Biomedical Engineering
Winter intake start date
2025-02-01
Winter intake deadline
2024-11-25
Contribute to better healthcare by designing and developing medical innovations for improved diagnostics, treatment, rehabilitation, prevention and a better quality of life.
Can you think of friendlier, less painful or less harmful methods to detect breast cancer, or to perform an endoscopy? Can you pave the way for animal-free drug testing by developing mini organ-on-a-chip models, that can mimic an actual human organ, like a heart or liver? And what about detecting complex diseases like Parkinson’s or Alzheimer’s at an early stage, or developing an exoskeleton to train paralysed patients to walk? Advances in technologies are at the heart of innovation within healthcare. Are you eager to develop medical innovations that contribute to better care? If so, the Master’s in Biomedical Engineering at the University of Twente might just be right for you!
Specialisations
Imaging & In Vitro diagnostics
Physiological Signals & Systems
In this two-year, English-taught Master’s, you will learn to research, design, and develop innovative products and processes that will benefit the healthcare sector. With your expertise, you can contribute to the improvement of diagnostics, treatment and rehabilitation, but also to prevention and better quality of life. You will combine engineering skills in disciplines such as chemistry, physics, nanotechnology, electrical engineering and/or mechanical engineering with in-depth knowledge of biology and medicine. As a biomedical engineer, you can bridge the gap between healthcare and engineering, as you understand both contexts very well, thanks to the interdisciplinary character of this Master’s.
THE DEMAND FOR TECHNOLOGICAL SOLUTIONS IN HEALTHCARE IS GROWING, MEANING MORE AND MORE ENGINEERS WILL BE NEEDED TO DEVISE THESE SOLUTIONS. YOUR IDEAS AND INSIGHTS CAN MAKE ALL THE DIFFERENCE.
Some of Biomedical Engineering graduates opt for a career in research, for example by securing a PhD position at a university or research institute. Other join research & development departments at large companies or go to work as a systems engineer, product specialist or project manager in business and industry, where they develop new products and services for the healthcare market. There are also graduates that specialize further (with further education) as clinical physicists and take positions in a hospital where they are involved in the use, maintenance and safety aspects of medical devices. The rest of Biomedical Engineering graduates work as consultants, forging a link between research and the market, and advising healthcare providers on a range of issues.
