estimation for super structure & Valuation.
To study the Specifications and Rate Analysis.
Execution of Works and Tendering.
Contracts and Arbitration
401 009
Elective-III
Air Pollution
and control
Ability to study the Meteorological aspects.
To study the Ambient Air sampling and analysis.
Introduction and study of Indoor air pollution.
Control of air pollution.
Planning of Land use.
17
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
401 010
Elective -IV
Construction
Management
Overview of construction sector.
Parametric study of Construction scheduling, work
study and work measurement
Study of Labor laws and financial aspects of
construction projects.
Elements of risk management and value engineering.
Introduction to artificial intelligence technique.
18
Course outcomes (COs) Computer Engineering
S.E. Computer (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
210241
Discrete
Mathematics
Understand the basic principles of set theory, operations in
sets and propositional logic theory.
Demonstrate an understanding of relations and functions and
be able to determine their properties.
Apply counting principles to determine permutations and
combinations.
Demonstrate different traversal methods for trees and
graphs.
Use effectively algebraic techniques to analyze basic
discrete structures and algorithms.
Analyze and synthesize the real-world problems using
discrete mathematics.
210242
Digital
Electronics
and Logic
Design
Understand and apply the knowledge of basic electronics to
construct combinational digital circuits as per the
specifications
Design Sequential digital circuits as per the specifications.
Understanding and describe the minimum systems using ASM
and VHDL.
Program the PLA and PAL’s to obtain various combinational
circuits.
Apply the knowledge to select the logic families IC packages
as per the design specifications.
Describe and demonstrate the minimum embedded system for
simple real-world application.
210243
Data Structures
and Algorithms
To understand clear approach of program design, fundamental
aspects of algorithm.
To understand linear data structure with sequential
organization & its implementation
To analyze limitation of static data structure & need of
dynamic data structure.
To design all the aspects of stack & its variants.
19
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
To realize different types of queue & its implementation.
To analyze & understood various searching & sorting
algorithm.
210244
Computer
Organization
and Architecture
Demonstrate different performance parameters of computers
and evolution of computers with different generations of
computers.
Demonstrate the different types and levels of memories and
their organization.
Evaluate various design of I/O modules, their types along with
interrupt controller IC and DMA controller
Understand the instruction set and its elements.
Analyze how computer processor has progressed to encounter
the requirements of multiprocessing system
Understand important and basic components of a control unit
with the hardwired control and microprogrammed control
210245
Object Oriented
Programming
Analyze the strengths of object oriented programming
Evaluate and understand how to model real world scenario
using class.
Demonstrate the knowledge for solving computational
problems using basic constructs like control structures,
array, and strings along with virtual classes.
Design and apply OOP principles like templates and
exception handling for effective programming.
Develop programming application using object-oriented
concept of File handling.
Illustrate the knowledge of STL through applications.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
207003 Engineering
Mathematics III
Solve higher order linear differential equation using
appropriate techniques for modeling and analyzing electrical
circuits.
Solve problems related to Fourier transform, Z-Transform
and applications to Signal and Image processing.
20
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Apply statistical methods like correlation, regression
analysis and probability theory for analysis and prediction of
a given data as applied to machine intelligence.
Perform vector differentiation and integration to analyze the
vector fields and apply to compute line, surface and volume
integrals.
Analyze conformal mappings, transformations and perform
contour integration of complex functions required in Image
processing, Digital filters and Computer graphics
210251 Computer
Graphics
Apply mathematics and logic to develop Computer programs
for elementary Graphic operations
Develop scientific and strategic approach to solve complex
problems in the Domain of Computer Graphics
Apply mathematics and logic to develop 2D and 3D
Transformation in the Domain of Computer graphics
Develop the competency to understand the concepts related
to Computer Vision and Virtual reality
Develop the competency to understand the concepts related
to illumination Models and Shading algorithms
Apply the logic to develop animation and gaming programs
210252 Advanced Data
Structures
To analyze and use tree as a flexible data structure for solving
the problems.
To design the algorithms to solve the programming problems
using graphs.
To analyze and implement the hashing technique problems
and dictionaries.
To analyze the algorithmic solutions for resource requirements
and optimization of search trees.
To use appropriate modern tools to understand and analyze
the functionalities of indexing and multiway trees.
To use various file organizations techniques and their
application-specific suitability.
210253 Microprocessor
To apply the assembly language programming to develop
small real life embedded application.
To understand the architecture of the advanced processor
thoroughly to use the resources for programming
21
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
To understand the higher processor architectures descended
from 80386 architecture
understand debugging and testing techniques confined to
virtual 8086
To understand debugging and testing techniques confined to
80386 DX
210254
Principles of
Programming
Languages
To analyze the strengths and weaknesses of programming
languages for effective and efficient program development.
To inculcate the principles underlying the programming
languages enabling to learn new programming languages.
To grasp the concept of structuring, grouping of modules by
understanding the different programming paradigms.
Develop the understanding of object-oriented based
programming languages.
Ability to utilize the OOP fundamental methods like
inheritance, encapsulation and polymorphism in
development of JAVA programs.
To use the programming paradigms effectively in JAVA
application development.
T.E. Computer (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
310241 Theory of
Computation
Prove the equivalence of languages described by finite state
machines.
Define languages by abstract, recursive definitions and by
regular expressions.
Apply rigorously formal mathematical methods to prove
properties of languages, grammars and automata.
Design deterministic Turing machine for all inputs and all
22
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
outputs.
Prove the equivalence of languages described by pushdown
automata, context free grammars.
Subdivide problem space based on input subdivision using
constraints and apply Linguistic theory.
310242
Database
Management
Systems
(DBMS)
Students will be able to construct E-R Model for given
requirements and convert the same into database tables.
Students can illustrate database techniques such as SQL &
PL/SQL.
Students will be able to design modern database techniques
such as NOSQL.
Students will be able to understand transaction Management
in relational database System.
Students will be able to describe different database
architecture and analyses the use of appropriate architecture
in real time environment.
Students will be able to use advanced database Programming
concepts Big Data – HADOOP
310243
Software
Engineering &
Project
Management
Decide on a process model for developing a software project
Understand user requirements and design a software
requirements specification document.
Apply quality attributes in software development life cycle.
Understand the fundamental principles of Software Project
management & acquire good knowledge of responsibilities
of project manager
Illustrate different methods and techniques used for project
management and will be able to plan, schedule and execute a
project considering the risk management.
Design test cases for testing a software system.
310244
Information
Systems &
Engineering
Economics
Understand the need, usage and importance of an
Information System to an organization.
Understand the activities that are undertaken while
managing, designing, planning, implementation and
deployment of computerized information system in an
organization.
Demonstrate different methodologies for software
23
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
development and project management
Outline the past history, present position and expected
performance of a company engaged in engineering practice
or in the computer industry.
Perform and evaluate present worth, future worth and annual
worth analyses on one of more economic alternatives
Evaluate benefit/cost, life cycle and breakeven analyses on
one or more economic alternatives
310245 Computer
Networks (CN)
Student will be able to understand the requirements for a
given organizational structure to select the most appropriate
networking architecture, topologies, transmission mediums,
and Technologies.
Student will be able to understand design issues, flow
control and error control.
Student will be able to analyze data flow between TCP/IP
models using Application, Transport and Network Layer
Protocols
Student will be able to understand applications of Computer
Network capabilities, selection and usage for various sectors
of user community.
