Spacecraft Engeneering
Description
The program gives knowledge and skills in the field of systems analysis and spacecraft control. Students study a wide range of issues related to space technologies, the development of space systems, flight dynamics and spacecraft motion control. When mastering the educational program, students study methods of using modern digital technologies to solve scientific, technical and engineering problems.
Key features
The main aim of the educational program is to teach highly qualified specialists in the latest trends of the aerospace industry. Professors individualize the learning process and combine it with conducting research at the department. Students study in-depth computer science, modern computer technologies, geoinformation systems.
Principal subjects
- Rocket and space technology engineering
- Technical and economic analysis of engineering solutions
- Systems engineering for rocket and space technology
- Thermal design for spacecraft
- Information technology
- Simulation modeling
- Decision theory
- Space navigation methods
Career opportunities
- Graduates of the master's program work for organizations that develop, test, and operate automated control systems for aviation, rocket, and space technology and related fields:
- Research engineers
- Heads of sectors, departments
- Heads of sectors, departments
Head of the program
OT
Olga Tushavina
Candidate of Technical Sciences, Head of School No. 6: Aerospace
