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Objectives : A Master's degree accredited by the Ministry of Higher Education and Research of the Ecole des Mines de Saint-Étienne.
Co-accredited with the University of Aix Marseille.
One-year master's program in hybrid electronics that welcomes world-renowned professors and scientific researchers who lead research laboratories in the field of nanotechnology and materials science (University of California San Diego, University of Pisa, Technion-Israel Instute of Technology, University of Western Ontario…).
The course is designed to provide an education program extending from the fabrication of nanomaterials to the design of communicating autonomous systems for modern microelectronics (Internet of Things, wearable technologies, biomedical devices, etc...). These systems incorporate sensors, actuators, energy and its management system, signal processing as well as their wireless transmission. A specific focus on bioelectronics, a rapidly emerging discipline aiming at interfacing the human body with “classical electronics” is also addressed.
Microelectronics Design• Electronic & Energy
BioMedical Devices
Molecular electronics
Micro-generator
Stretchable electronics
Micro-fabrication processesSensors• Organic optoelectronics
Biolectronic & Biomimetism
4-6 months Research internship
Degree Level (EU) : 7 - (EQC level or equivalent)
Admission requirements : Successful completion of a first year of a Master’s Degree in microelectronics and / or Materials science, or equivalent diploma / or 240 ECTS validated (EMSE).
A good command of English is mandatory.
Targeted careers : Graduate students who followed this interdisciplinary education program may apply for academic or industrial position as engineer or researcher in wearable technologies, Internet of Things, electronic textiles, bioelectronics devices, plastronics...
Duration and terms : 1 year
Dedicated web site : https://www.mines-stetienne.fr/formation/master-hybrid-electronics/