Biomechanical Engineering (BiME)

Otto-von-Guericke Universitaet Magdeburg · Magdeburg, Germany

Level
Master's
Award
Master of Science
Language
English
Duration
4 semesters
Study mode
Full-time
Campus
Magdeburg
Apply by
Register by 15 June 2027
Starts
Winter semester

Otto-von-Guericke Universitaet Magdeburg does not publish a fee for this programme on its own. Its published rate for master's programmes is €0 a year for international students.

Entry requirements and how to apply

Entry requirements
Entry requirements Adequate Bachelor's degree with at least 180 CP and a minimum average grade of 2.5 (as averaged result of all provided examination performances) Restricted admission (N.C.) Proof of professional qualification by providing at least: 10 CP in mathematics 10 CP in natural science 15 CP in engineering science (mechanical engineering) 5 CP in materials science A provisional admission on conditions can be made to a maximum extent of 15 CP. Please note that as an additional admission requirement, proof of measles vaccination is necessary due to events taking place on the campus of the University Hospital Magdeburg.
English language requirement
C1 required, please provide an official language certificate, e.g.: UNIcert® English: UNIcert® III TOEIC: 945 Reading: 455 Listening: 490 Speaking: 180 Writing: 180 TOEFL iBT (since 2026): 5 Reading: 5 Listening: 5 Speaking: 5 Writing: 5 telc English: telc English C1 PTE Academic: 76 IELTS Academic: 7
German language requirement
No minimum language level required
Application period
The following is valid for applicants from: all countries For the winter semester: 15 April - 15 June
Apply through
Please apply via uni-assist .

About this programme

With respect to the demographic evolution and new rising challenges such as autonomy and mobility in senior life or aspects of regenerative medicine, graduates are offered wide occupational fields of recent and popular jobs with great potential. The Master's degree programme aims at generating professional and methodical competences that allow a comprehensive analysis of biomedical-technical relationships by using basic scientific knowledge. Concerning the aspect of lifelong learning, graduates will be able to steadily gain new and complex knowledge. Combining specific knowledge in mechanical engineering, medicine, biology and science of sports and motricity helps to realise an interdisciplinary approach and allows the transfer of the basics and principles of engineering into biological and biomedical systems. Thus, the design and development of biomedical products that work on mechanical principles can be supported comprehensively and adapted on recent challenges. The curricular course offering includes both specific and interdisciplinary modules in the fields of materials science, mechanical engineering and construction, mechanics, human medicine and biology and medical device regulation. Students are offered two different specialisation tracks within the course programme – endoprosthetics and exoprosthetics. All complex requirements with respect to the development, design, calculation, adaptation, installation and purposive improvements of sustainable medical devices will

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