Bachelor:

• - Atomic Physics and Spectrography (AFS 3212)

• - Crystallography and group theory (*KTG 2213)
• - Specifications of converters (SC 4311)
• - Thermodynamics and statistical physics (TSP 3226)
• - Molecular spectroscopy (MS 4306)
• - Wind power (WP 4310)
• - Physical Optics (PhO 2206)
• - Basics of electronics and electrical engineering (*OEE 2211)
• - Technology of production of photoelectric converter (TPРС 4309)

• - Physical chemistry (PCh 2211)
• - Physical basis of solar cells (PBSC 4308)
• - Basics of electricity and magnetism (*OEM 2212)
• - The technology of solar cells (TPFEP 3305)
• - And organic thin-film solar cells (OTSE 3306)
• - Atomic physics and spectroscopy (*AFS 2216)
• - Condensed-matter physics (CMP 3301)
• - Wind turbines (WT 4324)
• - Physical fundamentals of solar cells (FOSE 3304)

• - Introduction to hydrogen energetics (IHE 4306)
• - Modifying the properties of functional materials with ionizing radiation (MPFMWIR 4318)
• - Condensed-matter physics (FKS 3304)
• - Quantum chemistry (QCh 3220)
• - Semiconductor physics (SP 3202)
• - Hydropower (HP 4311)
• - Microelectronics (MicEl 2214)

• - The luminescence of molecules (LM 4308)
• - Molecular spectroscopy (MS 3312)
• - Physics of dielectrics (PD 3219)
• - Functional materials for power industry and quantum electronics (FMPIQE 2310)

• - Semiconductor physics (SPh 2209)
• - Physics of dielectrics (PhD 2210)
• - Functional materials for power industry and quantum electronics (FMPIQE 3220)
• - Methods of non-destructive testing (MNDT 4310)
• - Nanosilicon (NS3220)
• - Physics and chemistry of nanoclusters (PhCN 4308)

• - Vacuum ultraviolet spectroscopy (VUS 3216)
• - Spectroscopy Technique and momentum spectroscopy (STMS 3318)
• - Mechanics (Mech 1204)
• - Physico - chemical methods of analysis (PhChMA 4329)
• - Molecular spectroscopy (MS 3217)
• - Computer modeling of physical processes (CMPhP 3220)
• - Solid fuel cells (SFC 4329)
• - Classicalmechanics (CM 2310)

• - Physics of Atomic and Spectroscopy (PhOAS 3205)
• - Atomic physics and spectroscopy (APhS 3213)
• - Interaction of ionizing radiation with matter and track technologies (IIRMTT 3221)
• - Physics of solar cells (PhSC 3216)
• - Integration of natural science disciplines (CMS 3201)

• - Digital technologies by branches of application (DTBA 2120)
• - Basics of scientific research
• - Physical Optics (PhO 2211)
• - Semiconductor physics
• - Ultrasonic Flaw Detection (UFD 4331)
• - Electromagnetism
• - General physics (GF 4201)
• - Optical instruments
• - Theory of electromagnetic field

• - Theory and methods of teaching physics (TMTPh 4225)
• - The physics of ionic crystals (TPhIC 4317)
• - Vacuum Technology (VT 3310)
• - Spectroscopy of atoms and molecules (SAM 3205)
• - Physics of ion-beam technology (PhIBT 4331)
• - Basic scientific knowledge
• - Methodology for the application of pedagogical innovative technonlogies in physics lessons
• - Integration of natural science disciplines (INSD 3201)
• - Alternative energy (AE 4305)
• - Mechanics (Meh 1204)
• - Physical English
• - Integration of natural science disciplines
• - Methods of research and production of nanomaterials (MRPN 3318)
• - Fundamentals of physics of STEM education at school
• - Scintillation control methods (SCM 4328)

• - Condensed-matter physics (CMPh 3322)
• - Waves in piezomagnetic media (WPM 2210)
• - 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)
• - Vacuum ultra violet spectroscopy

Master (scientific-pedagogical):

• - Radiation Physics of Solids (RfT 5306)
• - Transformation of energy in the scintillator and dosimetric materials (ТECDM 5307)
• - Photo - cathodochromic materials (FTM 5212)

• - Basics of Hydrogen Energy (BHE 5330)
• - Nanostructures and nanoclusters (Nano 5214)
• - Basics of alternative and renewable energy (BARE 5204)
• - Luminescence of Complex Molecules (LCM 5310)

• - Quantum chemical modeling (QCM 5224)

• - Spectroscopy (Spec 5205)
• - Luminescence of Crystal-phosphors (LCPh 5204)
• - Physics of ion-molecular crystals (ICPh 5311)

• - Methodology of formation of students ' research skills in teaching physics. (MFSRSTPh 5203)
• - Optical properties of nanostructures (OPN 5313)
• - Solar Energy (SE 5313)

• - Physics of dosimeters and scintillators (PhDS 5314)

• - X-ray analysis (XRA 5212)

Doctor PhD:

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