Bachelor:

• -
• - Molecular physics

• - Space Vehicle Orientation, Navigation and Stabilization System (SVONSS 4305)
• - Technological process of mechanical production (TPMP 4233)

• - Program Orientation (PO 1208)
• - Fundamentals of Automatics (FA 2218)

• - Fundamentals of Aerospace Engineering (OTRKM 3231)
• - Thermodynamics and Transfer in the Aerospace Equipment (TTAE 2212)

• - Applied mechanics (AM 3227)
• - Astrodynamics (AD 1201)
• - Space Vehicle Orientation, Navigation and Stabilization System (SONS 3236)

• - Numerical methods for solving of technical problems (TMCM 1205)
• - Basics of gas aerodynamics in RST (BGARST 3215)
• - Space Vehicle Orientation, Navigation and Stabilization System (SONS 4306)
• - Electrical engineering (EE 2210)
• - Applied physics (PF 1200)
• - Orientation and stabilization Systems of spacecrafts (OSSS 3301)

• - Designing of ICA, communication satellites (DICACS 4315)
• - Space craft (SC 4322)
• - Hydro and pneumatic actuatorbasics (HPA 3210)
• - Ballistics (BAL 2267)
• - Computer modeling processes of treatment of parts (CMPTP 4316)

• - State audit (SA 3301)
• - Orientation and stabilization Systems of spacecrafts (OSSS 4302)
• - Numerical methods in aerospace problems (NMAP 3213)
• - Fundamentals of hydraulics and hydropneumatic actuators (FHHA 3211)
• - Designing of ICA, communication satellites (DICACS 4314)
• - Fundamentals of the theory of technology (FTT 3221)

• - Construction mechanics of rocket and space technique (CMRST 3214)
• - Ballistics of aircraft (BA 3218)
• - Computer aided design system of technological processes of rocket and space technique (CADSTP RST 3303)

• - Hydraulics and its application on aircraft (HAA 2212)
• - Space vehicles (KA 3301)

• - Construction and design of launch vehicles (CDLV 3304)
• - Space remote sensing systems and space communication (SRSSSC 4307)
• - Fundamentals of hydraulics and hydropneumatic drives of aircraft
• - Space craft motion and control systems (SCMCS 3223)

• - Basics of scientific research
• - Technology of assembling and testing of spacecraft (TATSV 4305)
• - Functional-cost analysis of technological processes of RST (FCATPPRST 4306)

• - Basics of scientific research
• - Machine parts (FMP3233)
• - Interchangeability and technical measurements in the space industry (ITMSI 2211)
• - Microprocessors and microprocessor systems in rocket and space technique (MMSRST 3215)
• - Fundamentals of hydraulics and hydropneumatic drives of aircraft
• - Aeromechanics of aircraft (AmAc 2301)
• - Programming of technological processes for NCS machines
• - Physics 2
• - Basics of scientific research
• - Mathematical analysis 1
• - Mathematical analysis 2
• - Physics 2

• - Applied engineering programs (AEP 2207)
• - Basics of rocket and space technique (BRST1203)
• - Space vehicles (SV 3301)
• - Physics 1
• - Mathematical analysis 1
• - Mathematical analysis 2
• - Physics 1
• - Fundamentals of unmanned aerial vehicle aviation

Master (specialized):

• - Ballistics and navigation of spacecrafts (BNS 6307)
• - Technical means of information-measuring systems of space apparatus (TMISSA 5301)
• - Software for calculation of orbital motion of space appratus (SCOMSA 5206)
• - Radar systems of remote sensing of Earth (RSRSE 6313)

• - Software mechatronic systems (POMS 5311)
• - Software robotic systems (PORS 6230)
• - Communication and transmission of information to the robot control system (SSP 6232)

• - Ballistics and navigation satellites (BNS 5306)
• - Software for the calculation of the orbital motion of the spacecraft (SFCOMS 5204)
• - Radar Remote Sensing Systems (RSDZ 6306)
• - Space communications (SC 6309)

Doctor PhD:

• - Academic writing
• - Science research methods

• - Modern methods of intelligent processing of satellite images
• - Technology of modern satellite construction
• - Modern methods of spacecraft motion control

Master (scientific-pedagogical):

• - Gravitational and field methods in the theory of superconductivity (GFMTS 63020)
• - Special topics in general relativity (IGOTO 6214)
• - Classical Abelian gauge fields (CAGF 6214)
• - Theory of quantum integrable systems (TKIS 6218)
• - Additional chapters of quantum field theory (ATQFT 6210)

• - Software for the calculation of the orbital motion of the spacecraft (POOD 5305)

• - Basic principles of modern physics (OPSF 5301)
• - Orientation and navigation satellites (ONS 5329)
• - Microprocessor technology and technology in terrestrial aircraft control systems (MTTACS 5322)
• - Radar Remote Sensing Systems (RRSS 5324)

• - The software for calculation of the orbital movement of spacecraft (SFOMS 5206)

• - Optimization and management of scientific projects in the space industry (OMSPI5310)

• - Models and methods of planning of experiments (MMPE5307)

• - On-board systems of small spacecraft (BSOS 5302)
• - The software for calculation of the orbital movement of spacecraft (SFOMS 5207)
• - CAD tools for design of systems on the chip (CADDS5308)

• - Small spacecraft control systems (SUMKA 5311)

• - High technology in engineering (NTT 5313)

• - Methods of designing rocket propulsion systems

• - Composite materials in space technology
• - Aerogasodynamics of aircraft
• - Control system of small spacecraft
• - Spacecraft design
• - Programming of microcontrollers
• - Design of on-board systems
• - Methods of digital processing of aerospace images
• - Physical foundations of remote sensing of the Earth
• - Geographic Information Systems (GIS)
• - Launch vehicle design methods
• - Modern technologies for the development of electronic systems

• - Aircraft diagnostics and testing (ADT 5304)
• - Exploitation of ground send-receive segment (OGRS 5310)
• - Digital processing of signals on satellite systems (DPSSS5309)
• - Global navigation satellite systems
• - Software for calculation of the orbital movement of spacecraft
• - Modeling of mechatronic, robotic systems (MMRtS 5312)
• - Remote sensing technologies for creating cartographic products
• - Remote sensing technologies for solving forestry problems
• - Technology of spacecraft production
• - Modern computer technologies for designing aerospace vehicles
• - Earth remote sensing technologies for solving environmental problems
• - Radar systems for remote sensing of the Earth
• - Application of remote sensing technologies in the tasks of geology and exploration of deposits