Explore the programs and courses offered by Industrial Electrotechnics
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.
- Electrical energy transmission and distribution networks
- Advanced electrical machines
- Applied numerical methods and optimization
- Industrial electricity
- Electrical drives
- Sizing of industrial systems
- 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
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
Science and Technology