Master (scientific-pedagogical):

• - Luminescence
• - The modern scintillation materials
• - Spectroscopic techniques (TS 5208)
• - Laser spectroscopy (LS 5210)

• - Physico-chemical methods of research (PChMR 5306)
• - Modern scintillation materials (SSM 5213)

• - Scintillation materials (SM 5304)
• - Luminescence of Complex Molecules (LSM 5317)

• - Luminescence of Complex Molecules (LCM 5310)

• - Quantum chemical modeling (QChM 5212)
• - Nanostructures and nanoclusters (Nano 5214)

• - Luminescence of Crystal-phosphors (LCPh 5204)

• - Band theory of solids (BTS 5302)
• - Spectroscopy (Spec 5205)
• - Luminescence of Complex Molecules (LCM 5208)
• - Trends in physical science. Methods of spectral analysis.
• - Simulation of physical processes
• - Simulation of physical processes
• - Modern physical practicume in high school

• - Modern problems of solid state physics

• - Modeling of physical processes (MPP 5314)
• - Optical properties of nanostructures (OPN 5313)
• - X-ray analysis (XRA 5212)
• - Physics of ion-molecular crystals (ICPh 5311)

Bachelor:

• - Dosimeters of ionizing radiation
• - Dosimeters of ionizing radiation
• - Fundamentals of Plasma Physics
• - Basics of nanotechnology

• - Electronic excitations in dielectrics
• - Fundamentals of the scanning probe microscopy
• - Solid state dosimeters
• - Principles of Nanotechnology

• - Scintillation materials
• - Vacuum ultraviolet spectroscopy (VUVS 3221)
• - Plasma Physics
• - Molecular spectroscopy

• - Scintillation materials (SM 4234)
• - Nonlinear optics (NO 2215)

• - Nonlinear optics (NO 2214)
• - Molecular spectroscopy (MS 4230)
• - Vacuum ultraviolet spectroscopy (SVUF 3228)

• - Techniques of spectroscopy (TS3223)
• - X-ray diffraction analysis (XRDA 3305)
• - Infrared spectroscopy (IKS 4311)
• - Basics of Optics (BO 2214)

• - Nuclear physics interaction radiation with matter (NPIRM 3227)
• - Physics of plasma (PP 3228)
• - Nuclear physics and track technologies (NPTT 3229)
• - Chromotography (Chrom 4307)
• - Molecular spectroscopy (MS 4306)
• - Methods of electronic spectroscopy (MES 3308)
• - Vacuum ultraviolet spectroscopy (VUVS 3224)
• - Pulsed spectroscopy and spectroscopic Techniques (PSST 3232)

• - Physics of ionic crystals (PIC 4311)
• - Spectroscopy Technique and momentum spectroscopy (STMS 3318)
• - Microelectronics (MIcro 3228)
• - Luminescence of molecules (LM 4313)
• - Plasma Physics (PP 3231)
• - Physical fundamentals of solar cells (FOSE 3304)

• - Vacuum Technology (VT 3310)
• - Vacuum ultraviolet spectroscopy (VUS 3216)
• - Modifying the properties of functional materials with ionizing radiation (MPFMWIR 4318)
• - Physics (Fiz 1202)
• - Fundamentals of optical phenomena (FOP 2214)

• - Molecular spectroscopy (MS 3312)
• - IR spectroscopy (IRS 4309)

• - Luminescence of crystals (LC 4314)
• - The luminescence of molecules (LM 4308)
• - Optical instruments (OI 3204)
• - Plasma Physics (PPh 3223)

• - Spectroscopy of atoms and molecules (SAM 3205)
• - Functional materials for power industry and quantum electronics (FMPIQE 3220)
• - Plasma Physics (PPh 4303)

• - Mechanics (Mech 1204)
• - Optics (Opt 2212)
• - Plasma Physics
• - Mechanics (Meh 1204)
• - Vacuum Technology (VT 3216)
• - Dosimetry of ionizing radiation (IRD 4310)
• - X-ray analysis (XRA 4326)
• - Scintillator physics (SPh 4327)

• - Atomic physics and spectroscopy (APhS 3213)
• - Optics (Opt 3210)
• - The luminescence of molecules and crystals (LMC 3217)
• - Electrical engineering and electronics (EE 2214)
• - Physical Optics (PhO 2211)
• - Spectroscopy Technique and momentum spectroscopy (TSMS 3225)
• - Semiconductor physics
• - Molecular spectroscopy (MS 3217)
• - Optical instruments

• - Vacuum ultraviolet spectroscopy (VUS 3303)
• - Physical Optics (PhO 2206)
• - Statistical physics and thermodynamics
• - Electricity and magnetism
• - IR and Raman spectroscopy (IRRS 4326)
• - Optics (Opt 2204)

• - Pedagogy (Ped 1206)
• - The physics of ionic crystals (TPhIC 4317)
• - Scintillation control methods (SCM 4328)
• - Physics of optical devices (OP 2206)
• - Vacuum ultra violet spectroscopy
• - Thermodynamics and Statistical Physics
• - Optics

Preparatory department:

• - Physics (Phys 1201 (1))
• - Physics (Phys 1201 (2))

Doctor PhD:

• - Academic writing (AW720 1)

• - Academic writing (AW 7206)