Regenerative Medicine and Technology
| Duration | 2 years |
|---|---|
| EC | 120 |
As a student in Regenerative Medicine and Technology, you will combine foundational knowledge — like stem cell biology, materials science, and biomechanics — with applied topics such as organoids, bioprinting, and cell therapy. Your theoretical training supports hands-on lab experience, where you actively contribute to innovations in research and clinical applications focused on restoring tissue or organ function.
You will develop expertise in advanced techniques like induced pluripotent stem cells (iPSC) culture, gene editing, and biomaterial functionalisation. Do not forget to explore the flexibility offered through your profile — whether you are interested in bioinformatics, management, education, or creating societal impact.
Part of this programme takes place at the Eindhoven University of Technology, showcasing the engineering side of the field.
Year 1
Begin your journey with the Life Sciences Academy (1.5 EC) by participating in the compulsory Introducing Life Sciences (ILS) week. Over the next ten weeks, you will complete the compulsory introduction Course (15 EC). This Introduction to Regenerative Medicine and Technology course includes expert lectures, group assignments, journal clubs, peer teaching, and poster presentations.
You will subsequently start your Major Research Project (51 EC) or first deepen your knowledge through Elective Components (12 EC, with 5 EC to be filled at the Eindhoven University of Technology).
Compulsory components
Courses offered at TU/Eindhoven*
*You register for courses at the TU/Eindhoven via their respective system, which requires timely enrolment at their university. Application forms and templates are available via the RMT-specific study guide to support you. Please be aware that there is no automatic (re-)enrolment for second year students. Contact the RMT coordinators at rmt@umcutrecht.nl for additional help.
Year 2
The second year allows you to delve deeper into specific areas of interest and undertake substantial independent research to prepare for your future career. You will complete your Major Research Project (51 EC), and follow a chosen Profile (33 EC). To conclude your degree, you will complete a Writing Assignment (7.5 EC) that sharpens your skills in scientific writing and critical analysis.