Specialty 1-31 04 01-01 Physics (research activity)
Specialization 1-31 04 01-01 07 Energy Physics (training period 5 years)
| Semester | Name of the discipline |
| 5 | Fundamentals of solid state and semiconductor physics |
| 6 | Fundamentals of thermal physics |
| 6 | Basics of physical chemistry |
| 6 | Laboratory “Fundamentals of thermal physics measurements” |
| 7 | Introduction into solid state chemistry |
| 7 | Optical and non-equilibrium processes in condensed matter |
| 7 | Experimental methods for studying heat and mass transfer |
| 7 | Materials for power engineering |
| 7 | Atomic-molecular properties of modern materials |
| 7 | Laboratory “Thermal physics measurements” |
| 8 | Heat and mass transfer in continuous media |
| 8 | Modern methods of materials’ study |
| 8 | Fundamentals of solid state electronics |
| 8 | Computer modeling of materials for power engineering |
| 8 | Thermodynamics of low-dimensional systems |
| 8 | Laboratory “Experimental study of heat and mass transfer” |
The names of the academic disciplines in the 9th semester are being clarified and will be added soon.
Specialty 1-31 04 07 Physics of Nanomaterials and Nanotechnology
Specialization 1-31 04 07 06 Functional Nanomaterials
(training period 5 years)
| Semester | Name of the discipline |
| 5 | Solid state physics |
| 6 | Fundamentals of thermal physics |
| 6 | Basics of physical chemistry |
| 6 | Laboratory “Fundamentals of thermal physics measurements” |
| 7 | Physical chemistry of nanosystems |
| 7 | Atomic-molecular processes |
| 7 | Physics of plasma and plasma technologies |
| 7 | Laboratory “Diagnostics of materials for power engineering” |
| 8 | Thermodynamics of small systems |
| 8 | Theory of transfer |
| 8 | Laboratory “Measuring equipment in thermal physics experiments” |
| 9 | Heat and mass transfer in nanostructured multi-phase media |
| 9 | Nanomaterials in power engineering |
| 9 | Optics of nanostructures |
| 9 | Composite nanostructured materials |
| 9 | Opto- and microelectronics |
| 9 | Laboratory “Electronics and optoelectronics in modern power engineering” |
Specialty 1-31 04 01-02 Physics (industrial activity)
Specialization 1-31 04 01-02 13 Rational Power Engineering (term of study 4 years)
| Semester | Name of the discipline |
| 5 | Introduction to the specialization: Fundamentals of thermal physics and Fundamentals of solid state physics |
| 6 | Basics of heat and mass transfer |
| 6 | Laboratory “Fundamentals of thermal physics measurements” |
| 7 | Technical thermodynamics |
| 7 | Rational power engineering |
| 7 | Laboratory “Diagnostics of materials for power engineering” |