Biomedical Engineering (MSc)

This English-taught MSc programme builds on your prior technical or scientific training to broaden and deepen your understanding of contemporary medical technologies. It prepares you for advanced positions across engineering, clinical technology and research by focusing on the theory and application of medical devices and systems. You will gain master’s-level competence in designing, developing and improving diagnostic and therapeutic techniques.

The course emphasises interdisciplinary work with clinicians and researchers, so you learn to translate medical needs into technical solutions and to work effectively in healthcare teams. Teaching is application-oriented: project work and opportunities for individual specialisation let you tailor your studies toward particular technologies or career paths within the medical-technology sector.

Graduates leave equipped to address current challenges in medical technology—whether in industry, hospital-based clinical engineering, or research institutions—and to continue into doctoral study if desired. As an international student, you will benefit from studying in Frankfurt am Main, a major German city with strong industry and clinical networks; check the programme page for details on internships, lab facilities and collaboration partners.

Typical entry expectations (verify exact requirements on the official programme page)

• A relevant bachelor’s degree (e.g., biomedical engineering, engineering, life sciences or a closely related field) or equivalent
• Proficiency in English (official language of instruction)
• Standard application documents such as academic transcripts, CV and a statement of purpose; letters of recommendation may be requested
• Possible additional steps such as an interview or assessment of prior practical experience

The curriculum focuses on advanced biomedical engineering topics and practical, project-based learning. Core elements include:

• Advanced study of medical technologies with emphasis on the development and optimisation of diagnostic and therapeutic methods
• Interdisciplinary collaboration and applied projects that link engineering solutions with clinical needs
• Opportunities for individual specialisation so you can concentrate on particular technical or clinical areas
• A research-oriented master’s thesis written in English that demonstrates independent problem solving and research competence

Learning outcomes include strengthened technical and analytical skills in medical device development, hands-on experience in application-driven projects, the ability to work effectively with clinical teams, and readiness for research or industry roles in medical technology.

Graduates are prepared for roles in medical device development, clinical engineering departments, research laboratories and technology-driven healthcare companies. Typical positions include R&D engineer, clinical technology specialist, product development engineer, regulatory affairs or quality assurance specialist, and technical consultant in medical technology firms.

The programme also provides a solid foundation for continuing to doctoral studies (PhD) or entering innovative start-ups in the health technology sector. Its English instruction and applied project work support mobility in international industry and research environments.