E2SD Electrical Energy for Sustainable Development

Visuel MR  Energie Electrique pour le  Développement Durable

Master fluids and energy systems


Campus Arts et Métiers de Lille


The objectives of this one-year program are to provide students with a deeper understanding of the electrical renewable energy, and the challenges to integrate them in the future electric distribution systems. The content of the master is therefore to give to the student the essential tools to address the current issues, and the knowledge of the state of the art research in the field in order to:

  • Improve the efficiency of electrical systems for a more rational use of energy resources
  • Increase the part of renewable energy by improving their integration in the distribution grid
  • Design optimized control of energy sources in autonomous electrical vehicles.


  • M2 Arts et Métiers Engineers
  • M2 International Students


  • M1 or equivalent international level (selection according to application file)
  • B2 level or TOEIC score >750 in English
  • B1 Level in French recommended


  • Public and private research
  • R&D engineers or consultant for companies in the field of electrical, mechatronic and electrical transportation domain


  • Academic partners: Lille University, Ecole Centrale de Lille, Akron University, Aalto University, Harbin University, Saïtama University, London Imperial College, McGill University
  • Industrial partners: RTE, ERDF, VALEO, Schneider Electric, CNES
  • Institutional partners: Pôle MEDEE, Réseau MEGEVH, Institut VEDECOM


Opening procedure : march
Dead-line : end of june

Key strenghts

  • Training by the L2EP lab internationally recognized in electrical Engineering
  • Leading industrial partners in Electrical Engineering
  • 100 % employability rate
  • Two technological plateformes to support training
  • Lectures in english


Full-time training in two main sessions
Teaching language: English
ECTS credits: 60

From September to April (courses 250h, 25 ECTS) :

  • English Communication or FLE 50h 5 ECTS
  • Energy Conversion 50h 5 ECTS
  • Electromagnetic conversion and eco design 50h 5 ECTS
  • Elective module* 50h 5 ECTS
  • Bibliography Project 50h 5 ECTS
  • Sustainable Development Application 50h 5 ECTS

*The elective modules are as follows:

  • Electrical systems and renewable production
  • Electrical systems for future transportation

From April to July or September:

  • Scientific project 10 ECTS
  • Master thesis Internship 20 ECTS

Tuition fees

243 € normal rate, Social security costs can be added


From April to July or SeptemberContacts


Christophe Giraud-Audine

Tél : 0033 (0)3 20 62 29 46

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