Lead in Electric Vehicles with the full BatteryMBA

Global EV sales passed 17 million units in 2024 and are tracking towards ~30 million by 2027, with BNEF and IEA forecasts converging on roughly 45% of new light-vehicle sales being electric by 2030. That growth is no longer a question of vehicle demand, it is a question of battery supply, chemistry mix, and software differentiation. LFP is now the dominant chemistry in volume Chinese models and is moving rapidly into European and North-American programmes; high-nickel NMC is being pushed into performance segments; and silicon-rich anodes plus solid-state are reaching pilot lines at multiple OEMs.

The leaders winning in this market are rarely the ones who only understand EVs. They understand cell supply, BESS-driven chemistry roadmaps, gigafactory economics and recycling, because all of those forces shape EV pricing, availability and bankability. The BatteryMBA is built around that full value chain, with EV-specific case studies, projects and peers woven throughout.

The programme walks through every layer of the EV battery: cell formats (21700, 4680, prismatic LFP, blade, pouch), module-vs-cell-to-pack-vs-cell-to-chassis architectures, thermal management (cold plates, immersion, refrigerant), structural integration, crash safety, and high-voltage system design.

The BMS curriculum covers state-of-charge and state-of-health estimation, cell balancing, fault detection, contactor logic, ISO 26262 / ASIL-D functional safety, and the OTA pipelines that let modern EVs improve range, fast-charge curves and warranty exposure post-sale. EV sits alongside BESS, industrial and cell-manufacturing modules so you graduate with the full picture.

Vehicles do not exist in isolation. The programme covers AC and DC fast-charging standards (CCS1, CCS2, NACS/J3400, GB/T, MCS for trucks), the economics of public and depot charging networks, V2G and V2H opportunities, and the regulatory frameworks that govern them. Recycling and second-life modules cover hydrometallurgical vs pyrometallurgical routes, black-mass economics, repurposing for stationary storage, and the EU Battery Regulation's recycled-content thresholds, anchored in the cell-level fundamentals the BatteryMBA teaches up front.