NOTE:

The course syllabi list the names of teachers and associates who taught in the academic year in which the study program was licensed.

 

 

The study program consists of a common educational foundation (first and second year of study) and three elective courses.

FIRST YEAR

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

1.

O–1.5–ZP.1Mathematics 1

C

1

45

30

6

2.

O–1.5–ZP.2Mechanics 1

C

1

45

30

6

3.

O–1.5–ZP.3Engineering Graphics

C

1

30

45

6

4.

O–1.5–ZP.4Informatics and Programming

C

1

30

45

6

5.

O–1.5–ZP.5Material Science 1

C

1

45

30

6

6.

O–2.5–ZP.6Mathematics 2

C

2

45

30

6

7.

O–2.5–ZP.7Mechanics 2

C

2

45

30

6

8.

O–2.5–ZP.8Strength of Materials 1

C

2

45

30

6

9.

O–2.5–ZP.9Basics of management

C

3

30

15

4

10.

O–2.3–ZP.10Material Science 2

C

2

30

15

4

11.

O–2.2–ZP.11English Language 1

C

2

15

15

2

TOTAL HOURS:

420

330

TOTAL ECTS

60

SECOND YEAR

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

12.

O-3.5–ZP.12Mathematics 3

C

3

45

30

6

13.

O-3.5–ZP.13Mechanics 3

C

3

45

30

6

14.

O-3.5–ZP.14Machine Elements 1

C

3

45

30

6

15.

O-3.5–ZP.15Strength of Materials 2

C

3

45

30

6

16.

O-3.3–ZP.16Electrotechnics

C

2

45

30

6

17.

O-3.2–ZP.17English Language 2

C

3

15

15

2

18.

O-4.5–ZP.18Thermodynamics

C

4

45

30

6

19.

O-4.5–ZP.19Fluid Mechanics

C

4

45

30

6

20.

O-4.5–ZP.20Machine Elements 2

C

4

45

30

6

21.O-4.5–ZP.21Production Technologies

C

4

45

30

6

22.

O-4.5–ZP.22Numerical Methods in Engineering

C

4

45

30

6

TOTAL HOURS:

450

300

TOTAL ECTS

60

Module 1 – Production Engineering (PM)

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

23.

O-5.5-ZP.23Basics of Automatic Control

C

5

45

30

6

24.

O–5.5–ZP.24Transportation Means

C

5

45

30

5

25.

O–5.4–PM.1Metal Cutting

C

5

30

30

5

26.

O–5.5–PM.2Mechanics 4

C

5

30

30

5

27.

O–5.4–PM.3Welding and Thermal Processing

C

5

30

30

5

28.

I–5.4–PM.11. Non-conventional manufacturing technologies

E

5

30

15

4

2. Entrepreneurial Engineering

29.

O–6.4–PM.4Measurement Technique

C

6

30

30

5

30.

O–6.4–ZP.25Production Economics and Organization

C

6

45

30

5

31.

O–6.5–PM.5Metal Forming

C

6

45

30

5

32.

O–6.4–PM.6Tools and Fixtures

C

6

30

30

5

33.

I–6.4–PM.21. Computer Aided Design

E

6

30

30

5

2. Engineering design

34.

I–6.4–PM.31. Finite Elements Method

E

6

30

30

5

2. Computer simulations

35.

O-6.0-SP.1Professional Practice

C

TOTAL HOURS:

420

345

TOTAL ECTS

60

 

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS IN SEMESTER

ECTS

L

P

36.

O-7.4–PM.7Production Systems Design

C

7

30

30

5

37.

O-7.5–PM.8Machine Tools

C

7

45

30

5

38.

O-7.4–PM.9Quality Management

C

7

30

30

5

39.

O-7.4–PM.10Machine Systems Development

C

7

30

30

5

40.

I-7.4–PM.41. Industrial Storages

E

7

30

30

5

2. Internal transport

41.

I-7.4–PM.51. Integrated management systems

E

7

30

30

5

2. Project management
3. Hydraulics and Pneumatics

42.

O-8.4–PM.11Maintenance of Technical Systems

C

8

30

30

5

43.

O-8.4–PM.12Production Systems Automation

C

8

30

30

5

44.

O-8.5–PM.13Mechatronics

C

8

45

30

5

45.

I-8.4–PM.61. Flexible Technological Systems

E

8

30

30

5

2. Virtual product design

46.

I-8.4–PM.71. Integrated product development

E

8

30

30

5

2. Computer control of Machine Tools
3. Design of technological procedures

47.

O-8.5–Z.1Final Paper B.Sc

C

8

30

30

5

TOTAL HOURS:

390

360

TOTAL ECTS

60

TOTAL ECTS (FIRST, SECOND, THIRD AND FOURTH YEAR)

240

Module 2 – Product engineering design (ID)

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

23.

O-5.5-ZP.23Basics of Automatic Control

C

5

45

30

6

24.

O-5.5-ZP.24Transportation Means

C

5

30

30

5

25.

O–5.4–IDP.1Mechanics 4

C

5

45

30

5

26.

O–5.4–IDP.2Transport processes

C

5

30

30

5

27.

