24 monthsProgramme duration
7,148 EURTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Engineering - Mechanical
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Biomedical Engineering graduate program is designed for students interested in applying physical science and engineering principles to life sciences, medicine, and health. The program prepares students for careers in the exciting and rapidly developing field of biomedical engineering.
The Biomedical Engineering master’s program is a two-year research-oriented program that follows a highly interdisciplinary pedagogical approach. The curriculum consists of fundamental and advanced courses in various subdisciplines of biomedical engineering as well as cross-disciplinary courses in artificial intelligence, mathematical modeling, statistics, and ethics.
Because students in the program come from different disciplines including engineering, physics, and computer science, the first year of the program provides core courses common to all students. The second year constitutes specialization in two of four tracks: Biomechanics and Biophysics; Imaging and Image-Based Modeling; Biomaterials and Biodevices, and Biomedical Data Science and Applications. In the second year, a separate Biomechanics for Clinicians track is also available to medical doctors interested in specializing in biomechanics.
The Biomedical Engineering program prepares students for either academic research or for industrial research, development, and innovation positions in the pharmaceutical, biotechnology, or medical device sectors. Key partners include Inria and various local hospitals. This program has strong links to the Bioengineering and Quantitative Life Sciences PhD Track as well as the Engineering for Health (E4H) Interdisciplinary Center.
The Biomedical Engineering master’s program is a two-year research-oriented program that follows a highly interdisciplinary pedagogical approach. The curriculum consists of fundamental and advanced courses in various subdisciplines of biomedical engineering as well as cross-disciplinary courses in artificial intelligence, mathematical modeling, statistics, and ethics.
Because students in the program come from different disciplines including engineering, physics, and computer science, the first year of the program provides core courses common to all students. The second year constitutes specialization in two of four tracks: Biomechanics and Biophysics; Imaging and Image-Based Modeling; Biomaterials and Biodevices, and Biomedical Data Science and Applications. In the second year, a separate Biomechanics for Clinicians track is also available to medical doctors interested in specializing in biomechanics.
The Biomedical Engineering program prepares students for either academic research or for industrial research, development, and innovation positions in the pharmaceutical, biotechnology, or medical device sectors. Key partners include Inria and various local hospitals. This program has strong links to the Bioengineering and Quantitative Life Sciences PhD Track as well as the Engineering for Health (E4H) Interdisciplinary Center.
Programme overview
Main Subject
Engineering - Mechanical
Degree
Other
Study Level
Masters
Study Mode
On Campus
The Biomedical Engineering graduate program is designed for students interested in applying physical science and engineering principles to life sciences, medicine, and health. The program prepares students for careers in the exciting and rapidly developing field of biomedical engineering.
The Biomedical Engineering master’s program is a two-year research-oriented program that follows a highly interdisciplinary pedagogical approach. The curriculum consists of fundamental and advanced courses in various subdisciplines of biomedical engineering as well as cross-disciplinary courses in artificial intelligence, mathematical modeling, statistics, and ethics.
Because students in the program come from different disciplines including engineering, physics, and computer science, the first year of the program provides core courses common to all students. The second year constitutes specialization in two of four tracks: Biomechanics and Biophysics; Imaging and Image-Based Modeling; Biomaterials and Biodevices, and Biomedical Data Science and Applications. In the second year, a separate Biomechanics for Clinicians track is also available to medical doctors interested in specializing in biomechanics.
The Biomedical Engineering program prepares students for either academic research or for industrial research, development, and innovation positions in the pharmaceutical, biotechnology, or medical device sectors. Key partners include Inria and various local hospitals. This program has strong links to the Bioengineering and Quantitative Life Sciences PhD Track as well as the Engineering for Health (E4H) Interdisciplinary Center.
The Biomedical Engineering master’s program is a two-year research-oriented program that follows a highly interdisciplinary pedagogical approach. The curriculum consists of fundamental and advanced courses in various subdisciplines of biomedical engineering as well as cross-disciplinary courses in artificial intelligence, mathematical modeling, statistics, and ethics.
Because students in the program come from different disciplines including engineering, physics, and computer science, the first year of the program provides core courses common to all students. The second year constitutes specialization in two of four tracks: Biomechanics and Biophysics; Imaging and Image-Based Modeling; Biomaterials and Biodevices, and Biomedical Data Science and Applications. In the second year, a separate Biomechanics for Clinicians track is also available to medical doctors interested in specializing in biomechanics.
The Biomedical Engineering program prepares students for either academic research or for industrial research, development, and innovation positions in the pharmaceutical, biotechnology, or medical device sectors. Key partners include Inria and various local hospitals. This program has strong links to the Bioengineering and Quantitative Life Sciences PhD Track as well as the Engineering for Health (E4H) Interdisciplinary Center.
Admission Requirements
Academic prerequisites
- Bachelor of Science or equivalent in engineering, physics, computer science, or applied mathematics
Language prerequisites
- English (B2 level or equivalent)
2 Years
Sep
Tuition fees
Domestic
4,859 EUR
International
7,148 EUR
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