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Master the fundamentals of EV battery systems, from cell chemistry and pack architecture to thermal management and manufacturing-floor safety practices.
Micro-credential developed in partnership with
This micro-credential takes a deep dive into the heart of every electric vehicle: the battery system. Across focused modules, learners explore lithium-ion cell chemistry, battery pack architecture, thermal management strategies, battery management systems (BMS), and the safety protocols required when manufacturing, handling, and testing high-energy storage systems. Designed for technicians, manufacturing engineers, and quality professionals working in or moving into EV battery production, the course builds the technical depth needed to contribute confidently to one of the most critical and fastest-evolving areas of electric mobility. Completion is recognized with an OVIN micro-credential.
Micro-credential developed in partnership with
This micro-credential takes a deep dive into the heart of every electric vehicle: the battery system. Across focused modules, learners explore lithium-ion cell chemistry, battery pack architecture, thermal management strategies, battery management systems (BMS), and the safety protocols required when manufacturing, handling, and testing high-energy storage systems. Designed for technicians, manufacturing engineers, and quality professionals working in or moving into EV battery production, the course builds the technical depth needed to contribute confidently to one of the most critical and fastest-evolving areas of electric mobility. Completion is recognized with an OVIN micro-credential.
A foundational understanding of electric vehicle systems is recommended before taking this course. Prior completion of Introduction to EV Systems & Architecture or equivalent experience in automotive, electrical, or manufacturing roles will help learners get the most out of the technical content.
Included in subscription
2 hr
EV Battery Systems
+200 points
Describe the chemistry and components of lithium-ion battery cells used in EVs
Explain how battery packs are architected from cells, modules, and management systems
Identify the role and design of battery thermal management systems
Apply battery management system (BMS) principles to monitor performance and safety
Recognize safety hazards and protocols when handling high-energy storage systems
Connect battery system knowledge to roles in EV manufacturing, assembly, and quality
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Developed with top post-secondary institutions and leading organizations, earn a credential you can share online by completing this course.

Industry-recognized

Downloadable certificate
Battery Systems, Thermal Management & Safety in EV Manufacturing
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