The course is dedicated to renewable energies (production, distribution, storage) and their applications
For the first year (M1), 2 general courses are proposed, from which 1 is in English
For the second year (M2), 9 specific courses are proposed dealing with mobility, materials or efficiency, from which 1 track in English
Informations
Master 1
Master 2
- To understand and study an energy problem while refering to documents either written in French or English
- To know the renewable energies with their respective physics behind, their advantages, their limits
- To have orders of magnitude and to know how to dimension according to the needs
Learning outcome targets
The course covers, in a general and cross-disciplinary manner, the field of energy (physics of the many sources, production, conversion, storage, management) and its complex interrelationship with transport in the broadest sense. After all, energy produced must be transported and used. The transport of goods and people itself requires energy and therefore also requires improvements in propulsion methods (electric, hybrid, combustion), energy conversion and storage, and structures (lightness, strength, assembly processes).The themes addressed within the Master’s in energy (innovative materials, new energy technologies, networks, sustainable mobility) are widely covered in the research activities of partner institutions and R&D centres in the region. This course is based on an exceptional network in the field of energy which is at the standard of the Plateau de Saclay: Two Energy Transition Institutes (IPVF on photovoltaics, VEDECOM on carbon-free mobility) and numerous academic (CNRS, CEA, etc.) and industrial (Renault, PSA, Thales, Safran, EDF, etc.) research laboratories.
Target audience
Bachelor in physics, applied physics, chemistry, materials science