Biomedical Engineering develops technologies and systems for earlier detection, more accurate diagnosis, improved treatment, and effective rehabilitation of diseases. This multidisciplinary engineering field is focused on creating medical applications, and the Master's programme trains specialists with a strong grounding in engineering fundamentals, robust methodological skills, and a broad understanding of biomedical problems. Graduates are prepared for application-oriented roles across biomedical research, product development, and industry.
The curriculum covers a wide range of specialised topics, including medical device design, medical sensors and signal acquisition, electronics, biomaterials, biomechanics, medical robotics, and artificial intelligence. Numerous laboratory courses build practical R&D capabilities: students practise independent experimental planning, perform statistical data analysis, interpret results, and participate directly in research projects using state-of-the-art facilities.
The programme is taught in German and English and is accredited by Aquas eV. It runs for three semesters, combining theoretical instruction with hands-on research experience to equip graduates for technical and development-focused careers in the biomedical sector.
Key facts
This Master's programme is offered with two entry points each year — 1 October and 1 April — so be sure to observe the published application deadlines. You can complete the degree entirely in English or entirely in German; all lectures and assessments are delivered in the language you choose. The curriculum is designed to deepen your knowledge of biomedical engineering under the supervision of experienced academic staff while giving you flexibility to shape the programme to your interests.
In the early phase you take a set of compulsory core modules that build a solid foundation in biomedical engineering, alongside a broad selection of elective modules that let you specialise according to your career or research goals. This combination ensures a coherent grounding in essential topics while enabling individual customisation of your study plan. Teaching is led by experts with substantial teaching experience who guide your theoretical development.
The latter part of the degree emphasises hands-on, project-based learning in modern, well-equipped laboratories to develop independent research and product-development skills. The programme culminates in a six-month Master’s thesis. Both practical training and the thesis may be carried out in university research labs or at local companies, giving you exposure to academic and industry environments. Across the programme you will also strengthen communication and language abilities, teamwork, and intercultural competence — skills that are valuable for international careers in research, healthcare technology, and industry.
Key facts and requirements
Applicants must hold a Bachelor's degree (or an equivalent qualification) with a minimum of 180 credit points (CrP) in one of the following areas: Biomedical Engineering, Medical Engineering, Medical Physics, or an engineering programme that has a strong medical focus. If the study programme does not cover certain required subject areas, candidates may be required to complete supplementary modules to make up those gaps. Any such additional modules must be finished before the student begins work on their Master’s thesis.
If the qualifying Bachelor’s degree includes fewer than 210 CrP, the programme may allocate up to 30 CrP of additional modules. Those assigned modules must also be completed prior to starting the Master’s thesis so that the student ultimately reaches the 300 CrP required to be awarded the Master’s degree. Admission also requires an overall Bachelor’s grade of 2.7 or better on the German grading scale.
Tip for international applicants: check with the admissions office how your home-university credits and grades translate to CrP and the German grading scale to determine eligibility.
Winter Semester (International)
15 July 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 July 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for application-oriented positions in biomedical research, product development and industry, including roles in medical device design, clinical engineering, R&D departments and companies working on sensors, biomaterials or robotic systems. The combination of hands-on laboratory experience and project management skills also suits careers in regulatory affairs, technical consulting or technology transfer.
With the programme’s interdisciplinary focus and practical thesis options, alumni can also pursue doctoral research or specialised roles in research institutes, hospitals and medical technology startups.
Technical University of Munich — München
Technical University of Munich — München
Hochschule Fresenius - University of Applied Sciences — Berlin
Dresden International University — Dresden