Bachelor:

• - Fluid and gas mechanics, hydraulic and pneumatic drive
• - Resistance of materials (RM 2210)
• - Special section of the mechanics of continua

• - Models of mechanics of continua (MMSS 2210)
• - Engineering mechanics II (EM 2301)
• - Mechanics (Mech 2208)

• - Theoretical mechanics
• - Introduction to the continuum mechanics (TOMK 2302)
• - Continuum mechanics (CM 3309)
• - Theoretical mechanics (TM 304)
• - Resistance of materials (RM 2216)
• - Aerospace Equipment Material Reliability Mechanics (ZGTMBM 2213)

• - Fundamentals of hydrogas-aerodynamics on SRT (OGADRKT 3227)

• - Theoretical mechanics (TM 2211)
• - Resistance of materials (MK 2209)
• -
• - Applied mechanics 2 (AM 2216)

• - Strength of materials (SM 2211)
• - Strength of materials (SM 2214.)

• - Theoretical mechanics (TM 1210)
• - Mechanics of RST materials (MRM 2218)
• - Theoretical Mechanics (TM 2210)
• - Introduction to continuum mechanics (ICM 3302)
• - Applied hydromechanics (AH 3224)
• - Applied mechanics 1 (AM 2209)
• - Structural Mechanics of Rocket Station Carriers (SMRS 3303)
• - Structural Mechanics of Space crafts (SMSC 3304)

• - Mechanics of RST materials (MRM 2217)
• - Theoretical Mechanics (TM 3213)
• - Engineering mechanics (EM 2205)
• - Engineering mechanics I (EM 2206)
• - Microprocessors and microprocessor systems (MMS 2219)

• - Theoretical mechanics (TM 2304)
• - Mechanics of structures (MS 3227)
• - Mecahnics of fluids and gases (MZhG 3302)
• - Introduction to the continuum mechanics (VMSS 2302)

• - Applied hydromechanics (AH 3306)

• - Theoretical mechanics (TM 1211)

• - Mechanics of fluid and gases (MFG 3327)

• - Applied mechanics (AM 2212)
• - Theoretical mechanics (TM 2217)
• - Experimental methods of mechanics
• - Experimental methods of mechanics
• - Applied hydromechanics (AFM 3307)
• - Mechanics of fluid and gases (MFG 3301)
• - Hydro- and gas dynamics (HGD 3233)
• - Continuum mechanics
• - Continuum mechanics (CM 2211)
• - Strength Physics (SPh 3231)
• - Continuum mechanics

• - Theoretical mechanics (TM 2206)
• - Introduction to mechanics (IM 1209)
• - Theory of jet flows (TJF 3329)
• - Introduction to continuum mechanics
• - Physical basis of strength of materials
• - Applied Fluid Dynamics

• - Theoretical Mechanics

Master (scientific-pedagogical):

• - Modelling of mechanics problems

• - Boundary layer theory (BLT 6306)

• - Modern problems of mechanics (MPM 5301)

• - Boundary layer theory (TPS 6308)
• - Applied problems of continuum mechanics (APCM 5309)
• - Boundary layer theory (BLT 5317)

• - Applied hydromechanics (PG 6302)
• - Applied hydromechanics (AH 5312)

• - Theory and practice of jet devices (ThPJD 5207)

• - Computer modeling of problems in liquids and gases mechanics (CMPFMG 5306)
• - Modeling of problems of fluid mechanics and gases (MPFMG 5210)

• - Applied problems of continuum mechanics (APCM 6303)