M- Energy Processes

The aim of this major is to prepare the student for the profession of process engineer, specialised in the field of energy.

On completion of the course the student will have mastered the processes for the production and conversion of energy.

The content of the major deals with basic principles of process engineering and their application to energy production, with in depth study of thermodynamics used for process simulation and fluid mechanics in general and in particular for applications of energy production.

The knowledge acquired is also applicable to fields of process engineering in general.

• Unit 1: Advanced thermodynamics for process simulation
• Unit 2: Heat generation: fission and nuclear reactor
• Unit 3: Heat and mass transfers
• Unit 4: Electricity and turbines

This major can be combined with other courses to lead to various professions.

+Environment major + Energy transition interdisciplinary specialisation => Factory of the Future engineer, Energy efficiency engineer, Process engineer, Design office engineer

+ Mechanical Engineering major + Energy transition interdisciplinary specialisation => Renewable Energy engineer, Aerospace engineer, Automotive engineer, Energy efficiency engineer.

+ Materials Science major + Energy transition interdisciplinary specialisation => Metallurgy R&D engineer, Renewable Energy engineer, Energy efficiency engineer.

+ Industrial Engineering major + Big Data interdisciplinary specialisation => Process engineer, Factory of the Future engineer

+ Data Science major + Big Data interdisciplinary specialisation => Industrial Process Control engineer.

+ Corporate Finance major + Big Data interdisciplinary specialisation => Energy Market engineer, Business engineer

+ Computer Science major + Energy transition interdisciplinary specialisation => Energy Integration engineer