POWER ENGINEERING DIVISION


No. Course title (lectures + teaching exercises + lab) hours per week
I Year I II 1.Mathematic I 4+4 2.Mathematics II 4+4 3.Fundamentals of Electrical Eng. 4+3 4+4+1 4.Physics 3+2 3+2+2 5.Fundamentals of Computer Eng. 2+2 2+2 6.Sociologiy 2+1 2+0 II Year III IV 7.Programming Languages 3+2 8.Materials in Electrical Engineering 2+0,5+1,5 9.Mathematics III 3+2 4+4 10.Electronics 3+2 2+1+2 11.Electrical Circuit Theory 2+2 3+2 12.Technical Mechanics and Hydraulics 3+2 2+2 13.Electrical Measurements 2+0+3 III Year IV V VI 14. Electromagnetics 2+1 2+1 15. Fundamentals of Mechanical and Heat Engineering 3+2* 16. Measurements in Power Engineering 2+0+ 16. Electromechanical Energy Conversion 2+1 17. Telecommunications 3+1 18. Transformers and DC Electrical Machines 1,5+1 1,5+2** 19. Automatic Control Systems 2+2 2+2 20. Power Electronics 2+1+0,5 2+2+0,5 21. Electrical Installations and Lighting Technique 3+2 22. Induction Machines 3+2 24. Power System Elements 2+2 25. Computers in Process Supervision and Control 2+2*** Total number of hours per week 15+12+0 15+12+3 16+10,5+1.5 15+10+5 17,5+9+3,5 15.5+14+0.5 Total number of exams per semester 1 5 2 5 5 6 * Graphic design paper is prerequisite for the exam ** Project report is prerequisite for the exam *** To be continued in the VII-th semester

POWER ENGINEERING DIVISION
Power systems curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 25. Computers in Process Supervision and Control 2+2 26. Distribution and Industrial Networks 3+2 27. Power Drives 2+2 28. Power System Analysis I 3+2 29. Power Plants and Substations 3+2 3+2** 30. High Voltage Technique 2+2 2+1+1 31. Power System Analysis II 3+2 32. Testing of Electrical Machines 2+0+3 33. Electrical Traction 2+2 34. Power System Lab 0+0+2 35. Engineering Economy 3+1 V Year IX X 36. Relaying Protection 3+2+1 37. Computer Aided Design in Power Engineering 2+1+2 38. Elective Course 1 3+2 39. Elective Course 2 3+2 40. Elective Course 3 3+2 41. Elective Course 4 3+2 42 Diploma Thesis 18 total number of hours per week 15+12 15+14 17+11+3 18 total number of exams per semester 3 6 6 1 ** Project report is prerequisite for the exam Elective courses are chosen among the fourth and fifth yaer courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year.

POWER ENGINEERING
Power electronics and drives curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 25. Computers in Process Supervision and Control 2+2 26. Distribution and Industrial Networks 3+2 27. Power System Analysis 3+2 28. High Voltage Tehnique 2+2 29. Power Plants and Substations 3+2 3+2** 30. Power Drives 2+2 2+1+1.5 31. Testing of Electrical Machines 2+0+3 32. Electrical Tractions 2+2 33. Power Eelectronics Control 2+2 34 Electro Heat 2+1+1.5 35. Power Systems Lab 0+0+2 V Year IX X 36. Relaying Protection 2+1+1 37. Production Process Organization 2+1+2 38. Elective Group - 1-st Course 3+2 39. Elective Group - 2-nd Course 3+2 40. Elective Group - 3-rd Course 3+2 41. Elective Course 3+2 42. Diploma Thesis 18 Total number of hours per week 15+12 13+9+8 17+10+1 18 Total number of exams per semester 4 6 6 1 ** Project report is prerequisit for the exam

Elective Groups Group I Group II

1. Electrical Machines II 1.Electrical Lighting 2. Power Electronics II 2. Special Electrical Installations 3. Power Drives Control 3. Computer Aided Design in Power Engineering Elective course is chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year.

