Biofabrication
| Duration | 2 years |
|---|---|
| EC | 120 |
Biofabrication is a multi-disciplinary field that integrates biology, engineering, materials science, and 3D (bio)printing technologies to design and create functional tissue models. This rapidly evolving field holds great promise for the development of advanced preclinical models, as well as patient-specific regenerative implants in the coming years. This Master's programme provides you with a solid foundation and hands-on experience in 3D (bio)printing, biomaterials, 3D cell culture, and computer modelling, equipping you with the tools to innovate in biomedical research and regenerative medicine.
Year 1
Start your journey with the Life Sciences Academy (1.5 EC) to build a solid foundation for your studies. Then immerse yourself in a 10-week introductory course (15 EC), featuring lectures, group assignments, and a hands-on biofabrication week. Pursue your personal interests further through a selection of Elective Courses (12 EC) throughout the two year programme. Preferably, you will start your Major Research Project (51 EC) at one of our biofabrication research groups.
Compulsory components
Year 2
The second year emphasises specialisation and the practical application of your knowledge. You will continue or complete your Major Research Project (51 EC), and embark on one of the available Profiles (33 EC) to complement your academic experience. While finalising your Elective Component (12 EC), you will also complete your Writing Assignment (7.5 EC) on a biofabrication topic of your choice.