Faculty of Mechanical Engineering and Computer Engineering Plan and program for several departments

7/24/2019 Faculty of Mechanical Engineering and Computer Engineering Plan and program for several departments

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Faculty of Mechanical Engineering and Computer EngineeringUNIVERSITY OF MOSTR

Educational plan and programUni!er"ity "tudy program of Computer Engineering


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Study of Computer Engineering

#$ %e"cription of degree program" in Computer Engineering

In undergraduate program of Computer Engineering students will train for application of acquiredknowledge in solving specific problems of designing hardware and software products.This includes

the ability to clearly define the problem, determine the feasibility of its solution, and the study,specifying, designing, implementation, testing, transformation and documenting solution.Undergraduate program qualifies students for teamwork to solve problems and to communicate witheperts from other areas. It is especially important that they are able to permanently improve in thisarea that is developing very quickly and fits into new application areas. Undergraduate studies ofComputer Engineering were designed with the aim to provide students with education, especiallyrelying on Electronics as a primary computing technology. In addition to basic knowledge ofmathematics, physics and electrical engineering students of Computer Engineering also acquireknowledge from following areas! "lgorithms and data structures, discrete mathematics, analysis anddesign of digital systems, micro and micro programmable function blocks, the reali#ation of hardware$salgorithms, connecting computers to the outside world %&&&', different types of databases, man (machine interface, programming, software systems for computer aided design and other areas ofcomputer science. &hile inundergraduate studies of Computer Engineering, students are trained to

work in different areas of computer science and information technologies. Upon completion of theirstudies, students are trained to design, implement and maintain medium comple computer systemswhich include the integration of software and hardware solutions. Especially important role in thisstudy program is relation to the labor market as the first stage in the framework of a two(stageeducation in order to form a complete knowledgeable epert capable of solving the most complicatedengineering tasks. The need for professionals with these competencies is significantly higher than thenumber of educated professionals, both in the wider area, and in all )osnia and *er#egovina, andabroad. "fter graduation, with the acquired knowledge students can be employed in industry, computerand communication companies, education, and service activities, etc.

&raduate "tudy of Computer Engineering

+raduate studies of Computer Engineering give students the necessary knowledge in the net fields!

design and development of software and hardware and systems based on a computer, interactionsbetween hardware and software, designing systems that support human interaction with computersystem, and computer system and eternal world, methods and procedures for the design of systemsthat contain a computer. The learning process has the scientific, mathematical and practicaldimensions, and integrates them in a separate study program. Understanding this integrationtranscends implementation details of the components and seeks recognition of predictable effects oncomple systems. This study program includes a combination of key skills and techniques of computerscience aimed at understanding the problem needed to solve comple software and software(hardware problems in the industry and all branches of human activity. In graduate study of ComputerEngineering students are trained to work in all branches of industrial activity that require ecellentknowledge of programming with understanding of computing, telecommunications, built(in and othersystems that contain computer. tudent is qualified to independently solve comple programmingproblems and to plan and design systems based on computer. tudent is also capable of operating in

the development and implementation of software products %industry, government - /ostar (Undergraduate and graduate study of Computer Engineering, institutions, banks', innovations incomputer technology, and new and effective solutions for computer problems %research anddevelopment departments in the industry, science, *igher Education'. There is almost no sector ofindustry where epert who finished a graduate study in computer engineering would not be able tosuccessfully work, so the needs of the labor market for this profile of professionals is very high. This isparticularly important at the present time, when social and economic changes require the developmentof new, small or medium(si#ed, high(technology enterprises, which will be the new backbone ofeconomic development.

'$ The goal of the "tudy of Computer Engineering


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The goal of the study of Computer Engineering %undergraduate and graduate' is to educateprofessionals capable to adapt to the constant changes in the field of computing and all engineeringfields. Education includes providing the necessary basis in computing and engineering in general. Thegoal of the study is to develop the ability of designing the application and utili#ation of computerscience and information technologies, with particular emphasis on applications in the engineering.

