Master (scientific-pedagogical):

• - Computer simulation (CS 5206)
• - Nanooptics (NO 5206)
• - Electron microscopy (EM 6310)

• - Thermal physics (ZhF 5304)
• - Solid state physics (SSP 5302)
• - Introduction to the theory of semiconductors (VTP 5307)

• - Terahertz photonics (TP 6209)
• - Numerical solution of model kinetic equations (NSMKE 6207)

• - Computer technologies in science and education (CTSE 6233)

• - Fundamentals of Nanotechnology (FON 5301)

• - Nanophononics (NPh 6306)

• - Physics of radioisotope medicine

• - Nanophononics (Np 6318)
• - Experimental methods in physics of low-dimensional systems (EMPhL 6314)

• - Physical principles of radionuclide diagnostics and therapy (RDTFP 5313)
• - Accelerator technique
• - Physics of nanosystems
• - Technologies and materials in quantum electronics (TMQE 6313)
• - Nanotechnologies in electrotechnical materials (NEM 6323)

• - Physical principles of radiation diagnostics and therapy (SDTFP 5312)
• - Superconducting materials and devices based on them (SMDBT 6322)
• - Technology of production of insulating materials (TPIM 6321)
• - Nanophotonics

• - Nuclear models (YaM 5301)
• - Fundamentals of nanotechnologies (FN5302)
• - Detecting equipment of nuclear physical experiment
• - Quantum Physics of Solids (MQPhS 5201)
• - Electron Theory of Metals (EThM 5202)
• - Physical properties of quasicrystals (PhPQ 5203)
• - Engineering design in NanoCad (EDNc 5301)
• - Electronic properties of quantum semiconductor heterostructures (EPQSH 5310)

• - Membranes and membrane technology (MMT 6320)
• - Tests and operation of electrical machines (TOEM 6324)
• - Quantum mechanics and statistics of nanoparticles (QMSN 6316)
• - Superconducting circuits and qubits (SCQ 6315)
• - Spectroscopic methods for analysis of materials (SMAM 6317)

Doctor PhD:

• - Nuclear technologies (YT 7211)

• - Quasicrystal physics

Master (specialized):

• - Introduction to the Theory of Semiconductors (ITS 5307.)
• - Technologies and materials in quantum electronics (TMQE 5310)
• - Thermal physics (TP 5203)
• - Solid state physics (SSP 5202)
• - Mathematical modeling of physical processes and systems (MMPPS 5307)

Bachelor:

• - Physics I (Phys 2201)

• - Electromagnetic field theory (EFTh 3213)
• - Methods of mathematical physics (MMF 2211)
• - Basics of electronics
• - Basis of science-driven technologies and track-etched membranes production (BSDTTEMP 3310)

• - Quantum-mechanical description of atomic systems (QMDAS 3229)
• -

• - Computer modeling of physical processes (CMPhP 4232)
• - Electronic's basis (EN 3206)
• - Quantum mechanics (QM 4215)
• - Computational physics (CP 2214)

• - Technology of programming (PT 3215)
• - Interaction of radiation with heavy nuclei (IRWhN 5158)

• - Condensed state physics (CSPh 4212)
• - Fundamentals of membrane technology (FMT 4308)
• - Computer graphics and animation (CGA 3223)
• - Fundamentals of Computer Physics (FCPh 3224)
• - Fundamentals of Computer Physics (FCPh 2222)
• - Condensed Matter and Nanosystem Physics (FKSN 5225)

• - Introduction to the physics of atomic nucleus (IPhAN 3215)
• - Computing Physics (CPh 3224)
• - Basics of computer physics (BCP 3202)
• - Physical basis of nuclear medicine (PBNM3233)
• - Physical bases of nuclear medicine (PhBNM 3225)

• - Basic Electronics (BE 3212)

• - The structure of atomic nucleus (SAN 4307)
• - Condensed matter physics and nanosystems (CMPhN 5312)

• - Heavy-Ion Physics (HIPh 5313)
• - Programming technology (PT 2221)
• - Physics thermonuclear synthesis (PhThS 4315)

• - Physical bases of nuclear medicine (PhBNM 4207)
• - The use of nuclear facilities in medicine (UNFM 4208)
• - Condensed Matter Physics (CMPh 4218)
• - Vacuum engineering and laser equipment

• - Accelerator Physics (APh 4308)
• - Nuclear reactions at low energies (NPhLE 4304)
• - Physic of condensed state
• - Hydrogen Energy and nanostructured materials (HENM 5315)
• - Radiation solid state physics (RSSPh 5314)
• - Computing Physics (CPh 2222)
• - Basics of electronics (BE 3217)
• - Basics physics of nanosystems (BPhN 3236)
• - Solid state physics (SSPh 4212)