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Arts et Métiers ParisTechENSAM

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Keywords :
- Electrical Energy
- Ecodesign for electrical systems
- Sustainable Transportation
- Integration of renewable energy sources in electrical grid
- Modeling and control of electrical energy flows
- Hybrid and energy storage systems

Program Language : French

Location :
• Arts et Metiers at lille, Ecole Centrale de Lille, University of Lille1

Requirements :
This training course is open to students who have already completed one year of Master studies at the graduate level . Pre-requisites : Good knowledge in Electrical Engineering (Electronic power, Electrical Conversion, Control) is required.

Admission :
• Selection by written application (contact eric.semail@ensam.eu) • Admissible list for students from Arts et Metiers paristech school.

Calendar :
Registration before the 24th of September 2010. A refresher course (0ECTS) is proposed during the last fifteen days of September. Beginning of the course at the end of September. The Master ends at the beginning of July with an oral defense of the research/industrial project..

Validation :
Two semesters of 30 ECTS First semester with: • 1 unit English/Communication (5ECTS); • 2 units of lecture (2x5ECTS); • 1 unit of bibliographic project (5ECTS) ; • 1 unit of Scientific project (10 ECTS) Second semester with: • 1 unit of seminar (5ECTS); • 1 unit of lecture (5ECTS) choice between two specialization topics, either in sustainable transportation or in integration of renewable energy sources in electrical grid; • 1 professional training (20 ECTS)

ECTS Credits : 60

Cost :
Master tuition fees in ARTS ET METIERS Paris Tech .

Duration : 12 Months

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Master of Science
Spécialité Energie Electrique et Développement Durable
Fluids and Energy
« Electrical Energy and Sustainable Development/ Energie Electrique et Développement Durable » (E2D2)
Context : Harnessing of energy will be a major challenge for the future. Due its ability to be controlled by software but also its local non-polluting characteristic, electrical energy will be further developed in the future in order to improve the efficiency and harmlessness of the systems and to exploit the renewable energy sources. Tools, methods and knowledge are necessary to take up the challenge.

Objectives : The main objective is to give methods for design and control in order to:
- increase the part of renewable energy sources in the electricity production ;
- improve the efficiency of systems in transportation and manufacturing by use of electrical energy

Content : This master of Science includes two semesters of 30 ECTS
The first semester is composed of units:
• English/Communication (50h/5ECTS);
• Ecodesign and Optimization, Electromechanical Conversion and its control (50h/5ECTS);
• Electronic Power Modulation, systemic modeling and control of systems (50h/5ECTS);
• Bibliographic project (50h/5ECTS);
• Scientific project (100h/10 ECTS).
The second semester is composed of:
• Unit of seminar on different topics linked to sustainability and electrical energy (50h/5ECTS);
• Unit of lecture (50h/5ECTS) choice between two specializations, either in sustainable transportation or in integration of renewable energy sources in electrical grid;
• Professional project (three months/20 ECTS) generally in L2EP laboratory but also in other laboratories or industries;

Skills acquired : Students will be able to apply their knowledge of electrical energy for the development of sustainability by using tools and methods taught during the year of master.

Professional openings : Students can continue either in PhD Thesis with, in general, an industrial partner or in industry as an engineer.

Professions : Engineer in electrical firm
Researcher/teacher

Assets : - Training to the up-to-date technologies in electrical Engineering and sustainability
- Teachers from a recognized laboratory (L2EP)
- PhD possibilities linked to numerous industrial and public contracts of the L2EP laboratory
. Development of autonomy through three projects

Comments : PDF file for more information

Last Modification : Friday 16 April 2010

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