goals and learning outcomes of bachelor studies · goals and learning outcomes of bachelor studies...

Goals and Learning Outcomes of Bachelor Studiessemester department ID title goal learning outcome

1 industrialengineering

BSc-0506 obligatory English 1 Achieving competence in oral andwritten communication by acquiring anappropriate level of active knowledge ofEnglish. Training students to usevocational literature in order to masterthe disciplines of their future professionand be able to follow their developmentin the world, as well as to use theknowledge of English for equalparticipation and accomplishment ofcontacts on the professional level.

Development of skills for activeusage of the language in thesituations of professional andbusiness communication.Expanding and enriching theusage of vocational terminologyand vocational vocabulary ingeneral in oral and written form(abstracts, summaries, businessletter), improving oralexpression; acquisition andmastering of skills of usinggrammar structurescharacteristic for vocationallanguage.

1 mathematics BSc-0669 obligatory Mathematics 1 The aim of the course Mathematics 1 isto introduce students to basics of thefollowing topics: Vector algebra,matrices and determinants, system oflinear equations, planes and lines inanalytic geometry, differential calculusof real functions in one real variable,curves as hodographs of vectorfunctions.

The main outcome fromstudying Mathematics 1 isimproving the general educationlevel, forming work habits andsystematic in work, as well asdeveloping professionalstrictness. Having mastered thecurriculum of the courseMathematics 1, the studentshould understand the topics tothe point of being able to solvespecific problems and ofsuccessfully attending technicalcourses during continuedstudies.

1 mathematics BSc-0670 obligatory Essential The main objective of this course is to After successful completion of

programming in C introduce students to the use C asprogramming language. It will beespecially prominent characteristic touse C in Mechanical Engineering,characterized by analysis of the datacollected in real time. Students must be:• familiar with the data types and datastructures; • identify common use of theprogramming language C; • use basiccommands and C, and with their helpsolve simple engineering problems; •familiar with using C for the analysis ofdata characteristic of MechanicalEngineering; • familiar with basicprogramming techniques, which arecharacterized not only C.

the course, students can: • torecognize the possible use of Cprogramming language to solvesome problems in MechanicalEngineers. • to gain basicknowledge of the principles ofprogramming in C; • to use thefile.

1 mechanics BSc-0001 obligatory Mechanics 1 -to provide students knowledge of thefundamental principles of Statics -toenable students to master the reductionof system to the simple form anddetermining conditions of equilibrium ofthe force system -to prepare students forsolving the problems in differentengineering and scientific fields

-to enable students to solveefficiently the problems ofStatics -to develop in studentsthe ability to apply theirknowledge to solve practicalproblems in high level technicalcourses which deal with theproblems of Statics

1 physics andelectricalengineering

BSc-0025 obligatory Physics andMeasurements

Understanding of basic physicalconcepts and laws. Aspects of practicalapplication of these laws. Developmentof problem solving skills throughexamples from engineering practice andeveryday life by applying basic physicslaws. Introduction to main devices andmethods of direct and indirectmeasurements in physics andtechniques. Understanding ofcontemporary methods formeasurement result processing.

Final outcome: 1)interconnection of differentteaching units within the courseand reviewing of generalphysical principles in differentfields; 2) logical and criticalreasoning while dealing withnatural and technicalphenomena; 3)utilization ofdimensional analysis andmethods for problem solving;4)independent and teamexperimental work;

5)estimation of measurementuncertainty.

1 strength ofstructures

BSc-0020 obligatory Strength ofmaterials

The aim of this course is to introducestudents to the concepts of stress andstrain, the relevant material propertiesand geometric characteristics of thecross sections. The core of this matterrelates to the determination of stress andstrain of an elementary loading types(axial loading, torsion, bending). Thespecial attention is in the interpretationof the physicality of the problem, too.

By mastering the curriculum,the students receive thefollowing skills: mastery ofmethods, procedures andprocesses of research; in-depthknowledge and understandingthe concept of the strengththeory; solving practicalproblems using scientificmethods and procedures;linking basic knowledges fromvarious fields with the aim ofmaking it usable in practice andin various computer programs.

1 theory ofmachanisms andmachines

BSc-0203 obligatory CONSTRUCTIVEGEOMETRY ANDGRAPHICS

The objectives of this course are toacquire knowledge for comprehending,constructive processing and modeling ofthe objects of three-dimensional space.Practicing and mastering the basicoperations and methods for efficientgeometric analysis and synthesis ofvarious abstract and concrete forms canbe considered as the study programobjective. Moreover, particularlyimportant goal of this course is thetheoretical preparation and developmentof creative skills for effective use ofmodern software packages for three-dimensional modeling and design.

Mastering the program,students obtain and improveability to use geometricoperations and methods forcreative observation andmodeling of three-dimensionalspace. In addition, the adoptionof the scheduled curriculum, astudent acquires the knowledgeand skills for effective visualcommunication in engineeringpractice.

2 engineeringmaterials andwelding,tribology, fuelsand combustion

BSc-0035 obligatory Engineeringmaterials 1

The aim of this course is for students tobecome competent in the area ofwelding. This course is designed toprovide information through theoreticallectures, computational classes andseminar papers, but also through

After fulfilling all the courserequirements, a student iscapable to solve concreteproblems in the area ofEngineering materials 1 usingaquired knowledge, as well as to

welding workshop practice. They shouldalso develop appropriate academic skillsneeded for the profession and becomeinformed with the specificity of eachwelding process and appropriateequipment.

comprehend possibleconsequences of the proposedsolution. Throughout this coursestudents would also develop theability to combine aquiredknowledge with other areas ofmaterial and engineeringsciences and to apply it topractical problems.


BSc-0405 obligatory Fundamentals ofSociology andEconomics

The aim of this subject is that studentsget know basic principles offundamental social science, sociologyand economics, and become able tounderstand the most importantappearances and processes in modernsocieties, especially in societies withinglobalization. The aim is to morecompetencies for self and responsibletaking part in processes of professionaland public decisions. Topics covered inthis course include sociology as science,culture, socialization, social groups,social organization, education, deviance,crime, class, inequality, race andethnicity, gender, family, social change,technology and population. The coursestresses the learned nature of humanbehavior as a shared product of theongoing interaction of individuals andgroups within the changing institutionalstructure we call society. Also, topics inEconomics presents basic concepts andtheories in many areas of contemporaryeconomy. Topics covered in this classinclude key aspects of micro andmacroeconomics.

By adopting of the programmeof this course the studentsstrengthen their own abilities tounderstand critically the mostimportant controversies ofdevelopment of all modernsocieties, especially oftransitional ones, such as ours.Modern theoretical conceptsand empirical methods are ofspecial importance. The modulecovers the themes of socialintegration, power, socialchange, the individual andsociety, as well as examiningthe social and economic basis ofculture, beliefs, consciousnessand general social development.

2 industrial BSc-0489 obligatory English 2 Achieving competence in oral and Development of skills for active

engineering written communication by acquiring acertain level of active knowledge ofEnglish. Training students to usevocational literature in order to masterthe disciplines of their future professionand be able to follow their developmentin the world, as well as to use theknowledge of English for equalparticipation and accomplishment ofcontacts on the professional level.

usage of the language in thesituations of professional andbusiness communication.Expanding and enriching theusage of vocational terminologyand vocational vocabulary ingeneral in oral and written form(abstracts, summaries, businessletter), improving oralexpression; acquisition andmastering of skills of usinggrammar structurescharacteristic for vocationallanguage.

2 mathematics BSc-0671 obligatory Mathematics 2 The aim of the course Mathematics 2 isto introduce students to basics of thefollowing topics: Indefinite and definiteintegrals and their applications,differential calculus of real-valued multi-variable functions (wich depend onseveral independent real variables), first-order differential equations.

The main outcome fromstudying Mathematics 2 isimproving the general educationlevel, forming work habits andsystematic in work, as well asdeveloping professionalstrictness. Having mastered thecurriculum of the courseMathematics 2, the studentshould understand the topics tothe point of being able to solvespecific problems and ofsuccessfully attending technicalcourses during continuedstudies.

2 mathematics BSc-0016 obligatory COMPUTINGTOOLS

The student should learn the process ofsolving mathematical problems in theMATLAB program package. In addition,the student is familiarized withlimitations of computational techniqueand error management in numericalprocedures.

1. The student should befamiliar with characteristics andspecifics of the MATLABprogram package. 2. He shouldmaster theoretical fundamentalsof high-level computationaltools. 3. He should masterprogramming methods in the

MATLAB package. 4. He shouldbe familiar with limitations ofcomputational technique.

2 strength ofstructures

BSc-0021 obligatory The Base of theStrength ofConstructions

The aim of this course is to introducestudents to some complex loadings. Thebending of the statically indeterminatebeams, as well as torsion and buckling ofan arbitrary cross sections areconsidering. Course shows the methodof determining the equivalent stresses ina complex spatial loading of structures,that students later can use the computerprograms based on Finite ElementMethod-FEM.

Mastering the programcontemplated by this course,students acquire next skills:mastering of methods,procedures and processes ofresearch in this field; applicationthe knowledge in this practice;thorough knowledge andunderstanding of the discipline;solving practical problems usingscientific and technical methodsand procedures; the possibilityof the proper use of computerprograms based on FiniteElement Method-FEM.


BSc-0572 obligatory EngineeringGraphics

The goal of the course is that studentsmaster the skills necessary for successfulviewing (and reading) of machine partscomponents technical drawings. Thestudent should know all the rules andstandards that are used for formating,dimensioning and defineing of themachine parts machining on thedrawings.

The outcome of this course isthe students' ability to modelmechanical parts as well as theirassemblies by the using of thesoftware package SolidWorks.Moreower, it is necessary toshow the assemblies and partson drawings with theappropriate sections so that theycan be fully formally, dimensionand machining defined.


BSc-0036 obligatory Engineeringmaterials 2

The aim of this course is for students tobecome competent in the area ofEngineering materials 2. They shouldalso develop appropriate academic skillsand creativity and master practical skillsneeded for the profession. This course isdesigned to provide information throughtheoretical lectures but also through

After fulfilling all the courserequirements, a student iscapable to solve concreteproblems in the area ofEngineering materials 2 usingaquired knowledge, as well as tocomprehend possibleconsequences of the proposed

laboratory type (practical) exercises,computational classes and seminarpapers students are responsible forwriting.

solution. Throughout this coursestudents would also develop theability to combine aquiredknowledge with other areas ofmaterial and engineeringsciences and to apply it topractical problems.

3 general machinedesign

BSc-0045 obligatory Machine Elements1

Introduce the students in solving ofpractical tasks in mechanicalengineering. Teach students tounderstand components of mechanicalsystems, their functions, applicationsand variants of design solutions.Mastering the methods for calculation ofoperational safety, calculation of servicelife, and carrying capacity and alsomastering the basics principles formachine elements design. Introduce thestudents to apply standards and otherregulations in calculations and design ofmachine elements.

The student has acquiredknowledge of the basiccomponents of mechanicalsystems - Machine elements. Heacquired skill in determining thebasic design parameters ofmachine elements (material,dimensions, tolerance, servicestress, endurance limits, thelevel of safety, caring capacity,etc.). The student is trained tochoose a standard machine partsand assemblies and to buildthem in the wither structure ofthe mechanical system. It wasintroduced into the question ofdevelopment (fundaments ofdesign) of new machine partsand machine elements. Trainedto deal with practical issues inmechanical engineering.

3 mathematics BSc-0672 obligatory Mathematics 3 The aim of the course Mathematics 3 isto introduce students to basics of thefollowing topics: Linear differentialequations of higher order, linear systemsof differential equations, path and lineintegrals, multiple integrals, scalar andvector fields.

The main outcome fromstudying Mathematics 3 isimproving the general educationlevel, forming work habits andsystematic in work, as well asdeveloping professionalstrictness. Having mastered thecurriculum of the courseMathematics 3, the student

should understand the topics tothe point of being able to solvespecific problems and ofsuccessfully attending technicalcourses during continuedstudies.

3 mechanics BSc-0002 obligatory Mechanics 2 -to provide students knowledge of thefundamental principles of Kinematicsand Particle Dynamics -to enablestudents to master the determination ofmotion, properties of motion ofmechanical objects and determinationthe causes of motions -to preparestudents for solving the problems indifferent engineering and scientific fields

-to enable students to solveefficiently the problems ofKinematics and ParticleDynamics -to develop instudents the ability to applytheir knowledge to solvepractical problems in high leveltechnical courses which dealwith the problems ofKinematics and ParticleDynamics


BSc-0046 obligatory Machine Elements2

Introduce the students in solving ofpractical tasks in mechanicalengineering. Teach students tounderstand components of mechanicalsystems, their functions, applicationsand variants of design solutions.Mastering the methods for calculation ofoperational safety, calculation of servicelife, and carrying capacity and alsomastering the basics principles formachine elements design. Introduce thestudents to apply standards and otherregulations in calculations and design ofmachine elements.

The student has acquiredknowledge of the basiccomponents of mechanicalsystems - Machine elements. Heacquired skill in determining thebasic design parameters ofmachine elements (material,dimensions, tolerance, servicestress, endurance limits, thelevel of safety, caring capacity,etc.). The student is trained tochoose a standard machine partsand assemblies and to buildthem in the wither structure ofthe mechanical system. It wasintroduced into the question ofdevelopment (fundaments ofdesign) of new machine partsand machine elements. Trainedto deal with practical issues in

mechanical engineering.


BSc-0714 obligatory MechanicalEngineering Praxis

Introduction of the students about allmechanical fields which are the subjectof studying in Mechanical faculty fromthe point o view of practical work ineach particular field: ControlEngineering, Biomedical engineering,Naval architecture, Aerospaceengineering, Design in mechanicalengineering, Railway mechanicalengineering, Welding and weldedstructures, Engineering of biotechnicalsystems, Industrial engineering,Information technologies, Motorvehicles, Internal combustion engines,Food industry engineering, Productionengineering, Process engineering andenvironment protection, Weaponsystems, Thermal power engineering,Material handling, constructions andlogistics, Thermal science engineering,Hydropower engineering,Computational Engineering

The students will be introducedabout practical work in all fieldswhich are the subject ofstudying in Mechanical faculty.

