Explore the programs and courses offered by Engineer in Electrotechnical
The training program focuses on electrical engineering (electrical machines, electrical control, electrical networks, renewable energies, etc.)
First semester: Analysis, Algebra, Chemistry, Physics, Probability and Statistics, ...
Second semester: Analysis, Algebra, Electricity and Magnetism, Thermodynamics, Industrial Drawing, Programming...
Third semester: Applied mathematics, vibrations and waves, combinational and sequential logic, fundamental electronics, fundamental electrotechnics, etc.
Fourth semester: Programmed logic and automation, signal theory, fundamental electronics, fundamental electrotechnics, Electrical measurements…
Fifth semester: Power electronics, electromagnetic field theory, servo systems, electrical machines, electrical diagrams and equipment, sensors and measuring circuits, electrical power generation, ...
Sixth semester: Control of electrical machines, electrical networks, industrial organization, signal processing, programming...
Seventh Semester: Control of electrical machines, electrical network modeling, advanced power electronics, microcontrollers
Sizing industrial electrical networks, computer programming, electric vehicles, industrial maintenance, etc.
Eighth semester: Industrial programmable controllers, photovoltaic and wind energy conversion systems, and high-voltage technologies.
Electrical grid stability and dynamics, artificial intelligence, and energy storage, etc.
Ninth semester: Advanced control techniques, analysis of three-phase networks under turbulent conditions, control of renewable energy systems, system diagnostics, electrical grid protection techniques, electrical power quality, smart electrical grids, etc.
Tenth semester: Preparing the graduation thesis, field internship in companies, ....
First semester: Analysis, Algebra, Chemistry, Physics, Probability and Statistics, ...
Second semester: Analysis, Algebra, Electricity and Magnetism, Thermodynamics, Industrial Drawing, Programming...
Third semester: Applied mathematics, vibrations and waves, combinational and sequential logic, fundamental electronics, fundamental electrotechnics, etc.
Fourth semester: Programmed logic and automation, signal theory, fundamental electronics, fundamental electrotechnics, Electrical measurements…
Fifth semester: Power electronics, electromagnetic field theory, servo systems, electrical machines, electrical diagrams and equipment, sensors and measuring circuits, electrical power generation, ...
Sixth semester: Control of electrical machines, electrical networks, industrial organization, signal processing, programming...
Seventh Semester: Control of electrical machines, electrical network modeling, advanced power electronics, microcontrollers
Sizing industrial electrical networks, computer programming, electric vehicles, industrial maintenance, etc.
Eighth semester: Industrial programmable controllers, photovoltaic and wind energy conversion systems, and high-voltage technologies.
Electrical grid stability and dynamics, artificial intelligence, and energy storage, etc.
Ninth semester: Advanced control techniques, analysis of three-phase networks under turbulent conditions, control of renewable energy systems, system diagnostics, electrical grid protection techniques, electrical power quality, smart electrical grids, etc.
Tenth semester: Preparing the graduation thesis, field internship in companies, ....