Biomedical Engineering is one of the fastest-evolving interdisciplinary scientific fields, bridging engineering, medicine, biology, and technology to support modern precision and personalised healthcare.
The MSc in Biomedical Engineering provides advanced education in biomedical technologies, molecular diagnostics, medical imaging, artificial intelligence, and healthcare innovation.
The programme is fully taught in English and prepares graduates for careers in biomedical industries, hospitals, research institutions, and doctoral studies.
Students may choose between two graduation tracks: a 90 ECTS Professional Track or a 120 ECTS Research-Oriented Track that includes an extended research thesis.
| Category | Details |
|---|---|
| Programme Duration | 15 months (90 ECTS) or up to 24 months (120 ECTS) |
| Teaching Language | English |
| Programme Structure | 5 Trimesters |
| Graduation Tracks |
Professional Track (90 ECTS) Research Track (120 ECTS) |
| Specialisations |
Biomedical Imaging Biofabrication Molecular Diagnostics Medical Information Systems |
The programme is organised into five intensive trimesters. The first trimester provides introductory scientific and engineering foundations, while the following trimesters focus on specialised biomedical engineering sectors.
The fifth trimester focuses on innovation, entrepreneurship, regulatory affairs, and management of biomedical technologies.
• Regulatory Systems
• Patent Drafting & IPR Management
• Design and Execution of Clinical Trials
• Ethics in Science and Medicine
• Entrepreneurship
Module Credits: 15 ECTS
All students complete an Application Grade Thesis during the final stage of the programme.
Students completing the professional track graduate with 90 ECTS credits.
Students wishing to continue toward research or doctoral studies may complete an additional Research & Specializations Thesis, increasing the total to 120 ECTS credits.