4 mechanics BSc-0003 obligatory Mechanics 3 -to provide students knowledge of thefundamental principles of ParticleDynamics and Mechanical SystemDynamics -to enable students to masterthe basic theorems and laws ofMechanical System Dynamics, basicconcepts of linear vibration of a particleand elements of Analytical Mechanics -to prepare students for solving theproblems in different engineering andscientific fields

-to enable students to solveefficiently the problems ofParticle Dynamics andMechanical System Dynamics -to develop in students the abilityto apply their knowledge tosolve practical problems in highlevel technical courses whichdeal with the problems ofKinematics and Dynamics

4 thermomechanics BSc-0372 obligatory ThermodynamicsB

Understanding and acquiring thefundamental thermodynamic principlesand laws, and knowledge of

Qualifying for following andacquiring knowledge fromappropriate scientific-applied

thermodynamic states and state changesof matters included in energytransformations processes.Understanding the principles ofoperation of thermal engines andrefrigeration devices, and knowledge offundamentals of the energy transfer byheat.

fields, and ability to synthesizeand apply the gatheredknowledge.

5 fluid mechanics BSc-0684 obligatory Fluid mechanics B The goal of the course is to teach thestudent the basics and applications inscience of fluid flow. The essence in thatsense is good understanding offundamental equations of fluidmechanics. That good understanding ofthe equations makes the process offinding the solution in particularengineering problems which are dealingwith fluid flow much easier. Alsoanother important goal of the subject isthe teach the student the basics ofexperimental methods in fluidmechanics. This will be accomplished bythe work in the laboratory.

Learning the topics from thecourse student will get theknowledge about basicprinciples in fluid mechanicsand capabilities of analyticalthinking, then how to apply theknowledge in practical work,and also to make the connectionbetween various subjects frommechanical engineering.

5 mathematics BSc-0673 obligatory Numericalmethods

The main goal of this subject is tointroduce the students with the basics ofthe numerical and functional seriestheory and the theory of numericalcomputation, as well as to demonstratesome implementation of the numericalmethods in Matlab.

Students gain knowledge aboutnumerical and functional series,and their application inapproximation. Subject of thestudy is number representationin computers, problemsoccurring during computationwith approximate quantities,numerical methods for thesolutions of linear and nonlinear equations, methods ofinterpolation, methods fornumerical differentiation andintegration as well as numerical

methods for the solution ofordinary differential equations.Knowledge is supported bypractical introduction throughMatlab.

5 productionengineering

BSc-0065 obligatory ManufacturingTechnology

Manufacturing technology is a scienceand engineering practice in mechanicalengineering and industrial environmentto obtain a finished product. The aim ofthe course is to develop creative skills, instudents of all modules, for productdesign, design for manufacturing andmaintenance of industrial equipment inindustrial production.

The student should acquireknowledge and develop skillsneeded for advanced critical andself-critical approach totechnology design,manufacturing of finished partsand equipment and overhauling,manufacturing methods, solvingof concrete problems by usingscientific methods andprocedures.

6 controlengineering

BSc-0041 obligatory INTRODUCTIONTO AUTOMATICCONTROL

Introduction to basic concepts in thefield of Automatic Control and trainingfor implementation and verification ofacquired knowledge to specific physicalsystems and processes. Acceptance ofsome methodologies for analytical andexperimental verification of the basicstatic and dynamic characteristics andparameters of the system. Learning basicMATLAB tools to help in calculation andsimulation of all of the computationalparts of this subject.

Getting basic knowledge of theautomatic control. Identify anduse the methods needed foranalysis and synthesis of thecontrollers as a part of thecontrol system, as well as thewhole automatic controlsystem. For proper use ofcomputers and MATLAB insolving the main problems ofthe control systems, as well asother engineering problems. Tobe analytical and / orexperimentally investigated thebasic dynamic and staticcharacteristics of the system


BSc-0026 obligatory Electrical andelectronicengineering

The aim of the course is to familiarizethe students with basic laws of electricaland electronics engineering and todevelop their competence for acquisitionof more advanced academic knowledge

Having successfully masteredthe teaching contents ofElectrical and electronicsengineering, the student shouldbe able to qualitatively pursue

and practical skills in scientific,professional and applied areas ofmechanical engineering relying onelectrical and electronics engineering.The students are introduced into basicphenomena, devices and circuitsencountered in electrical engineering,and scientific methods for their analysisand basic measurements.

his scientific career andprofession, manipulate methodsof analysis and measurements inelectrical engineering, anticipatethe solutions and perceive theoutcomes, acquire the insightinto research and practicalmethods in the fields he canadequately apply in concreteproblem solving in mechanicalengineering.

6 BSc-0361 obligatory Final course with areport (B.Sc. work)

3 aerospaceengineering

BSc-0630 elective Fundamentals ofaerotechnics

The aim of this course is to introducestudents to basic concepts in the fieldaerotechnics. The subject is presented infour integrated areas: aerodynamics,structures and construction, plant andequipment. In addition to popularizeaviation, the aim of this course is tohighlight the role of students in variousfields aerotechnics mechanicalengineering.

After passing the subjects thestudents are expected tounderstand the basic conceptsand problems in the field ofaerodynamics, structures,construction, aircraft enginesand aircraft equipment. In doingso, it is expected that thestudent able to recognize andapply these disciplines ofaviation technology in otherareas.


BSc-0723 elective Fundamentals ofbiomedicalengineering

Introducing students with fundamentalsimilarities and differences of natural,biological and technical systems.Structural and functional basis of humanorganism. Physical and chemicalmethods and technics in diagnostics andtherapy. Mastering basic knowledge's oftheoretical and functional basis ofinstruments for measuring, apparatusand devices in biology andmedicine.Basic maintain principles ofbiomedical devices and instrumentation.

After passing exam student iscapable to understandsystematic fundaments humanorganism functioning, methodsand techniques of diagnosticsand therapy, principles ofmedical apparatus and devicesfunctioning, as well asfundaments of biomedicalsoftware engineering.

Foundamentals of applicationinformation technologies in medicine.


BSc-0581 elective Computer ControlSystems

-This subject introduce candidate withbasic principles of computer controlsystems. Also the candidate will bequalified to implement and verifypresented theory to real computercontrol systems. -Candidate will befamiliar with some metodologies forselecting components of variouscomputer control systema. -Candidatewill be familiar with real systemsfunctionality as well as tuning ofcomputer control systems.

-Introduction with basicprinciples of computer controlsystems that is necessary tomodern engineer. -Introductionand use of various methods forcontrol control systems analysisand synthesis. -Development ofanalythical and/or experimentalmethods of testing basicdynamic and staticcharacteristics of controlcomponents and computercontrol systems.


BSc-0054 elective Fuel, Lubricantsand IndustrialWater

Fuel types. Stoichiometric combustionequations. Combustion temperature.Characterization of solid fuels,proximate and elemental analysis. Solidfuel origins, derivation, applications.Liquid fuels, origins, derivation,applications. Gaseous fuels, origins,derivation, applications. Lubricants,types and main characteristics,derivation, applications. Industrialwater, types and properties. Essentialcharacteristics of the water for use inindustrial purposes. Problems in the useof natural waters. Water treatment forindustrial applications.

Acquisition of basic knowledgeabout the concept of fuel, typesand properties. Mastering thebasic techniques of calculationof quantity and composition ofthe products of combustion andcombustion temperature.Acquiring basic knowledge onthe characterization of solidfuels, their origins, derivationand application. Basicknowledge of liquid and gaseousfuels, their origins, derivationand application. Basicknowledge about the types oflubricants, properties andapplication. Basic knowledgeabout water and preparation foruse in industrial purposes.


BSc-0660 elective Fundamentals ofproductdevelopment

Convict students that the productdevelopment is the base of economicprosperity of society. Development of

Student, future mechanicalengineer, is realized necessityfor the new product

science, technology and social sensepush over existing products and depotsnecessity for development of the new.Except of learning of existingmechanical systems, design by copingand maintenance learning, engineershave to introduce and have ability forthe new technical systems which arebasically different comparing to existingones. They have to introduce withmethodology of knowledgetransformation in technical systems. Theobjective of the subject is to involvestudents in thinking process in thisdirection.

development, he is introducedwith transformation process ofknowledge into technicalsolution, with procedure oftransformation, withfundamental postulates andeffects of product realization.The areas of engineer creativityand effects are identified inrelation with design copping ofexisting systems and learning tomaintain these systems.


BSc-0592 elective Engineeringeconomic analysis

Training students to be able to maketimely and optimal business decisions, ofwhich directly depend on the overallbusiness results achieved. Mostimportant decisions are taken based onthe foregoing analysis and tests ofoverall conditions and results of theirimplementation, so it is necessary tointroduce students to different models ofanalysis for the implementation ofsuccessful business management.

Mastering this program, studentobtains the following generalskills: analysis and synthesis andforecasting solutions andconsequences; mastery ofmethods, procedures andprocesses of research;application of knowledge inpractice. He also obtains thefollowing subject-specific skills:solving practical problems usingscientific methods andprocedures, linking basicknowledge in various fields andtheir applications.


BSc-0209 elective Introduction toIndustrialEngineering

Acquisition of knowledge for successfulmanagement of enterprises. Apart fromnecessary theoretical knowledge,concepts, methods and techniques forsolving some practical problems in thearea of industrial engineering arestudied.

Thorough knowledge andunderstansing of the scientificarea of industrial engineering.Solving concrete problems byusing methods and techniquesof industrial engineering.Linking basic knowledge from

various areas and its application.Development of communicationskills and cooperation with theenvironment. Use ofinformation technologies tomaster knowledge of theappropriate area.

3 informationtechnologies

BSc-0384 elective Engineeringcommunication

• Understanding the importance andgaining ground skills in the preparationand execution of communication withdifferent customers (management,professional services, colleagues andclients). • Introduction to the creation,presentation and use of engineeringdocumentation. Computer processing ofdocumentation • Identifying the basicfunctional units in companies, andlearning about mutual communicationthese entities. • Understanding the basicdocuments that characterize theactivities of companies. Preparation forthe Computer processing of thesedocuments.

The acquired knowledge enableslistener: • to prepare, create anddisplay their own skills. • toprepare, make and present areport on the accomplishedwork. • to prepare, perform andmanage the presentation,discussion. • to recognize thebasic functional units of thecompany, and to noticeinterdependent. • to recognizethe basic documentation of thecompany, and • to prepare thebasic documentation forcomputer processing.

3 mathematics BSc-0543 elective Introduction toProbability andStatistics

Introduction to techniques of probabilitytheory, reliability theory, mathematicalstatistics and their most importantapplication in technics. Introduction totechniques of regression analysis andstochastic modelling.

Training students for usage ofprobability theory, reliabilitytheory and mathematicalstatistics in solving technicalproblems, as well asdevelopment of the capabilitiesfor its own modeling ofnondeterministic systems.

3 motor vehicles BSc-0426 elective Fundamentals ofMotor Vehicles

Aims of this course include achieving ofcompetences for conquering of basicspecific knowledge and skills needed foroverviewing and understanding ofproblems of motor vehicles, itsfunctioning, basic systems, as well as

By conquering of this course,students achieve basic andcourse-specific capabilities,whic are in function of analysisand synthesis of vehicle systemsfunctioning, as well as

vehicle`s drag and dynamiccharacteristics in particular environmentconditions.

prediction of vehicle behaviourin characteristic conditions ofmoving.


BSc-0573 elective BiomedicalSoftware Basics

Introducing students to the basicsoftware packages for numericalanalysis, data processing, mathematicalmodeling and graphical visualization ofresults. Solving specific problems inbiomedical engineering and scientificpractice.

Attending the course, studentsare trained for analyzing andprocessing data obtained fromdifferent measurements andnumerical modeling of systemsand processes.

3 railwaymechanicalengineering

BSc-0652 elective Railway Systems 1. Introducing students with railwaytransport system as part of the overalltransport system. 2. Introducingstudents with concept, characteristicsand drive of vehicles and theirinteraction with railway infrastructure.

When course is finished studentwill get following: - basicknowledge of the railwaytransport, - specific knowledgeof the conception andcharacteristics of railwayvehicles and their interactionwith railway infrastructure, -understanding of terms of thefield of planning traffic,management of traffic, controlof traffic and reliability,availability, maintenance andsafety and costs of life cycle, -knowledge of the basic terms ofnational railway operator andway of functioning, - knowledgeof the production process ofrailway vehicles andcomponents.

3 thermomechanics BSc-0668 elective Steady stateproblems in heattransfer

Students will acquire theoretical andapplied (practical) knowledge on steadystate problems in heat transfer. Basedupon the acquired knowledge they willbe ready to recognise and solve theapplied (practical) problems encounteredin engineering practice, especially in the

After attending lectures,completing the pre-examinationactivities and successfullypassing the exam, the studentswill be ready to performthermal calculations of simpleprocess engineering-, HVAC

areas of process-, HVAC- and thermalpower engineering. Students will acquireknowledge in steady state heatconduction, heat convection and heattransfer by boiling and condensation,heat exchanger design and radiation heattransfer.

engineering-, and thermalpower engineering installationsand single units. This course willgive to the students a soundtheoretical and applied(practical) basis for activeparticipation in courses onrelated theoretical and appliedengineering subjects in ourschool and elsewhere.

3 weapon systems BSc-0210 elective Introduction toWeapon Systems

The main objective of this course is tointroduce students to the field ofweapons systems. Students get basicknowledge in the field of defensetechnologies, and learn the classification,purpose, importance and basic principlesunderlying the modern weapon systems.Gain insight into the complexity andvariety of weapons systems and get aclear overview of this multidisciplinaryfield.

Student gets the necessary basicknowledge of weapons systemsthat include classification,purpose and key principles oftheir action. By connecting thelearning to previously acquiredknowledge, a student has acomplete overview of the fieldof weapon systems.


BSc-0429 elective AERODYNAMICCONSTRUCTIONS

The aim of this course is to introducestudents to basic concepts in appliedaerodynamics. The emphasis is on theaerodynamics of aircraft, but willconsider the role in the construction ofwind turbines, cars, etc. Concept ofaerodynamic loads will be analyzed andits importance not only when it comesto aircraft parts, but also buildings,bridges, ect.

After passing the course studentis expected to discuss the basiclaws of aerodynamics and knowhow to apply them to solvepractical problems. At the sametime it is expected that sudentrecognize problems, andimplementation of these resultsin other areas of technics.


BSc-0398 elective Skill praxis B - AV The goal of this course is to introducestudents to the process of design andconstruction aircrafttechnology,installation of aviationequipment and systems,processmanufacturing aircraft

Successful completion of ofcourse students are introducedto:corresponding types ofaircraft,analysis methods andprocedures of design andconstruction of aircraft,aircraft

components,methods of aircraft groundand flight testing;introduction to thefactories technological productionlines,quality control, safety systemsorganization, maintenance process.

technical regulations of safetyand maintenance( JAR i FAR)etc.

