Hands-On Learning, Powering America Forward

Internal Combustion Engine Training for Hybrid Vehicle

 

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CONTENT TYPE

VR, 3D, ILV,  Interactive Modules

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DURATION

3.5 Hours

Target Audience icon

TARGET AUDIENCE

Technician

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COURSE DELIVERY

VR and Web-based

Credits icon

Credits : 0.4

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About the Course:

This Internal Combustion Engine in Hybrid Vehicles VR Training microcredential provides a comprehensive overview of how ICE technology is adapted and integrated within modern hybrid electric vehicles (HEVs), forming a critical foundation for hybrid vehicle technician training. Learners explore the historical development of ICEs, their function within hybrid powertrains, and their interaction with key systems such as electric motors, battery packs, and control modules.

Emphasis is placed on ICE integration in hybrid vehicles, engine design considerations, operational strategies like start-stop and load sharing, and techniques for improving fuel efficiency. Virtual Reality (VR) simulations enhance learning with immersive 3D modules of ICE components, hybrid diagnostics, and hybrid-specific configurations, allowing learners to gain practical mastery of hybrid propulsion systems.

Learning Objectives:

  • Understand the historical evolution of ICE technology and its adaptation to hybrid systems.
  • Identify the placement and design considerations of ICEs in hybrid vehicle layouts.
  • Describe key operating modes of ICEs in HEVs, including start-stop and load-sharing strategies.
  • Recognize the integration of ICEs with electric motors, inverters, and power control units.
  • Apply fuel efficiency techniques and emissions reduction strategies in hybrid ICE operation.
  • Define the role of ICE as a primary or secondary power source in different hybrid architectures.

Course delivered via LMS and requires an Oculus VR headset for hands-on VR simulations.

 

Internal combustion engine integration and hybrid powertrain systems training

 

Workforce Development

HEV technician working on internal combustion engine and hybrid systems

At ImmerseLearn, we prepare hybrid vehicle technicians for the complexity of dual-power systems and integrated propulsion technologies. This course emphasizes both mechanical fundamentals and hybrid-specific system knowledge, enabling learners to contribute confidently to hybrid vehicle assembly, diagnostics, and optimization.

Historical Context and Technical Foundation −
Trace the journey from early gasoline engines to modern high-efficiency ICEs and understand their evolving role in reducing emissions and increasing fuel economy in hybrid vehicles.
Component Mastery +
Gain practical knowledge of how the ICE interfaces with hybrid system components including the electric motor, power control unit (PCU), battery pack, and inverter/converter.
Operational Modes and Fuel Efficiency +
Learn how hybrid ICEs operate in varied modes such as start-stop, load sharing, engine-off coasting, and regenerative coordination, and apply fuel-saving strategies used in real-world hybrid designs.
High-Efficiency Monitoring and Management +
Interpret system data related to ICE efficiency, engine run-time optimization, and energy balancing across hybrid drive modes.
VR-Based Component Familiarization +
Interactively explore ICE systems within hybrid vehicles using immersive VR simulations that cover design placement, operational states, and subsystem collaboration—reinforcing theory with realistic practice.

By completing this microcredential, students are prepared to work safely and effectively with hybrid internal combustion engines, contributing to the service and optimization of advanced hybrid electric vehicles. Learners can continue through a structured HEV technician learning pathway focused on hybrid diagnostics and system integration.