Student will be able to understand the Client-Server
architectures and prototypes by the means of correct
standards and technology.
Student will be able to analyze different routing and
switching algorithms
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
310250
Design &
Analysis of
Algorithms
Learn the fundamentals of Design and Analysis of
Algorithm.
Formulate the problem.
Analyze the asymptotic performance of algorithms.
24
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Decide and apply algorithmic strategies to solve given
problem.
Find optimal solution by applying various methods.
Differentiate deterministic and non-deterministic algorithms
and Categorize algorithms as NP- Hard, NP-complete.
310251
Systems
Programming &
Operating
System (SP &
OS)
Student will be able to understand basics of System
Programming.
Student will be able to learn and understand data structures
used in design of system software.
Student will be able to learn and understand basics of
compilers and tools.
Student will be able to understand functions of operating
system.
Student will be able to learn and understand process.
Student will be able to learn and understand resource and
memory management
310252
Embedded
Systems &
Internet of
Things
(ES&IoT)
Implement an architectural design for IoT for specified
requirement.
Solve the given societal challenge using IoT.
Choose between available technologies and devices for
stated IoT challenge.
Know a difference between automation and IoT.
Differentiate between Web of Things (WoT) and Internet of
Things (IoT).
Study of cloud offerings for IoT
310253
Software
Modeling and
Design
Analyze the problem statement (SRS) and choose proper
design technique for designing web-based/ desktop
application
Design and analyze an application using UML modeling as
fundamental tool.
Decide and apply appropriate modern tool for Dynamic
modeling & designing.
Apply Architectural design for real time application.
Apply design patterns to understand reusability in OO
design.
Decide and apply appropriate modern testing tool for testing
web-based/desktop application
25
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
310254 Web
Technology
Analyze given assignment to select sustainable web
development design methodology
Develop web based application using suitable client side
web technologies.
Develop web based application using suitable server side
web technologies
Develop client side frameworks
Develop server side frameworks
Develop solution to complex problems using appropriate
method, web services and content management
B.E. Computer (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
410241
High
Performance
Computing
Describe different parallel architectures, inter-connect
networks, programming models
Develop an efficient parallel algorithm to solve given
problem
Analyze and measure performance of modern parallel
computing systems
Build the logic to parallelize the programming task
To present test cases to solve problems for multi-core or
distributed, concurrent/Parallel environments
To understand communication models of parallel systems.
410242
Artificial
Intelligence and
Robotics
Ability to apply several powerful search techniques for
automatically solving complex problems
Ability to Identify and apply suitable Intelligent agents for
various AI applications by Decomposition technique
Ability to demonstrate working knowledge of reasoning in
the presence of incomplete and/or uncertain information.
Ability to apply knowledge of Artificial neural network to
solve problems in real world
26
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Ability to describe the theory of Robotics and robot system
controls
Ability to design robots and its applications in practice
410243 Data Analytics
Students will be able to understand big data primitives and
apply different mathematical models for big data.
Students will be able to present a survey on applications for
Business Analytic and Intelligence.
Students will be able to provide problem solutions for multi-
core or distributed, concurrent/Parallel environments.
Students will be able to Describe and demonstrate use of
classification and regression.
Students will be able to understand needs, challenges and
techniques for big data visualization
Students will be able to learn different tools for big data
analytics.
410244
Elective - I
(Data Mining
and
Warehousing)
To present survey on different learning, classification and
data mining foundations.
To write programs and methods for data mining
applications.
To solve problems for multi-core or distributed,
concurrent/Parallel environments
To describe different data mining methods.
To learn different technique of Text & Web Mining
To learn advanced techniques for big data mining
410245
Elective- II
(Software
Testing and
Quality
Assurance)
Define and describe fundamental concept in software testing
such as manual testing, automation testing and software
quality assurance.
Design and develop project test plan, design test cases, test
data and conduct test operation.
Describe fundamental concept of automation testing.
Apply selenium automation tool for various software testing
for testing software.
Understand different approaches of quality management,
assurance and apply quality standards to software testing.
Apply and analyze effectiveness Software Quality Tools.
27
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
410250 Machine
Learning
Distinguish different learning based applications.
Apply different preprocessing methods to prepare training
data set for machine learning.
Implement different learning models and machine learning
algorithms.
Use machine learning methods for multivariate data analysis
in various scientific fields.
Design and implement supervised and unsupervised machine
learning algorithm.
Choose and apply appropriate Machine Learning Techniques
for analysis, forecasting, categorization and clustering of the
data.
410251 Information and
Cyber Security
Gauge the security protections and limitations provided by
today's technology.
Use basic cryptographic techniques in application
development
Analyze to the different cryptographic key management
techniques.
Exposure to network security protocols and cybercrime and
Information security
Analyze threats in order to protect or defend it in cyberspace
from cyber-attacks.
Build appropriate security solutions against cyber-attacks
410252 Elective - III
(Compilers)
Design and implement a lexical analyzer and a syntax
analyzer
Specify appropriate translations to generate intermediate
code for the given programming language construct
Compare and contrast different storage management
schemes
Identify sources for code optimization
To understand issues in code generation and optimization
To understand need of optimization
410253
Elective - IV
(Business
Intelligence)
Apply basic, intermediate and advanced techniques to
analysis the data.
Analyzed the output generated by the process of business
28
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
intelligence.
Explore the hidden pattern in the data.
Optimize the mining process by choosing best business
intelligence techniques.
Communicate effectively in a variety of modes and contexts.
Design tested and effective advanced analytics models and
simulations for decision making.
29
Course outcomes (COs) Electrical Engineering
S.E. Electrical (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
203141
Power
Generation
Technologies
Identify operations of thermal power plant with all
accessories and cycles
Be aware of the principle of operation, components, layout,
location, environmental and social issues of nuclear, diesel
and gas power plant
Identify and demonstrate the components of hydro power
plant and calculation of turbine required based on catchment
area
Find the importance of wind-based energy generation along
with its design, analysis and comparison
Apply solar energy in thermal and electrical power
generation considering energy crisis, environmental and
social benefits.
Understand the operation of electrical energy generation
using biomass, tidal, geothermal, hydel plants, fuel cell and
interconnection with grid
207006 Engineering
Mathematics III
Solve higher order linear differential equation using
appropriate techniques for modelling and analysing
electrical circuits.
Solve problems related to Laplace transform and
applications to Signal processing and Control systems
Solve problems related to Fourier transform and Z-
Transform and applications to Signal processing and Control
systems
Perform vector differentiation and integration, analyze the
vector fields and apply to Electro-Magnetic fields.
Perform vector differentiation and integration, analyze the
vector fields and apply to Electro-Magnetic fields.
Analyze conformal mappings, transformations and perform
contour integration of complex functions in the study of
electrostatics and signal processing.
30
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
203142 Material Science
Student will be able to Categorize and classify different
materials from electrical engineering application point of
view
Student will be able to Explain and summarize various
properties and characteristics of different classes of
materials
Student will be able to choose material for application in
various electrical equipment
Student will be able to explain the features classification and
application of conducting material
Student will able to explain and describe knowledge of
nanotechnology, batteries and solar cell material
Student will be able to test different classes of material as
per IS
203143
Analog and
Digital
Electronics
Understand conversion of number system, perform binary
arithmetic and reduce Boolean expressions by K- Map.
Demonstrate basics of various types of Flip flops, design
registers and counter.
