Bachelor:

• - Introduction into Mathematical Modeling

• - Special section of the mechanics of fluids and gases

• - Analytical geometry (AG 1205)
• - Mechanics of fluid and gases (MFG 3214)
• - Introduction to continuum mechanics (ICM 3302)

• - Mecahnics of fluids and gases (MZhG 3302)

• - Numerical methods of gas dynamics (NMGD 3302)
• - Numerical methods of aerodynamics (NMA 3308)

• - Mechanics of fluid and gases (MFG 3327)

• - Mechanics of fluid and gases (MFG 3305)

• - Fundamentals of Scientific Research
• - Applied hydromechanics (AFM 3307)
• - Mechanics of fluid and gases (MFG 3301)
• - Hydro- and gas dynamics (HGD 3233)

• - Analytical geometry
• - Fundamentals of Scientific Research
• - Boundary value problems in mechanic

• - Methods of similarity and dimension in mechanics

Doctor PhD:

• - Robust control for Nonlincar Systems (RCNS 7303)

Preparatory department:

• - Mathematical Literacy (ML 1103 (1.1))
• - Mathematical Literacy (ML 1103 (2.1))

Master (scientific-pedagogical):

• - Special chapters of gas mechanics

• - Mechanics of heterogeneous media

• - Special chapters on hydro and gas dynamics (SCHGD 6303.)

• - Mechanics of njn-homogeneous media (MNHM 6305)

• - Special chapters on hydro and gas dynamics (SGGG 6301)
• - Modeling of problems of fluid mechanics and gases (MPFMG 5211)

• - Boundary layer theory (TPS 6308)

• - History and methodology of mechanics (HMM 5307)
• - Basis on hydro and gas dynamics (BHGD 5308)
• - Mechanics of non-homogeneous media (MNHM 5314)
• - Applied hydromechanics (PG 6302)

• - Computer modeling of problems in liquids and gases mechanics (CMPFMG 5306)
• - Modeling of problems of fluid mechanics and gases (MPFMG 5210)
• - Theory and problems of mechanics (TPM 5301)
• - Mechanics of non-homogeneous media (MNS 6307)

• - History and methodology of mechanics
• - Basis on hydro and gas dynamics