Bachelor:

• - Computer methods in physics

• - The theory of the strong interaction (TTSI 4308)

• - Modern problems of theoretical physics (MPTP 3305)
• - Metrology and measuring (MM 2205)
• - Variational method in mechanics (VMM 3220)
• - Computer simulation of physical processes
• - Microprocessor technology.Digital instruments and devices Electronic Engineerind (SPUET 3222)

• - Foundations of Theoretical Mechanics (FTM 2220)
• - Qualimetrics (Kva 3213)
• - Fundamentals of computer simulation of physical processes (FCSPP 2216)
• - Workshop on the basics of computer simulation of physical processes (WBCSPP 2217)
• - Metrology and measuring (MM 2216)
• - Basics of standardization and metrology (BSM 2218)

• - Practicum on the basics of computer modeling of physical processes (WBCMPP 2212)
• - Basics of computer modeling of physical processes (FCMPP 2211)
• - Basic of soliton theory (BST 2215)

• - Classical gauge fields (CGF 4307)
• - Computer modeling of physical processes (KMF 1205)

• - General theory of relativity (GTR 3218)
• - Theory of solitons (TS 3318)

• - Geometric Methods in Physics (GMP 3319)
• - Methods of mathematical physics (MMF 2214)
• - Geometric Methods in Physics (GMP 2218)
• - Computer modeling of physical processes (CMPP 2213)

• - Mathematical methods in the theory of Solid-state (MMTSS 4315)
• - Introduction to the theory of discrete systems (ITDS 4316)

• - Methods of Mathematical Physics (MMP 2216)
• - Geometrical methods in physics (GMF 3219)
• - DNA physics (DNAP 3227)

• - Chaos Physics (ChP 2217)
• - Basics of vector and tensor analysis (BVTA 2210)
• - Fractal theory (FTT 2216)

• - Electrodynamics (ElD 3301)

• - Physics (Fiz 2202)
• - Basics of group theory (BGT 4312)
• - Theory of solitons (TS 3223)
• - Geometric methods in physics
• - Introduction to Quantum Computing

• - Nuclear physics (NucP 3229)
• - Computer modeling of physical processes (CMPP 2209)
• - Integrable discrete systems (IDCS 4315)
• - Methods of mathematical physics (MMF 3231)
• - Differential geometry and topology
• - Solitons in quantum field theory
• - Methods of group theory in nonlinear physics

Master (scientific-pedagogical):

• - The modified theory of gravity
• - Additional chapters of the theory of the strong interaction

• - Standardization and certification of advanced composite materials (SSSKM 5205.)
• - Non-destructive quality control (BCTA 6307.)

• - Non-standard test methods (NMI 6309)
• - Management quality and competitiveness (UKKP 6307)
• - Standardization and certification of advanced composite materials (SCACM 5207)

• - Group theory (GTh 5209)
• - Solitons theory (ThoS 5205)

• - Physics of nonlinear wave processes (FNBP 5202)

• - Numerical methods in nonlinear physics (NMNP 5212)

• - Modified theories of gravity (MThOG 5202)
• - Evolutionary equations in mathematical physics (EEMP 5206)

• - Quantum information technologies in physics

• - Theory of fermion strings (ThFS 5201)

• - Physics of nonlinear wave processes (PhNWP 5203)
• - Quantum gravity (QG 6315)
• - Quantum information technologies in physics

• - Theory of hydrodynamic systems (ThHS 6313)
• - Theory of Symmetries (TOS 6312)

Doctor PhD:

• - Inflationary theory of the universe (ITU7305)
• - Nonlinear mathematical physics (NMP7301)