Design and Engineering of Space Monitoring and Transportation Systems
Field of study: 24.04.01 Rocket Complexes and Astronautics
Level and credentials: Master’s Degree (UNESCO ISCED-2011 Level 7)
Program manager:
Mr. Denis Avaryaskin
Inter-University Department of Space Research, associate professor
Email: avaryaskin.dp@ssau.ru
Language of instruction: Russian
Mode of study: full-time
Duration: 2 years
Full tuition scholarship: available through Education In Russia website
Tuition fee: 230,000 RUB per year
About the program
The Master’s degree program prepares students for professional and research careers involving design of advanced models of rockets and spacecraft, such as launch vehicles, manned and unmanned spacecraft. It exposes students to information technology, computer modeling and various research methods.
Intended learning outcomes
Students on the program will gain knowledge and understanding of rockets and spacecraft, laws of their motion and optimal control, and of how to calculate and optimize their parameters, and which research methods are applicable. Students will learn to use CAD, strength analysis and Microsoft Office software, and develop programming skills.
Graduate destinations
Calculation Engineer
Design Engineer
Test Engineer
CAE Engineer
CAD engineer
Level and credentials: Master’s Degree (UNESCO ISCED-2011 Level 7)
Program manager:
Mr. Denis Avaryaskin
Inter-University Department of Space Research, associate professor
Email: avaryaskin.dp@ssau.ru
Language of instruction: Russian
Mode of study: full-time
Duration: 2 years
Full tuition scholarship: available through Education In Russia website
Tuition fee: 230,000 RUB per year
About the program
The Master’s degree program prepares students for professional and research careers involving design of advanced models of rockets and spacecraft, such as launch vehicles, manned and unmanned spacecraft. It exposes students to information technology, computer modeling and various research methods.
Intended learning outcomes
Students on the program will gain knowledge and understanding of rockets and spacecraft, laws of their motion and optimal control, and of how to calculate and optimize their parameters, and which research methods are applicable. Students will learn to use CAD, strength analysis and Microsoft Office software, and develop programming skills.
Graduate destinations
Calculation Engineer
Design Engineer
Test Engineer
CAE Engineer
CAD engineer