Electronics, Telecomunications And Control Division


No. Course title (lectures + teaching exercises + lab) hours per week
I Year I II 1. Mathematics I 4+4 2. Mathematics II 4+4 3. Fundamentals of Electrical Eng. 4+3 4+4+1 4. Physics 3+2 3+2+2 5. Fundamentals of Computer Eng. 2+2 2+2 6. Sociology 2+1 2+0

II Year III IV 7. Mathematics III 4+4 8. Material Science 3+1+1 9. Electrical Measurements 2+0+2 10. Computer Architecture 3+1+1 11. Electrical Circuit Theory 2+2 2+2 12. Programmning Languages 2+2 3+2 13. Mathematics IV 3+3 14. Probability and Statistics 2+2 15. Electronics I 3+3+1 III Year V VI 16. Electronics II 3+2+1 17. Electromagnetics 2+2 3+2 18. Fundamentals of Telecommunications 4+2+1 4+3+1.5 19. Automatic Control Systems 3+2+1 2+2+0.5 20. Pulse and Digital Electronic 3+2+2 3+2+1 21. Linear Electronics 3+2+1

Total number of hours per week 15+12+0 15+12+3 16+11+3 13+12+1 15+10+5 15+11+4 Total number of exams per semester 1 5 4 5 1 5

Electronics, Telecomunications And Control Division
Electronics curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 22. Microprocessor Electronics 3+2 23. Microelectronics 2+1+1 24. Digital Signal Processing 3+2 25. Power Machines and Devices 3+1+1 26. Digital Control Systems 3+2 27. Digital Telecommunications 3+1+1 28. Integrated Circuits Design 3+1+2 29. Computer Systems in Control 3+2 30. Power Electronics 3+2 31. Optoelectronics 3+1+1 32. Telecommunication Electronics 3+2 33. Elective Course 1 3+1 V Year IX X 34. Electronic System Design 1+2+3 35. Real Time Programming 3+1+1 36. Digital Systems Design 3+2 37. Elective Course 2 3+2 38. Elective Course 3 3+2 39. Elective Course 4* 3+1 40. Research Paper 3 41. Project Report 1 3 42. Project Report 2 3 43. Diploma Thesis 18 Total number of hours per week 18+9+3 18+9+3 16+10+4 27 Total number of exams per semester 6 6 6 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year *Elective Course 4 has to be one of the following two: Economy Production Process Organization

Electronics, Telecomunications And Control Division
Telecomunications curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 22. Telecommunication Networks 3+1 23. Telecommunication Electronics 2+1+1 24. Microwave Engineering 2+1+1 25. Signal Processing I 2+1+1 26. Computer Systems in Control 3+1+1 27. Optoelectrical Communications 2+1 2+1+1 28. Statistical Telecommunications Theory 2+1 2+1+1 29. Radio Systems 2+1 2+1+1 30. Radio Engineering 2+1+1 31. Switching Systems 3+1+1 32. Electroacoustics 2+1+1 33. Elective Course 1 (Group I - courses A ... E) 3+1 V Year IX X 34. Elective Course 2 (Group II - courses A ... E) 3+1+1 35. Elective Course 3 (Group I or II) 3+1+1 36. Elective Course 4 (Group I or II) 3+1+1 37. Elective Course 5 3+1+1 38. Elective Course 6 3+1+1 39. Elective Course 7* 3+1 40. Research Paper 3 41. Project Report 1 3 42. Project Report 2 3 43. Diploma Thesis 18 Total number of Hours per week 18+8+4 17+7+6 18+7+5 27 Total number of exams per semester 5 7 6 1

Elective Courses Group I A. Digital Transmission Technique (3+1) B. Radio - Relay Systems (3+1) C. Radiolocation (3+1) D. Signal Processing II (2+1+1) E. TV Technique (2+1+1)

The choice of Elective Course 1 from Group I represents the Major (A to E), so that the Elective Course 2 has to be from the corresponding Major in Group II.

Elective Courses Group II: A. Integrated Telecommunication networks B. Satellite Systems C. Radar Systems D. Signal Processing III E. TV Technique Optoectrical Equipement and Systems Design and Simulation Methods Transmission Codes Audiotechnique Antennas and Propagation

Elective Courses 3 and 4 are chosen from Groups I and/or II. Elective Courses 6 and 7 are chosen from the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives whioch is offered at the beginning of each academic year. *Elective Course 7 has to be one of the following : Economy Production Process Organization

