
CourseraAs electric vehicles and grid storage scale up, so does demand for engineers who actually understand what's happening inside a lithium-ion battery pack — not just how to charge one. This Specialization goes deep on that: modeling battery cells, then using those models to manage them safely and efficiently in real systems.
Set at an intermediate level, it assumes a technical or engineering background — this is built for electrical or mechanical engineers moving into battery systems work, not a general audience curious about EVs.
With 29,708 learners enrolled, it occupies a genuinely specialized niche that's growing fast alongside the electrification of transportation and energy infrastructure — exactly the kind of narrow, technical depth that's hard to find outside a dedicated engineering program.
Skills you'll gain: Manufacturing Processes, Failure Analysis, Materials science, Chemistry, Thermal Management, High Voltage, Electronic Components, Safety Standards, Energy and Utilities, Anomaly Detection, Requirements Analysis, Control Systems, Electrical Safety, Estimation, Electrical Engineering.
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