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Mechanics Course
Unlock the potential of your career with our Mechanics Course, designed for electrical professionals aiming to master electric motor components, from commutators to rotors. Delve into the basics of electromagnetism, explore advanced electromechanical systems, and gain practical experience in assembling and testing electric motors. Enhance your abilities with real-world insights into design, documentation, and fault diagnosis, ensuring you remain competitive in the ever-evolving electrical sector. Enrol now for a transformative learning experience!
- Gain expertise in electric motor components: understanding the functions of commutators, stators, and rotors.
- Assemble electric motors: mastering magnet placement, power connection, and coil winding techniques.
- Understand electromagnetism thoroughly: including induction, magnetic fields, and forces.
- Document processes accurately: creating detailed design notes, employing effective research methods, and analysing results.
- Design efficient electromechanical systems: focusing on optimal material selection and efficiency planning.

flexible workload of 4 to 360h
certificate recognized by MEC
What will I learn?
Unlock the potential of your career with our Mechanics Course, designed for electrical professionals aiming to master electric motor components, from commutators to rotors. Delve into the basics of electromagnetism, explore advanced electromechanical systems, and gain practical experience in assembling and testing electric motors. Enhance your abilities with real-world insights into design, documentation, and fault diagnosis, ensuring you remain competitive in the ever-evolving electrical sector. Enrol now for a transformative learning experience!
Elevify advantages
Develop skills
- Gain expertise in electric motor components: understanding the functions of commutators, stators, and rotors.
- Assemble electric motors: mastering magnet placement, power connection, and coil winding techniques.
- Understand electromagnetism thoroughly: including induction, magnetic fields, and forces.
- Document processes accurately: creating detailed design notes, employing effective research methods, and analysing results.
- Design efficient electromechanical systems: focusing on optimal material selection and efficiency planning.
Suggested summary
Before starting, you can change the chapters and the workload. Choose which chapter to start with. Add or remove chapters. Increase or decrease the course workload.What our students say
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