Ability to analyze parameter of Op-amp and its applications.
Apply the knowledge of Op-amp as wave form generators,
filters, voltage regulators and know the working of IC555
timer
Ability to use BJT as amplifier with various configurations.
Understand the working of diode and precision rectifier.
203144
Electrical
Measurements
and
Instrumentation
Understand various characteristics of measuring instruments,
their classification and range extension technique.
Classify resistance, apply measurement techniques for
measurement of resistance, inductance.
Explain construction, working principle and use of
dynamometer type wattmeter for measurement of power
under balance and unbalance condition.
Explain Construction, working principle of 1-phase and 3-
phase induction, static energy meter and calibration
procedures.
Use of CRO for measurement of various electrical
parameters, importance of transducers, their classification,
selection criterion and various applications.
Study & Measurement of various physical parameters using
31
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
transducers.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
203145 Power System I
Recognize different patterns of load curve, calculate
different factors associated with it and tariff structure for LT
and HT consumers
Aware of features, ratings, application of different electrical
equipment in power station and selection of overhead line
insulators.
Analyse and apply the knowledge of electrical and
mechanical design of transmission lines
Identify and analyse the inductance and resistance of
transmission lines
Impart the knowledge of capacitors - HT and LT capacitor
installation
Identify and analyses the performance of transmission lines
203146 Electrical
Machines I
Understand the working of the transformer and apply energy
conversion principle to transformer.
Analyse the performance of different types of single phase
and three phase transformers.
Apply the energy conversion principle to different DC
machine and study their operating principle.
Do the performance analysis of different DC motors and
suggest the different method of speed control and starting
method of DC motor. And suggest the suitable application.
Apply the energy conversion principle to three phase
induction motor and study their operating principle.
Do the performance analysis of three phase induction motor
and suggest the different method of speed control and
starting method of three phase induction motor. And suggest
the suitable application
203147 Network Analysis Recall basics for network theory
32
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Analyse different electrical networks with the help of
network theorems
Examine transient behaviour of electrical networks in Time
Domain
Apply knowledge of Laplace Transform to study the
transient response of electrical networks
Understands various parameters of two port networks along
with network functions
Apply knowledge of network theory for designing special
circuits like Filters
203148
Numerical
Methods and
Computer
Programming
Develop algorithms and implement programs using C
language for various numerical methods.
Demonstrate types of errors in computation and their causes
of occurrence.
Identify various types of equations and apply appropriate
numerical method to solve different equations.
Apply different numerical methods for interpolation,
differentiation and numerical integration.
Apply and compare various numerical methods to solve first
and second order ODE.
Apply and compare various numerical methods to solve
linear simultaneous equations.
203149
Fundamentals of
Microcontroller
and Applications
Understand the architecture and features of microcontroller
and also how microcontroller is different from
microprocessor
Demonstrate programming proficiency using the various
addressing modes and all types of instructions of the
microcontroller.
Foster ability to write and execute programs for
microcontroller using the stack, program counter, internal /
external memory and timers.
Understand different types of interrupt and how interrupts
are serviced and also analyse the data transfer information
through serial communication using RS232.
Understand microcontroller development tools. Design
electrical circuitry to the Microcontroller I/O ports in order
to interface with external devices.
Write assembly language programs and download the
33
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
machine code that will provide solutions real-world control
problems such as fluid level control, temperature control,
and batch processes.
T.E. Electrical (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
311121
Industrial and
Technology
Management
Analyze the different types of business organization and to
understand the fundamentals of economics and management.
Understand the importance of technology management in
National economy, its different types and critical factors
involved in technology management.
Ability to analyze the quality in terms of design, process &
control and different types of tools used to achieve the
quality.
Ability to understand the market demand by doing survey,
research & online data and apply the knowledge for proper
financial management.
Ability to understand the process involved in recruitment,
selection, training of human resource development,
motivation theories and performance management.
Understand the qualities needed to become an entrepreneur
along with the knowledge of Intellectual Property Rights and
criteria for securing Patents.
303141
Advance
Microcontroller
and its
Applications
Understand architecture of PIC18F458 microcontroller, its
instructions
Addressing Modes of PIC, developing and debugging
program in assembly language & Use of an IDE for
simulating the functionalities of PIC microcontroller and its
use for software and hardware development.
Develop and debug program in C language & Use of an IDE
for simulating the functionalities of PIC microcontroller and
34
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
its use for software and hardware development
To understand operation of timers & it’s different modes
with applications.
To understand different interrupts of PIC18F458.
To understand interfacing of different peripherals with
PIC18F458 & effective utilization of advanced features of
PIC18F458 Microcontroller.
303142 Electrical
Machines II
Explain construction & working principle of three phase
synchronous machines.
Estimate regulation of alternator by direct and indirect
methods.
Demonstrate operation of synchronous motor at constant
load and variable excitation & constant excitation and
variable load.
Explain Speed control methods of three phase induction
motor.
Plot circle diagram of ac series motor
Obtain equivalent circuit of single phase induction motor by
performing no load & blocked rotor test.
303143 Power
Electronics
Develop the characteristics of different power electronic
switching devices
Understand transistor-based switching devices and DC-DC
converter
Analyse the performance of single-phase AC-DC converters
Apply the concept of Three phase AC-DC converter and AC
voltage regulators
Understand transistor based single phase DC-AC converter
with PWM techniques.
Apply the concept of transistor based Three phase DC-AC
converter
303144
Electrical
Installation,
Maintenance
and Testing
Classify distribution systems, its types and substations
Design of different earthing systems for residential and
industrial premises
Appreciate and evaluate various maintenance methods /
techniques
Select methods of condition monitoring and testing of
various Electrical equipment
Estimate and costing of residential and industrial premises
35
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Apply electrical accidents and safety rules during
maintenance
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
303146 Power System II
Evaluate power flow in power transmission networks and
apply power flow results to solve simple planning problems
Solve problems involving modelling, design and
performance evaluation of HVDC and EHVAC power
transmission lines
Understand the per-unit system and develop a program for
formation of the bus admittance matrix
Calculate currents and voltages in a faulted power system
under both symmetrical and asymmetrical faults, and relate
fault currents to circuit breaker ratings
Understand Symmetrical components and perform
unsymmetrical fault and fault contingency calculations
To understand the importance of Transmission power
through HVDC
303147 Control System
I
Study basic concepts of control systems such as transfer
function modelling and obtain the TF using block diagram
and signal flow graph.
To study time response of first order and second order
systems and analyse them using time domain techniques.
To understand the basic concept of stability and the methods
to examine stability of a control system.
To analyse the system stability using bode plot technique
Stability analysis of control system using frequency domain
analysis.
Study basic PID controller along with its design and tuning.
Study of basic control system components.
303148
Utilization of
Electrical
Energy
Get knowledge of principle of electric heating, welding and
its applications. Design simple resistance furnaces.
Understand the different electrochemical process and their
36
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
application in current market also get the knowledge about
refrigeration and air conditioning system.
Understand different illumination schemes and lightning
sources, also design simple & energy efficient residential
illumination schemes.
Get knowledge about the electric traction system and
different accessories of track electrification.
Calculate tractive effort, power, acceleration and velocity of
traction.
Get knowledge of electric braking methods, control of
traction motors, train lighting and signaling system.
303149
Design of
Electrical
Machines
Calculation of heating and cooling time constant of machine
to know the temperature withstand limit and to study the
construction of core and winding of transformer.
