Academic programs > Energy and process engineering
GEM graduates in Energy and Process Engineering must be able to function as project managers for complex and multidisciplinary projects, deal with different teams (including experts in various fields) and coordinate all the phases of the process.
For such a career path communication skills are as important as project management skills. The programs reflect this dual requirement as well as providing in depth knowledge of related sciences, tehniques and technology, and an understanding of the energy and process engineering industry itself..
Major: Energy - Industry (Nancy)
Power and Process Engineering (St Etienne)
Goal: to form engineers in the design and development of machines used to produce energy and to provide an understanding of energy management in the sectors of glass , petrochemical refining, the nuclear industry, the elaboration and treatment of materials, and energy production. The program is focussed on the production and transport of energy as well as the modelling and optimising of industrial processes.
Major: Energy - Gas technology
Goal: to form engineers destined to work in the natural gas industry. The studies are devoted especially to the production, transport and storage of gas.
Major: Energy - Motors
Goal: to form engineers in the scientific aspects and techniques in the domain of propulsion, for the automotive, aeronautic and transport industries The program focusses on the mechanisms of transfer and transformation of energy.
Major: Industrial Processes
Goal: to form the engineers in the supervision or control of industrial facilities and implementation in process engineering . The program focusses on the concept of optimising industrial facilities, their security, and their impact on the environment.
Career opportunities: refining, petrochemicals, chemistry, pharmaceuticals, agro-food industry , metallurgy, bio-engineering, etc
Major: Industrial Process and Management
Goal: to provide skills necessary for the management of a production unit. This program presents the methods and tools of both the conception and management of physical/chemical fabrication processes and an overview of the production operation as a whole.
Major: Petroleum Production
Goal: to train engineers for work in the fields of oil prospection and the maintenance and management of petroleum refineries. The curriculum focuses on the modelling and optimising of petroleum production, storage, security, and the environment
Major: Geo-reservoirs et environment
Goal: to form engineers in the prospection and management of water resources. The curriculum deals in particular with Environmental Management and Land Supervision.
Major: Pharmaceutical Engineering,
Bio-industries
Eco-industries
Goal: to deepen the students' understanding of Engineering and Industrial Processes
Goal: to form engineers capable of designing, structuring, and implementing energy production or transformation equipment. A special focus is given to the methods of replacing fossil fuels with renewable and non-polluting energy.
Major: Energy Engineering
Goal: to form engineers in the field of energy production, and its utilization in the residential, public, or industrial sector
Content: The program dispenses the scientific know-how and knowledge indispensable to the complete management of energy transfers and fluids. It reinforces the notion of « Efficient Energy » and the respect for the environment.
Emphasis is placed on practical activities, and on-site experience at energy plants combined with innovative teaching methods.
Major: Energy Systems Engineering
Goal: to form engineers capable of fulfilling varied functions in the field of Power or Energy Generation , from the design to the supervision of energy conversion facilities. This implies an understanding of economic, environmental, and regulatory forces.
Content: The curriculum focusses on the simulation methods and tools., command of industrial processes, cycles, thermodynamic industries and the systems of energy production.
Major: Nuclear : technologies, safety and environment
Goal: to form engineers capable of fulfilling the needs of the nuclear industry (treatment and storage of radioactive waste, control and the safety of nuclear installations etc.) as well as related areas derived from or related to the supervision of nuclear technology (metrology et industrial controls, medicine, laboratories of instrumentation, environmental sector).
These programs are designd for students wishing to acquire professional competencies in a specific technical or scientific field.
These programs are designed for students wishing to pursue a a career in the field of Process and Energy Engineering
MSc in Process Engineering Joint MSc in Mechanical and Energy Engineering MSc in Mechanical Engineering Research
MSc in Process Engineering Research focussed on advanced methods of modelization and leading to a doctorate in Process Engineering .
Joint MSc in Mechanical and Energy Engineering
This degree allows candidates to enter doctoral programs in the fields of Solid State Chemistry, Fluid Mechanics, and Mechanical Engineering as well as Energy Engineering, Heat and Mass Transfer
After completing a Master's degree or equivalent degree the students can earn a doctoral degree in the following fields: EMAlbi: Energy production from waste and bio-mass fuels, and improvement of energy conversion processes EMDouai: Fluid Mechanics and Energy & Environment including
Thermal transfers associated with heat exchangers, increases, identification methods coupled transfer EMNancy: Theoretical mechanics, Fluid Mechanics, Hydrodynamics, Energetics, Heat and Mass Transfer EMNantes: Energetics, Subatomic Physics and Associated Technologies . EMParis: Process Engineering. EMSaint-Etienne: Process Engineering.
