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Department of aerospace engineering and non-conventional sources of energy
HomeForeign citizensMaster ProgramsDepartment of aerospace engineering and non-conventional sources of energy

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For over 40 years the department has been alma mater of highly qualified specialists and scholars in the field of space and terrestrial renewable energy, space technology, space plasma thrusters, new ion-plasma technology.

Strong theoretical and practical training is the reason why our graduates are versatile professionals and valuable employees. They are in steady demand of leading enterprises in aerospace, energy and other industries.

Professors, scientists, and senior students of the department are active in scientific researches. Our students regularly win prizes in competitions and receive international research grants.

Since the second half of the twentieth century, rocket and space propulsion engineering is one of the most advanced industries in the world. Modern rocket engines and power plants are the only affordable means of space exploration. An essential element of any spacecraft is a power plant, which includes on-board systems and devices that ensure the production, conversion, storage, and distribution of electricity for the operation of all systems on board. 

MAJOR CURRICULUM - MS
POWER MANAGEMENT ROCKET ENGINES AND POWER PLANTS
  • Intellectual property
  • Management and marketing
  • Psychology and pedagogy of higher education
  • Thesis for master's degree
  • Student research work
  • Scientific and pedagogical training
  • Occupational health and safety and civil defence
  • Pre-graduation training
  • Energy audit
  • Organisation and implementation of energy management projects
  • Fundamentals of power management
  • Measuring, accounting and control systems of power consumption
  • Special chapters of mathematics and mechanics
  • Mathematical and physical modeling of power processes
  • Legal and regulatory framework in energy development
  • Intellectual property
  • Psychology and pedagogy of higher education
  • Thesis for master's degree
  • Scientific and pedagogic training
  • Occupational health and safety and civil defence
  • Pre-graduation training
  • Computer design of power and electronic components of microsatellites
  • System of planning and control in space industry
  • Special chapters of mathematics
  • Theory and practices of measuring
  • Experimental design theory
  • Space communication
  • Management and marketing in space action
  • Experimental methods of engines' and power plants' performances
  • Design of micro- and picosatellites
AIRCRAFT ENGINES AND POWER PLANTS
  • Intellectual property
  • Psychology and pedagogy of higher education
  • Thesis for master's degree
  • Scientific, design and engineering process of production preparation
  • Students research work
  • Research and pedagogical training
  • Occupational health and safety and civil defence
  • Pre-graduation training
  • Computer-aided design of power and electronic components of microsatellites
  • Pre-graduation course
  • Planning and control systems in space industry
  • Special chapters of mathematics
  • Theory and practice of measurements
  • Theory of experiment planning
  • Space communications
  • Management and marketing in aerospace operations
  • Research methods of characteristics of rocket engines and power plants
  • Design of micro and picosatellites

 

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