4 agriculturalengineering

BSc-0460 elective Renewable andsecondaryresources

Understanding the theoreticalfoundations and engineering data whichengineers need for the rational use ofenergy, design of appropriate solutionsand efficient implementation ofprocesses and work units and systemsfor useful valorisation of renewable andsecondary energy sources, including thedevelopment of creative abilities andmastery of practical skills for specificjob performance.

Qualifications of the theoreticaland practical knowledgenecessary to independentlysolve concrete theoretical andengineering tasks in a usefulvalorisation of renewable andsecondary energy sources,including the application ofknowledge in practice, solvingpractical problems usingscientific methods andprocedures and monitoring andimplementation of innovationsin the profession.


BSc-0500 elective Skill Praxis B - IBS Practical experience and students livingin agricultural combines and factories ofagricultural machinery and equipment,where the student will realize hisprofessional career. Identifying the basicfunctions of the business system in thefield of design, development andproduction, as well as the role and tasksof agricultural mechanical engineering insuch a business system.

Students obtain practicalexperience on the way is theorganization and functioning ofthe environment in which theywill apply their knowledge intheir future professional career.Student identifies models ofcommunication with colleaguesand business communicationstrends. Student identifies thecore processes in the design,manufacture, maintenance ofagricultural machinery andequipment in the context of hisfuture professional competence.Establish the personal contactsand relationships that will beable to use at school or entering

into future employment.


BSc-0632 elective Systems of Control •Introduction in automatic controlsystems by illustrative examples.•Knowledge needed for properunderstanding of digital controlsignificance and diversity as well asgetting of the basis for further deepeningto the analyze and design methodologiesand real time control . •Introduction tobasic of of nonlinear systems and theircharacteristics. •Understanding of fuzzyapproach to modeling phenomenon,process and systems, and control. •Basiccomponents of control systems.Simulation of these components inSimulink. •Introduction in virtualinstrumentation. Measurement andacquisitio by LabView. •Introduction insoftware packages for analysis ofautomatic control systems Matlab andSimulink. •Introduction in simulationand control of robotic systems. Exampleon software package and on real roboticsystem.

•Knowledge necessary for basicoverview of automatic controlin mechanical engineering.•Knowledge and understandingof нonlinear problems andphenomena in the processes andplants, matematical descriptionand analysis. •Knowledge andunderstanding of фuzzy set,fuzzy logic and fuzzy controltheory •Knowledge needed forproper understanding of digitalcontrol significance anddiversity as well as getting ofthe basis for further deepeningto the analyze and designmethodologies and real timecontrol . •Introduction in designtesting and control of automaticsystems by digital computer.


BSc-0724 elective System Approachto HumanAnatomy andPhysiology

Introducing students to basic conceptsand terms of physiology and anatomy.Systematic approach to studying humanorganism as a whole with specialemphasis on the importance of a certainhuman organs as a space-timemusculoskeletal system. The study ofanatomical and tissue characteristics ofindividual organs and organ systems forthe design of devices for diagnostics andrehabilitation. Basis for nano-fractalanalysis of human organism.

After passing the exam thestudent is able to understand thebasics of cell system, tissues,organs and human bodyfunctioning. Student isintroduced to basic methods andtechniques in the diagnosis andtreatment of functionalconditions of organs andsubsystems of the human bodyis learned.

4 control BSc-0725 elective Skill Praxis B - The goal of the course is introducing With mastering the course

engineering BMI students with operation andmaintenance of instruments, apparatusand devices in different areas ofmedicine, especially in clinics and healthcenters. Professional practice shouldenable students to easier ad quickermaster technical courses, especially inarea of early diagnostics of skin cancerand melanoma, ophthalmology,refractive surgery, dentistry, obstetrics...

program, students get familiarwith: 1. organizational problemsof clinics, especiallyinformational processes,databases 2. functioning andmaintenance of instruments formeasurements, apparatus, anddevices for diagnostics andtherapy 3. processes ofmaintenance of instrumentation,apparatus, and devices.


BSc-0633 elective Skill Praxis B -SAU

Practical experience and students stay inthe environment in which the studentwill realize his professional career.Identifying the basic functions of thebusiness system in the field of design,development and production, as well asthe roles and tasks of mechanicalengineering in such a business system.

Students obtain practicalexperience on how theorganization and functioning ofthe environment in which theywill apply their knowledge intheir future professional career.Student identifies models ofcommunication with colleaguesand business information flows.Student identifies the coreprocesses in the design,manufacture, maintenance, inthe context of his futureprofessional competence.Establish the personal contactsand relationships that will beable to use at school or enteringinto future employment.


BSc-0483 elective Skill Praxis B -ZZK

Objectives of this course are thatstudents, after completing theoreticaltraining, are prepared for theirmaximum involvement in practicaltraining. Objective is that studentsbecome competent in the field ofwelding and gain appropriate academicskills, and also develop specific creative

By attending this course,provided by the curriculum ofthe subject, the student will beable to solve particularproblems from practice, and toexamine the possibleconsequences that may occur incase of bad solutions. The

and practical skills that are needed inprofessional practice.

student will also able to linktheir knowledge from variousfields and apply them inpractice.


BSc-0643 elective Fundamentals ofmachine design

From the entire designers activity, herewas separated only general significance -the basic design. It is being studied withthe theoretical and practical aspectswhich gives the basic principles,methods and skills and thus develop asystematic and creative abilities ofstudents. The matter in this subject isused further for design activities in eachother specifically guidance.

Basic principles of design, theanalysis of design phases andapplication of standardization,unification and typing. Meetingthe conditions necessary for theconstruction of the basicparameters, such as: shape, size,selection of appropriatematerials, prescribing tolerancеetc. Modern calculations ofstrength, stiffness, safety,reliability and service life.Rational use of the load capacityof material.


BSc-0482 elective Skill Praxis B -DUM

Introducing the field of productdevelopment and design, particularly interms of practical applications inmechanical engineering (functional,aesthetic, technological, market).Identifying the basic functions of designand its importance in productdevelopment, market competence andalso in harmonization of technicalsolutions with environment.Consideration of the technologicalaspects of product development inmechanical engineering.

Practical experience inidentifying characteristics of theproduct in mechanicalengineering, functional,technological and aesthetic.Recognition of technology forrealization of products,technologies for thedevelopment of functionalproperties and technologies forthe development of aestheticproperties. Recognition ofmarket and social needs forproducts. Recognition of theproduct life cycle phases inmechanical engineering: thedevelopment and design,technology implementation,operation and recycling.


BSc-0715 elective Skill Praxis B –MFB

Practical experience in ambient similarto the ambient where the graduatedstudent - mechanical engineer willrealize his own professional carrier.Recognizing the basic functioning of thebusiness systems especially in domain ofdevelopment, design and manufacturingof the mechanical systems.

Students can reach practicalexperiences about theorganization and functioning thebusiness systems that deal inmechanical engineering. Studentmay be introduced in businesscommunication, designprocesses, developmentprocesses and manufacturing.

4 hydropowerengineering

BSc-0623 elective Skill Praxis B -HEN

The goal of professional practice is thatstudents in addition to theoretical workwithin subjects at the faculty get toknow and experience the jobs infactories, institutes, laboratories andsimilar commercial enterprises andthereby gain insight into the activities tobe performed. During the practice,students must keep a diary in which theyenter a description of the tasksperformed, and write down theirconclusions and observations. Followingthe practice, students must write areport that is to be discussed about withthe subject teacher.

Observing the work practices astudent acquires specialknowledge of specific businessenterprises, productionfacilities, public services andutilities and the like, so theirtheoretical knowledge can beapplied to specific businesspractice. It is essential toacquire and develop a talent forcommunication and insight intoprofessional ethics. Also thestudent has the ability to meetprofessional experts fromwhom they will get a goodpicture of how their knowledgecan be usefully applied.


BSc-0561 elective Management ofProductionProcessess

The aim of this course is to familiarizestudents with the basic characteristics ofproduction processes, with specialemphasis on small productioncompanies. The first goal is formationand planning of the production processfor a product through theoretical andpractical preparation. Another objectiveof the course is theoretical and practicalfamiliarization of students with the basiccharacteristics of enterprises functioning

After passing the coursestudents should: be able toperceive the complexity andcharacteristics of productionprocesses, to identify problemsthat may arise at the productionprocesses and to be able topropose appropriate solutionsfor its improvement. Also afterpassing this course, studentsshould be able for team work.

with respect to the all elements relatedto production processes.


BSc-0039 elective BusinessManagement

The focus of analysis is the enterprise asproduction system, with complexinternal and external environment.Bysimulation of realization of businessideas, the individual performances ofevery student will be shown. The aimsof this module is that students get knowbasic principles of the business inconditions of increasing competitionboth on local and international markets.

By get knowing of the contentof Business Management thestudent will get know all themost important challenges,internal and externalenvironment and otherimportant conditions for ownbusiness undertaking. Thehigher level of knowledge andskills, as well as entrepreneurialfeatures and competencesnecessary for successful leadingof business, are expected.Writing of business plans is theopportunity to check to abilityof potential entrepreneurs.


BSc-0587 elective Skill Praxis B - IIE The aim of this course is introduction ofstudents to the production processes andto acquire practical knowledge in thefield of work organization in industrialenterprises. After taking this course,students will be familiar with the tasksof diagnosis and improvement theoverall organization in the enterprises.Methods and techniques the studentslearn will be useful in everyday tasks ofmechanical engineers.

By course mastering, thestudents get familiar with:1.production processes in theenterprise, 2 internal transport,3 terotechnological process 4.function of production planning,5. the supply and storage ofmaterials and others.


BSc-0432 elective Basic WEBprojecting

Course objective: • To acquaint studentswith the importance and benefits of Weband Web programming. • To makestudents adopt some of themethodologies of data preparation forWeb • To make students know the basicWeb application to accept and displaythe data. • The creation, introduction

The acquired knowledge allowsstudents: • to prepare, make anddisplay their own skills, • todetermine the functionality ofthe Web site, • to prepare andimplement Web applications, •to prepare and implement asimple Web site, • working in a

and use of the Web Site • Determiningthe functionality of your own web site

team, prepare and implementany Web site.


BSc-0364 elective Skill Praxis B -MIT

To provide students with practicalexperience of staying in an environmentin which the student will realize hisfuture career. Identifying the basicfunctions of information systems in thefield of design, development andproduction software, as well as roles andtasks of mechanical engineering ofinformation technology in such abusiness system.

Training students to applypreviously acquired theoreticaland practical engineering andscientific knowledge ofinformation technology to solvespecific practical engineeringproblems in the selectedcompanies or Institutions.Activities to introduce studentsto selected companies orinstitutions, the manner ofoperation, management andengineering position and role ofIT in their organizationalstructures.

4 internalcombustionengines

BSc-0621 elective Automotiveengines design -introduction

The course enables the insight in engineworking process fundamentals, enginestypes and classification and design ofmain engine elements and enginesystems for fuel supply, cooling andlubrication. The course is indented forthe students of IC engines group givingthem the fundamentals for later morecomprehensive study of engine design,and also for the students of other groupswhere basic knowledge of engine designis required.

Acquired theoretical andpractical knowledge of thedesign of engine parts andsystems train the students forpractice in engine exploitationand maintenance in all technicalfield of engine application.Gained knowledge is the basicfor deeper study during furtherMsc degree schooling with theaim to train the students forcomplex problems of thedesigning of engine parts,systems and the whole engines.


BSc-0698 elective Skill Praxis B -MOT

Students will be acquainted withtechnological and manufacturingprocesses in IC engines and enginessystems production, and also withspecific activities during developmentand manufacturing. Also, the engines

Knowledge of manufacturingprocesses in production andoperation facilities, which dealswith IC engines and theirsystems, and their use,maintenance and repair

use and maintenance, and repairprocesses will be considered.

processes.

4 materialhandling,constructios andlogistics

BSc-0365 elective Skill Praxis B -TKL

The goal of course is to acquaintstudents with the resources, machinesand devices in the field of machineryused in various industries, especially inindustry, construction, mining,transport, tourism, energy, processengineering, service industries.

With the successful completionof course students areintroduced to: 1 Productionprocesses in companies thatproduce or use mechines anddevices for mechanization, 2Intermittent and continuousinternal transport.

4 motor vehicles BSc-0427 elective Vehicle Systems Course objectives are to provide acomprehensive insight into theconstruction of motor vehicles.Providing knowledge related toconstructive characteristics of systems,assemblies, and parts of motor vehiclesas well as principles of their operation.Students should be able to understandthe basic principles of motor vehiclesystems operation, their basic tasks, andinfluence of construction solutions ofmotor vehicle systems on its overallbehavior.

Course outcomes aredevelopment of student’sabilities to understandconstruction of motor vehicles,the role, characteristics, andprinciples of motor vehiclesystems operation. Criticalanalysis of operation of motorvehicles systems as well asability to identify the influenceof constructive characteristicsof motor vehicle systems,assemblies, and parts on itsoverall functionalcharacteristics. To be able toemploy a range of skills focusedon proposals related to redesignand improvement ofconstructive characteristics ofmotor vehicle systems,assemblies, and parts.

4 motor vehicles BSc-0083 elective Skill Praxis B -MOV

Aims of practice consider student’spractical introduction in productive andtechnological procedures and processesin production of vehicles and othertechnical systems, and also in specificactivities related to systems

With this practice, students inparticular conditions (vehicleand other systems production,maintenance, testing andexploatation), acieve practicalview in production segments of

development and production, theirtesting, exploatation, maintenance,revitalization, etc.

elements, components andVehicle systems, as well asproblems of vehicle/systemsmounting as a final product,their exploatation, maintenanceand revitalization, according toplan and program of practice,defined related to realpossibilities.

4 naval systems BSc-0374 elective Skill Praxis B -BRO

The student gains practical experience inthe occupational environment where hewill pursue his future career. Heidentifies essential functions of thebusiness system in the domain of design,development and manufacturing as wellas the role and tasks of a naval architectwithin such business system.

The student should gainpractical experience in the wayof organizing and functioning ofthe environment where he willapply the acquired expertknowledge, identify models ofcommunication with hiscolleagues and businessinformation flows, identifyfundamental processes indesign, manufacturing,maintenance within the contextof his future competence,establish personal contacts andacquaintances he will make useof during his schooling, or whenapplying for job in the future.

