Electrical Engineering - Automation

Without electricity the world would be lethargic, without automation, it would be paralyzed. In fact, this field covers in entirety the modern processes of generation, utilization, and control of electrical energy which are indispensible for all domestic and industrial activity.
Thanks to a wide variety of coursework in electrical engineering, electronics, automation, and industrial and scientific computing, students will be able to participate in the development of this rapidly expanding field which includes transportation, electrical propulsion, electrical networks for industry, vehicules, space, electrical control of machines, robotics, automation of industrial processes, etc.

Electronics - Signal Processing

 The electronics engineer processes signals in electrical form, ensures their propagation and conceives adequate dispositives. His investigatory field concerns semi-conductors and micro-electronic components, signal processing, data processing, electronic systems, hyperfrequencies, telecommunications, and networks. Coursework affords students an overview of all industrial sectors where electronics is omnipresent.

 Computer Science - Applied Mathematics

 Teaching is based on coursework in advanced mathematics in order to approach the problems of applied mathematics as well as to instill a solid foundation in analysis and reasoning which are the bases of modern, intelligent computer science.
All advanced computer techniques are introduced from the first year, including software engineering, communication systems and networks, artificial intelligence, and production. This method of teaching trains a general engineer who is later capable of pursuing a career in research, analysis, development, or exploitation.

Hydraulics - Fluid Mechanics

Coursework is based on fluid mechanics and the various problems of transfer, in addition to mechanics, thermics, energetics, and computer science. It is one of the most in-depth programs in France.
Professional opportunities include hydraulics and environmental engineering (community water service, hydraulic renovation/refurbishing, basin management) as well as those fields where transfers involving the movement of fluids come into play (aeronautical and space industries, automobiles, naval hydrodynamics, nuclear and petroleum energy, turbomachines, and combustion).

Telecommunications - Networks

 This department was created in 1999 to respond to the exponential growth of the industrial demand for engineers trained in the wide area of Telecommunications and Networks.
The Telecommunications-Networks department was born from the partnership of two others departements of the school : electronics - signal processing and computer science - applied mathematics.