This specialization belongs to the master's programme Biomedical Engineering.
What is Imaging & Diagnostics?
The scientists in the Imaging & Diagnostics programme are dedicated to visualizing and understanding the biological processes in cells and humans. Their new methods for ultrasensitive diagnostics are not only extremely clear and exact, but also significantly reduce the impact on the patient by imaging the body without the need for an operation or the injection of contrast fluid. Ultimately, new techniques will be developed that enable physicians to offer their patients better treatment based on improved evidence from in vivo imaging and in vitro diagnostics that are more fit-for-purpose and that provide a quicker cure.
Key research areas
Our researchers use the latest techniques in the field of optics, optical microscopy, lab-on-a-chip and other in vitro diagnostics, photo-acoustics, ultrasound, radiation and magnetism. A combination of fundamental science and imaging techniques allows Imaging & Diagnostics researchers to investigate how certain structural abnormalities of proteins are related to diseases like Parkinson’s and Alzheimer’s.
At the start of the Biomedical Engineering programme, you will select a specialization and a corresponding research group. The programme consists of a mix of core courses and electives, enabling you to create your own personalized Master’s programme.
Research groups participating in the Imaging & Diagnostics specialization:
Compulsory courses in the specialization in Imaging & Diagnostics (20 credits):
- Course: Advanced Medical Imaging & Therapy Systems; credits: 5; code: 201400281
- Course: Biophysical Techniques & Molecular Imaging; credits: 5; code: 193640020
- Course: In vitro molecular diagnostics; credits: 5; code: 201400289
- Course: Biostatistics; credits: 5; code: 201400285
- 35 credits of elective courses
- 15 credits devoted to external internship
- 45 credits devoted to graduation assignment and thesis