4 process andenvironmentalprotectionengineering

BSc-0081 elective Introduction inprocess andenvironmentalengineering

Process technique and environmentalprotection are associated with therequest that the technical solutions makesense only when provide a sustainabledevelopment. Students get knowledgeabout the basic production processes anddevices in industry and environmentalprotection measures during the work ofthese processes and apparatus. Visits areaimed at getting acquainted with realindustrial plants and processes,

Understanding the terminologyrelated to basic operation inprocessing industry and theproblems releted withenvironment. Acquiring theability to analyze complextechnological processes. Settingup the basic equations ofbalance. Solving concreteproblems in engineeringpractice.

laboratory work, measurementmethods, processes, design andconstruction processes and equipment.


BSc-0501 elective Skill Praxis B -PTH

Practical experience and a studentlounge in the process industrycompanies in which the student willrealize his professional career.Identifying the basic functions of thebusiness system in the field of design,development and production, as well asthe role of engineers and processengineering tasks in such a businesssystem.

Students get practicalexperience on the organizationand functioning of theenvironment in which they willapply their knowledge in theirfuture professional career.Student identifies models ofcommunication with colleaguesand business information flows.The student recognizes the basicprocesses in the design,manufacture,maintenance,process systems inthe context of his futureprofessional competence.Students establish the personalcontacts and relationships thatwill be able to use at school orentering into futureemployment.


BSc-0663 elective ComputerGraphics

The objective of this course is thatstudents: obtain fundamental knowledgeand skills necessary for advancedapplication of computer graphics invarious engineering activities; mastertheoretical and mathematical basics ofcomputer graphics; gain necessaryknowledge, skills and practicalexperiences in development of softwareapplications based on computergraphics; understand basic functionalprinciples and acquire knowledge foradvanced usage of computer aideddesign tools.

The outcomes of the course are:fundamental knowledge in thefield of computer graphics andthe methods based on computergraphics; knowledge, skills andpractical experiences inapplication of computergraphics principles indevelopment of softwareapplications; knowledgenecessary for advancedapplication of computer aideddesign tools (e.g. design offreeform curves and surfaces);

knowledge, skills and practicalexperience in generation ofrealistic images in three-dimensional graphics andanimation


BSc-0404 elective Computersimulation andartificialintelligence

The aim of the course is to developstudent's ability to model and analyzereal system using discrete eventsimulation along with application ofmodels, analysis of simulation resultsand comparison of alternative solutions.Artificial intelligence will be understoodthrough models, structure of intelligentagents and machine learning. By using ofsimulation and software tools studentswill get knowledge for application ofartificial neural networks.

After the course the studentswill understand the power,characteristics and limitations ofdiscrete event simulation andhow it is applicable for analysesand development ofmanufacturing and otherdiscrete systems. Students'abilities to implement the modelin a computer system will bedeveloped. Also students will beable to verify the model built, toevaluate and analyze the modeloutput, to compare alternativesand to make appropriatesuggestions for the real system.Students will be able toindenpendently choose methodsbased on application of artificialneural networks for solving ofengineering problems alongwith modelling of optimalstructure. They will also haveability to use software forsimulation of artificial neuralnetworks, analysis andpresentation of obtained results.


BSc-0580 elective Advancedbiomedicalsoftware

Introducing students to softwarepackages MATLAB and EXCEL at ahigher level. Increasing knowledgegained in the course Fundamentals ofbiomedical software. Forming models of

Attending the course studentsbecome capable of processingand analysing data and formingbiological systems andprocesses model.

biological systems in the Simulinksoftware package. Introducing studentsto basic principles of processing, analysisand display of biological signals in thesesoftware packages.


BSc-0576 elective Skill Praxis B -PRO

The aims are to acquaint students withthe environment where production,technological and metalworkingprocesses take place. Students ofproduction engineering will acquireknowledge in the domain of productionsystems (machine systems, industrialrobots, tools and tooling and measuringequipment), production and informationtechnologies, storage of equipment,primary materials, organizationalstructure of some producing enterprises(visit to enterprises). Students gainexperience in the domain ofmanufacturing technologies, machinetools, industrial robots, manufacturingautomation, and use of computers indesign, production and information-communication technologies.

Having successfully completedSkill Praxis, the student shouldgain practical knowledge ofproduction technologies,machine tools, industrial robots,manufacturing automation,computer use in machinedesign, manufacturing andinformation-communicationtechnologies.


BSc-0395 elective Skill Praxis B -ZEM

1. Understanding the fundamentals ofdesign of powered and non-powered railvehicles 2. Acquire practical insight intothe fundamental problems of servicemаnagеment of the rolling stock 3.Acquire practical insight into the basicsof organization of the maintenance ofrail rolling stock 4. Understanding thefundamentals of the productiontechniques and production processesthat are used for rail vehicles

After the end of the course thestudent should be able to: 1.Recognize typical vehicles andtheir main assemblies of thevehicles existing on thepracticing site. 2. Explain themain tasks of the plant wherehe/she was practicing. 3.Identify the main manufacturingor maintenance techniques andprocesses used at the practicingsite.

4 theory of BSc-0212 elective Skill Praxis B - 1. Introduction to material science Mastering the study program

machanisms andmachines

PRM necessary for application inmanufacturing of food processingmachinery. 2. Practical application ofknowledge in engineering graphics andsolid-modeling. 3. Developing creativecapabilities in students for designingfood processing machinery, machinesand systems with structural analysis andexploiting characteristics of foodprocessing machines and plants.

the student obtains abilities: 1.Analysis of existing solutionsand their effects 2. Adoptingpractical knowledge 3.Application of knowledge inpractice 4. Knowing andunderstanding the problematicof technological steps in foodprocessing manufacturing.

4 thermal powerengineering

BSc-0406 elective Introduction toEnergetics

The aim is to obtain academicknowledge about the processes andequipment for exploitation of fossilfuels’ primary energy, hydropower,nuclear power, geothermal, solar andwind energy, conversion andtransformation of primary intosecondary energy forms, such as heat,mechanical work, electricity, transportas well as distribution of energy andworking fluid, energy storage, andutilization of energy in finalconsumption for heating, airconditioning and refrigeration.

Students acquire basicknowledge of technologicalsystems, energy equipment andprocesses in thermal powerplants, hydro power plants,boiler plants, nuclear powerplants and heating systems,refrigeration and airconditioning systems. Studentsbecome familiar with theprocesses and technicalsolutions of turbomachinery,such as water turbines, steamand gas turbines, pumps, fansand compressors, as well asadvanced methods and solutionsfor efficient energyconsumption, environmentalprotection and analysis ofmacroenergy system.

4 thermal powerengineering

BSc-0063 elective Skill Praxis B -TEN

The aim of this course is to introducestudents to the process of design andanalysis of thermal power plants,processes and systems, powerequipment manufacturing process,methods of calculation and analysis ofmechanical and thermal loads of energy

The successful completion ofcourse students are introducedto: the appropriate energyprocesses, major and minortechnological systems, thespatial distribution ofequipment, methods, process

equipment, technological lines ofproduction, quality control, organizationof construction methods, maintenanceschedules and technological systems atpower plants, transportation, powerequipment, modern methods ofcalculation.

analysis, measurement ofprocess parameters, facilitiesmanagement systems, etc.

4 thermal scienceengineering

BSc-0077 elective Skill Praxis B -TTA

The aim of this course is to introducestudents to the process of design andconstruction of HVAC systems,processes and systems, elements of theproduction process and HVAC systemsequipment, methods of calculation usedin the design of HVAC systems,introduction to the technologicalproduction lines in factories, qualitycontrol, work organization and systemsmaintenance.

By the successful completion ofthe course students areintroduced to: the elements ofHVAC installations, methods ofprocess analysis andinstallations design, systemoperating parametersmeasurement etc.

4 weapon systems BSc-0408 elective Fundamentals ofWeapon SystemDesign

Students should have the basicknowledge of the general methods ofweapons systems design. The goal is toprovide students with an integratedoverview of the most important fields ofdefense technology and appropriatemethods of design and construction. Thesubject should serve as a basis for athorough study of individual areas ofweapons systems.

Students should obtain the basicknowledge of the generalmethods of weapons systemsdesign. The goal is to providestudents with an integratedoverview of the most importantfields of defense technology andappropriate methods of designand construction. The subjectshould serve as a basis for athorough study of individualareas in the field of weaponssystems.

4 weapon systems BSc-0376 elective Skill Praxis B - SIN The course teaches the student toapproach the practical activities ofengineers through the practical work.The student gains an opportunity toapply into practice the knowledge andskills obtained by studying the theory.

Students will acquire practicalknowledge in the field ofweapons systems related to thefundamentals of design, themain production technologies,the organization of work,

By that way students would gain insightinto the technical and organizationalaspects of work and their mutualrelationship in companies or institutions.

methods of product testing andthe like.


BSc-0610 elective Aerodynamics The aim is that after attended course inAerodynamics, students become familiarwith the basic laws of aerodynamics,and their application in slowing practicalproblems. Specific issues andphenomena of compressible flow areanalyzed. Students acquire knowledgeabout the design concepts of aircraft fordifferent speed domains, as well as aboutthe fundamentals of the road vehicleaerodynamics. Within the course,students also become familiar with thebasics of experimental aerodynamics,and its application in aeronautical andnon-aeronautical testing.

After accomplishing the course,students acquire knowledge inthe domain of aerodynamics,with special attention paid oncompressible flow domain, aswell as the understanding ofbasic aircraft design schemesand automobile aerodynamics.They also gain knowledge aboutthe basics of experimentalaerodynamics, and itsapplication not only in thedomain of aviation, but also inother technical branches.


BSc-0648 elective Mechanics ofFlight

Introduce students to the basics ofmovement of aircraft in atmosphericand space flight. Students will learningthe basis of performance, stability,controllability and manoeuvrability ofaircraft.

Completed the plannedcurriculum students obtainsufficient theoretical andpractical knowledge to be ableto self-performance can beevaluated possibilities ofmodern aircraft and thelimitations of flight options thatresulting from it. In this coursestudents will receive fullsublimation and verification ofpreviously acquired knowledgeand skills that they get into theaviation module fromaerodynamic case.


BSc-0568 elective Computationalmethods inaeronautics

Introducing students to the basics ofcomputer applications in simulations andcomputations of aeronautical problems.

By mastering the curriculum astudent gains specific skills: •thorough knowledge and

The subject is organized so that severaltypical (model) problems are completelysolved step-by-step from start to finish.

understanding of numericalmethods • ability to use andapply basic numerical methodsfor solving ODE, finitedifference and finite elementsmethods • correlation betweenfundamentals in mathematics,programming, mechanics, fluidmechanics and constructionanalysis


BSc-0617 elective Introduction toengineeringsimulations

The students would be introduced toengineering simulations based oncontinuum mechanics. The studentsshould acquire understanding of wellposed problem through definition ofboundary and initial conditions appliedto certain physical phenomenon whichcharacterize existence and uniqueness ofthe solution. Adoption of the specifictype of additional conditions dependingon the type of the problem, as well asselection of appropriate approximationfor solution of the model problemswould be presented to students. Thestudents should gain skills for individualcode development for model equations.

By mastering the curriculum thestudent will gain sufficienttheoretical knowledge necessaryto identify the problem type,number and type of boundaryconditions in order to definewell posed problem which issimulated. The student will beable to identify basic schemesfor calculation of problems ofcertain type. The basicprinciples of programming forsimulation of continuum shouldbe adopted by the student. Thestructure of simulation softwarewhich consist of preprocessing,simulation and visualizationshould be perceived by thestudent.


BSc-0069 elective Windturbines Throughout this course student willlearn about the principles, componentsand design of wind turbines, as well asregulation and dynamic balancing of thesystem. Acquiring the knowledgenecessary for wind turbine blade designbased on the aerodynamic and structuralcriteria, performance computation

Mastering the curriculum thestudent receives the followingsubject-specific skills: -thoroughknowledge and understandingof different concepts of windturbines and design methods; -skills needed for wind turbineand its parts selection according

(power, coefficient of power, torque,aerodynamic characteristics of blades),calculation based on similarity theoryand the topology definition of windenergy systems is the main aim of thesubject.

to given operating conditionsusing scientific methods andprocedures; - integration offundamental knowledge inmathematics, programming,mechanics and fluid mechanicsand application to design andcalculations of wind turbines;


BSc-0539 elective Theory ofElasticity

1. Introduction to stress analysis relatedto aircraft structures and it's applicationto practical airframe sizing and stressanalysis. 2. Introduction to Experimentalstress-strain analysis of airframestructures 3. Introduction to thin-walledconstructions and composite materialconstructions 4. Introduction to modernnumerical stress analysis applied toaircraft constructions, analysis andperformance

1. mastering theoreticalknowledge of aircraft structuralanalysis 2. application of theoryto solve practical problemsrelated to aircraft stress analysis3. Understanding basic aircraftdesign solutions. 4. konwledgeof modern methodologyapproach to solve problemsrelated to design and stressanalysis of aircraft components


BSc-0558 elective Theory ofAgriculturalMachines andEquipment

1. Finding that a multidisciplinaryapproach can achieve optimal results inthe design, maintenance and operationof agricultural machinery, appliancesand equipment. 2. Master the theoreticalfoundations of working groups,aggregates terminal tractor agriculturalmachinery integrated systems ofagricultural machinery. 3. Acquirepractical knowledge and skills in solvingpractical engineering problems ofagricultural machinery and equipment.

1. Fundamental knowledge oftheories of agriculturalmachinery. 2. Synthesis theoryof driving skills, connection andintegrated system ofagricultural machinery. 3. Skillsof application of these skills inthe field of design and operationof agricultural machinery. 4.Basic practical knowledge in theproduction of agriculturalmachinery, appliances andequipment.


BSc-0079 elective Machines andEquipment forFood processingand Production

1. Master the theoretical foundations ofmachinery and equipmentmanufacturing and food processing; 2Mastering the basic technologicalprocesses in food production and

1) A fundamental knowledgebase of bio-technical systemsengineering, productiontechnology, the principles ofmachines and equipment for

processing; 3 Introduction to basicprinciples of machine design, equipmentand technological lines formanufacturing and food processing; 4Acquire practical skills in analyzing theset of engineering problems and itssolution multidisciplinary approach.

manufacturing and foodprocessing, 2) Theoreticalknowledge from theory andconstruction of machine-harvesting combines andequipment for processing intofinal products in the food, 3 )Analysis and synthesis of designsolutions for new technologies,machinery, equipment andtechnological lines, 4) Operationand maintenance of machineryand equipment, 5) acquisition ofpractical skills and applicationof acquired knowledge intopractice.