($ %e"cription of the )rofe""ion

The goals of the opening study of Computer Engineering are best demonstrated through activitiespeculiarity of eperts in the field of Computer Engineering. Eperts in the field of ComputerEngineering must be active in the most advanced and most widespread fields of today$s technology(dependent world. The fact is, on the one hand that the needs of mankind for energy and materialgoods is growing, on the other hand it is increasingly difficult to meet the need for more rational use ofnatural resources and environmental protection. In such conditions, the activity of eperts in the field ofComputer Engineering is complicated and requires as qualitative education. "lso the fact that thetechnological systems of today, all sectors of the economy and social activity without eception,cannot be imagined without the aid of Computer Engineering. Technological solutions in these areasact immediately to improve the overall quality of life and the life of every individual. -rom futureprofessionals in the field of Computer Engineering, regardless of work field %research, development,

planning, production, use, sale, etc.' is epected!

0ermanent adoption of new knowledge and understanding, maintaining technological competence1 Connection with the areas of application, ability to adapt1 working enthusiasm and taking initiatives1 ense of professional responsibility %decision(making at all levels of responsibility and appreciationof humanistic, economic and legal rules'1 Communication skills, work in multidisciplinary groups.

Educational plan and program of undergraduate and graduate study programs is designed to enablestudents to acquire the basic knowledge necessary to meet the above epectations.

*$ )rofe""ional title" and academic degree"

- /ostar 2 Undergraduate and graduate study of Computer Engineering


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-aculty of /echanical Engineering and Computer Engineering, of University in /ostar organi#es andconducts educational, scientific and highly professional work in the educational and scientific field of3ra+unar"t!a ,Computer Engineering-.. "fter finishing undergraduate studies, students acquirediploma and title! 3/accalauru" 0/accalaurea ra+unar"t!a ,Computer Engineering-.. -.. "fterfinishing graduate studies of Computer Engineering students acquire diploma and title!

1magi"tar0magi"tra ra+unar"t!a ,Computer Engineering- 2$

3$ Structure and duration of "tudie"

Classes at the university4s undergraduate study of Computer Engineering is done in si semesters,and in the last semester, students need to do their final thesis. "t the graduate level of ComputerEngineering classes are held for two years %four semesters', and in the final year student need to do)ologna master thesis.

Classes in both studies are carried out through! 5bligatory courses1 Elective courses1 eminars1 -inal thesis %undergraduate study of Computer Engineering', )ologna master thesis %graduate study of Computer Engineering'.

)y education plan and program are determined mandatory and elective courses, and the order of theirperformance. Undergraduate study is completed by submission and thesis defense, and graduatestudy is completed by submission and defending a master$s thesis in front of an epert committee.

4$ Entry re5uirement" to ne6t year of "tudy

The conditions for enrollment to higher years of study are made by the -aculty Council with theconsent of the enate, University of /ostar, in accordance with the valid normative acts. Entryrequirements to the higher years of study are timely advertised on the notice board and website of the

-aculty. In order to further awareness of students, teachers, and bearing in mind the criteria of entryinto the higher years at the University of /ostar, there were determined following conditions of entry!

Undergraduate "tudy of Computer Engineering

-or application to the entry to second academic year, students must achieve at least 67 ECTcredits from the first year1 at enrollment of the third academic year, students must achieve at least 87 ECT credits and theyneed to have 9: ECT credits from the first year of study and ;7 ECT credits from the second yearof study.

&raduate "tudy of Computer Engineering

the graduate study of Computer Engineering can be enrolled by students who have successfullycompleted the undergraduate program and achieved


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Ta/ular pre"entation of the education plan and program /y year" of "tudy

I E/ETE

Code Course Title L + E Exam ECTS

/-5


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E5@:@'igital s"stems and

structures 3+2+1 1 7E5@:; Signals and S"stems 2+0+2 1 *

"55@: ? E %number of hours of lectures, auditory and laboratoryeercises', information about eams and ECT credits. "ll courses are carried out for an entiresemester, fifteen weeks, so that the total number of classes is determined by previous data.

