Bachelor:

• - Quantum scattering theory (QST 4305)
• - The structure of an atomic nucleus (TSAN 4204)
• - Models direct nuclear reactions (MDNR 4238)
• - Spets.seminar in nuclear physics and nuclear reactions (TNR 4237)
• - Introduction to gravitation and cosmology (IGC 3119)
• - The scattering of high-energy particles (TShEP 4248)

• - Diffraction particle scattering on light nuclei (DPSLN 5155)

• - Scattering theory (ST 4312)
• - The theory of atomic nuclei and nuclear models (TAYaYaM 4131)
• - Symmetry and Group Theory (SGTh 2220)
• - Computer graphics and animation (CGA 3223)
• - Fundamentals of Computer Physics (FCPh 3224)
• - The theory of atomic nuclei and nuclear models (FEChRT 5315)

• - Experimental Methods of Nuclear Physics (EMNPh 4309)
• - Introduction to the physics of atomic nucleus (IPhAN 3215)
• - Computing Physics (CPh 3224)
• - The theory of the field (TF 4310)
• - The theory of atomic nuclei and nuclear models (TANNM 4311)

• - Nuclear physics at low energies (NPhLE 4302)
• - Registration and spectrometry of heavy ions and nuclear reaction products (RSHINRP 5314)
• - The theory of the field (TF 4306)

• - Molecular physics and thermodynamics (Mpth 1201)
• - Physics of fundamental interactions (PhFI 4310)
• - Nuclear physics at low energies (NPhLE 4312)
• - Field theory (FT 4312)

• - Registration and spectrometry of heavy ions and nuclear reaction products (RSHINRP 5312)
• - Principles of quantum field theory (PQFTh4316)
• - The structure of atomic nucleus (SAN 4307)
• - Nuclear Radiation Detectors (DYaI 5314)

• - Heavy-Ion Physics (HIPh 5313)
• - Programming technology (PT 2221)
• - Nuclear reactors and nuclear power (NRNP 5306)
• - Physics thermonuclear synthesis (PhThS 4315)
• - Introduction to the physics of the atomic nucleus (IPAN 3201)
• - Scattering theory (ST 5325)
• - Practicum on atomic and nuclear physics (PANcPh 3225)
• - Nuclear astrophysics (NuA 5324)

• - Exotic nuclei (ENu 5321)
• - Atomic and nuclear physics (ANcPh 3224)
• - Elementary particle physics (EPPh 5323)
• - Basics of scientific research
• - Electrodynamics (Ele 3214)
• - Quantum mechanics (KM 3207)
• - Optics (Opt 2212)
• - Symmetry and Group Theory (SGTh 3229)
• - The theory of nuclear reactions (TNR 5305)

• - Neutron physics (NPh 4309)
• - Interaction between emission and substance (IBES 4305)
• - Nuclear Radiation Detectors (NRD 5307)
• - Nuclear reactions at low energies (NPhLE 4304)
• - Mechanics (Meh 1204)
• - Molecular physics and thermodynamics
• - Hydrogen Energy and nanostructured materials (HENM 5315)
• - Computing Physics (CPh 2222)
• - Methods of mathematical physics (MMP 3206)
• - Basics of electronics (BE 3217)
• - Basics of scientific research

• - Basics of Computing Physics

Master (scientific-pedagogical):

• - Nuclear reactions at threshold energies (NRThE 5314)
• - Nuclear reactions at intermediate energies (NRIE 5315)

• - Formulation and carrying out experiments in nuclear physics (PPeYaF 5311)

• - Introduction to the theory of quantized fields (IThQF 6226)
• - Nuclear reactions with heavy ions (Yarti 5304)

• - Detecting equipment and electronics of nuclear physical experiment (ENPhDE 5205)

• - Physical principles of radionuclide diagnostics and therapy (RDTFP 5313)
• - Accelerator technique
• - Neutrons and gamma quanta (NjGK 5203)
• - Nucleosynthesis (NUC 5311)
• - Methods of nuclear physical experiment (YaFEA 6315)

• - Nuclear fission (NF 5206)
• - High energy nuclear physics

• - Nuclear models (YaM 5301)
• - Physics and theory of nuclear reactors (KTNO 6319)
• - Nucleon and cluster structure of the atomic nucleus (NKSAYa 6314)
• - Accumulation and processing of experimental data in nuclear physics

• - Methods of nuclear physical experiment

Doctor PhD:

• - Scattering of complex particles in an optical model (SCPOM 7305)

• - Use of achievements modern nuclear physicists (UAMNPh 7307)