Master’s degree in Energy

Master’s degree in Energetics

Program Description:

Acquire the reflexes of an energy specialist, be able to make the energy balance of any mechanical system, consumer or generator of energy in any form, in order to be able to decide on its vitality or locate its failures.This is the ambitious objective of this training. The proposed Bachelor’s degree in Energy Mechanics allows the holder of his diploma to adapt as quickly as possible to the various trades related to the production, generation, transport, transformation and use of energy.The professions of industrial air conditioning, cold production, heating, domestic air conditioning, thermal, solar, hydraulic, geothermal, wind power plants, motors, etc. are thus targeted by our training.

Thanks to solid training in thermodynamics and applied thermodynamics, heat transfers, fluid mechanics, turbomachines, engines, renewable energies, cold and climate engineering, the energy graduate will be able to adapt easily andbuild skills in all trades related to energy.

Academic program 

Semester 1

Teaching unit	Title of the Subject
Fundamentalteaching unit	In-depth fluid mechanics
	Thermal machines
	Deep heat and mass transfer
	In-depth numerical methods
Methodologyteaching unit	Instrumentation and measurements
	Practical work Numerical methods
	Thermal machines practical work
	TPfluid mechanics
Discoveryteaching unit	Chosen course
	Chosen course
Transversal teaching unit	Technical English and terminology

 

Semester 2

Teaching unit	Title of the Subject
Fundamentalteaching unit	Combustion
	Gas dynamics
	Thermal Drying
	Heating and Air Conditioning
	Advanced Turbomachinery
Methodologyteaching unit	Finite Volume Methods
	TP Turbomachinery
	Control and regulation
Discoveryteaching unit	Chosen course
	Chosen course
Transversal teaching unit	Ethics, deontology and intellectual property

Semester 3

Teaching unit	Title of the Subject
Fundamentalteaching unit	In-depth internal combustion engines
	Cryogenics
	Propulsion Mechanics
	Heat Exchangers
Methodologyteaching unit	CFD and software
	Optimisation
	TP HeatExchangers
Discoveryteaching unit	Chosen course
	Chosen course
Transversal teaching unit	Literature search and brief design