Master (scientific-pedagogical):

• - X-ray diffraction analysis
• - X-ray structural analysis (RSA 5308)

• - Luminescence of crystals (LK 5316)

• - Nanostructures and nanoclusters (NN 5206)
• - Methods of preparation of nanomaterials (MPN 5208)
• - Nanomaterials (Nan 5207)

• - Application of functional nanomaterials (AFN 5307)

• - Physics of low-dimensional systems (PLDS 5306)

• - Basics of Hydrogen Energy (BHE 5330)
• - Application of functional nanomaterials (AOFN 5223)
• - Physics of low-dimensional systems (PLDS 5222)

• - Computer modeling of physical processes (CMPP 5226)

• - Physics of ion-molecular crystals (ICPh 5311)

• - Solar Energy (SE 5313)
• - Trends in physical science (TPhS 5205)

• - Hydrogen Energy (HE 5310)

Bachelor:

• - Basics of Circuitry (OS 2218)
• - Physics 1 (Phys(I) 1203)
• - Physics

• - Physics (Fiz 1202)
• - Physics (Fiz 2203)
• - Physics (Fiz 1(2)202)
• - Applied thermophysics (ATP 3306)
• - Physics I (Phys 2201)

• - Nanodispersed materials
• - Nanotechnology

• - Circuit engineering (She 2209)
• - Applied physics (APh 4307)
• - Methods of production of nanomaterials (MPN 2217)

• - Physics I (Phy(I)1202)
• - Cryogenic engineering (CE 2217)

• - Nanostructures (Nan 3223)

• - Crystallography and group theory (*KTG 2213)
• - Physics of ionic crystals (PIC 4311)
• - Molecular spectroscopy (MS 4306)
• - Physical chemistry (PCh 2213)
• - Wind power (WP 4310)
• - Physics II (Phys (II) 2202)
• - Physical basics of mechanics (FOM 1203)
• - Physical Optics (PhO 2206)
• - Basics of electronics and electrical engineering (*OEE 2211)
• - Technology of production of photoelectric converter (TPРС 4309)
• - Crystallography (Cry 3307)

• - Physics (Phys 1205)
• - Physical basis of solar cells (PBSC 4308)
• - Basics of electricity and magnetism (*OEM 2212)
• - /Theory of electromagnetic field (*TEF 2217)
• - Atomic physics and spectroscopy (*AFS 2216)
• - Condensed-matter physics (CMP 3301)
• - Wind turbines (WT 4324)

• - Introduction to hydrogen energetics (IHE 4306)
• - Semiconductor physics (SP 3202)
• - Microelectronics (MicEl 2214)
• - Physics of dielectrics (PhD 3202)
• - Solid oxide fuel cells (SOFC 4315)
• - Fundamentals of optical phenomena (FOP 2214)

• - Physics of dielectrics (PD 3219)

• - Semiconductor physics (SPh 2205)
• - Physics of dielectrics (PhD 2210)
• - Functional materials for power industry and quantum electronics (FMPIQE 3220)
• - Semiconductor devices (SD* 2205)
• - Optical instruments (OI 3204)
• - IR spectroscopy (IRS 4309)
• - Applied physics (PF 4309)
• - Solid fuel cells (SFC 4314)
• - Hydrogen Energy Technologies (HET 4308)

• - Spectroscopy Technique and momentum spectroscopy (STMS 3318)
• - Hydrogen Energy Technologies (HET 4328)
• - Solid fuel cells (SFC 4329)

• - Hydrogen energy technologies (HET 4307)
• - Physical Optics (PhO 2211)
• - Molecular Physics and Thermodynamics (MPhT 2203)
• - Optics (Opt 2212)

• - Physics (Fiz 2202)
• - Theory and methods of teaching physics (TMTPh 4225)
• - Nuclear physics and elementary particles (NPhEP 3219)
• - Quantum mechanics (QM 3214)
• - Physics and chemistry of nanoclusters (PChN 2216)
• - Pedagogical Technology of Developmental Training
• - Fundamentals of physics of STEM education at school
• - Vacuum Technology (VT 3216)

• - Optics (Opt 3210)
• - Waves in piezomagnetic media (WPM 2210)