Analysis and Calculation of main dimensions and Design of
single phase and three phase transformers
Analysis of the parameters of transformer and find its
magnitude
Analysis and Calculation of Design of AC winding for
induction motor and calculate of effective values of specific
electrical and magnetic loadings for design point-of-view of
IM.
Analysis and Calculation of main dimensions of three phase
Induction motor.
Analysis and Determine parameters of three phase Induction
motor.
303150
Energy Audit
and
Management
To get the knowledge of BEE Energy Policies Electricity
Act
Use various energy measurement and audit instrument
Carry out preliminary energy audit of various sectors
Enlist energy conservation and demand side measures for
electrical thermal and utility systems ratings
Calculate energy consumption and saving options with
economic feasibility
Solve simple problem on cost benefit analysis
37
B.E. Electrical (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
403141
Power System
Operation and
Control
Identify and analyze the dynamics of power system and
suggest the means to improve the stability
Suggest the appropriate method of reactive power
generation and control
Ability to realize the modern power system with FACTS
devices
Analyse the generation-load balance in real time operation
and its effect on frequency and develop automatic control
strategies with mathematical relations.
Formulate objective functions or optimization tasks such as
unit commitment and economic load dispatch and get
solution using computational techniques.
Assess the generation capacity and stability of the system
under various load conditions. Apply the knowledge of
reliability and planning concepts to the practical and real
time systems.
403142
PLC and
SCADA
Applications
Develop block diagram of PLC and explain the working.
Classify input and output interfacing devices with PLC.
Develop architecture of SCADA and explain the importance
of SCADA in critical infrastructure
Execute, debug and test the programs developed for digital
and analog operations
Describe various SCADA protocols along with their
architecture.
Observe development of various industrial applications
using PLC and SCADA
403143 Elective- I
Power Quality
Recognize fundamentals of power quality and IEEE
standards related to it.
Reproduce causes of voltage sag and estimate magnitude of
voltage sag
Apply techniques to mitigate Power Quality disturbance and
transients
Carry out harmonic analysis and calculate total harmonic
distortion
Apply techniques to mitigate harmonics and calculate
38
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
parameters for passive harmonic filter
Compute power quality parameters using various measuring
equipment’s.
403144
Elective- II
Electric and
Hybrid Vehicles
Understand history, Social and environmental importance of
Hybrid and Electric vehicles.
Describe the performance and selection of energy storage
systems and analyse battery management system.
Distinguish between the performance and architecture of
various drive trains.
Describe the different Instrumentation and Control used for
electric vehicles
Differentiate between Vehicle to Home, Vehicle to Vehicle
Differentiate between Vehicle to Grid energy systems
concepts
403145 Control System
II
Recognize the importance of digital control system.
Familiarize with pulse transfer function.
Analyze digital controllers.
Present system in state space format.
Solve state equation.
Design observer for system.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
403147 Switchgear and
Protection
Classify and describe different type of relays such as
over current relay, reverse power relay, directional
over current relay, Differential relay, Distance relay,
Static relay and numerical relay.
Derive expression for restriking voltage and RRRV in
circuit breaker
Explain construction and working of different high
voltage circuit breakers such as ABCB, SF6 CB, and
VCB.
Explain construction and working of Static relay and
numerical relay and protection schemes of Induction
Motor.
39
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Describe various protection schemes used for
transformer, alternator and busbar
Describe transmission line protection schemes.
403148 Power Electronic
Controlled Drives
Examine the concept of drive and behavior of motor
load system.
Analyze the operation of the converter, chopper fed
dc drive.
Analyze the operation of classical induction motor
drives.
Analyze the operation of modern induction motor
drives.
Design the current and speed controllers for a closed
loop solid-state DC motor drive
Select the drives for any particular application
403149
Elective – III
High Voltage
Engineering
Reproduce the concept in breadth with various
concept of breakdown phenomenon of gaseous
material along with various causes of overvoltage and
protection from them
Reproduce the concept in breadth with various
concept of breakdown phenomenon of solid and
liquid material along with various causes of
overvoltage and protection from them
Describe the lightening phenomenon, natural causes
of overvoltage in details with formation of charge in
clouds
List and reproduce various methods of generation and
measurement of DC AC and impulse high voltage
Demonstrate an ability to carry various D.C. A.C. and
impulse high voltage
Apply safety measures, earthing shielding for layout
of HV apparatus required in high voltage laboratory
403150 Elective – IV
Smart Grid
Understand the background for Smart Grid and have
knowledge about important terminology
To understand Phase Measurement Unit, Smart
Substations, Plug in Hybrid Electric Vehicles and
Smart storage technologies
Know about challenges and possibilities related to
smart meters
40
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Have knowledge about technology for microgrids and
integration of renewable energy and energy storage
To get acquainted with the smart technologies and
power quality issues in smart grids
Know the communication technologies, standards and
protocols for smart grid applications
41
Course outcomes (COs) Information Technology
S.E. IT (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
214441 Discrete
Structures Perform combinatorial analysis to solve problems based on
permutations & Combinations.
Use set to formulate a problem and solve it.
Analyze relations among object of sets and functions.
Use graph theory to formulate the problems and solve them
Use tree to formulate the problems and solve them
Develop the techniques using algebraic structures, groups
and rings.
214442 Computer
Organization
and Architecture
Solve problems based on computer arithmetic.
Explain processor structure & its functions.
Obtain knowledge about micro-programming of a processor.
Understand concepts related to memory & IO organization.
Acquire knowledge about instruction level parallelism &
parallel organization of multiprocessors & multi core
systems.
Analyze how computer processor has progressed to
encounter the requirements of multiprocessing systems.
214443 Digital
Electronics and
Logic Design
Spectacle an awareness and apply knowledge of number
systems, codes, Boolean algebra and use necessary A.C, D.C
Loading characteristics as well as functioning while
designing with logic gates.
Use logic function representation for simplification with K-
Maps and analyze as well as design Combinational logic
circuits using SSI & MSI chips.
Analyze Sequential circuits like Flip-Flops (Truth Table,
Excitation table), their conversion & design the applications.
Student Identify the Digital Circuits, Input/Outputs to
replace by PLDs.
42
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Use VHDL programming technique with different modeling
styles for any digital circuits.
Design simple but practically useful digital circuits using
digital design techniques learnt in the subject.
214444 Fundamental of
Data Structures Apply appropriate constructs of C language, coding
standards for application development.
Use dynamic memory allocation concepts and file handling
in various application developments.
Perform basic analysis of algorithms with respect to time
and space complexity.
Select appropriate searching and/or sorting techniques in the
application development.
Select and use appropriate linear data structures for problem
solving and programming.
Use dynamic data structure for algorithmic foundations for
solving problems and programming.
214445 Problem Solving
and Object-
Oriented
Programming
Develop algorithms for solving problems by using modular
programming concepts.
Abstract data and entities from the problem domain, build
object models and design software solutions using object –
oriented principles and strategies.
Discover, explore and apply tools and best practices in
object-oriented programming.
Develop programs that appropriately utilize key object-
oriented concepts.
Create a data base using files.
Develop programs for Managing Console I/O Operations.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
43
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
207003 Engineering
Mathematics -III
Solve higher order linear differential equation using
appropriate techniques for modeling and analyzing
electrical circuits.
Solve problems related to Fourier transform, Z-Transform
and applications to Signal and Image processing.
