Energy Materials and Processes M2

The Energy Materials and Processes specialization provides high-level training in:

• Materials and material processing (especially from a mechanics and physics approach),
• Process engineering, energy materials processing, and process engineering for the production of energy in all its forms, as applied to the vast energy sector:
  • Classic and renewable energy production processes
  • Material processing for highly innovative energy applications

Student-researchers may customize their training from among a wide array of elective courses, covering all aspects of the energy sector.

Courses 

Fundamentals

• Transfers, 4 ECTS
• Mass and heat transfers, coupled transfers and turbulent transfers
• Materials Science, 4 ECTS
• Materials for energy production, Materials physics
• Process Engineering, 4 ECTS
• Chemical engineering and reactors, fluid mechanics

General or applied courses, 2 ECTS

• Geopolitics of Energy
• Thermodynamics
• Applied courses in the transport sector (Fuels of the Future, Thermal Engines, Electricity
• Components and Networks, Fuel Cells)
• Applied courses in renewable energies (ENR) and housing (Energy in the Buildings,
• Conversion and Storage of Renewable Electricity Resources, Renewable Energy Production Processes)
• Applied courses in the nuclear sector

Practical courses

• Numerical Methods and Project (process simulation, fluid mechanics), 5 ECTS
• Laboratory Methodology (process and materials engineering), 5 ECTS

Scientific English (in Language Department), 2 ECTS
Laboratory project, 8 ECTS

• within one of the Master’s programme’s supporting laboratories

An advanced research or R&D internship, 20 ECTS (from end of April to mid-September),

• within an academic laboratory, a research institute (CNRS, CEA, IFP, IRSN, CSTB etc.), or a company research centre.