Doctor PhD:

• - Transfer of electronic excitation energy to the radiators in dosimetric materials
• - Methods for modeling of radiation processes in solids

• - Transfer of electronic excitation energy to the radiators in scintillation materials
• - Defect formation in crystalline materials
• - Scintillations and dosimetric materials

• - Mechanisms of defects creation in crystalline materials (MSDKM8305)
• - Transfer of electronic excitation energy to the luminescence centers in dosimetry and scintillation materials (PEEVSLDSM 8303)

• - Solid state ionics (SSI7204)
• - Scintillation and dosimetric materials (SDM7202)
• - Solar Energy (SE8309)

• - Physics of dielectrics (PhD7204)
• - Crystal physics (CPh7205)
• - Physics of superconductivity (PhSc8316)
• - Physics of magnets (PhM8317)

• - Energy transformation in dosimetric materials (ETDM 8308)
• - Energy transformation in scintillation materials (ETSM 8307)

• - Thermodynamics, statical physics and physical kinetics (TSPPK 8201)
• - Physicochemical processes in ionic crystals and their modeling (PhPICM 8308)
• - Defect formation in irradiated alkali sulfates (DFIAS 8305)
• - Physics and technology of energy conservation and renewable energy (FTEVE 7201)

• - Self-luminescence in alkali and alkaline-earth metal sulfates (SLAEMS 7302)
• - Practical aspects of fluorescence spectroscopy (PAFS 7305)
• - Defect formation in irradiated alkali sulfates (DFIAS 7307)

• - Science research methods (SRM 720 2)

• - Ionic-beam modification of materials (IBMM 7203)

• - Scientific Research Methods (SRM 7204)
• - Intrinsic luminescence in sulfates of alkali metals. (SLAEMS 7304)

Bachelor:

• - Electronic excitations in functional materials (EEFM 4310)

• - Specifications of converters (SC 4311)
• - Physics of semiconducting converters (PSC 4310)

• - Functional materials for power industry and quantum electronics (FMPIQE 2310)

• - Functional materials for power industry and quantum electronics (FMPIQE 3220)

• - The physics of ionic crystals (TPhIC 4317)

Master (scientific-pedagogical):

• - Nanostructures and nanoclusters (NN 5206)

• - Application of functional nanomaterials (AFN 5307)

• - Transformation of energy in the scintillator and dosimetric materials (ТECDM 5307)

• - Application of functional nanomaterials (AOFN 5223)
• - Physics of low-dimensional systems (PLDS 5222)

• - Luminescence of Crystal-phosphors (LCPh 5204)
• - Physics of ion-molecular crystals (ICPh 5311)

• - Solar Energy (SE 5313)

• - Physics of dosimeters and scintillators (PhDS 5314)
• - Renewable Energy Technologies