This degree is taught by the Chair of Space Technology at Technische Universität Berlin and is designed to train systems engineers with the skills and mindset to take on leadership roles in the space sector. The curriculum is strongly practice-oriented and prepares graduates for technical and managerial careers across space-related industries.
Coursework concentrates on space system design, space technology, space management and operations, and intercultural communication. Students work on demanding, team-based projects—often in internationally mixed groups—so they gain hands-on experience of real-world mission development while drawing on TU Berlin’s established expertise and industry network in space technology.
The programme concludes with a Master’s thesis, which can be carried out as part of a university research project or in collaboration with an industry partner. Located in Berlin, the course also offers access to a broad tech and research ecosystem, which can help with networking, internships and career opportunities after graduation.
Requirements / key features
The Master of Space Engineering is a 120-credit programme split between taught modules and a research thesis. During the first three semesters students assemble 90 CP from four thematic module groups (A–D), choosing technical and interdisciplinary courses to build specialist competence. The degree concludes with a 30‑credit Master’s thesis that integrates research or design work and completes the programme.
Students gain a blend of theoretical foundations and practical, project-based experience across spacecraft technology, systems engineering and mission operations. Key learning outcomes include understanding spacecraft subsystems and dynamics, designing and managing space systems and missions, applying space electronics and sensor technologies, and developing skills in project management, innovation and teamwork. The curriculum also offers exposure to topics such as human spaceflight, space psychology and language support for engineers.
Practical and team projects form a central element of the course, with design projects and workshops that let students apply engineering methods to tasks like system design, planetary exploration and robotics. Graduates will be prepared for roles in spacecraft design, mission planning and operations, satellite communication and navigation, or for further research in space technology.
Total workload: 120 CP
Coursework (first three semesters): 90 CP drawn from module groups A–D
Master’s thesis (final component): 30 CP
Module group A — Space Technology
Module group B — Space System Design
Module group C — Space Management and Operations
Module group D — Interdisciplinary
For more detail on course sequencing and elective options, consult the programme curriculum page: https://www.mse.tu-berlin.de/masters-programme/curriculum/.
Admission overview
This program requires applicants to hold a completed undergraduate degree and to have practical, hands-on experience in the field. Practical experience is an important part of the application and may be satisfied by a combination of internships, project work, or a practice-oriented bachelor’s thesis.
If your prior degree was obtained outside Germany, check the program website for guidance on equivalence and any country-specific documentation requirements. The website also lists detailed information on what counts as acceptable practical experience and how to present it in your application.
Admission requirements (summary)
Winter Semester (International)
1 October for the following summer semester
Summer Semester (International)
1 October 2026
Summer Semester (EU/EEA)
1 October 2026
Graduates are prepared for roles as systems engineers and technical specialists in the space sector, including positions in spacecraft design, payload and sensor development, propulsion, mission planning, satellite operations, and space robotics. The programme’s focus on space system design and hands-on projects equips students to contribute to both industry and research teams.
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