Objectives: The M2 relies on the laboratories of Paris Saclay to offer training with a strong scientific content, guaranteeing a real understanding of the issues specific to energy technologies. By painting a very comprehensive overview of all energy issues, this training provides students with the necessary knowledge and skills in a constantly evolving field.
The training offers several orientations (renewable energies, electrical systems for energy and mobility, production and distribution of electrical energy), while allowing students the possibility of adapting their training to their career objectives.
We can cite several teaching units giving a strong color to the teaching: Mechanisms of failure of power electronics components, Thermal management in power electronics, Electromagnetic compatibility of power electronics systems, Unconventional actuators, Diagnosis and operational safety, …
Some teaching units are shared with the M2 PIE: Electrical Networks and Renewable Energies and PIE: New Energy Technologies.
In order to give a real dimension of engineering, the students follow mandatory training in project management and professional English; they follow sessions dedicated to making professional contact and finding work placements; they carry out practical work using various digital tools. With the exception of the sessions linked to the search for an internship, all the professionalizing modules are an integral part of the assessment of the year.
Degree Level (EU) : 7 - (EQC level or equivalent)
Acquired skills during the training : Students leaving the training will have a broad profile covering different fields of electrical energy and its conversion. They will be able to apply for doctoral theses related to this field or find jobs in different industrial sectors including those related to mobility (vehicles, aeronautics, etc.) and energy management.
Dedicated web site: https://www.universite-paris-saclay.fr/formation/master/energie/m2-physique-et-ingenierie-de-lenergie-pie-systemes-electriques-pour-lenergie-et-la-mobilite