I E/ETE

Code Course Title L + E Exam ECTS056:6

(b8ect (riented$rogramming 2+0+3 1

/-56:= /umerical Anal"sis 2+2+0 1 *UI56:< arti9cial intelligence 2+0+2 1 *

I)56:@#T 'esigns"stem 2+0+2 1 *

056:7 :ser #nter.aces 2+1+1 1 , Electie Course # 2+1+1 1 *

T(TAL*+2+)

2* 30

II E/ETE


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Code Course Title L + E Exam ECTS/-56:8 o$timi&ation methods 2+1+1 1 *AE56:= $ro8ect Management 2+1+1 1 *

UI56:@#ntelligent CA'

S"stems 1+0+3 1 *

"556:6 Adanced Structuresand Algorithms 2+0+2 1 *

+/56:; multimedia s"stems 2+1+1 1 * Electie Course ## 2+1+1 1 *

T(TAL11+,+;

)2, 30

III E/ETE


AE7:8 Economics and


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s"stems

A(#0;'esigning hardare using

com$uters 2+1+1 ,*

"5I


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Code 8 05


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)recondition for e6am8 none

Knowledge assessment@ (ngoing %noledge assessment during the classesGoal of the course@ Mastering basing terms hich are necessar" .or

understanding communication $rocess in their diBerent sha$es es$eciall"communication in organi&ation ith accent on s%ills mannersmethods andcommunication tools Students ill bi introduced ith s$eci9cs o. communicationith #TContent of the course@ term and meaning o. in.ormation and communications4eleanceim$ortance o. in.ormation Communications (rgani&ations andcommunications Term o. organi&ation Meanings o. organi&ation #n.ormalorgani&ation #n.ormal communications 5ormal communications T"$es o.organi&ational structures Communication and goals o. the in.ormation s"stems#n.ormation s"stem o. com$an" 5unctions #S Structure #S S"stem .or su$$ort todeciding Models and .orms o. communications Communications models 5orms

o. communications


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Code M5(10, Name of the subject@ Mathematics 2 ECTS@7Study program8 Undergraduate study of Computer EngineeringYear1Lecturer@ docdrsc


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electromagnetic aes@ (ne6dimensional to and three aes >ae eHuationThe su$er$osition o. aes u"genss $rinci$le 5erments $rinci$le Energ" Oo'o$$lerDs eBect ae dis$ersion >ae $olari&ation#nter.erence Stationar" aes 4esonance eometrical o$tic@ !lane ands$herical mirror !lane and s$herical dio$ter Lenses Structure o. matter@molecules atoms electrons al%er@ 5undamental o. !h"sics 7thedition>ile" 200*Cindro /@ 5i&i%a 2 %ols%a %n8iga agreb 1;;1 :dNbeni%SeuPiliQta u


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electrical electronicelectromechanical com$onents and deicesRecommended literature M (bad 'i&a8n $roi&oda u& $odrQ%u raPunalaSeuPiliQte uMostaru 200, L !adoan@ #nNen8ers%a gra9%a i do%umentiran8e ra$hisagreb 1;;;Additional literature5E iesec%e A Mitchell C S$encer #L ill T'"gdon@

Technical 'raing Mc Millan !ublishing Com$an" /e [or% 1;= M!rooerE>immers 4@ CA'CAM !rentice all #nc /e erse" 1;=,

Code @ 'E(103 Name of the subject@ !h"sical and health culture ECTS@1Study program8 Undergraduate study of Computer Engineering[ear@1

Lecturer@ SemestersummerNumber of classes@0+0+2

Course statusbasic#recondition for e$amnoneKnowledge assessements@ noneGoal of the course@ To hae eBect on anthro$ological characteristics o.students b" acHuiring and mastering ne motorics %noledge $resering andim$roing Hualit" o. li.e o. studentsContent of the courseExercises o. $h"sical education s$ort games 8eNbet8elesnog odgo8a s$orts%e igre4ecommended literature @ Milanoi '@!riruPni% &a s$orts%e trenere 55FSeuPiliQte uagrebu agreb 1;;7 Milanoi ' # dr@ 5itness 55F agreb 1;;


