HEV Motor Types & Fundamentals Training
Credits : 0.4
About the Course:
This HEV Motor Types & Fundamentals microcredential introduces HEV technicians to the different types of electric motors used in Hybrid Electric Vehicles. Learners will explore the construction, operating principles, characteristics, and applications of motors used in hybrid propulsion systems.
Through immersive simulations, learners will identify different motor types, explore their major components, understand how they generate rotational motion, and examine their role within the HEV powertrain. The course emphasizes motor identification, functional understanding, operating principles, and how different motor technologies support hybrid vehicle performance.
For a deeper understanding of how electric motors work within hybrid propulsion systems, explore our HEV powertrain systems training.
Learning Objectives:
- Identify different types of electric motors used in Hybrid Electric Vehicles.
- Understand the basic operating principles of HEV electric motors.
- Identify the major components of different motor types.
- Explain the function of the stator, rotor, windings, magnets, and other key motor components.
- Understand the differences between common HEV motor technologies.
- Describe how electric motors contribute to HEV propulsion and energy management.
- Explain the relationship between the electric motor, battery, inverter, and powertrain.
- Identify motor applications within different HEV operating conditions.
- Compare motor characteristics, advantages, and typical applications.
- Recognize the role of motor technology in improving vehicle efficiency and performance.
Explore the key components of hybrid vehicle systems to see how motors work with the battery, inverter, and powertrain.
This HEV Motor Types & Fundamentals training is delivered through our LMS and is available as both web-based and immersive VR training.
HEV Motor Types & Fundamentals Training for HEV Technicians
At ImmerseLearn, we equip HEV technicians with foundational knowledge of electric motor technologies used in modern hybrid vehicles. This microcredential strengthens motor identification, component awareness, operating principles, and system-level understanding through immersive VR-based learning.
How this course strengthens workforce skills:
Compare common HEV motor types used in hybrid vehicles:
| Motor Type | Construction | Advantages | Typical HEV Application |
|---|---|---|---|
| PMSM | Permanent magnets on rotor; stator windings | High efficiency and power density | Primary traction motor in many HEVs |
| BLDC | Brushless design with electronic commutation | Reliable control and compact packaging | Traction or auxiliary hybrid drives |
| Induction | Rotor induced current; no rotor magnets | Robust and magnet-free rotor | Selected hybrid propulsion designs |
| Switched reluctance | Salient rotor/stator poles | Simple rotor; strong thermal tolerance | Emerging/specialty HEV propulsion |
This HEV motor types training helps technicians explain why different motor technologies are chosen for specific hybrid powertrain roles.
By completing this microcredential, HEV technicians will develop a strong understanding of different electric motor types used in Hybrid Electric Vehicles, including their construction, operating principles, characteristics, and applications. This knowledge provides a foundation for understanding HEV electric propulsion and the interaction between motors and other hybrid powertrain components.
Build broader hybrid vehicle skills with our HEV Technician Training course covering powertrains, high-voltage systems, diagnostics, and vehicle service.