ENERGY TE is an EIPHI graduate School Master focusing on Research & Innovation in the field of thermal systems optimization and management. Experimentals technics and numerical simulations of multiphysics systems are at the heart of the program. At the end of the training you obtain an expertise in Heat Transfer, Fluid Mechanics and Thermodynamics of renewable energy systems.
Like all the Master Degree of EIPHI Graduate school, this master is designed for R&D engineer positions in big international companies or smaller High-Tech industries but can also be the springboard for a career as Researcher or Professor.
Energy Master Students can pursue their studies with a Ph.D. in the Energy Department of Femto-St Research Lab or Belfort’s Fuel Cell Laboratory FC Lab presented thereafter.
Curriculum
The TE master’s program takes place over 2 academic years divided into 4 semesters. Each semester corresponds to an accreditation of 30 ECTS, which leads to a total at the end of 120 ECTS. The program has an extensive international flavor, with all courses taught in English. The teaching staff are highly qualified researchers with international recognition.
Year 1 Semester 1
Hydrogen Energy & Energy Systems – 6 ECTS
Fuel CellThermal Management of Electric Machines
Energy branch
Fluid Mechanics – 6 ECTS
Fluid Dynamics
Computational Fluid Dynamics Introduction
Transfer Phenomena – 6 ECTS
Forced and Free Convection
Mass Transfer
Heat Exchangers
Interdisciplinary Courses – 6 ECTS
Acoustics and Vibrations
Refrigerating Machines and Heat Pumps
Laboratory project & French learning – 6 ECTS
French Learning
Laboratory Project
Year 1 Semester 2
Hydrogen Energy and Energy Efficiency – 6 ECTS
Conversion and Energy Efficiency
Energy Grids
Energy Storage
Energy Modelling – 6 ECTS
Computational Fluid Dynamics and Finite Element Method
Numerical Methods and Mathematical Tools
Interdisciplinary Courses – 6 ECTS
Nuclear and Hydrogen Energies
Renewable Energy
Energy Efficiency in Builgings and Life-Cycle Analysis
Innovation Management – 6 ECTS
Scientific Writing
Economics of the Energy Transition
Laboratory project & French learning – 6 ECTS
French Learning
Laboratory Project
Year 2 Semester 1
Computational Fluid Dynamics and Energy Building Simulation – 6 ECTS
Thermal and Fluid Dynamics Computing Codes
Dynamic Thermal Simulation
Advanced Energy Systems – Obligation – 6 ECTS
Innovative Power Machines
Advanced Metrology
Exergy analysis
Clean Sustainable Energy Production – 6 ECTS
Advanced Cogeneration
Advanced Fuel Cell Technologies
Electrolyzis Hydrogen Production
Soft Skills – 6 ECTS
Scientific Communication and Conferences
Advanced Scientific Writing
Laboratory project & French learning – 6 ECTS
French Learning
Laboratory Project
Year 2 Semester 2
Research Internship – 30 ECTS
Main research areas:
Metrology and Instrumentation in Fluidics
and Thermal Science
Thermal Science in energy systems
Heat engines
Complex flows
2 research Laboratories :
Career paths
The program targets careers such as:
University Professor
Design Engineer
Research Engineer
Test Engineer
Engineering studies
Experimental Engineer
R&D Engineer
Entry requirements
A degree equivalent to or higher than a Bachelor’s degree (3 or 4 years degree) in Mechanical or Engineering Science.
Grants
Many scholarships will be awarded each year to high quality foreign students.
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