| Course: |
Hours: |
Mark: |
| Analytical Geometry |
132 |
A |
| Architecture of high-performance computer systems |
132 |
A |
| Vacuum electronics |
230 |
A |
| Ecology |
32 |
A |
| General history |
64 |
A |
| Computational mathematics |
99 |
A |
| Military training |
50 |
A |
| Differential equations |
132 |
A |
| Foreign language (English) |
528 |
A |
| History of philosophy |
153 |
A |
| Quantum optics |
32 |
A |
| Quantum electronics |
249 |
A |
| Laboratory of vacuum electronics |
340 |
A |
| Laboratory of quantum electronics |
140 |
A |
| Laboratory of general physics |
392 |
A |
| Laboratory of general chemistry |
66 |
A |
| Laboratory of radio and scheme engineering |
100 |
A |
| Laboratory of solid-state physics |
64 |
A |
| Mathematical analysis |
380 |
A |
| General chemistry |
132 |
A |
| General and applied economics |
99 |
A |
| General engineering preparation |
34 |
A |
| Basics of computer science |
34 |
A |
| Fundamentals of engineering projecting |
66 |
A |
| History of Russia |
32 |
A |
| Semiconductor devices of microelectronics |
80 |
A |
| Software and CAD systems for high-performance computer systems |
68 |
A |
| Radio and scheme engineering |
166 |
A |
| Computer networks |
64 |
A |
| CAD systems |
64 |
A |
| Theory of probability |
51 |
passed |
| Theory of functions of complex variables |
85 |
A |
| Solid-state electronics |
230 |
A |
| Theoretical mechanics |
149 |
A |
| Theoretical physics |
332 |
A |
| Equations of mathematical physics |
149 |
A |
| Physical and technical fundamentals of projecting high-performance computer systems |
64 |
A |
| Physical training (Soccer) |
330 |
passed |
| Computer in physical experiments |
66 |
A |
