11.03.04 Microelectronics and nanoelectronics

Educational program design considers features and requirements of regional labor market (including regional features of professional activity of alumni and requirements of employees), up-to-date state and prospects of development of the research in fundamental semiconductor physics. Combination of research and industrial technological tasks allow alumni to get wide knowledge and get necessary competences in the field of semiconductor devices.

1. Foreign Language
2. History
3. Philosophy
4. Mathematical analyses
5. Linear algebra
6. Physics
7. Information technologies and basics in programming
8. Basics of Project activity
9. Life safety
10. Theoretical Basics of electrical engineering
11. Metrology, standardization and certification
12. Law
13. Materials of electronic devices
14. Engineering and computer graphics
15. Schematics
16. Basics of personal and communicative culture (Culture of scientific and business speech, Culture and personality)
17. Basics on design and production technology of electronic devices
18. Microprocessor devices
19. AI systems and machine learning
20. Chemistry
21. Information technologies for professional activity
22. Physics of the condensed state
23. Analysis and control methods for nanostructured materials and systems
24. Solid state electronics
25. Nanostructured materials
26. Special chapters of mathematics
27. Methods of mathematical physics
28. Semiconductor physics
29. Quantum mechanics and statistical physics
30. Methods of mathematical modelling
31. Physical basics of electronics
32. Professional software
33. Quantum and optical electronics
34. Microoptics and photonics
35. Digital signal processing
36. Applied mechanics
37. Physical foundations of micro- and nanosystem devices
38. Microsystem devices components
39. Components of microsystems technology
40. Basics of electronic component base design
41. Basics of computer-aided design systems for large integrated circuits
42. Processes of planar technology
43. Physical and chemical bases of micro- and nanotechnology processes
44. Microelectromechanics
45. Mathematical modeling of electronic systems
46. Economics and management of production systems
47. Physical culture and sport
48. Internship to acquire basic professional skills