Hands-On Learning, Powering America Forward

Fundamentals of HEV Design & Components

 

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CONTENT TYPE

VR, ILV, Interactive Modules

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DURATION

2.5 Hours

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TARGET AUDIENCE

Technician

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COURSE DELIVERY

VR or WEB Based

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Credits : 0.3

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About the Course:

This Fundamentals of HEV Design & Components microcredential provides technicians with a comprehensive understanding of the design, architecture, and major components of Hybrid Electric Vehicles (HEVs). Learners explore how conventional internal combustion engine systems are integrated with electric propulsion technologies to improve fuel efficiency, reduce emissions, and enhance vehicle performance. 

Through immersive, hands-on simulations, learners will examine the structure and function of key HEV components, including the internal combustion engine, electric motor, traction battery, inverter, DC-DC converter, regenerative braking system, transmission, hybrid control units, and high-voltage electrical systems. The course emphasizes component identification, system interaction, safe handling practices, and understanding how energy flows throughout the hybrid vehicle. 

Learning Objectives:

  • Identify the major components and systems used in Hybrid Electric Vehicles 
  • Explain the basic design and architecture of different HEV configurations 
  • Describe the functions of the internal combustion engine and electric propulsion system 
  • Understand the construction and operation of HEV high-voltage battery systems 
  • Explain the functions of inverters, converters, motors, generators, and hybrid control modules 
  • Trace electrical and mechanical energy flow within an HEV powertrain 
  • Understand the operation of regenerative braking and energy recovery systems 
  • Identify key sensors, actuators, wiring, connectors, and communication systems 
  • Explain how major HEV components work together to support vehicle performance and efficiency 

For a deeper understanding of hybrid system operation, also explore our HEV Powertrain Systems microcredential.

Course delivered through our LMS and accessible in both VR and web. Learn on the web anytime, or enjoy immersive VR training with your own Oculus VR headset.

HEV design and components training for hybrid vehicle technicians

 

Workforce Development

Hybrid vehicle components including motor battery inverter and powertrain systems

At ImmerseLearn, we equip hybrid vehicle technicians with the foundational knowledge needed to understand and service modern HEV systems. This microcredential strengthens component identification, system-level understanding, and technical confidence through immersive VR-based learning. Learners develop the ability to recognize how individual components interact within the complete hybrid architecture, supporting safer and more effective vehicle servicing. 

How this course strengthens workforce skills:

HEV Architecture and Design −
Explore the fundamental design of Hybrid Electric Vehicles and understand how the internal combustion engine and electric propulsion systems are integrated. Learners examine common HEV architectures, powertrain layouts, energy pathways, and the role of electronic control systems in managing vehicle operation.
Hybrid Powertrain Components +
Learn about the major mechanical and electrical components that make up an HEV powertrain. Learners explore the functions of the engine, electric motor, generator, transmission, traction battery, inverter, and associated control systems while understanding how these components work together to deliver power to the wheels.
High-Voltage Battery System +
Develop an understanding of HEV traction battery construction, battery modules, cells, battery management systems, cooling systems, and high-voltage connections. Learners examine how the battery stores and supplies electrical energy and how battery performance is monitored and controlled during vehicle operation.
Power Electronics and Electrical Components +
Understand the role of power electronics in controlling and distributing electrical energy throughout the HEV. Learners explore inverters, DC-DC converters, high-voltage cables, contactors, charging-related components, sensors, and electronic control modules while learning how these systems support efficient vehicle operation.
System Integration and Energy Flow +
Understand how the major HEV components communicate and operate as an integrated system. Learners trace energy flow during starting, acceleration, cruising, braking, and charging conditions to understand how the vehicle automatically manages engine and electric motor operation for efficiency and performance.

By completing this microcredential, technicians will gain a strong understanding of HEV design, architecture, and component functionality. Learners will be able to identify major hybrid vehicle systems, explain their interactions, understand electrical and mechanical energy flow, and recognize essential high-voltage safety considerations. This knowledge provides a strong foundation for safe, efficient, and effective servicing of modern Hybrid Electric Vehicles. 

Want to build broader hybrid diagnostic and service skills? Explore our Hybrid Automotive Training program.