Program Overview
The Master of Science in Space Engineering equips graduates with the expertise to conduct and manage research and design projects in the space sector. The two-year program in English covers key areas such as mission analysis, propulsion, thermal-structural design, and system integration. Graduates are highly sought after by space companies, research centers, and industries utilizing lightweight structures and advanced design tools.
Program Outline
Degree Overview:
The Master of Science in Space Engineering aims to prepare highly qualified technicians with the cultural and professional skills needed to conduct and manage research and design activities in the space sector. Graduates will be equipped to develop, analyze, and verify space missions, specializing in areas like mission analysis, thermal-structural design, propulsion and energy subsystems, orbital and attitude control, Earth station communication, system integration, and post-launch operations.
Outline:
The program is structured over two years and is taught in English.
1st Year:
- Orbital Mechanics
- Spacecraft Structures
- Spacecraft Attitude Dynamics and Control
- Space Propulsion
- Space Systems Engineering and Operations
- Heat Transfer and Thermal Analysis
2nd Year:
- Space Physics
- Numerical Modelling of Aerospace Systems
- Aerospace Technologies and Materials
- Analysis and Testing of Space Structures
- Telecommunication Systems
- Aerothermodynamics
- Applied Space Mission Analysis and Design
- Launch Systems
- Payload Design
- Communications Skills
- Graduation Thesis and Final Work
Careers:
Graduates are well-suited for positions requiring autonomy in the space industry, research centers, and private or public companies involved in space component design, manufacturing, and testing.
