Project Description

Computing

The study program develops competencies with complex analysis, medium complexity problem solving in engineering, improves the ability to work as an efficient team member and to contribute to designing systems and processes in the area of computing, utilizing the fundamental knowledge of mathematics, physics and electrical engineering, backed up by the usage of contemporary computer tools.

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Semester 1

COURSES ECTS  HOURS LECTURES PRACTICE
Digital Logic 6 90 60 30
Linear Algebra 5 75 60 15
Mathematical Analysis 1 8 120 90 30
Physical Education and Welfare 1 0 30 0 30
Introduction to Programming 7 78 60 18
Communication Skills 4 30 30 0

Semester 2

TRANSVERSAL COURSES (T)

Number of credits: at least 2.0 ECTS

Only courses with 10+ registered students will be organized

COURSES ECTS  HOURS LECTURES PRACTICE
Physics 6 90 75 15
Mathematical Analysis 2 7 105 90 15
Object Oriented Programming 8 93 60 33
Fundamentals of Electrical Engineering 7 105 90 15
Physical Education and Welfare 2 0 30 0 30
Management in Engineering (T) 2 30 30 0
Basic Design Principles (T) 2 28 15 13
Information Searching and Technical Writing (T) 2 21 15 6

 

Second Year

Semester 3

TRANSVERSAL COURSES (T)

Number of credits: at least 2.0 ECTS

Only courses with 10+ registered students will be organized

COURSES ECTS  HOURS LECTURES PRACTICE
Algorithms and Data Structures 6 66 60 6
Computer Architecture 1R 6 78 60 18
Discrete Mathematics 1 6 66 60 6
Information Theory 4 60 45 15
Information Theory 0 30 0 30
Probability and Statistics 6 81 60 21
Engineering Economics 1 (T) 2 30 30 0
Enviromental Sustainability and Climate Change Mitigation (T) 2 30 30 0
New Media Art (T) 2 28 15 13

Semester 4

TRANSVERSAL COURSES (T)

Number of credits: at least 2.0 ECTS

Only courses with 10+ registered students will be organized

COURSES ECTS  HOURS LECTURES PRACTICE
Databases 6 60 60 8
Communication Networks 6 76 60 16
Operating Systems 6 80 60 20
Web and Mobile Software Development 5 55 45 10
Physical Education and Welfare 4 0 30 0 30
Introduction to Theoretical Computer Science 5 60 60 0
Engineering Economics 2 (T) 2 30 30 0
Management in Engineering (T) 2 30 30 0
Basic Design Principles (T) 2 28 15 13
Quality Management (T) 2 30 30 0
Risk Management (T) 2 30 30 0

Third Year

Semester 5

TRANSVERSAL COURSES (T)

Number of credits: at least 2.0 ECTS

Only courses with 10+ registered students will be organized

COURSE ECTS HOURS LECTURES PRACTICE
Programming Language Translation 5 60 60 0
Software Engineering 5 71 45 26
Project C 8 8 8 0
Final BSc Thesis 10 0 0 0
Tools for Digital Design 5 42 30 12
Computer Architecture 2 5 68 60 8
Audio Electronics 5 55 45 10
Noise and Vibration in Environment 5 57 45 12
Digital Video 5 59 45 14
Electrical Lighting 5 43 30 13
Electroacoustics 1 5 60 45 15
Electric Power Systems 1 5 68 45 23
Electronic Systems 5 75 45 30
Control System Elements 5 59 45 14
Information, Logic, and Languages 5 45 30 15
Interactive Simulation Systems 4 36 30 6
Engineering Economics 1 (T) 2 30 30 0
Quantum Computers 5 60 45 15
Micro and Nano Electron Devices 5 64 45 19
Modern Physics Methods in Electrical Engineering, Computing, and Information Technology 5 73 60 13
Numerical Mathematics 5 70 45 25
Information Processing 5 60 45 15
Selected Topics in Software Development 1 5 51 45 6
Enviromental Sustainability and Climate Change Mitigation (T) 2 30 30 0
Fundamentals of Electronics 5 72 60 12
Fundamentals of Power Electronics 5 63 45 18
Fundamentals of Plasma Physics 5 60 45 15
Fundamentals of Mechatronics 5 63 45 18
Fundamentals of Signal Processing 5 75 45 30
Open Computing 5 57 45 12
Parallelism and Concurrency 5 60 45 15
Electronic Devices and Circuits Practicum 5 54 15 39
Robotics Practicum 5 41 15 26
Application of Electromagnetic Waves in Engineering 5 72 45 27
Development of Software Applications 5 49 45 4
Statistical Data Analysis 5 57 45 12
Technical Standardization and Legislation 5 60 60 0
Technology Basics of Renewable Energy Exploitation 5 60 15 15
New Media Art (T) 2 28 15 13
Networked Multimedia Services 5 141 45 96
Knowledge Management (T) 3 37 30 7
Introduction to Molecular Biology and Genetics 5 45 45 0