Apply statistical methods like correlation, regression
analysis and probability theory for analysis and prediction
of a given data as applied to machine intelligence.
Perform vector differentiation and integration to analyze
the vector fields and apply to compute line, surface and
volume integrals.
Analyze conformal mappings, transformations and perform
contour integration of complex functions required in Image
processing, Digital filters.
Analyze conformal mappings, transformations and perform
contour integration of complex functions required in
computer graphics.
214450 Computer
Graphics
Apply mathematics and logic to develop Computer
programs for elementary graphic operations.
Develop scientific and strategic approach to solve complex
problems in the domain of Computer Graphics.
Develop the competency to understand the concepts related
to Computer Vision and Virtual reality.
Apply the logic to develop animation and gaming programs
To understand the foundations of computer graphics.
To understand the comprehension of windows, clipping
and view-ports object representation in relation to images
displayed on screen.
214451
Processor
Architecture and
Interfacing
Students will learn architectural details of 80386
microprocessor.
Students will be able to explain memory management and
multitasking of 80386 microprocessor.
Students will realize the advantages of efficient utilization
44
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
of memory and execution of programs larger than
memory size.
Students will understand architecture and memory
organization of 8051microcontroller.
Students will be able to explain timers and interrupts of 8051
microcontroller and its interfacing with I/O devices.
Students will familiar with the working of various
interfacing of controllers with devices systems.
214452 Data Structures
& Files
Be familiar with the use of data structures and use linear and
nonlinear data structures like Stack, Queue and Linked List.
Understand different advanced abstract data type (ADT) and
data structures and their implementations.
Understand and apply various types’ of methods for Tree
traversals and Graph traversals.
Choose the appropriate data structure and algorithm design
method for a specified application like symbol tables.
Use different kinds of data structures which are suited to
different kinds of applications, and some are highly
specialized to specific tasks. For example, AVL tree, B-
trees, B+ tree are particularly well-suited for implementation
of databases.
Understand the fundamental concepts of file processing
operations and storage structures.
214453
Foundations of
Communication
and Computer
Network
Understand data/signal transmission over communication
media
Recognize usage of Amplitude and Angle Modulation
modulation techniques.
Recognize usage of Pulse and Digital Modulation techniques
in communication.
Analyze various spread spectrum and multiplexing
techniques.
Understand error correction and detection techniques.
Acquaint with transmission media and their standards
45
T.E. IT (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
314441 Theory of
Computation
To construct finite state machines to solve problems in
computing.
To write mathematical expressions for the formal languages.
To apply well defined rules for syntax verification.
To construct and analyze Push Down, Post and Turing
Machine for formal languages.
To express the understanding of the decidability and
decidability problems.
To express the understanding of computational complexity.
314442
Database
Management
Systems
To define basic functions of DBMS & RDBMS.
To analyze database models & entity relationship models.
To design and implement a database schema for a given
problem-domain.
To populate and query a database using SQL DML/DDL
commands.
Do Programming in PL/SQL including stored procedures,
stored functions, cursors and packages.
To appreciate the impact of analytics and big data on the
information industry and the external ecosystem for
analytical and data services.
314443
Software
Engineering
&Project
Management
Ability to identify unique features of various software application
domains and classify software applications.
Ability to analyze software requirements by applying various
modeling techniques
Ability to choose and apply appropriate lifecycle model of
software development.
Ability to describe principles of agile development, discuss the
SCRUM process and distinguish agile process model from other
process models.
Ability to understand IT project management through life cycle
of the project and future trends in IT Project Management.
Ability to list and classify CASE tools and discuss recent trends
and research in software engineering
46
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
314444 Operating
System
Fundamental understanding of the role of Operating Systems.
To understand the concept of a process and thread.
To apply the cons of process/thread scheduling.
To apply the concept of process synchronization, mutual
exclusion and the deadlock.
To realize the concept of I/O management and File system.
To understand the various memory management techniques
314445
Human-
Computer
Interaction
To explain importance of HCI study and principles of user-
centered design (UCD) approach.
To develop understanding of human factors in HCI design.
To develop understanding of models, paradigms and context
of interactions.
To design effective user-interfaces following a structured
and organized UCD process.
To evaluate usability of a user-interface design.
To evaluate usability of a user-interface design.
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
314450
Computer
Network
Technology
To know Responsibilities, services offered and protocol used
at each layer of network.
To understand different addressing techniques used in
network.
To know the difference between different types of network.
To know the different wireless technologies and IEEE
standards.
To use and apply the standards and protocols learned, for
application development.
To understand and explore recent trends in network domain.
314451 Systems
Programming
To learn independently modern software development tools
and creates novel solutions for language processing
applications.
To design and implement assemblers and macro processors
To use tool LEX for generation of Lexical Analyze
To use YACC tool for generation of syntax analyzer.
To generate output for all the phases of compiler.
47
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
To apply code optimization in the compilation process
314452
Design and
Analysis of
Algorithms
To calculate computational complexity using asymptotic
notations for various algorithms.
To apply Divide & Conquer as well as Greedy approach to
design algorithms.
To practice principle of optimality.
To illustrate different problems using Backtracking.
To compare different methods of Branch and Bound
strategy.
To explore the concept of P, NP, NP-complete, NP-Hard
and parallel algorithms.
314453 Cloud
Computing
To understand the foundation theory behind cloud
computing.
To understand Virtualization technology and common
standards in cloud computing.
To explore effective techniques to program Cloud Systems.
To understand how security is achieved in Cloud
Computing.
To find challenges in cloud computing and delve into it to
effective solutions.
To understand emerging trends in cloud computing.
314454
Data Science &
Big Data
Analytics
To understand Big Data primitives.
To learn and apply different mathematical models for Big
Data.
To demonstrate their Big Data learning skills by developing
industry or research applications.
To analyze each learning model come from a different
algorithmic approach and it will perform differently under
different datasets.
To understand needs, challenges and techniques for big data
visualization.
To learn different programming platforms for big data
analytics.
48
B.E. IT (2015 course)
Semester - I
Subject/Cours
e code
Subject/Course
Name Course Outcomes (COs)
414453
Information and
Cyber Security
Use basic cryptographic techniques in application
development.
Apply methods for authentication, access control,
intrusion detection and prevention.
To apply the scientific method to digital forensics and
perform forensic investigations.
To develop computer forensics awareness.
Ability to use computer forensics tools.
414454
Machine
Learning and
Applications
Model the learning primitives.
Build the learning model.
Tackle real world problems in the domain of Data
Mining and Big Data Analytics, Information Retrieval,
Computer vision, Linguistics and Bioinformatics.
414455
Software Design
and Modeling
Understand object oriented methodologies, basics of
Unified Modeling Language (UML).
Understand analysis process, use case modeling,
domain/class modeling
Understand interaction and behavior modeling.
Understand design process and business, access and
view layer class design
Get started on study of GRASP principles and GoF
design patterns.
Get started on study of architectural design principles
and guidelines in the various type of application
development.
414456A
Elective - I
Wireless
Communication
s
Understand the basics of propagation of radio signals.
Understand the basic concepts of basic Cellular System
and the design requirements.
Have an understanding of the basic principles behind
radio resource management techniques such as power
control, channel allocation and handoffs.
Gain insights into various mobile radio propagation
models and how the diversity can be exploited to
improve performance.
49
Gain knowledge and awareness of the technologies for
how to effectively share spectrum through multiple
access techniques i.e. TDMA, CDMA, FDMA etc.