BSc-0590 elective AutomationSystemsProgramming

-Introduction to the basic applications ofdigital computers in automatic control. -Candidate will be familiar with basicstatements of programming language Cand programming package MATLAB. -Candidate will be able to make controlsoftware in programming language C. -This subject introduce candidate withthe basic knowledge of programmingpackage MATLAB and its applications inautomatic control.

•Acquiring basic knowledge inprogramming language C.•Acquiring basic knowledge inprogramming packageMATLAB. •Introducing andusing methods for analysis andsynthesis of control systems bymentioned programmingpackages.


BSc-0595 elective Digital systems •Introducing with: number systems,Boolean algebra and binary logic, logicfunctions as well mastery of their usageand manipulation. • Mastering of:various types of logic circuits-LC andmethods for their analysis and design. •Mastering of handling with integrateddigital circuits and oscilloscope.

• Proper understanding of thenature of digital computers andprocesses inside them. •Manipulating digital computersin hardware and software senseas a part of a digital controlsystems (DCS). • Using themethods of analysis andsynthesis of LC. • Solving ofcomputational nature problems

related to the analysis andsynthesis of LC, in "off line"mode, by means of digitalcomputers. • Analysis anddesign of real physical LC.


BSc-0726 elective Fundamentals ofoptics, optical aidsand devices

To familiarize students with thephenomena of light, the basics ofgeometric optics, the phenomenon ofaberration and radiation, the detectors,and the working principle of the lasersand thermography and its applications inbiomedical engineering.

Mastering the skills related tooptics, light, detectors, lasersand thermography a studentacquires the ability tounderstand and design thedevice. The student is qualifiedto participate in the design andmanufacture of contact lenses,eyeglass lenses and optical andoptoelectronic instrument. Thestudent will have basicknowledge regarding theworking principle of lasers andtheir application inophthalmology.


BSc-0536 elective Conventionalwelding processes

The aim of this course is for students tobecome competent in the area ofwelding. This course is designed toprovide information through theoreticallectures, computational classes andseminar papers, but also throughwelding workshop practice. They shouldalso develop appropriate academic skillsneeded for the profession and becomeinformed with the specificity of eachwelding process and appropriateequipment.

After fulfilling all the courserequirements, a student iscapable to solve concreteproblems in the area ofConventional welding processesusing aquired knowledge, aswell as to comprehend possibleconsequences of the proposedsolution. Throughout this coursestudents would also develop theability to combine aquiredknowledge with other areas ofmaterial and engineeringsciences and to apply it topractical problems.

5 engineeringmaterials and

BSc-0038 elective Fuel andCombustion

Fuel types. Stoichiometric combustionequations. Combustion temperature.

Acquisition of basic knowledgeof fuels, their types and

welding,tribology, fuelsand combustion

Lubricating materials, the basicphenomena of friction and wear,division of lubricants and theirproperties. Industrial water, types andproperties. Fundamentals ofthermodynamics of the combustionprocess, general terms, material andenergy balance of the process.Fundamentals of chemical statics andkinetics of thermal processes. Physicaland physical-chemical phenomena in thecombustion process. Environmentalaspects of combustion.

characteristics. Mastering thebasic techniques of calculationof quantity and composition ofthe products of combustion andcombustion temperature.Acquisition of basic knowledgeabout the processes of frictionand wear, the types andcharacteristics of lubricants.Acquiring basic knowledge ontypes of water, their propertiesand preparation of water forindustrial use. Mastering thetechniques of calculation ofmaterial and energy balance ofthe combustion process.Acquiring knowledge about theimpact of combustion productson the environment.


BSc-0730 elective Combustion Fundamentals of thermodynamics of thecombustion process, general terms,material and energy balance of theprocess. Fundamentals of chemicalstatics and kinetics of thermal processes.Physical and physical-chemicalphenomena in the combustion process.Specific features of combustion of solid,liquid and gaseous fuels. Combustionappliances. Environmental aspects ofcombustion.

Mastering the techniques ofcalculation of material andenergy balance of thecombustion process. Masteringthe techniques of flameinvestigation. Acquiringknowledge on the control of thecombustion efficiency.Acquiring knowledge about theimpact of combustion productson the environment.


BSc-0518 elective Friction and Wearof Materials

The student attending this course should:• Comprehend the significance offriction, wear and lubrication (tribologykeywords) and the problems connectedwith it, the field of construction andmaintenance of mechanical parts andsystems; • Master the fundamental

Based on the masteredknowledge the student isqualified to: • Solves thecomplex tribological problems,with multi-disciplinaryapproach, in order to ensure thehigh reliability of machinery

knowledge of materials friction andwear process in order to decide themerits of the choice of materials for theconstruction and tribologicalcomponents; • Solve problems related tothe prevention of wear and competentlydecide on techniques to improvetribological properties of materials.

and equipment; • Criticallyanalyze the designedconstructions from thestandpoint of friction and wear,assessing possible effects on thereliability; • Propose thesolutions for reduction ofenergy and materials dissipationin the machines.


BSc-0517 elective Tribology The student attending this course should:• Comprehend the significance offriction, wear and lubrication (tribologykeywords) and the problems connectedwith it, the field of construction andmaintenance of mechanical parts andsystems; • Master the fundamentalknowledge in these areas of tribology inorder to decide the merits of the choiceof materials and lubricants for theconstruction and tribologicalcomponents; • Solve problems related tothe prevention of wear and competentlydecide on techniques to improvetribological properties of materials andlubrication technologies.

Based on the masteredknowledge the student isqualified to: • Solves thecomplex tribological problems,with multi-disciplinaryapproach, in order to ensure thehigh reliability of machineryand equipment; • Criticallyanalyze the designedconstructions from thestandpoint of friction and wear,assessing possible effects on thereliability; • Use methods forsolving problems of mechanicalparts and systems lubrication,including the selection oflubricants as a structuralelement; • Propose the solutionsfor reduction of energy andmaterials dissipation in themachines.


BSc-0368 elective Basic of welding B The aim of this course is for students tobecome competent in the area ofwelding. This course is designed toprovide information through theoreticallectures, computational classes andseminar papers, but also throughwelding workshop practice. They should

After fulfilling all the courserequirements, a student iscapable to solve concreteproblems in the area of Basic ofwelding B using aquiredknowledge, as well as tocomprehend possible

also develop appropriate academic skillsneeded for the profession and becomeinformed with the specificity of eachwelding process and appropriateequipment.

consequences of the proposedsolution. Throughout this coursestudents would also develop theability to combine aquiredknowledge with other areas ofmaterial and engineeringsciences and to apply it topractical problems.


BSc-0088 elective Shape Modelling The aim is to introduce students to theunderstanding of space and geometricforms in 3D environment. Intention isalso understanding the topology types ofmachine parts, such as methodology offorming a 3D model as a starting pointfor the development of forms ofmachine parts and assemblies. Learningand exercising of procedures and toolsdeveloped for manipulating forms,parameter changes and optimum shapeto achieve optimal solutions in machinedesign modeling.

The student is trained to createall kinds of model forms ofmachine parts using CATIAsoftware. It is completelytrained to parametrically varythe shape and form parts, tooptimize the form and combinethem to compose the assembly.Student has acquired knowledgethat the application of CATIAtool optimizes the shape andadjust the properties of thisform. The student is alsofamiliar with basics of usingmodules for simulation andstructural analysis.


BSc-0048 elective Machine Design Introducing students to the procedure ofsynthesis of machine systems and thenintroducing with multidisciplinaryapproach combined of engineeringdesign, industrial and aesthetic design.The development of creative abilities ofstudents, learning methodologies andprocedures for mechanical systemscreation and the development of apersonal sense for alignment of features(functional and aesthetic) with theenvironment, living and workingenvironment.

The student is introduced to theprocedure of abstract thinkingand generating ideas,developing new methodologiesof principal and conceptualsolutions. Trained to choose theparameters and dimensions ofmachine parts and systems, tochoose and use of restrictions:functional, technological,aesthetic, ergonomic, andothers. Trained to coordinateparameters of machine parts

with the limits, developing theshape, dimensions, etc.

5 hydropowerengineering

BSc-0442 elective Pumps and fans Mastering knowledge of engineeringapplications of pumps and fans asmachines for raising of fluid energy.Capacity to work in practice on energyinstallations, as well as design ofinstallations that include a pump orblower as a built-in element with itsfunction.

Knowledge of types and designsof pumps and fans. Knowledgeof the energy parameters andenergy balancing. Knowledge ofsimilarity theory to implementthe dimensionless parameters -characteristic performancefactors. Knowledge of methodsof the system working pointdetermination. Knowledge ofthe energy characteristics ofpumps/fans and theirsignificance in establishment ofoperating regimes ofpumps/fans, as well as in thirregulation. Knowledge of thepump cavitation characteristicsand operating characteristicschange for fans working withdensity other than air.


BSc-0602 elective Production andOperationsManagement 1

The aim of this course is to acquireknowledge and practical skills in thefield of theory and practice of theproduction management. Mechanicalengineers after taking this course aretrained to perform diagnostics and toapply methods for raising the generallevel of enterprise organization andrationalization of operations andproduction. Methods and techniques forproduction and operations managementare useful in everyday tasks ofmechanical engineers.

Upon successful completion ofthis course, student acquires thefollowing professional skills andare able for: 1. Diagnosing thestate of the organization of thecompany, 2. Organizationalstructure design , 3.Rationalization of productionand operations processes in thecompany and 4. Analysis of thesuccess rate of an enterprise.After completion of the coursestudents also demonstrate anawareness and an appreciationof the importance of the

operations and productionmanagement to thesustainability of an enterpriseand are trained to use methodsand techniques of productionand operations management.


BSc-0075 elective Industrialergonomics

The aim of this course is the acquisitionof basic academic knowledge in the fieldof industrial ergonomics, which can beused for designing, evaluation andimprovement of system man - machine -environment. Students should acquirespecific practical skills that include anintegrated ergonomic approach for thepurpose of a comprehensive settlementof various engineering problems.

By mastering of industrialergonomics program, thestudent acquires the ability tosolve all aspects of the variousengineering problems byapplying science-basedergonomic methods, techniquesand recommendations. It isexpected that acquiredknowledge students can use indaily work and practice, bearingin mind that in almost allbranches of industry there is aneed for designing, whichincludes the human factor.


BSc-0070 elective WEB projecting inmechanicalengineering

Course objective • Understand theimportance of Web sites in MechanicalEngineering, • The creation, introductionand use of Web projects, • Determiningthe functionality of Web projects, •Preparing your own Web projects, •Understanding and preparing thenecessary documentation for theimplementation of Web projects inMechanical Engineering

The acquired knowledge allowsthe: • prepare, make and displayyour own skills, • determine thefunctionality of all thespecifications on the Web, •prepare, perform and managethe designing of Webpresentations, • determine thetechnology of designing Websites, • recognize therequirements of the localmachinery industry for Webpresentations, • create anecessary documentation ofWeb project, • implement andcollect Web project.


BSc-0614 elective Informationintegration ofbusiness functions

• Design and management of digitalintegrated business companies / factory,according to the business performanceof integrated company, • Acquiringknowledge, skills and competencies ofthe information and functionalintegration of the company, •Integration of engineering, productionand business activities • Learn about thebusiness performance of integratedcompany, • Training to use commercialsoftware for production management, •Implementation of new information andcommunication technologies.

The acquired knowledge to thestudent: • Understand theoperation of an integratedbusiness enterprise / factory, •Applies new information andcommunication technology, •Critically observe productionsystems and business processes,• Plans computerized activities,processes and systems, •Approves new methods oflearning and design, • Developcognitive traits of creativeengineers in computer science, •Participates in project teams ofstudents and experts • Is able toconduct business discussionswith business partners.


BSc-0699 elective IndustrialCompressors

Acquiring basic knowledge on industrialcompressors. Increased knowledge ofthermodynamics through the study ofcompression of real gases, gas mixturesand moist gases, and the study of actualworking cycles of reciprocatingcompressors. Expansion and acquisitionof new knowledge in the field ofEngineering, through the study of basicstructural elements, systems andauxiliary equipment of reciprocatingcompressors. Developing skills for thedesign of reciprocating compressors,selection, testing, installation andmaintenance in service.

Understanding of complex realworking cycle of reciprocatingcompressors working with realgases; Understanding ofcomplex structural design ofsuch machines. Development ofcritical thinking which leads tosound understanding of cause-effect relationship betweenworking cycle and machinedesign; Ability to design andaccomplish selection, testing,installation and maintenance ofreciprocating compressors inservice.


BSc-0613 elective Internalcombustionengines

The aims of the course are to provide acomprehensive insight into the subjectmatter of Internal Combustion Engines(theoretical operating cycle, real

Acquired theoretical andpractical knowledge of InternalCombustion Engines. The abilityto link fundamental engineering

operating cycle, engine systems, engineoperating characteristics). It is intendedfor students of the Internal CombustionEngines module as an in‐depthintroduction into studies of specific areasof Internal Combustion Engines, as wellas for students of modules which requireknowledge of Internal CombustionEngines as a power unit (Motor vehicles,Naval Architecture, Railway MechanicalEngineering, and Material Handling,Constructions and Logistics).

branches of thermodynamics,fluid mechanics, mechanics,strength of materials etc. into acomplex unit such as engine.The ability of competentapproach to engine selection,organization of exploitation andmaintenance. Acquisition ofsolid base for tackling specificproblems, design andconstruction of InternalCombustion Engines.


BSc-0095 elective Fundamentals ofsteel structures

Basic goals of this course are: 1)introduction to logical principles indesign and calculation of steel structuresin mechanical engineering, 2)development of student creative skills indesign of characteristic structuralsystems throughout phases ofidealization, parameterization andcalculation

Students will obtainappreciation of structuralbehavior as essential part of thestructural designer’sbackground. They are qualifiedto comprehend basics ofanalysis of structural systems.Also, students are introduced tophases of design and involved inprojects in structural systems inmechanical engineering.

5 mathematics BSc-0674 elective Object orientedprogramming withjava

The aim of this course is to provide anoverview of the theoretical foundationsof object oriented design. Using Java,theoretical concepts gain practicalimplementation, which enablesunderstanding of practical andtheoretical aspects of object orientedprogramming.

