Professional Course in
EV Thermal Management
Duration – 50 Hours Mode of Delivery – ILT Sessions / PhysicalCourse Overview
This course is designed to equip engineering teams with the expertise to design and optimize thermal solutions for key EV components such as batteries, motors, power electronics, and HVAC systems. As electrification scales, robust thermal management is essential for ensuring system performance, safety, and lifecycle reliability.
Target Audience
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Thermal System Design Engineers involved in managing heat across EV subsystems.
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Battery Pack and BMS Development Engineers focusing on thermal challenges and solutions in battery systems.
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Electric Motor and Power Electronics Engineers addressing temperature impacts and thermal strategies for traction motors and converters.
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System Integration and Testing Engineers integrating and validating thermal solutions across EV platforms.
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Program Managers overseeing thermal system projects
Objectives
To Learn the principles of heat transfer and thermodynamics as they apply to electric vehicle systems.
To Examine the impact of temperature on battery packs, traction motors, and power electronics, and how it influences overall vehicle performance
To Develop effective cooling solutions using air, liquid, and refrigerant-based systems for managing heat in high-voltage components
To Integrate sensors and control mechanisms for real-time thermal monitoring, diagnostics, and active regulation
To Detect and address issues such as overheating, thermal runaway, and inefficiencies to ensure system reliability and safety
To Investigate future-ready solutions like phase-change materials, immersion cooling, and smart HVAC systems for next-generation EV platforms
Course Modules
Introduction to Thermal Management
Heat Sources and Issues in EV Components
Impact of Temperature on EV Battery Pack
Impact of Temperature on EV traction motor
Impact of Temperature on Power electronic converters
Thermal Management for Battery Pack
Thermal Management for Electric Motor
Thermal Management for Power Electronics
Integrated Systems
Thermal Management System for PMSM Machines
Thermal Management Techniques for PMSM Machines
Advanced Topics and Future Trends
Job Roles
Thermal Systems Engineer
Battery Systems Engineer
Power Electronics Engineer
Electric Motor Design Engineer
Vehicle Integration Engineer
Validation and Testing Engineer
System Engineer (EV/Powertrain)
R&D Engineer – Electric Mobility
HVAC Engineer (EV)
CAE Simulation Engineer (Thermal)
Embedded Systems Engineer (Thermal Control)
Thermal Management Consultant