• Master

6V07206 Ferrous Metallurgy

1 Theory of metallurgical processes

2 Ore preparation and enrichment

3 Theory and technology of production of pig iron

4 The theory and technology of steel smelting

5 The theory and technology of production of electric steel and ferroalloys

6 Theory and metal casting and crystallization technology

7 Thermal Engineering Metallurgical Processes

8 Fluid dynamics of gas-liquid systems

9 Basic research

10 Analysis and processing of experimental data

11 Standardization, certification and technical measurements

12 Statistical methods of control and quality management

13 Materials Science and Heat Treatment

14 Crystallography and metallography

15 The construction and design of metallurgical equipment

16 Design of metallurgical shops

17 Cokeless metallurgy

18 Powder metallurgy

19 Ladle treatment of metals

20 Refining of metallurgical production waste technogenic

6V07205 Non-Ferrous Metallurgy

1 Theory of metallurgical processes

2 Complex processing of non-ferrous metals

3 Metallurgy of Heavy Metals

4 Metallurgy noble metals

5 Metallurgy light metal

6 Rare Metals Metals

7 Basic research

8 Analysis and processing of experimental data

9 Standardization, certification and technical measurements

10 Statistical methods of control and quality management

11 Crystallography and metallography

12 Materials Science and Heat Treatment

13 Design of industrial units non-ferrous metallurgy

14 Design of metallurgical shops non-ferrous metallurgy

15 Thermal engineering

16 Mechanical equipment of metallurgical plants

17 Thermal Engineering Metallurgical Processes

18 Electrometallurgy of nonferrous metals

19 Processing of non-ferrous metals

20 Secondary metallurgy of non-ferrous metals

21 Metallurgy radioactive metals

6В07103 Materials science and technology of new materials

1. Standardization, certification and technical measurements

2. Statistical methods of quality control and management

3. Physical properties of metals and methods for their determination

4. Mechanical properties of metals and methods for their determination

5. Theory and technology of heat treatment of materials

6. Equipment and design of thermal workshops

7. Technological processes and equipment for the production of materials

8. Metal technology

9. Foundry Basics

10. Metallurgy of ferrous metals

11. Physical Materials Science

12. Metal science

13. Technological basis for the production of composite and powder materials

14. Materials with special properties

15. Features of phase transformations during high-speed heating and cooling

16. Modern surface hardening technologies

17. Materials science and technology of structural materials

18. Special steels and alloys

19. Basics of Research

20. Roentgenography and electron microscopy

21. Metal defects and quality control

22. Crystallography and metallography

6В07109 – Foundry Technologies in Mechanical Engineering

1. Bases of scientific research

2. Analysis and processing of experimental data

3. Standardization, certification and technical measurements

4. Interchangeability and technical measurements

5. Materials science and heat treatment

6. Crystallography

7. Technology of structural materials

8. Theoretical foundations of foundry

9. Casting steels and alloys

10. Technology of foundry production

11. Production of castings from non-ferrous alloys

12. Cast iron and steel production

13. Design of the foundry equipment

14. Process equipment of foundries, industrial robots and manipulators

15. Design of foundry shops

16. Furnaces of foundry shops

17. Machine Details and Design Basics

18. Mechanical equipment and transportation machines of foundries

19. New processes and materials in foundry

20. Special types of casting

7M07203 Ferrous and non-ferrous metals

1. Thermodynamic calculations of balance of metallurgical reactions

2. Mathematical modeling and computer experiment

3. Patenting

4. Standardization of steel products

5. Quality and qualimetry

6. Modern physico-chemical methods of research and analysis in metallurgy

7. Special chapters of the theory of metallurgical processes

8. Innovatsiannye technology for the processing of raw materials ferrous and nonferrous metallurgy

9. Cokeless methods for producing metal

10. Processing technology nekonditsinnogo and technogenic raw materials

11. Innovatsiannye technology for the processing of raw materials ferrous and nonferrous metallurgy

12. Cokeless methods for producing metal

13. Processing technology nekonditsinnogo and technogenic raw materials

14. Innovatsiannye technology for the processing of raw materials ferrous and nonferrous metallurgy

15. Cokeless methods for producing metal

16. Processing technology nekonditsinnogo and technogenic raw materials

7M07106 Materials science and nanotechnology of materials

1. Research Methodology

2. Modern methods of research materials

3. Amorphous alloys

4. Theory of corrosion processes

5. The technology of obtaining materials

6. General problems of nanosystems

7. Material science and technology of advanced materials

8. Problems of the theory and technology of innovative processes of thermal and chemical-thermal treatment

9. Innovative hardening methods

10. Coating technology

11. Solid state physics and nanosystems

12. Information databases

13. Patterns of evolution of the operational properties of metal products

14. Modeling the creation of materials and their conditions of use

15. Qualimetric assessment of the characteristics of metal products

8D07202 Ferrous and non-ferrous metals

1 Modeling of physical, chemical and thermodynamic processes in metallurgy

2 Modern trends in technique and technology of metallurgical production

3 Scientific Research Methodology

4 Modern technology for improving the quality of metals and alloys

5 Material and energy savings in metallurgy

6 High-tech equipment in the steel industry

• Master

7M07106 Materials science and nanotechnology of materials

1. Research Methodology

2. Modern methods of research materials

3. Amorphous alloys

4. Theory of corrosion processes

5. The technology of obtaining materials

6. General problems of nanosystems

7. Material science and technology of advanced materials

8. Problems of the theory and technology of innovative processes of thermal and chemical-thermal treatment

9. Innovative hardening methods

10. Coating technology

11. Solid state physics and nanosystems

12. Information databases

13. Patterns of evolution of the operational properties of metal products

14. Modeling the creation of materials and their conditions of use

15. Qualimetric assessment of the characteristics of metal products