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1;;;'Kubrini@ 'is%retna matemati%a Element agreb 200, 4 >ilson@ra$hs andA$$lications and #ntroductor" A$$roach S$ringer 200,Additional literature # #anQi@ 5un%ci8e %om$le%sne ari8able La$laceoatrans.ormaci8aLiber 1;7=

Code M50207 Name of the subject Statistics and $robabilit" ECTS@*

Study program8 Undergraduate study of Computer Engineering[ear@2Lecturer$ro.drsc 4adosla ali SemesterinterNumber of classes@ 2+2+0Course status@ basic!recondition .or exam@ noneKnowledge assessments@ constant %noledge assessment during the classesGE$amritten and oralGoal of the courseEx$ressed in the meaning o. result and Huali9cations

Content of courseS$ace o. $robabilit" 4andom eents 'e$endence and#nde$endencebinomial distribution !oissonDs distribution gamma distribution 4andom ectorsSam$le and statistic $arameters ealuation Chec%ing o. statistics h"$othesisRecommended literature@ # !ali@ StatistiP%a teori8a i $rim8ene TehniP%a%n8iga agreb1;=* K !auQe@ 8ero8atnost #n.ormaci8a StohastiP%i $rocesi %ols%a %n8igaagreb1;7, / Ele&oi@ bir%a &adata%a i& teori8e 8ero8atnosti Element agreb 1;;*Additional literatureK !auQe@ :od u matematiP%u statisti%u %ols%a %n8igaagreb1;;3

CodeES(202 Name of the subject@ Electronic ECTSStudy program8 Undergraduate study of Computer Engineering science [ear@2

Lecturer@ $ro.drsc Sen otoac Semester@ interNumber of classes@3+2+1 Course status@ basic#reconditionsThe basics o. electrical engineeringKnowledge assessmentsConstantongoing %noledge assessments E$amritten and oralGoal of the courseThe goals are ex$ressed as a results and Huali9cations

Content of course@ Electrical signals@


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5ES< S$lit 1;;= ! Sla$niPar S otoac ZEle%troniP%i s%lo$oi^ 5ESesle" 1;7 >eiss MA@ 'ata Structures \ !roblem Soling:singC++ Addison6>esle" 1;=7 >eiss MA@ 'ata Structures \ !roblem Soling :sing

AA

Addison6>esle" 1;==Additional literature/ea$olitan 4 /aim$our F@ 5oundations o. Algorithmsones and


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Knowledge assessments@ Constantongoing %noledge assessments E$am@ritten and oral

Goal of the course@ 'eelo$$ement o. s"stematic manner o. thin%ing indesigning mechatronic $roduct The abilit" o. s"nergistic integration com$onentith the $ur$ose o. achieing high Hualit" leel and intelligence o. mechatronic$roductContent of the course@ 'e9nition and a conce$t Finematics and d"namics o.the s"stem ith more mass #ntegration o. electro mechanic electroniccom$uter eHui$ment and so.tare su$$ort Actuators electrical h"draulic and$neumatic Am$li9er electronic h"draulic and $neumatic Sensors o. moement$osition .orce moment tem$erature and leel Conersion and signal!rocessing Control and regulation in mechatronics Microcontrollers inmechatronic s"stems !ro8ecting and building o. a mechatronic com$onents b"using com$uter Mecatronics s"stems in robotics and $roductionRecommended literature' Tom%inson orne@ Mehatronics EnginerringMcra6ill

/e [or% 1;; S4e&i LonPar@ Sustai automats%og u$ral8an8a i regulaci8eSeuPiliQte u Mostaru Mostar 1;;;Additional literature C5raser Milne Electromechanical engineering #EEE!ress /e

