Explore the programs and courses offered by Electromechanics.
Browse Programs Admission InformationThe Electromechanics training program lies on the borderline between Electrical Engineering and Mechanical Engineering.
By the end of the course, students will have assimilated the essential concepts of mechanics (strength of materials, mechanical construction, technical drawing, turbomachinery, internal combustion engines, etc.) and will have acquired a solid grounding in electronics, automation and electrical engineering.
In addition, they will follow a number of courses that will enable them to solve problems relating to the conversion of energy from electrical to mechanical form and vice versa.
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Semester 1
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Mathematics 1
Physics 1
Structure of matter
Physics 1 Practical Work
Chemistry 1 Practical Work
Computer Science 1
Writing methodology
Careers in Science and Technologies 1
Foreign language 1 (French and/or English)
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Semester 2
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Mathematics 2
Physics 2
Thermodynamics
Physics 2 Practical Work
Chemistry 2 Practical Work
Computer Science 2
Presentation methodology
Careers in Science and Technologies 2
Foreign language 2 (French and/or English)
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Semester 3
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Mathematics 3
Waves and vibrations
Fundamental electronics 1
Fundamental electrical engineering 1
Probability and statistics
Computer Science 3
Electronics and electrical engineering Practical work
Waves and vibrations Practical work
State of the art in electrical engineering
Energy and Environment
Technical English
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Semester 4
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Hydraulics and pneumatics
Combinatorial logic and sequential
Numerical methods
Resistance of materials
Electrical and electronic measurements Practical work
Logic Practical work
Hydraulics and Pneumatics Practical work
Numerical Methods Practical work
Technical Drawing
Conversion systems energy
Electrical and electronic measurements
Expression and communication techniques
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Semester 5
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Power electronics
Electrical machines
Mechanical construction
Heat transfer
Control Systems
Power Electronics Practical work
Electrical Machines Practical work
Control Systems Practical work
Electrical diagrams and equipment
Production of electrical energy
Electrotechnical materials
Electrical safety
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Semester 6
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Industrial control
Control of electromechanical drives
Sensors and measurement chains
Automation and industrial computing
Turbomachinery
End of Project
Control and Automation Practical work
Ordering Practical work
Sensors Practical work
Electromechanical systems maintenance
Introduction to the Internal Combustion Engine
Professional project and business management
Access to the 3rd year of the Bachelor's program (L3 level) is guaranteed for any student who:
· Has obtained the 120 credits from semesters S1, S2, S3, and S4. Or,
· Has acquired at least 90 credits, provided that they have validated: