Industrial Electrotechnics

Explore the programs and courses offered by Industrial Electrotechnics

Program Overview

Duration of the training: The training to obtain the Master's degree in Industrial Electrotechnics takes place over 4 semesters (3 semesters + 1 semester of final-year project). The program is structured around fundamental, methodological, discovery and cross-disciplinary teaching units.


Semester 1:

Fundamental units:

- Electrical energy transmission and distribution networks

- Advanced power electronics

- Microprocessors and microcontrollers

- Advanced electrical machines

- Applied numerical methods and optimization

Methodological units:

- Practical works on Electrical energy transmission and distribution networks

- Practical works on Advanced power electronics

- Practical work on Applied numerical methods and optimization

Discovery units:

- Renewable energies

- Electrotechnical materials and their applications

Cross-curricular units:

- Technical English and terminology


Semester 2:

Fundamental units:

- Industrial electricity

- Sampled servo systems and digital regulation

- Technology in industrial automation

- Modeling and identification of electrical systems

- Electrical drives

Methodological units:

- Industrial electricity practical work / Modeling and identification

- Sampled servo systems practical work

- Technology in industrial automation practical work

- High voltage technology

Discovery units:

- Industrial maintenance

- Maintenance of electrical networks

Cross-curricular units:

- Ethics, professional conduct and intellectual property


Semester 3:

Fundamental units:

- Transient regimes of electrical systems

- Control of electrical systems

- Diagnosis of faults in electrical installations

- Energy quality and electromagnetic compatibility

- Artificial intelligence techniques

Methodological units:

- Artificial intelligence practical work

- Systems control practical work

- Dimensioning of industrial systems

Discovery units:

- Centralized and decentralized production of electrical energy

- Standards and legislation in electrical engineering

Cross-curricular units:

- Documentary research and design of dissertation

 

Semester 4:

Semester devoted entirely to the final-year project. The student will have to carry out a complete project of their choice, which they will carry out either within a research team or with industry as part of a practical internship agreement.

Teaching Language : French

Curriculum Highlights

Core Courses

- Electrical energy transmission and distribution networks

- Advanced electrical machines

- Applied numerical methods and optimization

- Industrial electricity

- Electrical drives

- Sizing of industrial systems

Advanced Topics

- Artificial intelligence techniques

- Industrial automation technology

- Control of electrical systems

- Renewable energies

- Electric vehicles, batteries

- Research into new static converter structures

- Research into new materials (magnetic, dielectric)

- Non-destructive testing

- Biomedical equipment

Admissions Information

Degrees granting access to a 


Master’s degree             Equivalence            Coefficient

Electrical Engineering        1.0              1.0

Electromechanical Engineering         2.0               0.8

Industrial Maintenance       2.0              0.8

Automation            3.0              0.7

Electronics            3.0               0.7

Other degrees in the field of   5.0                0.6

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