The audience of this course willacquire basic theoreticalknowledge in object orienteddesign. In addition, students willgain practical knowledge aboutobject oriented programming inJava.Students are going to useNetBeans and Java SEenvironment for completingtheir projects. Practical skillslearned should be applicable inany practical computational taskin mechanical engineering. Also,Java has strong integration

support in many softwarepackages used in mechanicalengineering, as the mostimportant we mention Matlab,such that knowledge of Javashould increase flexibility intheir usage.

5 mechanics BSc-0086 elective Biomechanics oflocomotor system

To introduce students to the applicationof fundamental principles and laws ofbiomechanics to understand and studyhuman locomotor system (HLS) -prediction of functional motion /movement, human posture. Theformation of the corresponding modelsof HLS, the possibility of simulationsbased on them in order to confirm theexperimental data, its application torehabilitation purposes. It allows thepotential cooperation with experts inmedicine, sports, etc. or work inspecialized clinical institutions.

The student acquires the abilityto analyze problems andsolutions the ability to predictbiomechanical problems of thehuman locomotor system (HLS)using scientific methods andprocedures as well as computertechnology and equipment.Linking the basic knowledge ofmechanics, physics, anatomy,physiology with application inbiomechanics HLS.Implementation of the laws andthe principles of mechanics toanatomical structures; adescription of how structureaffects on the musculoskeletalhuman movement, motion;analysis of selected mechanismsof injury and performance ofmechanisms.

5 motor vehicles BSc-0710 elective Vehicle Dynamics Aims of this course are offering ofoverall insight in problems of vehicledynamics, firstly in specific items ofwheel – surface contact. This course isintended to students of Module forMotor Vehicles, and represent anintroduction to later considerations oftheory of vehicle dynamics. Students arealso getting knowledge about

By conquering of this course,students achieve general andspecific capabilities, that are infunction of analysis andcharacteristics of wheel –surface contact. Students alsoachieve basic qualification forcompetent approach to selectionand compatibility of engine and

incorporating of engine, transmissionand driving characteristics into one unit,which is the base for all future activitieswithin Module.

transmission, as well as forfinding solutions of particularlyproblems, with using ofscientific tools, methods andprocedures.

5 motor vehicles BSc-0504 elective Vehicles Safety Course objectives are to provideknowledge, skills, and competenciesrelating to safety-related vehicle systemsand fundamental understanding of theiroperation and performance. Studentsshould be able to understand and solvecomplex engineering issues in order toincrease motor vehicles safety as themost important requirement imposed toautomotive industry.

Course outcomes aredevelopment of student’sabilities to understand safety –related vehicles systems interms of their synergisticinfluence on active, passive, andcatalytic safety of motorvehicles. Critical understandingof safety – related vehiclesystems and possibleuncertainty, ambiguity, andlimits in their operation andperformance as well as howthese may affect driver –vehicle – road safety. Ability tolocate, analyse, interpret,criticise, and report on scientificinformation related to vehiclesafety. To be able to employ arange of skills and techniquesfocused on implementation ofsolutions for differentengineering problems in thefield of vehicles safety.

5 naval systems BSc-0693 elective Buoyancy andStability of Ship 1

To cover the basic knowledge of NavalArchitecture connected to ship form,ship buoyancy, stability, and shiphydrostatic calculations (hydrostaticcurves and stability). Buoyancy andstability is one of the basic professionalcourses hence taught in all thedepartments (faculties) with courses in

Practical knowledge in ship lineplan drawing, and in the basichydrostatic calculations(hydrostatic curves, stabilitycross curves, righting arm).Ability in solving and analysis ofpractical engineering tasksconnected to ship buoyancy and

naval architecture. stability.

5 naval systems BSc-0071 elective Ship Structures 1 The aims of the course are to explain therequirements that hull structure has tomeet, and as a result, to gain essentialunderstanding of its general conception,to familiarize the student with the hullstructural members to the design detailslevel, to develop student skills topractically apply standard engineeringmethods used for steel hull structurescantling definition.

A thorough knowledge ofgeneral concept and structuralmembers of the welded steelship hull. The student should beable to practically apply rulesfor building ships by variousclassification societies.


BSc-0662 elective Biophysics Introducing students to biophysicsfundamentals with emphasis on cell andmolecular biology; representation ofstructure and functions of the bio-systems using descriptive, mathematicaland physical modeling. Through physicalmodeling student is going to learn usesof methods of thermodynamics, kinetics,classical and quantum physics. Throughmathematical modeling student couldlearn theory of information, quantumlogic and mathematical description ofthe system. Student is thus equippedwith wide knowledge which can beapplied in clinical and scientific researchinstitutions.

Student acquires ability toanalyze and model biosystemsusing different approaches:descriptive, mathematical andphysical. Student has masterednecessary knowledge ofmolecular and cell biology,processing of measurementresults and informationaltechnology.


BSc-0087 elective Mechanical Designof ProcessEquipment

Objective of the course is that studentsacquire academic skills and academiccompetencies for selection andcalculation of strength of high or lowpressure vessels, apparatus andequipment. By performing students’projects, they acquire creative andspecific practical skills that qualify themto perform professional work in the fieldof process equipment design. Through

By successful completion of thestudy program student acquiresthe following skills: analysis,synthesis and prediction ofsolutions and consequences;development of critical thinkingand self-critical approach;application of knowledge inpractice; professional ethics;correlation of knowledge from

the laboratory experiments andexercises, students gain knowledge oftesting and exploiting processequipment.

different fields and theirapplications; development ofskill and proficiency in the useof knowledge in field of processequipment.


BSc-0620 elective Fundamentals ofrisk engineeringand fire safety

Introduce students to: risk analysis, riskmanagement and risk engineering,regulations on fire prevention,preventive fire protection, fireextinguishers, firefighting tactics andequipment to fire fighting and smokeremoval for installation.

Students will be familiar withrisk analysis, risk managementand risk engineering, as well aswith modern fire-fightingprocedures and technicalmeasures of preventive fireprotection.


BSc-0650 elective Processes andequipment inenvironmentalengineering

Students get knowledge about thetechnical basis of environmentalmanagement. The main goal is to masterthe skills to recognize problems thatoccur in the work of industrial andpower plants. Laboratory exercisesaimed at introduction to laboratorywork, the methods of measurement,process control.

Successful completion of thestudy program the studentreceives general abilities thatare used for professional qualityperformance. Get ability toanalyze complex technologicalprocesses and their impact onthe environment. Setting up thebasic equations of balance.


BSc-0066 elective Productiontechnology andmetrology

The aims of the course are to acquaintstudents with theoretical and appliedknowledge and regularities in thetreatment processes and metrologicalsystems in production engineering, usingsystemic approach. This knowledgehelps production engineers to managetreatment and metrological processes inthe quality management system.

The student should acquiretheoretical and practicalknowledge for productiontechnologies and metrology tobe able to independently solveengineering problems in therespective field. This is thereason why the course focuseson acquisition and application offundamental engineeringknowledge of productiontechnologies and metrology.


BSc-0664 elective CAD/CAMSYSTEMS

1.Awareness that efficiency of computeruse in engineering activities can beaccomplished only through integrated

1.Fundamental knowledge ofcomputer use in the area ofproduct geometrical modeling

systems, such as CAD/CAM systemsused in the area of product design anddesign of manufacturing technology 2.Mastery of theoretical foundations ofcontemporary CAD/CAM systemsstructure and operation 3. Acquisition ofpractical knowledge about usingCAD/CAM systems and numericallycontrolled machine tools programming

2. Fundamental knowledge ofcomputer use in design ofmanufacturing technology 3.Fundamental knowledge ofcomputer use in numericallycontrolled machine toolsprogramming 4. Skill to applycontemporary CAD/CAMsystems in product design anddesign of manufacturingtechnology 5. Practicalexperience in preparingprograms for numericallycontrolled machine tools


BSc-0098 elective Theory of Traction Knowledge acquiring in designing,production and exploitation of railwayvehicle, in designing of rail tracks aswell as the organization of railwaytraffic. Introducing students with: - TheForces acting on railway vehicle -Calculation methods for traction,resistance and braking force and thevelocity, using modern computer tools. -The methods for determination ofoptimal movement conditions of railwayvehicles - Ways of solving practicalproblems related to the movement ofrailway vehicles and rail tracksconfiguration.

Understanding and ability toapply knowledge acquired in: -Calculation of traction,resistance and braking forcesand the velocity, usingcompatible computer software,- Defining Task andcompositional functionality ofrailway vehicles, - Using ofadequate regulations andstandards in the field of tractionat railway vehicles.


BSc-0655 elective Mechanism Design Mastering the necessary knowledge anddevelop creative skills to design andconstruct mechanisms within machineryand equipment. Mastering some of thesoftware programs for construction of aconcrete mechanism (machinery andequipment), and analyze their work inorder to eliminate deficiencies.

Successful completion of thestudy program the studentreceives the following subject-specific skills: understandingproblems in the theory ofmechanisms and machines;solving concrete problems byusing scientific methods and use

of appropriate software.


BSc-0090 elective Steam BoilerBasics

Reaching the competence and academicskills and methods for it's acquiring.Developing creative capabilities andmastering the specific practical skills.Goals determine the specific resultswhich should be achieved within thesubject. Goals also represent basis forcontrol of the achieved results. Activitiesin this subject are in accordance withbasic tasks and goals of the studyprogram.

Student acquires specificcapabilities which are neededfor carrying out professionalactivities: analysis, synthesis andanticipating the results andconsequences; use of knowledgefrom different areas for solvingspecific problems.


BSc-0073 elective Pipelines Achieving of competence and academicskills as well as methods for theiracquisition. The development of creativeabilities and practical skills which areessential to the profession. Objectivesare concrete and achievable and in fullaccordance with the defined basic tasksand objectives of the study program.

Student acquires subject-specificskills that are functional qualityperformance of professionalactivities: analysis, synthesis andforecasting solutions andconsequences, in-depthknowledge and understandingof the profession, connecting ofbasic knowledge in variousfields and their application tosolve specific problems,monitoring and implementationof innovations, skills fordevelopment and the use ofknowledge.

5 thermomechanics BSc-0215 elective AppliedThermodynamics

Going through the thermodynamicanalysis, students should gain a basictheoretical and professional knowledgeabout devices and facilities that are usedin area of thermo-technique, thermo-energetic and processes engereering, aswell as to gain knowledge of thephysical phenomena that take place withthe processes in steam turbines, gasturbines, refrigeration systems, systems

Creating the skills forrecognizing, understanding andanalysing of thermodynamicproblems and gainingknowledges and skills necessaryto carry out the commonthermodynamic calculationssimpler thermo-mehanicaldevices and facilities that areused in the area of thermo-

for drying different materials and airconditioning systems.

technique, thermo-energetic andprocesses engereering. Thesegains skills will be a necessarybase of knowledge for activeattend lectures on otherscientific- professional andprofessional-applicationsubjects.

5 weapon systems BSc-0092 elective Fundamentals ofProjectilesPropulsion

Introducing students to the basics ofprojectile propulsion, including classicand rocket propulsion. Study offundamental processes that occur duringfiring in the gun barrel and in the rocketmotor chamber. Influence ofcharacteristics of propellants on firingprocesses. Setting up a system ofequations describing these processes andmethods for solving the system.Application of propulsion softwarepackages. Design of propellant systems.

Mastering the calculation ofbasic parameters of interiorballistics and rocket propulsion.Knowledge of principles andbasic equations of thepropulsion. Capability to workwith application software forpropulsion systems modeling.Fundamentals for subsequentdetailed study of various typesof propulsion.

5 weapon systems BSc-0686 elective Flight Mechanicsof Projectiles

Introducing students to thefundamentals of flight mechanics,including aerodynamics, and its tasks.Setting up basic equations of flightdynamics and principles of the solutions.Basic knowledge about the forces andmoments acting on the projectile duringflight. The behavior of the projectile inthe path regarding to: the stability ofmissiles, missile control principles.Application of software packages for themechanics of flight. The application offlight mechanics: a preliminary design ofweapons, firing tables, fire controlsystems, control software.

Knowledge of principles andfundamental equations of flightmechanics of projectiles. Abilityto work with applicationsoftware for the calculation ofaerodynamic coefficients andflight mechanics of missiles.Basic knowledge of stability andthe principles of control ofmissiles.


BSc-0053 elective Aircraft propulsionand systems

Subject task is to introduce studentswith aircraft equipment and power

By the subject student getsknowledges and understandings

systems, their functions, structures andbasic principals. Subject enables globalintroduction of students into all aircraftand power systems, and its integrity.

about existing aircraft andpower systems of various types.These knowledges enablesunderstending of aircraft andpower systems if they areoriented to other aeronauticalfields, or to furtherspecialization in this aeria.


BSc-0541 elective StructuralAnalysis of FlyingVehicles

1. introduction to problems and modersolution methods in stress analysisrelated to aircraft structures and theirimplentation in solving real structuralproblems. 2. introduction toexperimantal stress analysis of aircraftstructures. 3. introduction to thin-walledstructures and composite meaterials. 4.introduction to computer modeling andsimulation of aircraft structures

1. mastering basic theoreticalknowledge in structuralanalysis. 2. application ofaquired knowledge in solvingreal world problems. 3.understanding basic aircraftdesign principles. 4.understanding modern approachin solving structural problems inaircraft airframe design.


BSc-0253 elective Design andAircraftProductionTechnology

To introduce students to process ofmodeling of aircraft components and toteach them to understand and to applynecessary technologies to produce thesecomponents. Students are taught toskills which connect typical loads withtypical design solutions. Besidestheoretical knowledge necessary tomodel aircraft students will be taughtalso to use modern design software tool.

Understanding of airplanestructure, and relationshipbetween elements.Understanding of aerodynamic,flight mechanic, propulsioninfluences on aircraft design.Understanding ofmanufacturing process andsurface protection. Masteringmodern software tool used todesign assemblies and aircraft.


BSc-0635 elective Light andComposite AircraftStructures

The goal of this course is to acquaintstudents with the properties ofcomposite materials used for makingaircraft structures, compositemanufacturing technologies as well asthe specifics of their implementation andexploitation in aeronautics.

After completing the course, astudent is familiar with thephilosophy of design,manufacturing technologies andspecifics of protection,exploitation and maintenance ofcomposite aircraft structures.Acquired theoretical knowledge

and practical skills, students caneffectively apply in theconstruction of compositeaircraft parts and their analysis.Within practical trainingstudents learn the basics ofmodern software packagesintended for the modeling andcalculation of composite parts.


