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Objectives : This Master's training aims to respond to strong demand from large research organizations and industry who wish to recruit academics and engineers who have acquired solid skills in combustion and potentially multiphysics fluid mechanics as well as in design and characterization by optical means of energy production systems. The discovery and use of experimental and simulation means, used to analyze and design these systems, occupy a large part of the training. This Master prepares for doctoral training.
Degree Level (EU) : 7 - (EQC level or equivalent)
Admission requirements : Admission to M1
Holders of a Bachelor’s degree in Mechanics, GSI ME, Physics or Physics-Chemistry.
Admission to M2
The level necessary to join the M2-FIRST is either an M1 (Universities, Engineering Schools) or any national or foreign diploma considered equivalent by the Master's jury.
It is necessary to have followed training in one or more of the following fields: fluid mechanics, thermal, energy, metrology, numerical calculation
Acquired skills during the training : The energy and environment sectors are currently in the midst of upheaval. Between the announced end of fossil fuels and the sudden increase in pollution levels, awareness of an energy renewal has recently emerged and is increasingly essential at all levels of our society. Between reducing current consumption and exploring new paths towards alternative energies, research in the field of energy and the environment has become a fundamental sector with strong recruitment potential.
The training includes modules composed of essential lessons relating to the fields of reactive flows, fluid mechanics and thermals. It is based on a balance between experience, modeling and theory resulting in a wide range of courses, tutorials and practical work is assured.
Targeted careers : Students who have followed our training will have the choice between several sectors of activity: transport (automobile, aeronautics and space), energy production and industrial combustion as well as sectors relating to issues of impact on the environment. , production and consumption of energy.
Duration and terms : 2 Years
Dedicated web site : https://formation.univ-rouen.fr/fr/catalogue-de-l-offre-de-formation/master-lmd-XB/master-energie-L4SF18M2/master-energie-fluids-transfer-optics-L4SF18P6.html