
The Master of Science in Engineering: Biomedical Engineering program focuses on the intersection of technology and medicine, equipping you to design and produce medical technology for diagnostic and therapeutic applications. You'll build upon your foundational engineering knowledge and medical basics, gaining expertise in areas like biomechanics, biomaterials, biomedical signal processing, medical imaging, sensors, bioinformatics, and medical devices. This program prepares you to address critical needs in the healthcare sector through technological innovation and translate these advancements into industrial possibilities. The curriculum is supported by leading research groups and close proximity to Belgium's largest university hospital, ensuring a strong research-oriented learning experience.
The program consists of core courses providing a broad overview of biomedical technologies, specialized elective courses for in-depth knowledge, and project-based learning including a research training and a master's thesis. General education courses in management, communication, and ethics are also included.
Graduates are well-prepared for diverse roles in a rapidly evolving healthcare sector driven by technological advancements. The program provides a strong foundation for problem-solving and continuous adaptation, making graduates attractive candidates for various positions.
Applicants must have a strong technological background and an interest in medicine and the impact of technology on medical treatments. Specific sub-scores or higher scores may be required by the program. English proficiency tests are only waived for applicants who obtained a previous diploma taught entirely in English in Australia, English-speaking Canada, Ireland, New Zealand, the UK, or the USA.
Tuition fees are calculated based on your contract type and number of study credits. Payment is typically due within two weeks of receiving an invoice. Cash and credit card payments are not accepted.
You need a strong technological background and an interest in medicine. Specific undergraduate degrees in Biomedical Engineering or related engineering fields are preferred, though other relevant degrees may be considered with a preparatory program.
The program accepts IELTS Academic with a minimum of 6.5 overall, TOEFL iBT with a minimum of 79 overall, or Cambridge English: Advanced (CAE) C1 or Proficiency (CPE) C2. The ITACE C1 or C2 taken in Belgium is also accepted.
The application period opens on October 16, 2025. The deadline for non-EEA citizens is March 1, 2026, and for EEA citizens and non-EEA citizens residing in Belgium, it is June 1, 2026.
Tuition fees vary and are calculated based on your contract type and number of study credits. You should use the KU Leuven tuition fee tool for the exact amount.
The program consists of 120 ECTS study credits, typically completed over two years, including core courses, specialized electives, research training, and a master's thesis.
Graduates are well-prepared for roles such as Project Engineer, Consultant, or Researcher in the rapidly evolving healthcare sector, with strong opportunities in technology-driven medical applications. PhD positions are also a possibility.