This interdisciplinary Master's program is built around Munich's strong cluster of space, science and technology companies, research institutions and universities. It draws on close cooperation with Ludwig-Maximilians-Universität, the University of the Federal Armed Forces and the German Aerospace Center (DLR), giving students access to a wide range of academic and industry expertise. Instruction is in English and the curriculum bridges Earth system science and space technology to prepare graduates for research and professional roles that use satellite data and space-based systems.
Courses cover satellite applications in Earth system science, remote sensing and navigation alongside space engineering topics such as spacecraft technology and satellite data management. The program begins with compulsory foundation courses and elective options spread across the first two semesters. In the third semester students choose one of three specialisations—Earth System Science, Remote Sensing or Navigation—and the degree is completed by a Master’s thesis and its defence in a Master’s colloquium, with the thesis phase to be completed within six months.
There is an optional Double Degree pathway run jointly with Wuhan University that expands the remote sensing and GIS content; double degree participants select from Navigation, Remote Sensing or GIS specialisations. Graduates are well positioned for careers in satellite mission planning, remote sensing analysis, navigation systems, space engineering, environmental monitoring and related data-science roles, and benefit from strong local links to industry and research partners in Munich.
Key facts & requirements
In the first year you build a broad foundation in space engineering and space science, together with introductory courses in remote sensing, geosciences and satellite navigation. These core modules develop the technical and scientific basics needed to understand Earth observation systems, sensor technologies and their applications to studying the planet.
In the third semester you choose a specialist pathway—Earth System Science, Remote Sensing, or Navigation—where coursework and applied exercises deepen your expertise in that area. Specialisation modules focus on advanced topics and methods, preparing you to analyse Earth processes, process and interpret remote-sensing data, or design and apply navigation solutions depending on the chosen track.
The fourth semester is devoted entirely to an independent Master’s thesis, culminating in a formal defence during a Master’s colloquium. Through the thesis you apply research methods and domain knowledge to a concrete problem, demonstrating your ability to carry out an extended, supervised research or development project relevant to Earth-oriented space science and technology.
Applicants should hold an above-average Bachelor's degree or a "Diplom" in a science or engineering discipline. Relevant backgrounds include, but are not limited to, aerospace or electronic engineering, mathematics, physics, informatics (computer science), geodesy, and geophysics — applicants with closely related degrees will also be considered. An above-average degree implies a strong academic record compared to peers.
Admissions are handled through an internal selection process and final decisions are made by the programme directors. This means the programme team reviews applications and determines admission based on the criteria and profiles they are looking for.
For complete application instructions, deadlines, and any program-specific requirements, consult the programme’s official website: http://www.espace-tum.de.
Winter Semester (International)
15 March 2026
Winter Semester (EU/EEA)
31 May 2026
Graduates are prepared for technical and research-oriented roles in the space and Earth-observation sectors, including positions in satellite data analysis, remote sensing and GIS, navigation systems, spacecraft and payload engineering, and related R&D in academia, government agencies and industry. The programme's mix of instrumentation, data processing and Earth-system application equips students for roles that require both engineering and geoscience expertise.
The Double Degree and exchange pathways further strengthen international employability and research collaboration opportunities; many graduates also pursue doctoral studies or specialist positions in national/international space agencies, research institutes and private space and geospatial companies.