Have in-depth understanding of the design
consideration and architecture for different Wireless
Systems like GSM, CDMA, GPRS etc.
Understanding of the emerging trends in Wireless
communication like Wi-Fi, WiMAX, Software Defined
Radio (SDR) and related issues and challenges.
414457C
Elective - II
Software
Testing and
Quality
Assurance
Test the software by applying testing techniques to
deliver a product free from bugs.
Investigate the scenario and to select the proper testing
technique.
Explore the test automation concepts and tools and
estimation of cost, schedule based on standard metrics.
Understand how to detect, classify, prevent and remove
defects.
Choose appropriate quality assurance models and
develop quality.
Ability to conduct formal inspections, record and
evaluate results of inspections.
Semester - II
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
414462
Distributed
Computing
System
Understand the principles and desired properties of
distributed systems based on different application
areas.
Understand and apply the basic theoretical concepts
and algorithms of distributed systems in problem
solving.
Recognize the inherent difficulties that arise due to
distributed-ness of computing resources.
Identify the challenges in developing distributed
applications
414463
Ubiquitous
Computing
Demonstrate the knowledge of design of Ubicomp and
its applications.
Explain smart devices and services used Ubicomp.
Describe the significance of actuators and controllers in
real time application design.
50
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
Use the concept of HCI to understand the design of
automation applications.
Classify Ubicomp privacy and explain the challenges
associated with Ubicomp privacy.
Get the knowledge of ubiquitous and service oriented
networks along with Ubicomp management.
414464D
Elective - III Internet and
Web
Programming
Demonstrate static website using basic tools.
Develop client side programming skills.
Develop server side programming skills.
Understand web services and handle content
management tools.
Develop mobile website using mobile web
development tools.
Understand aspects of web security and cyber ethics.
414464D
Elective - IV Social Media
Analytics
Understand the basics of Social Media Analytics.
Explain the significance of Data mining in Social
media.
Demonstrate the algorithms used for text mining.
Apply network measures for social media data.
Explain Behaviour Analytics techniques used for social
media data.
Apply social media analytics for Face book and Twitter
kind of applications.
51
Course outcomes (COs) Mechanical Engineering
S.E. Mechanical (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
207002 Engineering
Mathematics – III
Solve higher order linear differential equation using
appropriate techniques for modeling and analyzing
electrical circuits.
Solve problems related to Laplace transform and
applications to Signal processing and Control systems
Solve problems related to Fourier transform and Z-
Transform and applications to Signal processing and
Control systems
Perform vector differentiation and integration, analyze the
vector fields and apply to Electro-Magnetic fields.
Perform vector differentiation and integration, analyze the
vector fields and apply to Electro-Magnetic fields.
Analyze conformal mappings, transformations and perform
contour integration of complex functions in the study of
electrostatics and signal processing.
202041 Manufacturing
Process-I
Understand and analyze foundry practices like pattern
making, mold making, Core making and Inspection of
defects.
Understand and analyze Hot and Cold Working, Rolling,
Forging, Extrusion and Drawing Processes.
Understand different plastic molding processes, Extrusion
of Plastic and Thermoforming
Understand different Welding and joining processes and its
defects
Understand, Design and Analyze different sheet metal
working processes
Understand the constructional details and Working of
Centre Lathe
202043 Thermodynamics To be able to explain the basic principles and application of
thermodynamics to the various real life system
52
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
To apply the concepts such as entropy, energy balance also
the calculations of heat work and other thermodynamic
property for various ideal gas process
To estimate performance of various thermodynamics gas
power cycle and gas refrigeration cycle and availability in
each case
To examine the condition of steam and performance of
vapour power cycle and vapour compression cycle
To understand stoichiometric air required for combustion
and will be able to calculate the performance of steam
generators and natural draught requirement in boiler plant
To use psychometric charts and estimate various essential
properties related to psychrometry and process
202044 Material Science
Be able to understand the basic concepts and properties of
material and their microstructure
Be able to distinguish defects in crystal and its effect on
crystal properties and recognize how metals can be
strengthened by cold-working and hot working
Figure out the different mechanical properties of material
by studying different destructive and nondestructive
testing.
Articulate and utilize corrosion prevention strategies and
estimate corrosion behavior of materials and components
Acknowledge the importance of surface modification and
study the different surface modification methods
Be able to understand the basics of Powder metallurgy and
application of powder metallurgy in engineering
202051 Strength of
Materials
Apply knowledge of mathematics, science for engineering
applications
Design and conduct experiments, as well as to analyze and
interpret data
Design a component to meet desired needs within realistic
constraints of health and safety
Identify, formulate, and solve engineering problems
53
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Practice professional and ethical responsibility
Use the techniques, skills, and modern engineering tools
necessary for engineering practice
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
202045 Fluid Mechanics
Use of various properties in solving the problems in fluids
and various pressure measurement techniques
Know the basics of fluid kinematics and visualization of
flow field in two phase flow
Use of Bernoulli’s equation for solution in fluid and its
various applications
ability to understand the internal flow regimes for velocity
profile and shear stress distribution
Understand the various losses in fluid flow and use of
dimensional analysis technique
Determination of forces Drag and lift on immersed bodies
and study the concepts of boundary layer
202048 Theory of
Machines – I
Identify mechanisms in real life applications.
Perform kinematic analysis of simple mechanisms.
Perform static and dynamic force analysis of slider crank
mechanism.
Determine moment of inertia of rigid bodies experimentally.
Analyze velocity and acceleration of mechanisms by vector
and graphical methods
202049 Engineering
Metallurgy
Describe how metals and alloys formed and how the
properties change due to microstructure
Apply core concepts in Engineering Metallurgy to solve
engineering problems
Ability to understand the concept of phase / Equilibrium
diagram
Recognize how metals can be strengthened by alloying,
cold-working, and heat treatment
54
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Possess the skills and techniques necessary for modern
materials engineering practice
Ability to understand the importance of non ferrous metal
and alloys
202050 Applied
Thermodynamics
Student will be able to Classify various types of Engines,
Compare Air standard, Fuel Air and Actual cycles and make
out various losses in real cycles
Student will be able to Understand Theory of Carburetion,
Modern Carburetor, Stages of Combustion in S. I. Engines
and Theory of Detonation, Pre-ignition and factors affecting
detonation
Student will be able to Understand Fuel Supply system,
Types of Injectors and Injection Pumps, Stages of
Combustion in CI Engines, Theory of Detonation in CI
Engines and Comparison of SI and CI Combustion and
Knocking and Factors affecting, Criteria for good
combustion chamber and types
Student will be able to Carry out Testing of I. C. Engines
and analyze its performance.
Student will be able to describe construction and working of
various I. C. Engine systems (Cooling, Lubrication, Ignition,
Governing, and Starting) also various harmful gases emitted
from exhaust and different devices to control pollution and
emission norms for pollution control
Student will be able to describe construction, working of
various types of reciprocating and rotary compressors with
performance calculations of positive displacement
compressors
202052
Electrical and
Electronics
Engineering
Develop the capability to identify and select suitable DC
Motor and its speed Control method for given industrial
application
Develop the capability to identify and select suitable
Induction Motor and its Speed control method for given
industrial application
Develop the capability to identify and select suitable
Special Purpose Motor and its speed control method for
given industrial application
Understand architecture of At-mega 328, Arduino IDE
features & Role of Embedded Systems
55
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Design Programs using conditional statements in Arduino
IDE for various peripherals
Understand Interfacing sensors with Arduino IDE
T.E. Mechanical (2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
302041
Design of
Machine
Elements-I
Ability to identify and understand failure modes for
mechanical elements and design of machine elements based
on strength
Ability to design Shafts, Keys and Coupling for industrial
applications
Ability to design machine elements subjected to fluctuating
loads
Ability to design Power Screws for various applications
Ability to design fasteners and welded joints subjected to
different loading conditions
Ability to design various springs for strength and stiffness.
