By completing this microcredential, students will be equipped with the knowledge and practical skills to contribute effectively to the development and maintenance of electric vehicle thermal systems, positioning themselves as valuable professionals in the growing EV sector.
Thermal Management in EVs
Credits : 0.1
About the Course:
This microcredential introduces students to the essential principles and technologies involved in thermal management for electric vehicles (EVs), making it an ideal foundation for learners pursuing our Electric Vehicle Technician Course. Through focused learning modules, enhanced 3D visualization, and immersive VR simulations, students explore the design, function, and integration of cooling systems, phase change materials, heat exchangers, heat pump systems, and predictive thermal management strategies.
Learning Objectives:
- Understand the fundamentals of thermal systems in EVs and their impact on performance and safety.
- Learn the design and function of cooling systems used for batteries, power electronics, and electric motors.
- Explore the application of phase change materials and advanced heat exchangers in managing thermal loads.
- Gain insights into predictive thermal management using AI and aerodynamics to optimize energy efficiency.
- Understand the operation and integration of heat pump systems within electric vehicle architectures.
- Apply knowledge in virtual simulations to experience real-world thermal management scenarios.
Course delivered via LMS and requires an Oculus VR headset for hands-on VR simulations.
Workforce Development
At ImmerseLearn, we emphasize job-ready skills that align with the evolving demands of the EV industry, helping learners enroll in a comprehensive Electric Vehicle Course Online. This microcredential enhances students’ technical understanding and practical ability to manage the complex thermal systems critical to electric vehicle design and performance.
Comprehensive System Knowledge −
Learn the core components and operation of EV thermal systems, including cooling for high-energy systems like batteries and power electronics.
Cooling System Mastery +
Gain detailed insights into cooling strategies for various EV components—ensuring system efficiency, longevity, and safety.
Advanced Materials & Technologies +
Understand the role of phase change materials and cutting-edge heat exchangers in maintaining optimal operating temperatures under different driving conditions.
Predictive & Smart Management +
Discover how AI and aerodynamic modeling are used to forecast and manage thermal loads proactively, reducing energy consumption and enhancing vehicle range.
Heat Pump Integration +
Explore how heat pump systems are utilized in EVs for efficient cabin heating and cooling, contributing to overall thermal efficiency.