To train engineers capable of innovating at the heart of biomedical technologies
The Master of Science in Engineering in Biomedical Engineering (BMED) is aimed at students wishing to develop solid expertise in biomedical R&D, with a strong ability to work at the interface of disciplines: engineering sciences, biology, medicine, regulation, clinical innovation.
The biomedical sector operates in a multicultural, demanding, and highly internationalized environment: the BMED program prepares students to meet these challenges by developing essential scientific, technical, and methodological skills.
Who is this Master of Science in Engineering for?
The programme is open to candidates who have:
- A scientific Master 1 degree or equivalent (France or international), attesting to 240 validated ECTS credits.
- Basic knowledge in computer programming (essential for modeling and analysis).
- A strong interest in innovation, experimentation, and research.
- A desire to work in an interdisciplinary sector where engineering meets health.
Typical candidate profiles:
- Engineering students (M2 or final year of an engineering program).
- Science students (biomechanics, biology, physics, materials, physical engineering).
- Professionals wishing to specialize in biomedical fields.
- High-level international candidates.
👉 Language Note: 90 to 95% of courses are taught in English, allowing for natural integration into international professional and research environments.
Key skills developed
Upon completion of the program, graduates master a unique combination of knowledge at the intersection of engineering and medicine:
Scientific Skills
- Biological and biomechanical foundations applied to health
- Biomaterials, biological interfaces, nanomedicine
- Advanced diagnostic methods and biomedical technologies
Technical and Methodological Skills
- Design, analysis, and evaluation of medical devices
- Understanding of regulatory and clinical environments
- Application of experimental and modeling tools
Cross-cutting Skills
- Work in an interdisciplinary and multicultural context
- R&D Project Management
- Scientific and Technical Communication
- Rapid adaptation in a fast-evolving environment
Strengths of the BMED Profile
- A dual culture in Engineering / Life Sciences.
- Strong exposure to biomedical research and partner laboratories.
- Courses taught in English for international employability.
- Laboratory immersion from the Master of Science in Engineering project.
- A long internship (6 months) focused on research.
- Excellent preparation for a doctorate, highly valued in the sector.
What professional paths?
This Master of Science in Engineering is ideal for students wishing to:
- Work in biomedical R&D in the health industries.
- Develop or evaluate medical devices and cutting-edge technologies.
- Work in biomaterials, tissue engineering, or biomechanics.
- Join the upstream and downstream sectors of the health industries.
- Prepare for a doctorate for a scientific or industrial career.
- Work at the interface between engineers, clinicians, researchers, and users.
A Master of Science in Engineering to become a key player in health innovation
Thanks to its structure, international outlook, and research foundation, the Master of Science in Engineering BMED trains engineers and researchers capable of contributing to the transformation of health technologies — from the development of new diagnostic tools to tomorrow’s biomedical innovations.
❗️ Applications are open from January to April.
Contacts
Academic Director of the Master of Science in Engineering
Administrative contact
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