Master (scientific-pedagogical):

• - Physics of radioisotope medicine

• - Physical principles of radionuclide diagnostics and therapy (RDTFP 5313)
• - Physical aspects of radiation planning
• - Accelerator technique
• - Physics of nanosystems
• - Nucleosynthesis (NUC 5311)

• - Nuclear fission (NF 5206)
• - Nanophotonics

• - Nuclear models (YaM 5301)
• - Physics and theory of nuclear reactors (KTNO 6319)
• - Basics of radiology
• - Methods for diagnosing diseases
• - Ultrasound and non-ionizing radiation
• - Dosimetric planning of radiation therapy
• - Nuclear-physical methods in medicine

• - Clinical dosimetry
• - Equipment for dosimetric measurements and quality control
• - Radiation safety in medicine
• - Radiation measurements for radiotherapy
• - Modern methods of radiation therapy
• - Phantoms for the calibration of quality control
• - Membranes and membrane technology (MMT 6320)

Doctor PhD:

• - Radiation dosimetry research methods
• - Modern advances in the field of radiation diagnostics and therapy
• - Nuclear technology (NT 7306)

• - Use of achievements modern nuclear physicists (UAMNPh 7307)
• - Radioecologicalmonitoringandriskassessment
• - Radiobiological effects of radionuclides and radiation effects in ecosystems

Bachelor:

• - Atomic physics (AF 3211)

• - Basics of Nuclear and Particle Physics
• - Physics (Phys 1204)

• - The use of radioactive isotopes (PRI 309)
• - Introduction to radiation physics
• - Introduction to radiation physics
• - Basics of Nuclear and Particle Physics

• - An introduction to specialty (IS 1302)
• - Computing Physics
• - Basis of Vector and Tensorial analysis (BVTA 2203)
• - Optics (Opt 2213)

• - Basics of vector and tensor analysis (BVTA 2219)
• - Physics accelerators (PA 4243)
• - Physical foundations of applied nuclear physics (PFANP 4139)

• - Electricity and Magnetism (EM 2206)

• - Theory of nuclear reactions (TNR 5304)
• - Heavy ion physics (HIP 5314)
• - Exotic cores. (EYa 5314)
• - Physical Foundations of Applied Nuclear Physics (PhFANPh 4310)
• - Interaction of radiation with matter (IRM 4303)

• - Physics (Phys 1205)
• - Physics (Phys1204)
• - Exotic nuclei (EYa 5315)
• - Fundamentals of thermodynamics and statistical physics (FTSP 4216)
• - Physical Principles of Applied Nuclear Physics (PhFANPh 4310.)

• - Interaction between emission and substance (IES 4303.)
• - Accelerator Physics (AFh 4301)
• - Nuclear technologies in industry (NTI 4303)
• - Experimental Methods of Nuclear Physics (EMNPh 4309)
• - Electricity and magnetism (EM 2209)

• - Nuclear experiment technology (NET 4304)

• - Principles of dosimetry (PD 4235)
• - Experimental Methods of Nuclear Physics (EMNPh 4301)
• - Atomic physics (AP 3215)
• - Neutron physics (NPh 4302)
• - Atom physics (AP 3206)
• - Exotic nuclei (EN 5311)

• - Radiation safety (RS 4311)
• - 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)

• - Heavy-Ion Physics (HIPh 5313)
• - Programming technology (PT 2221)
• - Nuclear reactors and nuclear power (NRNP 5306)
• - Elementary particle physics (EPP 3230)
• - Physics thermonuclear synthesis (PhThS 4315)

• - Introduction to the Specialty (IS 1202,)
• - Exotic nuclei (ENu 5321)
• - Atomic and nuclear physics (ANcPh 3224)
• - Physical bases of nuclear medicine (PhBNM 4207)
• - The use of nuclear facilities in medicine (UNFM 4208)
• - Elementary particle physics (EPPh 5323)
• - Basics of scientific research
• - Fundamentals of Thermodynamics and Statistical Physics (FTSPh 4302)
• - Electrodynamics (Ele 3214)
• - General chemistry
• - Quantum mechanics (KM 3207)
• - Condensed Matter Physics (CMPh 4218)

• - Principles of dosimetry (PD 4312)
• - Neutron physics (NPh 4309)
• - Accelerator Physics (APh 4308)
• - Interaction between emission and substance (IBES 4305)
• - Theoretical mechanics (TM 2206)
• - Nuclear Radiation Detectors (NRD 5307)
• - Physical Principles of Applied Nuclear Physics (PhFANPh 5326)
• - Theory and methods of teaching physics (TMTPh 4225)
• - Basics of quantum field theory
• - Nuclear reactions at low energies (NPhLE 4304)
• - Hydrogen Energy and nanostructured materials (HENM 5315)
• - Basics of scientific research

• - Theory and Methods of Teaching Physics