Doctor PhD:

• - Methods of Computational Material Science (MCMS 7203)

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

• - Multimedia technology in teaching physics in high school

• - Academic writing (AW 7206)
• - Intrinsic luminescence in sulfates of alkali metals. (SLAEMS 7304)
• - Methodology for the implementation of interdisciplinary continuity of natural science disciplines
• - Development of critical thinking in students in the system of professional competencies
• - Academic writing
• - Academic writing
• - Academic writing
• - Science research methods
• - Academic writing
• - Science research methods
• - Academic writing
• - Science research methods
• - Science research methods
• - Science research methods
• - Science research methods
• - Methodical foundations of formation of functional literacy of students in the educational process in physics

• - Physical chemical processes in ionic crystals and their modeling (PhPICM 7305)
• - Electronic excitation in bulk and nanocrystals (EEBN 7305)

Bachelor:

• - Crystallography, crystal chemistry and mineralogy
• - Crystallography, crystal chemistry and mineralogy
• - Radiation-induced defects and chemical bonding in solids
• - Thermoluminescent dosimeters

• - Methods of structural analysis
• - Nanodispersed materials
• - Scintillation materials
• - Crystallography, crystal chemistry and mineralogy
• - Bond Types in solids
• - Vacuum ultraviolet spectroscopy (VUVS 3221)

• - Functional Materials (FM 4310)

• - Spectroscopic methods of investigation (SMI 3215)
• - Methods of structural analysis
• - Structure and properties of silicon (SPS 2216)

• - Ionizing radiation dosimeters (IRD 3303)
• - Ionizing radiation dosimeters (IRD 3304)
• - Electronic excitations in functional materials (EEFM 4310)
• - Techniques of spectroscopy (TS3223)
• - X-ray diffraction analysis (XRDA 3305)
• - Semiconductor converters based on silicon (SCBS 3302)
• - Geometrical structure of solids (GSS 3222)
• - Structures of solids (SS 3304)

• - Scintillating materials (SM 4307)
• - Specifications of converters (SC 4311)
• - Physics of semiconducting converters (PSC 4310)
• - Physical chemistry (PCh 2213)
• - Methods of electronic spectroscopy (MES 3308)
• - Technology of production of photoelectric converter (TPРС 4309)
• - Methods of research of structure and properties of nanosilicon (MRSPN 3220)
• - Vacuum ultraviolet spectroscopy (VUVS 3224)
• - Crystallography (Cry 3307)

• - Physical basis of solar cells (PBSC 4308)
• - The technology of solar cells (TPFEP 3305)
• - And organic thin-film solar cells (OTSE 3306)
• - Luminescence of molecules (LM 4313)
• - Physical fundamentals of solar cells (FOSE 3304)

• - Introduction to hydrogen energetics (IHE 4306)
• - Plasma Physics (PP 3231)
• - New technology solar cells (NTSC 4320)

• - Solid State Radiation Physics (RFTT 3225)
• - Luminescence of crystals (LC 4314)
• - Methods for producing nanomaterials (MPN 3308)
• - Research methods of nanomaterials (MIN 3309)
• - Organic and thin-film solar cells (OTSC 3305)
• - Physical fundamentals of solar cells (PhFSC 3306)
• - Photoelectron - cal converters concentrated solar radiation (PCCCSR 4319)
• - Functional materials for power industry and quantum electronics (FMPIQE 2310)

• - Functional materials for power industry and quantum electronics (FMPIQE 3220)
• - Molecular physics and thermodynamics (Mpth 1201)
• - Application of IT in education (AITE 3212)
• - Nanosilicon (NS3220)
• - Photoelectronical converters concentrated solar radiation (PCCSR 4311)
• - Intersubject communication in the natural sciences (ICNS 4308)

• - Spectroscopy Technique and momentum spectroscopy (STMS 3318)
• - The luminescence of molecules and crystals (LMC 3217)
• - Mechanics (Mech 1204)
• - Hydrogen Energy Technologies (HET 4328)
• - Theory and methods of educational work (TTEW2208)
• - Microelectronics (ME 3215)
• - Solid state physics (SSPh 4303)
• - Physico - chemical methods of analysis (PhChMA 4329)
• - Introduction to Research (ITR 4307)
• - Computer modeling of physical processes
• - Molecular spectroscopy (MS 3217)
• - Solid fuel cells (SFC 4329)

• - Physics of Atomic and Spectroscopy (PhOAS 3205)
• - Atomic physics and spectroscopy (APhS 3213)
• - Radiation physics (RPh 3219)
• - Electricity and Magnetism (EM 2205)
• - Thermodynamics (TD 3338)
• - Methodological basics of solving of problems of middle course (MBSPMC 3203)
• - Methodological basics of school physics course of high school (MBSPCHS 3203)
• - Pedagogical Technology of Developmental Training (PTDT 4305)
• - Modification of properties of functional materials by an ionizing radiation (MPFMIR 4326)
• - Interaction of ionizing radiation with matter and track technologies (IIRMTT 3221)
• - Physics of solar cells (PhSC 3216)
• - Integration of natural science disciplines (CMS 3201)
• - Radiation physics (RPh 4301)
• - Microelectronics (ME 4302)
• - Methods for solving Olympiad and non-standard tasks (MSONT 4306)
• - Organization of project activities in physics (OPAM 4307)
• - Physics (Phys 2205)
• - Physics of natural phenomena (PhNPh 4205)
• - Elementary mathematics (EM 1212)