O–5.4–IDP.3Engineering Design

C

5

30

30

5

28.

I–5.4–IDP.11. Information technology

E

5

30

15

4

2. Entrepreneurial engineering

29.

O–6.4–IDP.4Measurement Technique

C

6

30

30

5

30.

O–6.4–ZP.25Production Economics and Organization

C

6

30

30

5

31.

O–6.4–IDP.5Transport and logistics

C

6

30

30

5

32.

O–6.5–IDP.6Computer Aided Design

C

6

30

45

5

33.

I–6.4–IDP.21. Noise, vibration and design

E

6

30

30

5

2. Computer Aided Projecting

34.

I–6.4–IDP.31. Computer Simulations

E

6

30

30

5

2. Computer integrated systems

35.

O-6.0-SP.1Professional Practice

C

TOTAL HOURS:

390

360

TOTAL ECTS

60

 

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

36.

O–7.5–IDP.7Production Systems Design

C

7

30

30

5

37.

O–7.4–IDP.8Quality Management

C

7

30

30

5

38.

O–7.4–IDP.9Finite Elements Method

C

7

30

30

5

39.

O–7.4–IDP.10Computer simulation and artificial intelligence

C

7

30

30

5

40.

I–7.4–IDP.41. Design of technological processes

E

7

30

30

5

2. Integrated CAD – CAM and CIM systems

41.

I–7.4–IDP.51. Integrated Management Systems

E

7

30

30

5

2. Project management

42.

O–8.4–IDP.11Maintenance of Technical Systems

C

8

30

30

5

43.

O–8.4–IDP.12Machine Systems Development

C

8

30

30

5

44.

O–8.5–IDP.13Mechatronic

C

8

45

30

5

45.

I–8.4–IDP.61. Integral Development of Products

E

8

30

30

5

2. Virtual product design

46.

I–8.4–IDP.71. Computer calculation of constructions

E

8

30

30

5

2. Computer Synthesis of Mechanisms

47.

O–8.4–Z.1Final Paper B.Sc.

C

8

30

30

TOTAL HOURS:

375

360

TOTAL ECTS

60

TOTAL ECTS (FIRST, SECOND, THIRD AND FOURTH YEAR)

240

Module 3 – Thermal and Process Engineering (TEPM)

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS

IN SEMESTER

ECTS

L

P

23.

O–5.4–ZP.23Basics of Automatic Control

C

5

45

30

6

24.

O-5.5-ZP.24Transportation Means

C

5

45

30

5

25.

O–5.4–TEPM.1Transportation Processes

C

5

30

30

5

26.

O–5.4–TEPM.2Introduction to Energetics and Process Engineering

C

5

30

30

5

27.

O–5.4–TEPM.3Renewable Energy and Environment

C

5

30

30

5

28.

I–5.4–TEPM.11. Pipelines

E

5

30

15

4

2. Components of technological systems

29.

O–6.4–TEPM.4Heat and Diffusion Equipment

C

6

30

30

5

30.

O-5.4-ZP.25Production Economics and Organization

C

6

30

30

5

31.

O–6.4–TEPM.5Industrial Furnaces

C

6

45

30

5

32.

O–6.4–TEPM.6Design of Process Systems

C

6

30

30

5

33.

I–6.4–TEPM.21. Fundamentals of Gas Technology

E

6

30

30

5

2. Entrepreneurial engineering

34.

I–6.4–TEPM.31. Finite Elements Method

E

6

30

30

5

2. Fundamentals of Turbomachines

35.

O-6.0-SP.1Professional Practice

C

TOTAL HOURS:

405

345

TOTAL ECTS

60

 

 

No.

CODECOURSE (UNIT)

STATUS

SEM

TOTAL HOURS IN SEMESTER

ECTS

L

P

36.

O–7.4–TEPM.7Thermal Power Generation Plants

C

7

30

30

5

37.

O–7.5–TEPM.8Heating and Ventilation

C

7

45

30

5

38.

O–7.4–TEPM.9Environmental Protection

C

7

30

30

5

39.

O–7.4–TEPM.10Measurement and Control in the Process Industry

C

7

30

30

5

40.

I–7.4–TEPM.41. Quality management

E

7

30

30

5

2. Chemical and biochemical operations and equipment

3. Recycling Technologies

41.

I–7.4–TEPM.51. Steam turbines

E

7

30

30

5

2. Gas turbines

3. Pumps, Compressors, Fans

42.

O–8.5–TEPM.11Air Conditioning Technology

C

8

45

30

5

43.

O–8.4–TEPM.12Cooling Plants

C

8

30

30

5

44.

O–8.4–TEPM.13Maintenance of Technical Systems

C

8

30

30

5

45.

I–8.4–TEPM.61. Mechanical operations and devices

E

8

30

30

5

2. Steam Boilers

46.

I–8.4–TEPM.71. Purification technique

E

8

30

30

5

2. Solid waste management

3. Fuels and Lubricants

47.

O–8.5–Z.1Final Paper B.Sc.

C

8

15

60

5

TOTAL HOURS:

375

390

TOTAL ECTS

60

TOTAL ECTS (FIRST, SECOND, THIRD AND FOURTH YEAR)

240