Campus

Arts et Métiers Campus Arts et Métiers Lille

Pedagogy

Training schedule

Master of Science

Training offered on the Arts et Métiers campus Arts et Métiers Paris through the "Factory of the Future - Energy" program. 

Master of Science )

• First semester (S3): course modules (language module, four science modules) and a project
• Second semester (S4): a scientific project, followed by a research internship at the L2EP laboratory or in partnership with an industrial company on the laboratory's research topics.

Program

Educational objectives 

• Provide training in methods for designing electronic, electrical, or electromechanical systems, as well as in architecture and control strategies that increase the contribution of renewable energies by ensuring their integration into electrical transmission and distribution networks.
• Optimizing energy sources and conversion for transportation
• improve the performance of electrical systems in terms of energy efficiency and pollution reduction, in order to move towards a more rational use of natural resources and greater respect for the environment. 

Assessment and validation procedures

The modules are assessed through written exams, while the projects and internship are assessed through a report and a defense.

• Semester S3: a module is validated if the average of the teaching units that make it up is higher than 10/20. Each validated module allows the corresponding ECTS credits to be obtained.
• Semester S4: the project and internship are validated for a grade higher than 10/20.

There is no compensation between semesters. Only S3 modules can be revalidated. 

Career opportunities 

Sectors of activity and types of employment

• Public and private research in the field of electrical engineering
• Research and Development, consulting, and design office in the field of electrical engineering and transportation

The current employment rate for students is 100%, in fields as varied as consulting (RINA Consulting Ltd, Altran, etc.), R&D (Imperial College, Semikron, etc.), design offices (SEGULA Technologies, Baringa Partners, etc.) and production (EDF, Aciturri Composite, etc.).The target fields are:

• Electricity distribution/production: RTE, ERDF, ENGIE, etc.
• Transport, automotive or railway equipment manufacturer: Valéo, SIEMENS, Renault
• Aerospace: Ariane Space, Safran 

Admissions

Access routes

Retrouvez toutes les informations concernant les admissions à un Diplôme National de Master Arts et Métiers en cliquant >> ICI <<

Admission requirements 

• Master's degree level for Arts et Métiers ENSAM Casablanca students
• Equivalent international qualification: Master of Science or recognized engineering degree (admission based on application materials). For citizens of French-speaking countries, applications must be submitted through Campus France
• French language level: no prerequisites, level B1 recommended for everyday aspects
• English level: TOEIC (score of 750) or minimum B2 level 

Application deadline(s)

• French students: applications must be submitted by the end of June at the latest.
• International students (especially those who need a visa): deadlines are generally set by Campus France; for unsolicited applications outside the Campus France system, the deadline is also the end of June. 

Partners

The training program is supported by L2EP, an internationally renowned multi-disciplinary laboratory in the field of electrical engineering. Located in a region with a strong industrial base, the laboratory has developed industrial partnerships, formalized through framework agreements, and as a result conducts applied research, particularly into the optimal use of renewable energy sources, their optimal utilization, and their integration into the electricity grids of the future. To this end, the laboratory benefits from two platforms dedicated to these issues: the network platform (ENSAM) and the electric vehicle platform (University of Lille). 

Partners

• Industrial partners: numerous research projects are conducted in partnership with industrial partners such as RTE, ERDF, Valéo, and Schneider Electric.
• Institutions: MEDEE (Energy Management of Electric Drives) cluster, MEGEVH (Energy Modeling and Management of Hybrid Vehicles) network, VEDECOM Institute (Institute for Decarbonized and Connected Vehicles and Mobility)
• Higher Education: The Master of Science jointly by École Centrale Lille, the University of Lille, HEI (Hautes Études d’Ingénieurs), and ENSAM. In addition, partnerships exist with numerous universities (Université des Trois Rivières, University of Akron, Aalto University, Harbin University, etc.)

Practical information

• Course language: exclusively in English.
• Number of hours
• ECTS credits: 60
• Cost: standard registration at Arts et Métiers
• Training location(s): University of Lille, Arts et Métiers Lille campus, Ecole Centrale de Lille

Contacts

Christophe Giraud-Audine : Tel: +33 (0)3 20 62 29 46

Objectives

In order to meet the challenges of the energy transition, this expertise aims to train engineers capable of understanding and mastering the operation, sizing, and modeling of components and systems for low-carbon energy production and storage and efficient consumption.

Module 1: Societal Issues (15 hours), N. Jonquères

• Global warming
• Global consumption, looking ahead to 2050
• energy transition and legislation
• Renewable, intermittent, and storage energies

Module 2: Theoretical Foundations (38 hours), S. Khelladi, V. Daru, L. Sciacovelli

• Flow, heat transfer, and numerical simulation (16 hours) V. Daru, L. Sciacovelli
• Applied thermodynamics, quantities characterizing energy efficiency (efficiency, concept of exergy, etc.) (10 hours) Deligant
• CFD Project (12 hours) Khelladi

Module 3: Technological elements (50 hours)

• Fluid dimensioning of components (6 hours) Noguera
• Machine technologies and mechanical design (7.5 hours) Sarraf
  • Project design of a hydraulic turbine (16 hours) Sarraf
• System modeling (4.5 hours) Ravelet
  • Modelica Project (16 hours) Ravelet and Deligant

Module 4: Low-carbon energy production and efficient energy systems (47 hours)

• Renewable resources (resource potential, technologies, state of development, prospects) (15 hours) Sarraf, Noguera
• The nuclear industry (10 a.m.) Ravelet
• Resource/technology/operation suitability for an intermittent renewable energy sector (wind, marine energy, solar, etc.) (10 a.m.) Charpentier
• Energy storage (6 hours) Deligant
• Low-carbon heat production (6 hours) Deligant

Contact