Technology, Engineering, Health, Science

Electricity and Energy Management

  • ECTS

    180 credits

  • Duration

    3 years

  • Training structure

    Montpellier-Sète University Institute of Technology

  • Language(s) of instruction

    French

Presentation

The Bachelor of Technology degree, specializing in Electrical Engineering and Industrial Computing (GEII), with a focus on Electricity & Energy Management (EMÉ), is centered on innovation and technological development and leads to a versatile degree.

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Objectives

With a focus on energy management, the EME (electricity and energy management) course prepares students to monitor the production of electrical energy conversion systems and to participate in maintenance processes.     

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Know-how and skills

  • DESIGN: Designing a system, technological choices.
  • VERIFY: Develop a procedure, validate the functioning of a system.
  • MAINTAIN: Implement a maintenance strategy.
  • INSTALL: Install energy production, conversion, and management systems.
  • Interact with the various stakeholders, from installation to commissioning.
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Organization

Knowledge assessment

Knowledge is assessed on a continuous basis.

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Open alternately

Type of contract

Apprenticeship contract, Professional training contract

Open from thesecond year of the work-study program.

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Internships, supervised projects

From 22 to 26 weeks during B.U.T. 2 and B.U.T. 3

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Admission

Admission requirements

The program is accessible after completing thefirst year of a B.U.T GEII degree.

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And after

Professional integration

Graduates can work in the fields of energy transition, urban development, and the digital transformation of businesses (industry of the future, smart grids, smart cities, etc.).

They hold middle management or assistant engineer positions in sectors related to the production and distribution of electrical energy, industrial electrical installations, transportation, electric vehicles, industrial system operational safety, electromechanical and power electronics converters, electrical energy storage, industrial or humanoid robots, drones, renewable energies, and energy efficiency.

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