302042 Heat Transfer
Analyze the various modes of heat transfer and implement
the basic heat conduction equations for steady one
dimensional thermal system
Implement the general heat conduction equation to thermal
systems with and without internal heat generation and
transient heat conduction
Analyze the heat transfer rate in natural and forced
convection and evaluate through experimentation
investigation
Interpret heat transfer by radiation between objects with
simple geometries
Analyze the heat transfer equipment and investigate the
performance
302043 Theory of
Machines-II
Student will be able to understand fundamentals of Spur
gear theory which will be the prerequisite for gear design
and to perform force analysis of them
56
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Student will be able to understand fundamentals of Helical,
Bevel, Worm and Worm gears theory which will be the
prerequisite for gear design and to perform force analysis all
of them
The student will be able to analyze speed and torque in
various types of gear trains and kinematic analysis of
various types of gear box
Student will be able to design cam profile for given follower
motions and understand cam Jump phenomenon, advance
cam curves
The student will synthesize a various mechanisms with
analytical or graphical methods
The student will analyze the gyroscopic couple or effect for
stabilization of Ship, Aero plane and four wheeler vehicle
and Student will choose appropriate drive for given
application (stepped / step-less)
302044 Turbo Machines
To apply thermodynamics and kinematics principles to
impact of jet
To analyze the performance of Pelton turbine
To analyze the performance of reaction turbines
Able to understand the basics of steam nozzles and ability to
calculate various parameters of steam turbine by using
appropriate velocity triangles.
Analyze the performance of centrifugal pump
Calculate performance parameters of centrifugal compressor
302045 Metrology and
Quality Control
Understand the methods of measurement, selection of
measuring instruments / standards of measurement, carryout
data collection and its analysis.
To understands key features of Comparator, Screw Thread,
Gear, Surface roughness metrology.
Understand Advanced trends in Metrology.
Develop an ability of Concept of Quality & Importance of
Quality deployment at Design and Manufacturing
Engineering.
Understand and use/apply Quality Control Techniques/
Statistical Tools appropriately.
Understand Total Quality Management concept/Case Study.
57
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
302047
Numerical
Methods and
Optimization
Understand errors & approximations and Use appropriate
Numerical Methods to find roots of equations.
Use Numerical Methods to solve complex simultaneous
equations problems.
Generate Solutions for real life problem using optimization
techniques.
Understand & apply numerical method to find Solutions of
Differential Equations.
Fit curve through given set of data & do regression analysis.
Generate Solutions for Numerical Integration problems.
302048
Design of
Machine
Elements-II
To understand and apply principles of gear design to spur
gears and industrial spur gear boxes.
To become proficient in Design of Helical and Bevel Gear
To develop capability to analyze Rolling contact bearing and
its selection from manufacturer’s Catalogue.
To learn a skill to design worm gear box for various
industrial applications.
Inculcate an ability to design belt drives and selection of
belt, rope and chain drives.
To achieve an expertise in design of Sliding contact bearing
in industrial applications.
302049
Refrigeration
and Air
Conditioning
Able to Illustrate the fundamental principles and
applications of refrigeration and air conditioning system &
able to present the properties, applications and
environmental issues of different refrigerants
Obtain cooling capacity and coefficient of performance by
conducting test on vapor compression refrigeration systems
& Able to estimate Performance of different VCR systems
58
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
and VAR systems.
To study of multistage refrigeration system and cryogenic
with its application
To understand the basic air conditioning processes on
psychometric charts, calculate cooling load for its
applications in comfort and industrial air conditioning.
Able to operate and analyze the refrigeration and air
conditioning systems Components.
Able to design of Air Ducts for different Air Conditioning
Applications and selections of appropriate components for
the same.
302050 Mechatronics
Identification of key elements of mechatronics system and
its representation in terms of block diagram
Understanding the concept of signal processing and use of
interfacing systems such as ADC, DAC, digital I/O
Interfacing of Sensors, Actuators using appropriate DAQ
micro-controller
Time and Frequency domain analysis of system model (for
control application)
PID control implementation on real time systems
Development of PLC ladder programming and
implementation of real life system.
302051 Manufacturing -
Process-II
To understand various parameters which effect on single
point cutting tool during metal cutting process.
To gain the knowledge about machine tools like drilling,
milling & broaching; & its geometry, various type &
applications.
To understand grinding- finishing processes & super
finishing processes like Honing, Lapping, Buffing and
Burnishing.
To be able to figure out application of modern machining.
To understand CNC Technology & its programming.
To get the knowledge of Jigs and Fixtures for variety of
operations.
59
B.E. Mechanical (2015 course)
Semester - I
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
402041 Hydraulics and
Pneumatics
To understand working principle of components used
in hydraulic & pneumatic systems.
To identify various applications of hydraulic &
pneumatic systems.
To select appropriate components required for
hydraulic and pneumatic systems.
To analyze hydraulic and pneumatic systems for
industrial/mobile applications.
To design a system according to the requirements.
To develop and apply knowledge to various
applications.
402042 CAD CAM
Automation
Apply homogeneous transformation matrix for
geometrical transformations of 2D CAD entities for
basic geometric transformations.
Use analytical and synthetic curves and surfaces in part
modeling.
Do real times analysis of simple mechanical elements
like beams, trusses, etc. and comment on safety of
engineering components using analysis software.
Generate CNC program for Turning / Milling and
generate tool path using CAM software.
Demonstrate understanding of various rapid
manufacturing techniques and develop competency in
designing and developing products using rapid
manufacturing technology.
Understand the robot systems and their applications in
manufacturing industries.
402043 Dynamics of
Machinery
Estimate natural frequency for single DOF un-damped
& damped free vibratory systems
Determine response to forced vibrations due to
harmonic excitation, base excitation and excitation due
to unbalance forces
Estimate natural frequencies, mode shapes for 2 DOF
undamped free longitudinal and torsional vibratory
60
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
systems
Apply balancing technique for static and dynamic
balancing of multi cylinder inline and radial engines
Describe vibration measuring instruments for industrial
/ real life applications along with suitable method for
vibration control
Explain noise, its measurement & noise reduction
techniques for industry and day today life problems
402044
Elective-I
(Finite Element
Analysis)
To understand the fundamental concepts of Finite
Element Method with basics of solid mechanics and
matrix algebra.
To derive and use 1-D element stiffness matrix and
load vector from various methods to solve
displacements and stresses.
To derive and use 2-D element stiffness matrix and
load vector from various methods to solve
displacements and stresses.
To understand isoperimetric elements and can solve
problems of coordinate mapping and numerical
integration.
To solve 1-D steady state heat transfer problems.
To understand the dynamic analysis and also the
concept of eigenvalues.
402045
Elective-II
(Automobile
Engineering)
To compare and select the proper automotive system
for the vehicle.
To analyze the performance of the vehicle.
