Master of Science "Electrical Engineering Systems"

Présentation

Consultez le descriptif de la formation en Français.

The international master « Elecrical Engineering Systems » is a 24 month course. Half of the teachings are in English and half are in French.

Focused on areas of Electrical Energy Systems dedicated to several industrial applications, this ambitious program offers an attractive societally asked expertise to design new power electronic systems and modern, innovative structures of electromechanical converters. It develops sustainable strategies of energy management for electrical systems with multi-sources and multi-loads. The  novel  concepts  of control and diagnostic methodologies are  proposed  for  smart  actuators, smart  grids  and  smart standalone systems.

All teachers are researchers of the laboratories affiliated to French National Scientific Research Center (CNRS): Plasma and Energy Conversion Laboratory (LAPLACE), Chemical Engineering Laboratory (LGC) and Laboratory for Analysis and Architecture of Systems (LAAS). 

A significant number of lectures and projects are made with participation of Industrial R&D partners such as: Airbus, Thales ALENIA SPACE, Actia, Continental, EDF, GDF, SUEZ, CEA, ADEME, Liebherr Aerospace, Airbus Defense Space, SNCF. Relationship with industry is strengthened by industrial projects and long internships (6 months).

Learners will beneficiate of a personal advising of the education program throughout all the duration of the Master.

Objectifs

To provide students with knowledge in the different areas of Electrical Engineering Systems. Applications are related to energy production, storage, conversion and transportation in the domains such as: embedded systems (aeronautic, space, vehicular, railway traction, naval), grids, smart grids, energy dispatching, process controls, automations, monitoring, diagnostics, medical applications...

Contenu de la formation

First year

• Scientific and Culture Integration
• Projects and interactive teaching
• Static Converters, Actuators and theirs Controls
• Real Time Control
• Human and Social Sciences

1st optional program: Automatic Control and Computer Based Engineering

2nd optional program: Electro Mechanical Energy Conversion
3rd optional program: Power Electronics

Second year

• Optimal Automatic Systems
• Static Converter Designs
• Electromechanical Energy Conversion
• New Technologies of Energy

1st Optional program: Advanced Power Electronics
2nd Optional program: Electrodynamics and Mechatronics
3rd Optional program: Advanced Control of the Systems
4th Optional program: New Technologies of Energy

• Industrial Long Project
• Final Study Project

Stages

At the end of the first year, during the summer, there are internship opportunities.

The last semester of the course is a 6 month internship.

Condition d'accès

Employees and job searchers who would like to take up their studies again.

International degree:

• Bachelor of Sciences/Engineering: M1
• Master of Sciences/Engineering: M2

French degree for a foreign student:

• Admission in M1 : required level L3
• Admission in M2 : required level M1

The minimum qualification to apply is two years of higher education in sciences with professional experience in the scientific field. At the end of the first year, during the summer, there are internship opportunities. The last semester of the course is a 6 month internship.

Insertion professionnelle

Electrical Engineering System Design,

Power Electronics, Electromechanical Conversion,

Real Time,System,Control, Electrical, System Diagnosis,

System Management, System Optimization, Energy Efficiency,

Energy Sources, Energy Storage...

Lieu(x) de la formation

• Toulouse

Contact(s) administratif(s)