Engineers trained in this major are prepared to excel in the multifaceted realm of medical technology, seamlessly integrating engineering principles with healthcare insights to drive innovation and solutions.
This major uses teaching that combines life and human sciences, artificial intelligence and technologies, medical regulations and biotechnologies. Engineers taking this major are therefore positioned at the intersection between people, technology and medical professionals, and are at the heart of the digital transformation of the medical sector and biotechnologies.
Our students excel working on innovative projects that help people. The multidisciplinary scientific training combined with the available facilities (Fab Lab, IoT laboratory, deep learning computational server, etc.) help students design and develop prototypes that win recognition in major national competitions and lead to the creation of startups: custom orthopaedic supports, connected skin, artificial hands, using AI to help people with disabilities, physiotherapy aids, brain-machine interfaces, etc.
Telemedicine and IoT Engineer, Health Information System Project Manager, Biostatistician Engineer, Medical Data Project Manager, R&D Engineer, Quality
and Regulations Engineer, Product and Process Development Engineer, Medical Device Design Engineer, Life Sciences Data Scientist
DATA AND BIOTECHNOLOGY
Experimental methodology and biostatistics
Sensors & Optoelectronics
LIFE, HUMAN AND DATA SCIENCES
Modeling biological systems
Health, autonomy and biotechnology: economy and organisation
CLINICAL AND HEALTH MANAGEMENT
Ethics, quality and regulation
Health Data and security
Telehealth & Health information systems
Data acquisition and metrology
Applied data analysis
Advanced Machine Learning
TECHNOLOGY FOR HEALTH AND WELL-BEING
Connected objects and IoT for human care
Artificial intelligence and medical big data
Computer vision and image processing
HMI and sensory engineering