NOTE: 

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

Module 1 – Production Engineering (PM)

No.

 CODE COURSE (UNIT)

STATUS

SEM

TOTAL HOURS IN SEMESTER

ECTS

L

P

O

1.

 MAF12MP1001

16,0320

 Experiment planning

C

1

3

2

0

6

2.

 MAF12MP1002

16,0320

 Manufacturing strategies (KAIZEN, LEAN, KANBAN, EFPS)

C

1

3

2

0

6

3.

 MAF12MP1003

16,0320

 New age machine tools

C

1

3

2

0

6

4.

 MAF12MP2004.1

16,0320

 CAD/CAM systems

E

1

3

2

0

6

MAF12MP2004.2

16,0320

 Intelligent enterprising and effective management

MAF12MP2004.4

16,0320

 Virtual product design

MAF12MP2004.3

16,0320

 Total quality management

5.

 MAF12MP2005.1

16,0320

 Measurement and data acquisition

E

1

3

2

0

6

MAF12MP2005.2

16,0320

 LEAN maintenance

MAF12MP2005.4

16,0320

 Advanced methods of metal forming technology

MAF12MP2005.3

16,0320

 Maintenance efficacy

6.

 MAF12MP2006.1

26,0320

 Contemporary materials in mechanical engineering

E

2

3

2

0

6

MAF12MP2006.2

26,0320

 Design of company organization

MAF12MP2006.4

26,0320

 Design and control of welded structures

MAF12MP2006.3

26,0320

 Spatial structure and location of the enterprises

7.

 MAF12MP2007.1

26,0320

 Robot control

E

2

3

2

0

6

MAF12MP2007.2

26,0320

 Measurement, control and quality

MAF12MP2007.4

26,0320

 Digital systems

MAF12MP2007.3

26,0320

 Integrated management systems (IMS)

8.

 MAF12МЕ1008

218,0160

 Master thesis (compulsory)

C

2

15

0

0

18
TOTAL:

36

14

0

60

Module 2 – Engineering Design and Applied Mechanics (IM)

No.

 CODE COURSE (UNIT)

STATUS

SEM

TOTAL HOURS IN SEMESTER

ECTS

L

P

O

1.

 MAF12MI1001

16,0320

 Experiment planning

C

1

3

2

0

6

2.

 MAF12MI1002

16,0320

 Engineering modeling and simulations

C

1

3

2

0

6

3.

 MAF12MI1003

16,0320

 Finite element method theory

C

1

3

2

0

6

4.

 MAF12MI2004.1

16,0320

 Industrial design

E

1

3

2

0

6

MAF12MI2004.2

16,0320

 Light construction

5.

 MAF12MI2005.1

16,0320

 Mechanics of mechanisms and machines

E

1

3

2

0

6

MAF12MI2005.2

16,0320

 Robot and manipulator mechanics

6.

 MAF12MI2006.1

26,0320

 Modern methods of product development

E

2

3

2

0

6

MAF12MI2006.2

26,0320

 Oscillations and stability of composite plates and shells

7.

 MAF12MI2007.1

26,0320

 Metal constructions

E

2

3

2

0

6

MAF12MI2007.2

26,0320

 Design of monitoring and diagnostic systems

8.

 MAF12МЕ1008

218,0160

 Master thesis (compulsory)

C

2

15

0

0

18
TOTAL:

36

14

0

60

Module 3 – Thermal and Process Engineering (TP)

No.

 CODE COURSE (UNIT)

STATUS

SEM

TOTAL HOURS IN SEMESTER

ECTS

L

P

O

1.

 MAF12MT1001

16,0320

 Experiment planning

C

1

3

2

0

6

2.

 MAF12MT1002

16,0320

 Thermal energy processes analysis

C

1

3

2

0

6

3.

 MAF12MT1003

16,0320

 Process Energetics

C

1

3

2

0

6

4.

 MAF12MT2004.1

16,0320

 Design and exploitation of thermo energetic plants

E

1

3

2

0

6

MAF12MT2004.2

16,0320

 Environmental protection processes and plants

5.

 MAF12MT2005.1

16,0320

 Industrial and communal thermo energetic plants

E

1

3

2

0

6

MAF12MT2005.2

16,0320

 Biotechnology

6.

 MAF12MT2006.1

26,0320

 Applications of renewable energy sources

E

2

3

2

0

6

MAF12MT2006.2

26,0320

 Waste and wastewater management

7.

 MAF12MT2007.1

26,0320

 Air conditioning, heating and cooling systems (HVAC)

E

2

3

2

0

6

MAF12MT2007.2

26,0320

 Air protection

8.

 MAF12ME1008

218,0160

 Master thesis (compulsory)

C

2

15

0

0

18
TOTAL:

36

14

0

60