In principle students can perform a master assignment at MCBP after following any of the four master tracks (Imaging and in vitro diagnostics; Bioengineering technologies; Physiological signals and systems and Biorobotics) provided the compulsory courses have been followed successfully. The choice of elective courses strongly depends on the content of the master assignment and the interest and future plans of the student.
Best is to contact MCBP and discuss the possible master projects as most of them will relate to active research programs and some will be in collaboration with other research groups. Possibilities for external internships with one of the companies or research groups that MCBP is working with can also be discussed and facilitated.
List of elective courses that fit various master assignments at MCBP is provided below:
Course code Name:
193640080 Biophysics
193640060 Radiation expertise
201400330 Applied Cell Biology
201300004 Robotics for Medical Applications
193640060 Radiation expertise
191154740 Biophysical Fluid Dynamics: The Respiratory System
201400281 Advanced Medical Imaging & Therapy Systems
193640999 Internship BME
191210910 Image Processing and Computer Vision
193530050 Magnetic Methods voor (Neuro) Imaging
191506001 Mathematical Methods
191211310 Technology for the Support of Human Func
193640020 Biophysical Techniques & Molecular Imagi
201400289 In vitro molecular diagnostics
https://www.utwente.nl/en/education/master/programmes/biomedical-engineering/
Imaging and in vitro diagnostics
Compulsory courses:
- In vitro diagnostics
- Biostatistics
- Biophysical techniques and molecular imaging
- Imaging in radiology
- Technology for health
- Mathematical Methods
Bioengineering technologies
Compulsory courses:
- Biostatistics
- Technology for health
- Applied cell biology
- Biomedical Membranes & Artificial organs
- Tissue engineering
- Biological Chemistry
Physiological signals and systems
Compulsory courses:
- Technology for health
- Biostatistics
- Clinical research methods
- Advanced techniques for signal analysis
- Integrative design of biomedical products
- Identification of Human physiological systems
Biorobotics
Compulsory courses:
- Biostatistics
- Integrative design of biomedical products
- Clinical research methods
- Technology for health
- Ergonomics
- Topics in human anatomy & sport physiology