• - Basics of scientific research
• - Electrical engineering and electronics (EE 2214)
• - Physical Optics (PhO 2211)
• - Molecular Physics and Thermodynamics (MPhT 2203)
• - Computer modelling of physical processes
• - Technology of solving physical tasks (ToSPhT 4306)
• - Methodological basics of solving of problems of school physics of middle and older courses.
• - Theoretical basics of school physics of middle and older courses.
• - Electrical and Electronics (EE 3206)
• - Semiconductor physics
• - Dosimeters of ionizing radiation
• - Plasma Physics (PPh 4303)
• - Ultrasonic Flaw Detection (UFD 4331)
• - Technique of school experiment
• - Electromagnetism
• - General physics (GF 4201)
• - Theory of electromagnetic field
• - IR and Raman spectroscopy (IRRS 4326)
• - Integration of natural science disciplines

• - Theory and methods of teaching physics (TMTPh 4225)
• - The physics of ionic crystals (TPhIC 4317)
• - Nuclear physics and elementary particles (NPhEP 3219)
• - Physics of ion-beam technology (PhIBT 4331)
• - Spectroscopy Technique and momentum spectroscopy (TSMS 3225)
• - Quantum mechanics (QM 3214)
• - Physics
• - Methods of teaching of physics (MTPh2201)
• - New approaches to learning and assessment at school (NALASh 3208)
• - Pedagogical Technology of Developmental Training
• - Methods of teaching children with PLO in inclusive education
• - Integration of natural science disciplines (INSD 3208)
• - Integration of natural science disciplines (INSD 3201)
• - Alternative energy (AE 4305)
• - Computer design of functional materials (CDFM 4331)
• - Mechanics (Meh 1204)
• - Quantum mechanics (QM 3211)
• - Physical English
• - Integration of natural science disciplines
• - Statistical physics and thermodinamics (SPhT 3215)
• - Methods of research and production of nanomaterials (MRPN 3318)
• - Fundamentals of physics of STEM education at school
• - Vacuum Technology (VT 3216)
• - Statistical physics and thermodynamics
• - Adaptation of program content for children with SEN
• - Radiation physics
• - Mechanics
• - Mathematical analysis I
• - Computer modeling of physical processes with elements of artificial intelligence
• - Mathematical analysis II
• - Mechanics
• - Theoretical foundations of the school physics course and methods for solving physical problems

• - Condensed-matter physics (CMPh 3322)
• - Optics (Opt 3210)
• - Modeling of physical properties of nanomaterials (MPhPN 4320)
• - Quantum chemistry (QCh 3214)
• - Physics and chemistry of nanoclusters (PhCN 4328)
• - Solar cells design (SCD 3318)
• - Physics of photoelectric converters (PhPhC 3221)
• - Methods of research and production of nanomaterials (MRPN 4304)
• - Organic and thin-film solar cells (OTSC 4326)
• - Optics and metrology of solar cells (OMSC 4330)
• - Classical mechanics
• - Functional materials for power industry and quantum electronics
• - Vacuum ultra violet spectroscopy

Master (scientific-pedagogical):

• - Cathodochromic materials
• - Basics of Crystallography (OKG 5309)
• - Crystallography and structural analysis (KSA 5308)
• - Nanostructures and nanoclusters (NN 5212)

• - Dosimetric materials (DM 5305)
• - Basics of Crystallography (BCG 5206)

• - Nanostructures and nanoclusters (NN 5206)
• - Methods of preparation of nanomaterials (MPN 5208)
• - Cathodochromic materials (CChM 5308)

• - Transformation of energy in the scintillator and dosimetric materials (ТECDM 5307)
• - Photo - cathodochromic materials (FTM 5212)
• - Physics of low-dimensional systems (PLDS 5306)

• - Basics of Hydrogen Energy (BHE 5330)
• - Method of forming research skills for students (MFRSS 5302)
• - Application of functional nanomaterials (AOFN 5223)
• - Physics of low-dimensional systems (PLDS 5222)
• - Nanostructures and nanoclusters (Nano 5214)
• - Basics of alternative and renewable energy (BARE 5204)
• - Transfer of energy of electron excitations in scintillators and dosimeters (TEEESD 5304)

• - Spectroscopy (Spec 5205)
• - Luminescence of Crystal-phosphors (LCPh 5204)

• - Band theory of solids (BTS 5302)
• - Theoretical and methodical bases of teaching and upbringing in physics (TMBTUPh 5303)
• - Optical properties of nanostructures (OPN 5313)
• - Solar Energy (SE 5313)

• - Solid oxide fuel cells (SOFS 5310)
• - Modern physical practicume
• - Trends in physical science. Physical and energy research.

• - Luminescence of Complex Molecules (LCM 5208)
• - Didactics of solving experi-mental physical problems
• - Evaluation of learning outcomes in the educational process in physics
• - Trends in physical science. Methods of spectral analysis.
• - Modern physical practicume in high school
• - Trends in physical science. Track technologies in the development of nanomaterials with special properties.
• - Teaching methods for solving basic problems in physics
• - Fundamentals of fusion energy

• - Physics of dosimeters and scintillators (PhDS 5314)
• - Radiation Physics of Solids (RPhS 5303)
• - Innovative educational technologies in teaching physics (IETTPh 6307)
• - Organization of scientific pedagogical research in physics teaching (OSPRPhT 6304)
• - Pedagogical design of educational materials in physics (PDEMPh 6306)
• - Methodology of solving problems in physics of increased complexity (MSPPhIC5204)
• - Hydrogen Energy (HE 5310)
• - Renewable Energy Technologies
• - Smart technologies in the educational process in physics
• - Interdisciplinary integration of sciences in the educational process in physics
• - The scientific foundations of the design of the educational process in physics

• - Quantum chemical modeling (QChM 5212)
• - Methodology of work with gifted children in teaching physics (MWGChTPh 6305)