To diagnose the faults of automobile vehicles.
To apply the knowledge of EVs, HEVs and solar
vehicles
To understand the electrical system in vehicle
To develop knowledge of different safety features of
vehicle
Semester - II
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
61
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
40207 Energy
Engineering
Discuss the energy resources and energy conversion
methods available for the production of electric power
in India.
Determine the efficiency and output of a modern
Rankine cycle steam power plant from given data,
including superheat, reheat, regeneration, and
irreversibility
Explain the major types of hydro-power and explain
the basic principles of thermal-fission and fast-breeder
nuclear power plants, such as pressurized-water,
boiling-water, and heavy-water reactors.
Calculate the performance of gas turbines with reheat
and regeneration, and discuss the performance of
combined cycle power plants. Study of diesel power
plant
Discuss the principles and potential of direct-electric
power conversion systems, such as fuel-cell and solar
photovoltaic units.
Discuss the environmental impact of electric power
production on air quality, climate change, water, and
land & Discuss the control methods of major pollutants
emitted from fossil-fuel power plants
402048 Mechanical
System Design
To design machine tool gear box.
To apply statistical considerations in design of
mechanical components or systems.
Ability to learn material handling principles and apply
it in design of material handling systems.
To design pressure vessel for different applications.
Ability to select material and to design IC engine
components.
Ability to learn optimum design principles and apply it
to mechanical components.
402049 Elective-III
(Industrial To introduce the concepts, principles and framework of
contents of Industrial Engineering.
62
Subject/Course
code
Subject/Course
Name Course Outcomes (COs)
Engineering) To acquaint the students with various productivity
enhancement techniques.
To acquaint the students with different aspects of
Production Planning and Control and Facility Design.
To introduce the concepts of various cost accounting
and financial management practices as applied in
industries.
To acquaint the students with different aspects of
Human Resource activities and Industrial Safety rules.
To acquaint students with different aspect of
simulation modeling for various industrial
engineering\applications.
402050
Elective-IV
(Advanced
Manufacturing
Processes)
To understand Various metal forming processes
To gain the Understanding about advanced welding,
casting and forging processes.
To understanding of the advanced techniques for
material processing
To understand micro machining processes
To understand additive manufacturing processes
To understand various measurement techniques used in
micro machining
63
Course outcomes (COs) First Year Engineering
(2015 course)
Semester - I
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
107001 Engineering
Mathematics-I
To solve system of linear equations by using matrices.
To solve many engineering problems by using De’moivres
theorems.
To find the nature of Infinite series and also to find nth
derivatives of any function.
To understand the any function in the series form, also find
limit of any functions by using L-Hospital Rule
To find partial Derivative using Euler’s theorems.
To find Jacobean of any function and error also Maximum
and Minimum value of functions of two variables.
107002 Engineering
Physics
To explore the basic concepts to resolve and analyze many
engineering and technological problems related to
interference and diffraction of light.
To analyze and understand many engineering and
technological aspects related to sound Engineering, sound
acoustics and ultrasonic.
Elaborate and understand use Polarization of light and lasers
in various engineering and industrial purpose.
Understand physics of semiconductor and use of
Semiconductor electronic devices for small scale
applications and eco-friendly use of them in different area
for society.
To compare the classical and quantum mechanical aspects of
physics and study of wave mechanics by mathematical tools
to overcome classical limitations.
To explore knowledge of superconductivity and
nanotechnology to understand many scientific, industrial and
research applications.
102006 Engineering
Graphics-I To imagine the views easily for the points and able to
project it.
64
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
To develop the views and projections of line for engineering
communication.
To read and develop the projection of solids with different
inclination.
To develop the different engineering curves for engineering
communication and also able to develop the surface of any
solid object.
To study the front view, top view and both hand side view
for an object from given isometric views, and vice versa.
103004 Basic Electrical
Engineering
Understand the basic concepts of Electrical Engineering and
Energy Conversion.
Study the basic principles of electromagnetism which form a
ground for the study of various electrical machines.
Study the overall operation of transformer and basic
concepts of static electricity
Understand the basic concepts related to alternating current
electricity and phasor representation of it.
Study of single phase AC circuits with various types of
loading containing R, L and C elements connected in
different series combinations. Study of basic concepts of
three phase AC systems.
Learn the basic tools necessary to solve Linear Time
Invariant DC networks.
110003
Fundamental
Programming
Language-I
Understand types of programming languages with respective
commands of languages
Understand and practice C programming algorithm and
development environment
Interpret and improve programming logic to solve real world
problems
Realize how to use conditional, unconditional statements,
pointers, array, functions& strings in C
65
Semester - II
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
107008 Engineering
Mathematics-II
To study modeling of various Physical Systems such
as Newton’s law of cooling, L-C-R circuits,
Rectilinear Motions, Mass-spring systems, heat
transfer etc
Design and analysis of continuous and discrete
systems where the knowledge of fourier series and
Harmonic Analysis is required.
Advanced techniques to evaluate integrals.
Measurements of arc length of various curves.
To study Sphere, cone and cylinder that arises in
vector calculus, electromagnetic field theory, Cad-
Cam Computer Graphics etc
To find the multiple integrals which are used in
calculating areas, volumes, mean and RMS values,
mass, moment of inertia and center of gravity.
107009 Engineering
Chemistry
Understand the principles of water characterization and
treatment for industrial purposes. Apply the principles of
green chemistry in designing alternative reaction
methodologies to minimize hazards and environmental
degradation
Understand the basic concepts of Electro analytical technics.
Replacement of conventional materials by polymers for
various applications
Explain the properties, separation techniques of crude oil and
applications of petrochemicals.
Over viewing properties and applications of Nano materials
Understand the causes of corrosion, its consequences and
methods to minimize corrosion to improve industrial designs
102013
Basic
mechanical
engineering
To understand the basic concepts of various machine
elements.
To be understood with basic steps involved in machine
66
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
design, mechanical properties of engineering materials and
mechanisms.
To understand the basic common manufacturing processes
used in industries.
To learn the basic terminology, various operations perform
on general purpose machine tools.
To get the concepts clear regarding basic laws of thermal
engineering.
To demonstrate various applications of thermal engineering
for power producing in absorbing device.
101011 Engineering
Mechanics
Understand basic principles of Engineering Mechanics
Study rectilinear motion and its applications apply
curvilinear motion in horizontal and vertical planes.
Apply basic knowledge of math’s and physics to solve real-
world problems
Ability to analyze beam problems, space force problems
Ability to analyze real life structures.
Apply Newton’s second and third law to engineering
problems
104012
Basic
Electronics
Engineering
Characterize, study & analyze the semiconductors, diodes &
diode circuits.
Study & analyze transistor operation & characterize the
current flow of bipolar transistor in CB, CE & CC
configurations.
Understand fundamental concepts of operational amplifiers
& timer circuits.
Study the basics of digital electronics & design simple
digital circuits.
To study basic power devices & understand the elementary
concepts of an electronic instrumentation system.
To understand different modulation techniques & hence
study the basics of communication systems.
110010
Fundamental
Programming
Language-II
To develop competency for the logic, design, coding and
debugging
To acquire fundamental knowledge of Object Oriented
Programming
To get familiar with the fundamentals of World Wide Web
67
Subject/
Course
code
Subject/Course
Name Course Outcomes (COs)
and HTML
To get familiar with fundamentals of Embedded C
programming
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