5 is maximum mark. 3 is minimum mark. Pass for exams without mark just pass/not pass
1 year.
First half-year.
test period
The Russian language and standard of speech |
pass |
Educational and developmental psychology |
pass |
Mathematical analysis |
pass |
Measuring practical work |
4 |
Physical experiment technique introduction |
4 |
Ìechanics and relativity |
pass |
Higher algebra and analytic geometry |
pass |
Information technology introduction |
3 |
examination
Ìechanics and relativity |
4 |
Mathematical analysis |
3 |
Higher algebra and analytic geometry |
4 |
Second half-year.
test period
The Russian language and standard of speech |
pass |
Mathematical analysis |
pass |
The English language |
4 |
Molecular practical work |
4 |
Russian history |
pass |
Molecular physics |
pass |
Programming introduction |
4 |
examination
Thermodynamics and molecular physics |
4 |
Mathematical analysis |
5 |
Probability theory and mathematical statistics |
4 |
Linear algebra and differential geometry |
4 |
2 year.
First half-year.
test period
The English language |
4 |
Physical effects computer modeling |
4 |
Electrodynamics |
pass |
Electromagnetic practical work |
5 |
Philosophy |
4 |
Radio electronics |
pass |
examination
Electrodynamics |
4 |
Functional analysis foundations |
5 |
Differential equations |
4 |
Complex variable theory |
4 |
Radio electronics |
5 |
Second half-year.
test period
Philosophy |
pass |
Radio electronics practical work |
5 |
The English language |
5 |
Optical practical work |
5 |
Differential equations |
pass |
Electrodynamics |
pass |
examination
Extra chapters of analytical mechanics |
5 |
Electrodynamics |
5 |
Functional analysis foundations |
5 |
Differential equations |
5 |
3 year.
First half-year.
test period
Atomic practical work |
5 |
Quantum mechanics |
pass |
The English language |
5 |
Hardware of research activities automation |
5 |
Mathematical physics methods |
pass |
Physics of continua |
pass |
examination
Quantum mechanics |
5 |
Mathematical physics methods |
5 |
Physics of continua |
5 |
Plasma physics introduction – 1 |
5 |
Second half-year.
test period
The English language |
5 |
Mathematical physics methods |
pass |
Calculus of approximations |
5 |
Quantum mechanics |
pass |
Plasma physics introduction – 2 |
pass |
Statistical physics |
pass |
examination
Plasma physics introduction – 2 |
5 |
Quantum mechanics |
5 |
Statistical physics |
5 |
Mathematical physics methods |
5 |
4 year.
First half-year.
test period
Economics |
pass |
Foundations of electrophysical plants designing |
5 |
Practical work in institute |
5 |
Physics and chemistry of atoms and molecules |
pass |
examination
The English language |
5 |
Physics and chemistry of atoms and molecules |
5 |
Experimental methods of plasma investigations - 1 |
5 |
Low-temperature plasma and gas discharge |
5 |
Plasma experiment technique |
5 |
Second half-year.
test period
Art of physics teaching |
pass |
Christianity and Islam in Russian history |
pass |
Business course |
pass |
Practical work in institute |
4 |
examination
Experimental methods of plasma investigations - 2 |
4 |
5 year (magistracy).
First half-year.
test period
Physical foundations of information technologies |
pass |
Magnetic systems of accelerators |
pass |
Philosophy |
pass |
General theory of relativity |
pass |
Quantum physics |
pass |
The English language |
5 |
examination
Quantum physics |
4 |
Cooled beams |
4 |
Physical foundations of information technologies |
4 |
USA history (1950s - to our time) |
5 |
General theory of relativity |
5 |
Second half-year.
test period
Modern experimental physics |
pass |
Physics history |
pass |
examination
Sources of charged particles beams |
5 |
Synchrotron radiation |
5 |
Non-linear dynamics of beams |
5 |
Rhetoric foundations |
4 |
Modern experimental physics |
4 |
Philosophy |
5 |
The English language |
4 |