Renewable Energies in Mechanical engineering

Explore the programs and courses offered by Renewable Energies in Mechanical engineering

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Program Overview

The "Academic Master's program: Renewable Energies in Mechanics" is designed to train specialists endowed with deep scientific expertise in the fields of thermal systems and energy conversion/transformation processes. Its uniqueness lies in its pronounced focus on renewable energies. This course of study is characterized by a judicious balance between theoretical learning and practical application, enriched by professional internship opportunities. Upon completion of this training, graduates are capable of integrating a wide range of strategic industrial sectors, from energy and hydrocarbons to the fields of heating, air conditioning, refrigeration, automotive, aeronautics, and solar energy, without forgetting research professions.

Teaching Language : ENGLISH

Curriculum Highlights

Core Courses

This Master's program combines fundamental subjects in mechanical and thermal engineering (such as fluid mechanics, advanced thermodynamics, and turbomachinery) with specialized courses on various renewable energy technologies. The latter include solar energy (thermal and transfers), wind, geothermal, marine, as well as hydroelectricity. The curriculum also covers energy systems, their conversion and storage (hydrogen, fuel cells, accumulators), and integrates courses in applied engineering and control (thermal metrology, transfer techniques).

Advanced Topics

The Master's program addresses key advanced topics in several fields. First, Advanced Energy Conversion and Storage Technologies cover the efficient transformation, storage, and transport of energy, including hydrogen, fuel cells, and various accumulators. Second, Specialized Renewable Energy Systems delve into complex aspects such as advanced solar thermal energy, turbomachinery aerodynamics, metrology and thermal control, as well as specific applications like industrial drying. Finally, the Strategic and Research-Oriented Modules prepare students for high-level analysis and research, addressing regulatory and socio-economic aspects, and including case studies, mini-projects, and the Master's thesis.

Admissions Information

Admission to the Academic Master's program: Renewable Energies in Mechanics is primarily open to candidates holding a Bachelor's (Licence) degree in relevant engineering and science disciplines. The program is particularly aimed at graduates in Mechanical Construction, Energy, Energy Physics (from the SM domain), Materials Engineering, Electromechanics, or Industrial Maintenance.

The selection process is based on a structured evaluation that considers the compatibility of the candidate's Bachelor's degree with the Master's requirements. A coefficient may be applied to reflect this degree of compatibility, thereby influencing the candidate's ranking for admission.

 

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