BSc-0544 elective FEM Analysis Understanding and mastering theprocess of solving engineering problemsusing finite elements method andmodern software tools. Furthermore,the aim of this course is to developpersonal and professional skills of thestudents along with the development ofanalysis methodology and solvingengineering problems.

After accomplishing thecourse,a student is capable ofworking in modern workenvironments. With learnedskills student can implement histheoretical and practicalknowledge in engineeringpractice, achieving a highdegree of effectiveness. Thisknowledge encourages furtherimprovement for students.


BSc-0538 elective BiosystemEngineering

1. Master the theoretical foundations ofengineering in food production; 2Introduction to the basic stages of thelife cycle of machinery/equipment forfood production; 3. Getting to knowlimitations and specific engineering infood production; 4. Introduction to basicprinciples of engineering in foodproduction; 5. Acquire practical skills inanalyzing the set of engineeringproblems and its solvingmultidisciplinary approach.

1) A thorough understanding ofbasic principles of engineering,manufacturing and foodprocessing, 2) Basic knowledgeon life cycle analysismachinery/equipmentmanufacturing and foodprocessing, 3) Analysis andsynthesis of design solutions andacquiring methods ofoptimization; 4) Connect thebasic engineering knowledgeand achievement synergeticeffect, 5) introduction todevelopment trends in thedevelopment and manufactureof machinery/equipment

manufacturing and foodprocessing.


BSc-0461 elective Drying andHygrothermalprocesses

Understanding the theoreticalfoundations and engineering data fromfield and hygrothermal drying process,which engineers need for the rationaluse of energy, design of appropriatesolutions and efficient implementation ofprocesses and work units and systems,including the development of creativeabilities and mastery of practical skillsfor specific job performance.

Qualifications of the theoreticaland practical knowledgenecessary to independentlysolve concrete theoretical andengineering tasks in a givenarea, which involves applyingknowledge in practice, solvingpractical problems usingscientific methods andprocedures and monitoring andimplementation of innovationsin the profession.


BSc-0675 elective Process modeling Student should be familiar with basicprinciple and steps of mathematicalmodeling of objects and processes. To becapable to form basic balance equationswhich describes non-stationary states ofobjects and processes which, aftersuitable choice of state variables,manipulated and control variables aswell as disturbances variables enablesone to form adequate and non-uniquestate space representations of objectsand processes for the needs of furtheranalyzing or synthesis.

To be familiar and to be capableto use the basic principle ofmathematical modeling appliedto: dynamics of materialhandling, flow processes, flow-thermal processes, machinedynamics, traffic andtransportation dynamics andcontemporary plants existing inarea of general energetic.Moreover it is expected to becapable to perform elementaryanalysis of their transientresponse characteristics fromthe above mentioned list ofobjects and processes.


BSc-0262 elective Repair Weldingand Surfacing

The aim of this course is to providestudents with an introductoryknowledge of the reparation of machineparts and construction, and the ability tosolve concrete problems. This course isdesigned to provide information throughtheoretical lectures but also through

After fulfilling all the courserequirements, a student hasknowledge to recognizedifferent aspects of damage ofmachine parts andconstructions, as well asprescribe the technology of

laboratory type (practical) exercises,computational classes and seminarpapers students are responsible forwriting. Throughout this course studentswould also develop teamwork skills andthe ability to combine knowledge fromdifferent areas of material andengineering sciences.

their reparation.


BSc-0251 elective Fuel and IndustrialWater

Fuel types. Stoichiometric combustionequations. Combustion temperature.Characterization of solid fuels,proximate and elemental analysis. Solidfuel origins, derivation, applications.Liquid fuels, origins, derivation,applications. Gaseous fuels, origins,derivation, applications. Industrialwater, types and properties. Essentialcharacteristics of the water for use inindustrial purposes. Problems in the useof natural waters. Water treatment forindustrial applications.

Acquisition of basic knowledgeabout the concept of fuel, typesand properties. Mastering thebasic techniques of calculationof quantity and composition ofthe products of combustion andcombustion temperature.Acquiring basic knowledge onthe characterization of solidfuels, their origins, derivationand application. Basicknowledge of liquid and gaseousfuels, their origins, derivationand application. Basicknowledge about water andmethods of preparation forindustrial application.


BSc-0557 elective Foundations ofbiomaterials

The aim of this course is to introducestudents to different types ofbiomaterials and their properties withthe goal of understanding and studyingthe possibility of using biomaterials inhuman organism. Special attention isdevoted to the appearence of damageand failure of biomaterials which are incontact with or are within human body,as well as consequences due to theseprocesses. This course enables possiblecollabortions between experts in the

Attending this course studentwill develop abilities of allencompassing analysis of theproblem of the contact betweenthe artificial biomaterial andliving organism, and thepotential to predict optimalchoice of biomaterial usingscientific methods as well aspresent-day lab equipment. Dueto this course a student will alsodevelop the ability to combine

fields of material science and medicine,more particularly it enables work withspecialized clinics and laboratories thatconduct research and engineering ofbiomaterials.

knowledge from different areasof material science, biology,physics, mechanics andphysiology together withlearned biomedical engineering.


BSc-0492 elective Design and testingof weldedstructures

After having completed the course,along with the theory and practicalclasses (through problems andcalculation exersizes, seminars etc.), thestudent acquires the proper academicknowledge and skills in the field of welddesign, and stress state analysis of thewelded structure. Also, candidates willbe familiar with the modern testing andinspection techniques applied to weldedstructures in service.

Having mastered the material ofthe course, envisaged throughthe course programme, thestudent is capable of solving realproblems dealing with thewelded structure calculationsand testing, and is able toperceive eventual effects thatmay result in the case of poorsolutions, or that are theconsequences from fatigue anddamage of the material. Thestudent is then also capable ofconnecting the knowledgeacquired in this field with otherfields, and to successfully applyit in practice.


BSc-0371 elective Tribotechnique The student attending this course should:• Master the fundamental knowledge inthe areas of lubricants and lubrication; •Comprehend the significance of failuresfrom the technical and economicaspects; • Master the skills to evaluatethe failure according to the establishedcause-consequence classifications; •Comprehend the issue of establishing adiagnostic of machine condition andmonitoring programme; • Increase theavailability and productivity of theequipment through a clearly definedtechnical strategy and to makecompetent decisions on it.

Based on the masteredknowledge the student isqualified to: • Conducts ananalysis of the problemsconnected with maintenanceand competently decides on themaintenance program in thetribotechnique area; • Selectsand uses the modern methodsfor condition-diagnostic andcondition-monitoring of thetribological systems; • Makeconclusions, based onmonitoring results, about wayshow to prevent the failure; •

Carry-out all the maintenancemeasures in tribotechniquedomain and systematicallyintroduce them into theworking practice with the aimto reduce the losses due tofriction and wear.

6 fluid mechanics BSc-0347 elective Hydraulics andpneumatics

This course aims to teach students basicknowledge of hydraulics andpneumatics. First of all they need tolearn to read schemes of hydraulic oiland pneumatic systems. In addition tothis the audience of this course should befamiliar with basic elements of allsystems, with their functionality, placeand role in hydraulic oil and pneumaticsystems. Besides this, the aim of thiscourse is to teach listeners the basics ofcalculations of elements, circuits andsystems in general.

The students listened to andpassed this course will be ableto read correctly each schemeof oil hydraulic or pneumaticsystem. In addition tounderstanding the scheme theywill be able to accuratelydetermine functionality of givensystem. Also, they will be ableto independently calculateexisting oil hydraulics andpneumatics systems instationary regimes.


BSc-0636 elective Machine elementsfailure analysis

1. Achieving basic knowledge onmachine elements failure analysis basedon application of design principles,analytical procedures, numerical tools,appropriate measuring techniques anddiagnostic methods. 2. Understandingdominant machine elements failure(MEF) modes in terms of design andoperational conditions. 3. Mastering thebasics of analytical and empiricalprocedures for identifying MEF. 4.Mastering the basics of practicalproblems solving (MEF prediction andprevention, elimination of their causesand consequences).

At the end of the course studentshould be able to: 1. define andclassify types of machineelements failures, 2. to connectcauses of machine elementfailure with properties of itsdesign, application andoperational conditions 3. tomake a proper choice of meansand methods of machineelements failure diagnostics, 4.to propose measures to preventmachine elements failures, 5. tomake appropriate report onanalyzed machine elementfailure.

6 hydropower BSc-0050 elective Basic of 1.Introduction of theoretical knowledge 1. Gaining basic knowledge

engineering Turbomachinery of fluid flow in turbomachinery.2.Studying of energy and exploitationcharacteristics of turbomachinery andtheir application in mechanical systems.3. Obtaining of practical skillsapplication of pumps and fans in powersystems.

about the exchange of energy inturbomachinery. 2. Reaching themethods of choice ofturbomachinery according tothe energy system. 3.Understanding the control andthe energy efficiency ofturbomachinery. 4. Obtainingpractical experience ofturbomachinery exploitation.


BSc-0412 elective BusinessProductionInformationSystems

Acquisition of knowledge for applyingcomputers in business-productionsystems, so as to carry outcomputerization of all information flowsin the system and in the system-environment interaction. Within theframework of such approch, attention isdirected to information systems design.Also, the aim is to master specific,highly professional skills of usingspecialized software tools for business-production systems management.Decision-making support systems andexpert systems are studied.

The student develops thefollowing abilities:understanding the place and roleof information systems inbusiness-production systems,design of information systems,scanning and analysis of theexisting information flows andcritical perception of theiradvantages and deficiencies.Acquisition of knowledgeneeded for application in solvingproblems of production-business systems.


BSc-0414 elective Maintenancemanagement

Perception of position and cost ofmaintenance within life cycle oftechnical systems. Acquaint ion withparameters which affect design ofmaintenance organization. Practicaldetermination and analyze of technicalsystem reliability. Acquaint ion withstandard malfunctions, methods forcondition monitoring as well as withequipment for condition monitoring.Overwhelm with methods fordetermination of replacement andreparation strategies, maintenance costs

Curriculum overcome enablesoverwhelm with necessaryknowledge and skills (models,optimization procedures,monitoring and measureequipment, basics of computersystems – business solutions)for implementation inmaintenance organizations ofcomplex technical systems.

and inventory optimization. Acquaintion with possibilities of maintenancesystem optimization and application ofcomputer systems – business solutions.


BSc-0529 elective Softwareengineering 1

• Acquisition of basic skills in thepreparation of projects related tosoftware development are important forsmall and medium-sized companies. •Using some simple CASE tool for thedesign of some parts of the software. •The acquisition of skills which overcomethe barriers to collaboration in teams towrite and implement software.

• to participate in the softwareteam as a team member withspecial knowledge related tomechanical engineering, • tonotice problems in the designand determine the problematicprocesses that can influence andsome numerical mark on theproject, • to prepare all thenecessary data for modeling ofcertain parts of the software, •to prepare vallidedocumentation for software, •to participate in theimplementation of the softwarewith the contractor.


BSc-0259 elective Database Design Course objective: • Analysis of problemsin the creation of a set, data collection,database. • Step-by-step accepting themethodology of logical and physicaldesign and the database. • Analysis ofselected problems typical for companybusiness. • Accurate and clearintroduction to the DBMS and SQL.

The achieved knowledge allows:• identified the real object datathat becomes information, •obtained data at the basic levelget systematized and logicalprepar, • logical data preparedat the basic level get copied todatabase, • obtain informationsfrom existing database using ahigher level base of SQL.


BSc-0658 elective HybridePowertrainSystems

Coverage and adoption of basictheoretical knowledge on IC Engines,Electric & Hydraulic Drive and varietyof Hybrid Powertrain Systems and FuelCells, their perspectives and potentialapplications. Acquaintance with theterms of Renewable and Non-Renewable

Understanding of basicprinciples of operation andmodes of application of ICEngines, Pure Electric Drivesand Hybrid Powertrain Systems.Developing capabilities tomodel, calculate and analyze

Energy resources and perspectives ofutilization of Bio-Fuels, Alcohols andHydrogen. Developing skills to analyzeand evaluate different concepts ofconventional and hybrid powertrainsystems regarding fuel economy.Developing skills to make simple modelsof Powertrain Systems components inorder to simulate and evaluatepowertrain system behavior duringdriving cycles.

Power Losses in VehiclePowertrain System, todetermine requiredPerformance of PowertrainSystem, to evaluate potentials ofFuel Economy Improvement byapplication of HybridPowertrain/RegenerativeBraking System.


BSc-0700 elective Operation andoverhaul ofengines

Expanding knowledge in the basicproblems of engine exploitation, typicalfailures and overhaul process. Practicalapplication of the gained knowledge onactual physical object. Expandingknowledge in On- Board diagnosticswith modern engines. Gainingknowledge of general structure andrealization of major overhaul and majoroverhaul operations. Training for thediagnostics of the cause and type ofwear of basic engine parts. Expandingknowledge in the methods of the serviceof engine in exploitation.

General specifications:Application of engineerapproach in analysis of machineand devices failures. Generalstructure and realization ofmaintenance of machines anddevices and their overhaul.Ability to analyze and establishthe cause of engine failure.Application of OBD ("on-board") procedures with modernvehicles. Ability to organize andsupervise engine maintenanceand major overhaul process.


BSc-0044 elective Elements ofConstruction andMining Machines

Basic course goals (objectives): 1)introducing students with specificities ofworking process, design, modeling andcalculation of construction and miningmachines and appliances. 2) masteringpractical skills which are necessary forselection, design and calculation ofconstruction and mining machines.

Mastering the curriculumstudent gains (acquires): 1)general skills which can be usedin engineering practice(analysis, synthesis andanticipation of solution andconsequences; development ofcritical approach) 2) specificskills (use of knowledge gain infundamental academic fields onsolving of concrete problems infield of construction and mining

machines).


BSc-0264 elective Material HandligEquipment

The basic goal of this subject is tointroduce students into the fundamentalsof intralogistics (material handlingequipment in intralogistics) and toenable achieving practical skills inengineering education and professionalwork such as are analysis of duty cycleof material handling equipment,selection, sizing and calculation ofmaterial handling equipment as elementsof material handling and conveyingmachines.

Mastering the curriculumstudents obtain general abilitiesthat can be applied inengineering practice: knowledgeand principles of materialhandling equipment, selection ofparameters, the size andcomputer modeling of materialhandling equipment and theability for calculating andsolving concrete problems inpractice.

6 mathematics BSc-0591 elective Computermodeling andanimation

The aim of this course is to provide anoverview of the theoretical basis ofcomputer modeling using 3D StudioMAX, to present some of the practicalaspects of computer modeling, as well asto provide the necessary knowledge tocreate animations in mechanicalengineering.

