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Mechanics Course
Open up better work opportunities with our Mechanics Course. It's specially made for electricians like you who want to become experts in electric motor parts, from the commutator to the rotor. You'll learn the basics of electromagnetism, see how new electromechanical systems work, and get real experience building and testing electric motors. Improve your skills with practical knowledge about design, keeping records, and fixing problems. This will help you stay on top in the fast-changing electricity field. Join us now for a learning journey that will change your life!
- Become a master of electric motor parts: understanding how the commutator, stator, and rotor work.
- Learn to build electric motors: knowing where to put magnets, how to connect the power, and using coil techniques.
- Understand electromagnetism well: learning about induction, magnetic fields, and forces.
- Keep good records of your work: writing down design notes, research methods, and analyzing your results.
- Design electromechanical systems: choosing the right materials and planning for efficiency.

from 4 to 360h flexible workload
certificate recognized by MEC
What will I learn?
Open up better work opportunities with our Mechanics Course. It's specially made for electricians like you who want to become experts in electric motor parts, from the commutator to the rotor. You'll learn the basics of electromagnetism, see how new electromechanical systems work, and get real experience building and testing electric motors. Improve your skills with practical knowledge about design, keeping records, and fixing problems. This will help you stay on top in the fast-changing electricity field. Join us now for a learning journey that will change your life!
Elevify advantages
Develop skills
- Become a master of electric motor parts: understanding how the commutator, stator, and rotor work.
- Learn to build electric motors: knowing where to put magnets, how to connect the power, and using coil techniques.
- Understand electromagnetism well: learning about induction, magnetic fields, and forces.
- Keep good records of your work: writing down design notes, research methods, and analyzing your results.
- Design electromechanical systems: choosing the right materials and planning for efficiency.
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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