Battery Engineering Course Curriculum — What to Look For

A good battery course teaches the things you'll actually need on day one — cell chemistry, pack design, BMS basics, AIS 156, hands-on lab work. A weak course skips the lab and overweights regulatory framing. Use this checklist to filter.

Must-have modules

• Electrochemistry fundamentals — anode, cathode, electrolyte, separator chemistry
• Cell types and chemistries — LFP, NMC, NCA, sodium-ion comparison
• Cell manufacturing process — mixing, coating, calendaring, assembly
• Cell formation and aging
• Pack architecture — series / parallel, busbar, harness
• Pack mechanical and thermal design
• BMS fundamentals — sensing, balancing, state estimation
• Charging strategies — CC-CV, fast-charging profiles
• Safety — thermal runaway, propagation, abuse testing
• AIS 156 / ECE R100 / IS 17017 walkthrough

Hands-on requirements

• At least one coin-cell build + characterisation
• Simulink pack modelling
• BMS bench-test exposure (any vendor reference design)
• Climatic chamber + cycler interpretation
• Walkthrough of a real DV / PV plan

Red flags

• Course covers only theory — no lab
• No mention of AIS 156 or regulatory framework
• No practitioner-led modules
• Vague placement claims without specific company names
• All-pre-recorded with no live sessions

Where to go from here

Pick programs that are heavy on hands-on lab work, that name specific companies in their placement statistics, and that have practitioner faculty (not just academic faculty). DIYguru, ISIE India and the IIT-Madras CBEEV continuing-ed programs check most of these boxes.

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