Electronics, Telecomunications And Control Division
Control curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 22. Sensors and Actuators 3+0+1 23. Microprocessor Electronics 3+2 24. Electrical Machines and Devices 3+1+1 25. Digital Control Systems 3+2 26. Stochastic Systems and Estimation 3+2 27. Nonlinear Control Systems 2+2+1 28. Power Electronics 3+2 29. Computer Systems in Control 3+2 30. Process Identification 2+2 31. Real Time Process Control 3+2 32. Digital Signal Processing 3+2 33. Robotics and Automatisation 3+2 V Year IX X 34. Process Control 3+2 35. Real time programming 3+1+1 36. Elective Course 1 3+1+1 37. Elective Course 2 3+1+1 38. Elective Course 3 3+1+1 39. Elective Course 4* 3+1 40. Research Paper 3 41. Project Report 1 3 42. Project Report 2 3 43. Diploma Thesis 18 Total number of hours per week 18+9+3 17+12+0 18+7+4 27 Total number of exams 6 6 6 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year *Elective Course 4 has to be one of the following two: Economy Production Process Organization

Computer engineering and computer science division


No. Course title (lectures + teaching exercises + lab) hours per week
I Year I II 1. Mathematics I 4+4 2. Mathematics II 4+4 3. Fundamentals of Electrical Eng. 4+3 4+4+1 4. Physics 3+2 3+2+2 5. Fundamentals of Computer Eng. 2+2 2+2 6. Sociology 2+1 2+0 II Year III IV 7. Mathematics III 4+4 8. Material Science 3+1+1 9. Electrical Measurements 2+0+2 10. Computer Architecture 3+1+1 11. Electrical Circuit Theory 2+2 2+2 12. Programming Languages 2+2 3+2 13. Mathenatics IV 3+3 14. Probability and Statistics 2+2 15. Electronics I 3+3+1 III Year V VI 16. Electronics II 3+2+1 17. Electromagnetics 2+2 18. Fundamentals of Telecommunications 3+2+1 3+2+1 19. Pulse and Digital Electronics 3+2+2 3+2+1 20. Programming Languages and Methods 2+2 2+2 21. Computer Architecture and Organization 2+1 2+1+1 22. Automatic Control Systems 3+2 23. Data Structure 3+2 Total number of hours per week 18+12+0 15+12+3 16+11+3 17+12+1 15+11+4 16+11+3 Total number of exams 1 5 4 5 2 6

Computer engineering and computer science division


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 24. Microprocessor Systems 3+1+2 25. System Programming 3+2 26. Data Base Systems 3+2 27. Computer Systems Performances 3+2 28. Operating Systems 2+2 2+2 29. Compilers 3+2 2+2 30. Expert Systems 2+2 31. Software Techniques 2+1+2 32. Distributed Computer Systems 2+2 33. Computer Telecommunications 3+1+0.5 V Year IX X 34. Computer VLSI Systems 3+1+2 35. Information Systems 3+1 36. Elective Course 1 2+2 37. Elective Course 2 2+2 38. Elective Course 3 2+2 39. Elective Course 4* 2+2 40. Research Paper 3 41. Project Report 1 3 42. Project Report 2 3 43. Diploma Thesis 18 Total number of hours per week 17+11+2 13+10+2.5 18+6+2 27 Total number of exams per semester 4 6 6 1 At least two course have to be elected from the following list::

Computer Systems in Control 2+2 Parallel Computer Systems 3+1 Object Oriented Programming 2+2 Data Base Software Tools 2+2 Computer Graphycs 2+2

Elective Course 3 can be elected from the other divisions and curricula as well. * Elective Course 4 hast to be one of the following two: Economy Production Process Organization

PHYSICAL ELECTRONICS DIVISION


No. Course title (lectures + teaching exercises + lab) hours per week
I Year I II 1. Mathematics I 4+4 2. Mathematics II 4+4 3. Fundamentals of Electrical Eng. 4+3 4+4+1 4. Physics 3+2 3+2+2 5. Fundamentals of Computer Eng. 2+2 2+2 6. Sociology 2+1 2+0 II Year III IV 7. Mathematics III 4+4 8. Material Science 3+1+1 9. Electrical Measurements 2+0+2 10. Computer Architecture 3+1+1 11. Electrical Circuit Theory 2+2 2+2 12. Programming Languages 2+2 3+2 13. Mathematics IV 3+3 14. Probability and Statistics 2+2 15. Electronics I 3+3+1 III Year V VI 16. Electronics II 3+2+1 17. Electromagnetics 3+2 18. Pulse and Digital Electronics 3+2 3+2+3 19. Measurements in Physics and Engineering 2+0+2 2+1+2 20. Quantum Mechanics 2+1 2+1 21. Statistical Physics 2+1 2+1 22. Elements of Electronic Devices 3+1+1