[or% 1;;, > 4oddec%@ Ein.uerung in die Mechatroni% Teubner Stutgart1;;7

Code'E(20, Name of the subject@ English language # ECTS2Study program8 Undergraduate study of Computer Engineering[ear@2Lecturer $redKel8ana Kul8 Semester@ interNumber of classes@ 1+1+0 Course status@ basic#recondition for e$am@ noneKnowledge assessments@ Constantongoing %noledge assessmentsThe goal of the courseAcHuiring o. %noledge and grammatical structure o.the language structure and mastering o. reading and riting in .oreign languagesrelated to ocational material o. studentContent of the course@ !re$aration .or classes o. language structures b"re$eating communication contents and grammatical structures acHuired in highschool and obtaining a ne ones #ntroduction into lexical and grammaticallanguages structures o. the ocation o. the student text $rocessing and diBerentexercises that comes ith texts Electricit" Electromagnetism ElectricChargesG Electrical Conductiit" Mathematics Electronics Semiconductors

TransistorsITh"ristorsJ Com$uter Technolog"

4ecommended literature@ tambu%A@English in Electrical Engineering 5ES


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Goal of the course@ Student ill gain a .undamental %noledge about structureo. digital s"stems based on leel o. characteristic logistic circuits and subs"stemsas ell as using basics anal"sis method and $ro8ecting o. digital circuits bothcombinational and seHuentialContent o. the course@ Term o. digital and analogical si&es /umber s"stemsCoding Arithmetics b" module


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Lecturer$ro.drsc Sen otoac SemestersummerNumber of hours@3+1+2 Course status@ basic#recondition for e$amElectronic and !rogrammingKnowledge assessmentsConstantongoing %noledge assessments

The goal of course@ Fnoing architecture o. com$uter and its a" o. or%

Content of the course@ #ntroduction 'iBerent $oint o. ies on com$uterClassi9cation o. com$uters and commands C#SC@ 4#SC Set o. commands Modeo. addressing !ro8ecting o. $rocessor Arithmetical and logical unit !ro8ecting o.memorial s"stem To leel and hierarchical memor" structure (rgani&ation o..ast memor" #n$utout$ut subs"stem !rogram $er.orming :# o$erations'isconnection 'irect memor" access I'MAJ #n$utout$ut deices@ magneticdiscs monitor %e"board mouse $rinterRecommended literature@ enness" L !atterson 'A@ Com$uter

Architecture MorganFau.mann 1;77 euring ! oredan 5@ Com$uter S"stems 'esign andArchitecture Addison6>esle" 1;;7 Stallings >@ Com$uter (rgani&ation andArchitecture !rentice all 1;;Additional literature6

Code'E(20* Subject name Management ECTS@,!egree "rogram undergraduate degree o. com$uter science Year2

Lecturer$ro.drsc 'ragan `oi SemestersummerNumber of classes@2+1+0 Course status@ basic#recondition for e$am@ noneKnowledge assessments@ Constantongoing %noledge assessments E$am6Goal of the course@ :nderstanding o. or%ing and business engineeringenironmentContent of the courseManagement leadershi$ !eo$leDs behaing inorgani&ation Models o. behaing Motiation Access to motiation Theor" o.motiation 4otation o. business ob Enlargement ob Enrichment Measuring o.motiation Measuring o. satis.action Leadershi$ Model o. leadershi$ Modernaccess o. leadershi$ #nter$ersonal $rocesses grou$s and conOicts rou$s incom$an" !rocess o. .orming grou$ Characteristics o. rou$ #nter$ersonal andintergrou$ conOict Communication The im$ortance o. communication

Communication $rocess Communication s"stem in com$an" Troubles incommunication

Recommended literature@ al%er@ !ro8ect 4is%Management uidelines@ Managing 4is% in Large !ro8ects and Com$lex!rocurements

>ile" 200,


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Code'E(20 /ame o. the sub8ect@ English language ##ECTS@2Year@2Study program8 Undergraduate study of Computer EngineeringLecturer$red Kel8ana Kul8 SemestersummerNumber of classes@1+1+0 Course status@ basic#recondition for e$am@ noneKnowledge assessmentsConstantongoing %noledge assessments E$amGoal of the courseAcHuiring terminolog" o. basic 9elds o. the ocation andmastering characteristic language structures o. technical English as ell ass$ecial .eatures o. scienti9c text 'eelo$ing consist o. im$ortance o. correctinter$retation o. technical in.ormation

