A graduate of the second-cycle Space Technologies program will possess advanced interdisciplinary skills tailored to the demands of the modern space sector. Building on their first-cycle education, students gain expertise in key areas such as spacecraft design, mission planning, satellite systems, and the integration of cutting-edge technologies like artificial intelligence and robotics in space applications.
Graduates are well-prepared to pursue careers in the rapidly expanding space industry, taking on roles in satellite development, mission analysis, and space system operations. They are also equipped to work in R&D positions at leading aerospace companies, research institutions, and government agencies. Companies specializing in earth observation, navigation systems, or advanced manufacturing processes are among the many potential employers.
This program also provides a strong foundation for doctoral studies, enabling graduates to contribute to innovative research projects in fields such as space exploration, planetary sciences, and space-related technologies. With its emphasis on hands-on experience, collaboration, and cutting-edge problem-solving, the Space Technologies program ensures that graduates are highly valued across both the private and public sectors in the global space economy.
Three specializations to choose from
- Upstream – designing and building space technologies
Focuses on the technologies and systems used in spacecraft design, construction, and operation. Students will learn about orbital mechanics, spacecraft engineering, and onboard systems, gaining the skills necessary to work on the development and testing of space technologies.
- Downstream – analyzing and utilizing data from space missions
This programme concentrates on processing and analyzing data from space missions. The curriculum includes signal processing, remote sensing, and space imagery analysis, as well as the use of machine learning in space applications. Graduates of this programme will be prepared to manage and analyze space data.
- Biomedical – space medicine and life support technologies
Dedicated to those interested in the impact of space on human health and life support technologies in space environments. The program covers space biology, medicine, and biomedical engineering, preparing students to work on life-support systems in space.
Beyond studies – industry partnerships from day one
The program offers expertise and internships with tech and space companies, including CloudFerro, Intel or Creotech Instruments, with more partners joining. This close collaboration between academia and industry ensures that students gain a clear perspective on their career paths from the start. Practical experience acquired during the program will make entering the job market more straightforward.
A global environment – Just like the space industry
The space sector is inherently global, and pursuing a career in this field means embracing work in an international environment. The Space Technologies programme prepares students for this challenge, offering courses taught entirely in English by international faculty. The program fosters a multicultural exchange for national and international students.
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Education and Culture Executive Agency (EACEA). Neither the European Union nor the granting authority can be held responsible for them.