Total number of hours per week 15+12+1 15+12+3 16+11+3 13+12+1 15+8+3 12+6+6 Total number of exams per semester 1 5 4 5 2 5

PHYSICAL ELECTRONICS DIVISION
Microelectronics curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 23. Signal Processing 3+2+1 24. Automatic Control 3+2+1 25. Physical Electronics of Gases 3+2 26. Physical Electronics of Solid State 3+2 27. Microelectronics I 3+2 28. Computer Systems in Control 3+2 29. Sensors and Transducers 3+0+2 30. Microelectronics II 3+2 31. Microelectronic Circuits Design 3+2 32. Microelectronic Devices Relyability 3+2 V Year IX X 33. Elective Course 1 3+2 34. Elective Course 2 3+2 35. Elective Course 3 3+2 36. Elective Course 4 3+2 37. Economy 3+1 38. Research Paper 3 39. Diploma Thesis 18 Total number of hours per week 15+10+2 15+8+2 15+9 21 Total number of exams per semester 5 5 5 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year

PHYSICAL ELECTRONICS DIVISION
Optoelectronics and laser engineering curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV Year VII VIII 23. Signal Processing 3+2+1 24. Automatic Control 3+2+1 25. Physiacl Electronics of Gases 3+2 26. Physical Electronics of Solid State 3+2 27. Quantum Electronics 3+2 28. Computer Systems in Control 3+2 29. Sensors and Actuators 3+0+2 30. Electrooptics 3+2 31. Optoelectronic Devices 3+2 32. Optoelectronic and Laser Systems 3+2 V Year IX X 33. Elective Course 1 3+2 34. Elective Course 2 3+2 35. Elective Course 3 3+2 36. Elective Course 4 3+2 37. Economy 3+1 38. Research Paper 3 39. Diploma Thesis 18 Total number of hours per week 15+10+2 15+8+2 15+9 21 Total number of exams per semester 5 5 5 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year

PHYSICAL ELECTRONICS DIVISION
Medical and nuclear engineering


No. Course title (lectures + teaching exercises + lab) hours per week
IV godina VII VIII 23. Signal Processing 3+2+1 24. Automatic Control 3+2+1 25. Nuclear Physics 3+2 26. Biophysics 3+2 27. Nuclear Engineering 3+2 28. Computer Systems in Control 3+2 29. Sensors and Transducers 3+0+2 30. Dosimetry and Radiation Protection 3+2 31. Biomedical Instrumentation 3+2 32. Medical Nuclear Engineering 3+2 V Year IX X 33. Elective Course 1 3+2 34. Elective Course 2 3+2 35. Elective Course 3 3+2 36. Elective Course 4 3+2 37. Economy 3+1 38. Research Paper 3 39. Diploma Thesis 18 Total number of hours per week 15+10+2 15+8+2 15+9 21 Total number of exams per semester 5 5 5 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year.

PHYSICAL ELECTRONICS DIVISION
Material science and tehnology curriculum


No. Course title (lectures + teaching exercises + lab) hours per week
IV godina VII VIII 23. Signal Processing 3+2+1 24. Automatic Control 3+2+1 25. Physical Electronics of Gases 3+2 26. Physical Electronics of Solid State 3+2 27. Atomic and Molecular Spectroscopy 3+2 28. Computer Systems in Control 3+2 29. Sensors and Transducers 3+0+2 30. Material Science II 3+2 31. Electrical Materials Technology 3+2 32. Plazsma Techniques 3+2 V Year IX X 33. Elective Course 1 3+2 34. Elective Course 2 3+2 35. Elective Course 3 3+2 36. Elective Course 4 3+2 37. Economy 3+1 38. Research Paper 3 39. Diploma Thesis 18 Total number of hours per week 15+10+2 15+8+2 15+9 21 Total number of exams per semester 5 5 5 1 Elective courses are chosen among the fourth and fifth year courses from other divisions and curricula, as well as from the list of electives which is offered at the beginning of each academic year.