Apply for the 1.5-year Master’s Degree in Space Technologies, taught in English. The program welcomes graduates from both engineering and non-engineering backgrounds. Admission requires passing an entrance exam.
Learn more about the Space Technologies recruitment process for international students!
To enable studying Space Technologies for those without prior engineering education, you can start your studies with an additional “zero semester.”
The preparatory semester begins in the winter term and is designed for holders of non-engineering bachelor’s degrees. Its goal is to level up knowledge and skills in mathematics, physics, chemistry, and basic engineering, so that all students can successfully continue their Master’s Degree program in Space Technologies.
Polish students:
Recruitment period: 12 January 2026 – 4 February 2026
Entrance exam (on-site): 6 February 2026, 12:00
Second round of recruitment: 9–11 February 2026
Entrance exam (on-site): 13 February 2026, 12:00
International students:
Recruitment period: 12 January 2026 – 6 February 2026
Entrance exam (online): 10 February 2026
International students submit their documents through the Department for International Students
Students can choose one of three specialisations.
Those who have completed a first-cycle (bachelor’s) degree and begin the Space Technologies programwith the zero semester choose their specialisation in the first semester of the master’s studies – after completing the preparatory zero semester.
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.
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.
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.
Space Team Student Research Group, photo: Jakub Maniecki, KSAF
The Space Technologies program has a practical approach to learning. A mandatory part of the curriculum, required to pass the semester, is active participation in a chosen space-related student research group and the completion of a team project.
Students work on real-world projects, including satellite construction, satellite data analysis, lunar payload development, and regolith research. These projects allow students to apply theoretical knowledge in practice from the very first months of their studies.
Through direct involvement in project and teamwork, students develop both technical and soft skills, gaining experience that meets the real demands of the space sector.
