Frauke Wiegräbe emphasised that this course is not comparable to a traditional medical degree, but instead focuses on integrating the latest technical developments in the healthcare sector. Students learn how digitalisation, pharmacy and pharmaceutical technology as well as digital healthcare solutions can be linked together. "This degree programme is almost unique in Germany," explained Frauke Wiegräbe.
Patrick Gaudl, himself a graduate of Lüttfeld-Berufskolleg, spoke about his positive experiences and the versatility of the degree programme. In addition to basic subjects such as maths and physics, the curriculum also includes programming languages and life sciences. The degree programme leads to a Bachelor of Science (B.Sc.) and offers numerous practical applications, such as the development of apps to support Parkinson's and stroke patients.
Johannes Lang, Master's student and research assistant at TH OWL, explained the research field of individualised therapy. The aim is to make it possible for medicines to be produced individually for each patient. This would be a paradigm shift in medicine. Other fields of work for graduates of the course include telemedicine, individualised medicine and the planning and operation of medical assistance and diagnostic systems.
At the end of the event, Roland Hildebrand, also a research associate at inIT, presented practical applications, including the use of Hololens glasses and the latest ultrasound devices. These innovative technologies met with great interest and enabled participants to gain interactive insights into some areas of the programme.
In future, the event will take place every six months to provide regular updates on the latest developments and opportunities in the field of medical and healthcare technology. The degree programme not only offers an outstanding academic education, but also excellent career prospects in a forward-looking field.
Get to know the degree programme: https://www.th-owl.de/eecs/studium/studienangebot/studiengaenge/detail/medizin-und-gesundheitstechnologie/