Content of the course@ TechniHue and technical classes English language inthe ocation Exam$les o. science6$o$ular text ocation text scienti9c text :seo. $assie oice in technical texts Modal erbs $ossibilities and $robabilitiesClassi9cations@ using $assie $resent in descri$tion Ex$ression o. the

adantages and disadantages in tabular ieEx$ression o. $ossibilitiesG use o. an idioms #ntroduction in businesscorres$ondation in English Communication content in common languages

Recommended literature@ tambu% A@ English in Electrical Engineering 5ES


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trans.ormationsJ 'iscreet 5ourierDs trans.ormation and 6trans.ormation 'iscreetcorrelation and conolutioneneral oerie o. analogical and digital communication s"stems !rinci$e o.Multi$lexingContent o. an in.ormation and source ca$acit" ($timal coding 'e$ending eentsand natural languages Channels ith .orest transmitted in.ormation content andchannel ca$acit" ith trees Codes ith control and correction o. mista%es#n.ormational 9ltersRecommended literature@ 4oNi /@ #n.ormaci8e i %omuni%aci8e@ %odiran8e s$rim8enamaagreb 1;;2 Mat%oi G Sin%oi @ Teori8a in.ormaci8a agrebAdditional literature@ 'C MacFa"@ #n.ormation Theor" #n.erence andLearningAlgorithms Cambridge :niersit" !ress200*

CodeA((302 Name of the subject($erational s"stems ECTS7!egree "rogram undergraduate degree o. com$uter science Year3

Study program8 Undergraduate study of Computer EngineeringLecturer$ro.drsc Sen otoac Semester@ summerNumber of classes3+1+2 Course statusocationall"#recondition for e$amsnone

Knowledge assessments@ Constantongoing %noledge assessments E$am@ritten and oral

Goal of the courseStudents acHuiring %noledge about a" o. or%ing some$arts o. modern o$erational s"stems Students ill be able to use standard

$rogram tools .or ma%ing their on $rogramme modules here using A!#.unctions the" can reali&e interru$t or% multitas%ing s"nchroni&ationmechanisms thread and inter$oses communication

Content of courseStructure o. the o$erational s"stems Criterias .or$ro8ecting o$erational s"stems oodhull AS@ ($eratingS"stems@ 'esignand #m$lementation !rentice all 1;;7 Stalings >@ ($erating S"stems!rentice all1;; Silberschat& A alin !


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#recondition for e$ams@ noneKnowledge assessmentsConstantongoing %noledge assessments E$amritten and oral

The goal of the courseStudents ill gain %noledge on com$uter netor%and netor% $ro8ecting .or data transmission

Content of courseTelecomunicational netor% Com$uters and terminals'eelo$ing netor%s .or data transmission


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SeuPiliQte u Mostaru 200,Additional literature@ McMahon C >> documenat TML S"ntax o. $age


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conditions o. deelo$ment o. entre$reneurshi$ The $rinci$les o. deelo$ing a$ersonal initiatie Entre$reneur $rocess #nnoation creatiit" mar%et


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Code@ E4#01 /ame o. the sub8ect@ Com$uter integrated deelo$ment o. $roductECTS@*Study program8 graduate study of Computer Engineering odina@2Lecturer i&$ro.drsc Milen%o (bad Semester@ summer/umber o. hours@2+1+1!recondition@ #ntroduction into com$uter and $rogramming and CA'CAMs"stemsFnoledge assessment@ ongoing during the classes Exam@ ritten and oral

The goal o. course@ #ntroducing ith methodolog" and $rinci$les o. com$uterintegrated deelo$ment o. $roduct introducing ith using digital model o.$roduct in hole deelo$ing $rocess introducing ith integrit" o. Com$uterAided methodolog" in deelo$ing $rocess #ntroducing methods o. simulation andirtual deelo$$ement o. the $roduct intelligent su$$ort in the deelo$ing o. a$roduct

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Faculty of Mechanical Engineering and Computer Engineering Plan and program for several departments

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