Innovation through
Physics and Engineering
Innovation through Physics and Engineering
Innovation through
Physics and Engineering
Innovation through Physics and Engineering
ENERGY ITE 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.
| Master 1 Fall Semester | Master 1 Spring Semester |
Heat Transfer Thermodynamics H3E & Thermofluidic Metrology Mathematical Tools for Engineers Acoustics and Vibrations Research Project | Numerical Methods & Computational Fluid Dynamics H3E Renewable Energy & Buildings Efficiency Innovation Management Research Project |
| Master 2 Fall Semester | Master 2 Spring Semester |
CFD & Energy Building Simulation Advanced Energy Systems H3E Socio Economic Environment Research Project | Research Internship hzsrthsrkgiklglggjkgjthsrthsrths |
Career paths
The program targets careers such as:
A degree equivalent to or higher than a Bachelor’s degree (3 or 4 years degree) in Mechanical or Engineering Science.
Many scholarships will be awarded each year to high quality foreign students.
Contact: François Lanzetta