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This master's program offers in-depth academic training in Astronomy and Astrophysics, combining theoretical foundations with hands-on research experience. Students follow a curriculum that includes core courses such as stellar structure, observational techniques, and cosmology, and choose from specialized and general electives covering topics like exoplanets, gravitational waves, plasma dynamics, and seismology. The program includes a research component through guided projects and culminates in a master’s thesis. Optional remediation courses are available for students with knowledge gaps in key areas. Students may also select interdisciplinary electives in science communication or societal aspects of science.

This master's program is open to applicants with degrees in Physics, Chemistry, Engineering Science, Bio-Engineering Science, or Mathematics with a minor in Physics, obtained outside the Flemish Community. Admission may require a preparatory program based on individual curriculum assessment. All candidates must prove English proficiency with one of the following: a TOEFL iBT score of at least 94 overall (with minimum subscores of 19 Reading, 18 Listening, 19 Speaking, and 21 Writing), an IELTS Academic score of at least 7.0 overall (with minimum subscores of 6.5 Reading, 6.0 Listening, 6.0 Speaking, and 6.0 Writing), or a Cambridge Certificate score of at least 185 overall (with minimum 176 Reading and 169 in other components). Exemptions apply to those with a full English-taught degree from specific English-speaking countries or a Belgian diploma. Applicants must also submit course descriptions and grading details unless exempt due to top 200 university status or institutional partnerships. Final decisions are made by the Admissions Board.

This master's program specializes in solid state physics, focusing on the structure, electronic, magnetic, and optical properties of materials. Core topics include quantum mechanics, superconductivity, and mechanical behavior of solids. Students gain practical experience through laboratory courses, computer simulations, and thesis work. The curriculum offers flexible elective options in areas like semiconductor physics, many-body physics, thin film preparation, and low-temperature physics. The program prepares students for careers in research, materials science, and applied physics.

To apply for this master's program, students must submit a legalized copy of their bachelor's degree diploma (or confirmation of ongoing studies), an official transcript of completed courses, a structured CV, a copy of their passport, two academic reference letters, a motivation letter, and a recognized English language certificate. All documents must be in English and confirm the applicant's academic qualifications and language proficiency.

This master's program provides a deep understanding of modern physical theories, including quantum field theory, general relativity, statistical physics, and particle physics. Students engage with advanced topics such as string theory, quantum information, conformal field theory, and physics beyond the Standard Model. The curriculum includes research seminars, computational methods, and elective courses in both theoretical and experimental physics. The program is research-oriented, culminating in a diploma thesis and state exam in theoretical physics.

To apply for this master's program, students must submit a legalized copy of their bachelor's degree diploma (or confirmation of ongoing studies), an official transcript of completed courses, a structured CV, a copy of their passport, two academic reference letters, a motivation letter, and a recognized English language certificate. All documents must be in English and confirm the applicant's academic qualifications and language proficiency.

This master's program focuses on nuclear and sub-nuclear physics, combining theoretical and experimental training in areas like nuclear reactions, particle physics, radiation interaction, and nuclear electronics. Students can choose from elective tracks in applied nuclear physics, sub-nuclear physics, and neutrino research. The curriculum includes advanced courses on particle accelerators, quantum theory, gamma spectroscopy, and detection methods. Practical work is emphasized through labs, seminars, and special practicals. The program culminates in a diploma thesis and comprehensive state examinations tailored to the chosen specialization.

To apply for this master's program, students must submit a legalized copy of their bachelor's degree diploma (or confirmation of ongoing studies), an official transcript of completed courses, a structured CV, a copy of their passport, two academic reference letters, a motivation letter, and a recognized English language certificate. All documents must be in English and confirm the applicant's academic qualifications and language proficiency.