 

 

Third Year

Semester 6

TRANSVERSAL COURSES (T)

Number of credits: at least 2.0 ECTS

Only courses with 10+ registered students will be organized

COURSE ECTS HOURS LECTURES PRACTICE
Computer Security 4 50 45 5
Introduction to Artificial Intelligence 4 0 0 0
Final BSc Thesis 10 0 0 0
Analog Integrated Circuits 5 72 45 27
Audiotechnics 5 70 45 25
Bioinformatics 1 5 26 26 0
Digital Image Processing and Analysis 5 52 24 28
Dynamical Systems, Mathematical Aspect of Stability and Control 5 60 60 0
Discrete Mathematics 2 5 49 45 4
Economy and Ecology of Wireless Systems 5 60 45 15
Electric Power Systems 2 5 68 45 23

Electromechanics (FOR EXCEPTIONALLY SUCCESSFUL STUDENTS)

 5 42  30  12 
Human Factors in Computing 5 30  30 
Laser Physics  5  57 45  12 
Physics of Materials  5 58  45  13 
Innovation and Technology Management (T)  2 30  30 
Interactive Computer Graphics  5 60  45  15 
Engineering Economics 2 (T)  2  30 30 
Public Mobile Network 45  30  15 
Short Range Wireless Systems  5  66 45  21 
Local Area Networks  45 30   15
Modern Physics and its Application in Electrical Engineering  5  60  60  0
Network Programming  5 45  30   15
Multimedia Systems  5 60  45   15
Low Voltage Networks and Microgrids  5 45  30   15
Numerical Linear Algebra  5 58  45   13
Design Patterns 5  45 30  15 
Selected Topics in Software Development 2  5 51  45 
Optoelectronics  5 71  45  26 
Automation Fundamentals  5 42 45  27 
Fundamentals of Wireless Systems 5  70  60  10
Fundamentals of Electric and Hybrid Vehicles 5  60  45  15
Fundamentals of Nuclear Physics  5  60 45  15 
Fundamentals of Electric Machine Control  5  68  15  13
Introduction to Virtual Environments  5  32 30 
Basic Design Principles (T)  2  28  15 13 
Access Telecommunication Networks  5  30 30 
Robot Programming and Simulation  5  50 15  35 
Electronic Systems Design  5  69 45  24 
Computational Methods in Modern Physics 58  45  13 
Control Systems Synthesis  5  72 60  12 
Scripting Languages  5  42  30  12
Stochastic Processes  5  60 60 
Technology in Medicine  5  42 30  12 
Telecommunication Systems and Technologies  5  45 45 
Embedded Systems  5 78  60  18 
Quality Management (T)  2 30  30 
Risk Management (T)  2 30 30 
Introduction to Mixed-Signal Integrated Circuit Computer-Aided Design  5 54  15  39 

 

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