The audience of this course willacquire basic theoreticalknowledge of computermodeling and animation. Inaddition, students will beprovided practical knowledge ofcomputer modeling using 3DStudio MAX. Students willmake presentations of various3D models. The knowledgeacquired can be applied to anytype of computer modeling inmechanical engineering, andmay also be used in making andanimation in mechanicalengineering.

6 mechanics BSc-0012 elective Theory ofMechanicalVibrations

It is necessary to enable the students toindependently form and solve lineardifferential equations of motion ofmechanical models of real objectsoscillatory moving in different areas ofmechanical engineering.

A learning basic concepts andmethods of linear theory ofvibrations with an arbitraryfinite number of degrees offreedom and elastic bodies withone-dimensional massdistribution, using appropriatecomputer tools.

6 motor vehicles BSc-0052 elective Vehicleperformance

Primary goal of this subject is to provideknowledge on modern vehiclescharacteristics, introduce students tobasic principles of vehicle performancedetermination, terramechanics andvehicle dynamic characteristicscalculation using modern theoretical-experimental methods.

1. Acquirement of theoretical-experimental knowledge in thefield of power transmissiondesign. 2. Mastering thecontemporary methods in thefield of power transmissiondesign. 3. Training of studentsfor computer aided powertransmission system designthrough practical examples.

6 motor vehicles BSc-0540 elective Vehicle Design 1 Vehicle Design is a complex process,concerned with powertrain,aerodynamics, environmental impact,ergonomics, legislation, materials,production, safety and technology.Course objective is to provide anunderstanding of the design process ofmotor vehicles regarding: a) basicrequirements being imposed to vehicleand its systems, assemblies, sub –assemblies, and parts, b) influences ofvehicle components design on its overallperformance, time and costdevelopment, quality of use, andrecycling process c) legislation related tothe specific vehicle categories. Thiscourse aims to develop the broad rangeof students’ skills and knowledge to beable to understand, recognize, and solvecomplex issues in vehicle design as apart of challenging automotive industry.

Course outcomes aredevelopment of student’sabilities to: a) understand theprocess of а vehicle design, itsrelation to design of vehiclesystems as well as to be able todesign the process to meetdesired vehicle/systemscharacteristics, b) be aware ofcontemporary issues in vehicledesign, c) be able to accessvarious technical informationsources, d) be able to function inthe team, e) identify key issues,formulate and apply technicalknowledge to solve engineeringproblems related to vehicledesign, f) develop written andoral communication skills, g)understand how to use thetechniques, skills and modernengineering tools for problemsresolving.

6 naval systems BSc-0694 elective Ship Systems To cover the basic knowledge of MarineEngineering connected to ship pipingand pumping systems.

Ability in basic design,calculations and analysis of shippiping and pumping systems:bilge, ballast, emergency,

heeling, sanitary, tanker,firefighting systems, etc.

6 naval systems BSc-0058 elective Ship Equipment The aims of the course are to familiarizestudents with: 1) basic ship equipment,both with the one found on each shipand with a special one found on sometypes of ships; 2) essential characteristicsof various ship types; 3) regulationsconcerning ship equipment; 4) theexpected development of ship types andtheir equipment.

Having successfully masteredthe teaching contents of Shipequipment, the student shoulddemonstrate fundamentalknowledge about: 1) shipequipment; 2) various types ofships and their essentialcharacteristics; 3) the expecteddevelopment of ship equipmentand ship types etc.


BSc-0250 elective Electronics The aim of the course is to familiarizethe students with basic laws ofelectronics and to develop studentcompetence for acquisition of moreadvanced academic knowledge andpractical skills in scientific, professionaland applied areas of mechanicalengineering relying on electronics. Thestudent is introduced into basic devicesand circuits encountered incontemporary electronics and scientificmethods for their analysis andmeasurement.

Having successfully masteredthe teaching contents ofelectronics, the student shouldbe able to qualitatively pursuehis scientific career andprofession, manipulate methodsof analysis and measurements inelectronics, anticipate thesolutions and perceive theoutcomes, acquireunderstanding of research andpractical methods in the fieldshe can adequately apply inconcrete problem solving inmechanical engineering.


BSc-0030 elective Electronics andbiomedicalmeasurements

Introducing to fundamentals ofElectronics, the most common electroncomponents and circuits. Presentation ofthe basic medical measurements anddiagnostically methods. The focus is onthe operation of standard biomedicalequipment with brief description ofdevice construction. The subjecteducates engineers to improve stillexisting and develop new biomedical

By attending the course,students will be educated tounderstand and analyzeproblems concerned withoperation and usage of basicbiomedical instrumentation andequipment. This course educatestudents to connect basicprincipals of electronics, physicsand medicine and to practically

devices. implement them into modernmedical equipment.


BSc-0082 elective Pipeline andfittings

Objective of the course is that studentsacquire academic skills and academiccompetencies for selection andcalculation of pipelines and pipelinefittings. By performing students’projects, they acquire creative andspecific practical skills that qualify themto perform professional work in the fieldof pipeline design. Through thelaboratory experiments and exercises,students gain knowledge of testing andexploiting process equipment.

By successful completion of thestudy program student acquiresthe following skills: analysis,synthesis and prediction ofsolutions and consequences;development of critical thinkingand self-critical approach;application of knowledge inpractice; professional ethics;correlation of knowledge fromdifferent fields and theirapplications; development ofskill and proficiency in the useof knowledge in field ofpipelines and pipeline fittings.


BSc-0033 elective Equipment inprocess industry

Analyzing complex technologicalprocesses and their breakdown intoindividual operations. Understanding thebasic operations in pšrocesnoj industry.Acquiring basic knowledge ofmechanical, hydromechanical, thermal,diffusion, chemical and biologicaloperations.Understanding the basics oftransport of fluids and solids, as well assupporting operations in everytechnological process. Equipment forUnit Operations.

Ability of analyzing complexprocesses in process industry.Acquisition of basic conceptsabout the characteristics of theequipment used for mechanical,hydro, thermal, diffusion,chemical and biochemicaloperations. Understanding therole of additional equipment inprocess industry.


BSc-0043 elective Machine tools 1. Step-by-step perception of conceptsand themes related to machine tools. 2.Acquisition of basic knowledge aboutmachine tool primary motionconfiguration for cutting anddeformation processing andconfiguration of feed motions. 3. Studiesof machine tool structures, guides

1. Ability to manage in themachine tools environment andpreparing them for work. 2.Know-how to configureprimary and feed motions ofmachine tools. 3. Ability todesign and perform theexperiment to test a machine

foundations and machine tools testing. 4.Studying and practicing the control andprogramming of numerically controlledmachine tools and making a report onacquired knowledge.

tool and to identify themachining process. 4. Know-how to program numericallycontrolled machine tools. 5.Knowledge about the step-by-step concept of machine toolsand their selection for a certaintype of processing.


BSc-0056 elective ShipbuildingTechnology

To acquire theoretical and practicalknowledge of shipbuilding technology,starting from the concept acquisition,calculations and testing, working out ofbuilding technology, protection andtesting of the ship. To perceive theimportance of team-work andcooperation based on arriving at optimalsolution.

Fundamental knowledge ofmachining systems. Ability todesign technology of shipstructural members. Ability toapply the concepts of modulardesign and assemblytechnology. Basic practicalexperience in realizing theshipbuilding technology.


BSc-0032 elective TOOLS ANDFIXTURES

Acquisition of theoretical and practicalknowledge of design, computations andconstructions of clamping fixtures,sheet-metal processing tools, metalpressure casting tools, forming andshaping plastics tools and forging tools,all this based on modern technologiesand optimal solution.

1.Fundamental knowledge oftools and fixtures as a sub-system of the processingsystem. 2. Know-how toapproach to the design process.3. Thorough knowledge andunderstanding of the designprocess of processingtechnology and shaping. 4. Basicpractical experience acquisitionin industrial production of toolsand fixtures.


BSc-0227 elective Fundamentals ofRail Vehicles

1. Understanding the basic rail vehiclesassembling units 2. Acquiring theknowledge necessary to understandfunctioning of the basic structural units3. Training for the application ofacquired knowledge to solve practicalproblems, especially in the field of themaintenance of railway vehicles.

At the end of the course thestudent should be able to: 1.Explain the functional andstructural differences betweenbasic types of rolling stock. 2.Explain the tasks andfunctioning of the mainassemblies of rail vehicles. 3.

Identify actions required toresolve typical failures inoperation and in themaintenance of the rail vehicles.4. Apply appropriate regulationsand standards in the design andmaintenance of railwayvehicles. 5. Apply basiccomputer tools to construct andcalculate simple assemblies ofrail vehicles.


BSc-0388 elective Life cycle ofRailway Vehicles

1.Introduction to basic conceptsimportant for understanding the lifecycle of railway vehicles 2.Acquiringknowledge necessary to understand theissues of the life cycle of railwayvehicles 3.Training for the application ofacquired knowledge in solving practicalproblems in the design, use andmaintenance of railway vehicles

Upon completion of the coursestudent should be able to:1.Explain the basic conceptsrelated to the life cycle ofrailway vehicles. 2.Explain thetasks and functioning related torailway vehicles components forachieving the set goal.3.Perform appropriate tasksrelated to the life cycle ofrailway vehicles. 4.Applyappropriate regulations andstandards. 5.Apply appropriatecomputational tools and to beable to make appropriatedecisions.


BSc-0228 elective BasicTechnologicalOperations in FoodIndustry

1. Acquisition of basic knowledge ofphysical and chemical changes inmaterials that are processed during thetechnological process in the foodindustry. 2. Understanding the basicconcepts necessary for rezumevanjematter in the field of food technology. 3.The division of the basic technologicaloperations encountered in the foodindustry, primarily in the mill and

1. Analysis of existing solutionsand their effects 2. prektičnihadoption of knowledge 3.application of knowledge inpractice 4. knowledge andunderstanding of issues in thefood process industry 5. solvingprocess, examples of food 6.connect knowledge fromdifferent fields and their

bakery and confectionery, dairy,slaughter-mesarskoj and fruit-vegetableindustry

application 7. monitoring andimplementation of innovationsin the profession.


BSc-0252 elective Hidraulic andPneumaticMechanisms andPiping

Acquisition of all necessary knowledgefor the development and calculation ofpneumatic and hydraulic installations.Presentation of all symbols for bothfields. The use of hydraulic andpneumatic components as a drive formodern machines in different branches.Using pneumatics as factory energy.Regulations and standards for thedevelopment of the central pneumaticdistribution.

At the end of this course thestudent should be able tointerpret the pneumatic andhydraulic schemes. To be ableto design mechanisms andelectro pneumatic systems forsynchronization of machines. Italso should be able to designhydraulic mechanisms, i.e.driving systems for machinesand devices.


BSc-0029 elective Basic ofRefrigeration

Achieving of competence and academicskills as well as methods for theiracquisition. The development of creativeabilities and practical skills which areessential to the profession. Objectivesare concrete and achievable and in fullaccordance with the defined basic tasksand objectives of the study program.

Student acquires subject-specificabilities that are essential for thequality of professional activities:analysis, synthesis andprediction of solutions andconsequences; application ofknowledge in practice; linkingthe basic knowledge in variousfields with their application tosolve specific problems.


BSc-0646 elective Heating techniquefundamentals

Acquiring knowledge and skills in thefield of heating technology - the impactof climate parameters and conditions ofcomfort, heating bodies, additionalelements and equipment, types andmechanisms of heat transfer; acquiringknowledge of methods for calculation ofheat losses according to differentstandards and use these methods whendeveloping main mechanical project ofcentral heating systems.

Students acquire specific skillsand knowledge in heatingtechnology: they are familiarwith elements of central heatingsystems; familiar with heatlosses calculation methods andcan apply them in practice.Student can connect basicknowledge and apply it to solveconcrete problems in thetechnique of heating.

6 thermomechanics BSc-0532 elective Basics of Heat Students shall gain knowledge in heat After completing the course,

Transfer transfer - scientific discipline that isfundamental for design of devices andplants in process engineering, thermalengineering and power engineering.Students shall study steady-state andtransient heat conduction, forced andfree heat convection as well as boilingand condensation heat convection; alsostudy radiation heat transfer as well asinfluence of all these phenomena uponthe climate changes and global warming.

passing quizzes and tests andsuccessfully passing the finalexam, students shall be able toperform, themselves, thermalcalculations of simple thermalengineering plants and unitarydevices. Result of the course isalso acquiring basic knowledgethat enable active participationin related theoretical andapplied courses.

6 weapon systems BSc-0057 elective ClassicalArmament Design

Introducing students to the basics ofconstruction of artillery weapons, smallarms, automatic cannons, armouredvehicles and tanks. The study of basictactical - technical requirements,processes that occur during firing, andthe principles of operation, determiningthe structural solutions of certainsystems. Analysis of individualstructural elements of different classicalarmament systems.

Mastering the basic principles ofthe design of classical armamentsystems. Qualification for thecalculation of basic parametersof processes that determine thedesign of individual systems.The basis for the later detailedstudy of artillery and automaticweapons design.

6 weapon systems BSc-0254 elective Missile weapondesign

Goal of subject is to achieve competitiveacademic knowledge and skills in theanalyzes and syntheses of the mainmissiles and rocket systemperformances. Also, goal is to realizeknowledge about special missile androcket performances, as the specialflight vehicle and ballistic object, withtheir distinguishing features, applicablefor weapon or ammunition synthesescomparing with other types of weaponand projectiles. Student or applicantdeveloping creative capabilities, in thedirected mechanical engineering, skillsfor the basic professional orientation of

Student achieve possibilities ofanalyzes and syntheses for theexpert solutions of weaponmissile and rocket systems,project, design, feasibility andother study approachesintegrations.Output includesmethodology and proceedingsof specific research knowledgeof mathematics, mechanics,propulsion , propellants and itssoftware applications in missilessystems design. Studentdeveloping critical approach ofweapon missiles system and

weapon design engineering. Theoreticalapplications and practical examples ofmissile, rockets diversification andintegration design cases is theknowledge goal of student creativecourse work, as the bachelor basicknowledge of weapon designers.

design and possibility to employknowledge in practical workalso, in information exchangingabout relevant references. Also,understand principalperformances of missiles androcket weapon systems anddifferences its design differencesand applied differenttechnologies and branches ofresearch in this area.

goals and learning outcomes of bachelor studies · goals and learning outcomes of bachelor studies...

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