What powers the battery economy
Follow demand from phones, mobility, marine, drones, data centers and grid storage back through the value chain.
LESSON + KNOWLEDGE CHECKEvery paid level requires decisions, evidence and work product. The free level teaches the whole industry map before learners invest.
No filler. No paid glossary. Build a working model of the industry and prove it with a mapped battery journey.
Enroll free →Follow demand from phones, mobility, marine, drones, data centers and grid storage back through the value chain.
LESSON + KNOWLEDGE CHECKLocate lithium, nickel, cobalt, manganese, graphite and lead; compare extraction, concentration and responsible sourcing.
LESSON + KNOWLEDGE CHECKTrace refining, active materials, electrodes, cell assembly, formation, pack integration and quality control.
LESSON + KNOWLEDGE CHECKUnderstand hazmat logistics, distribution, inventory, fitment, channel economics, warranties and consultative selling.
LESSON + KNOWLEDGE CHECKMatch chargers to chemistry, read charge curves, manage heat, avoid common failure modes and improve useful life.
LESSON + KNOWLEDGE CHECKChoose reuse, repurposing, collection and recycling pathways, then map recovered material back into production.
FINAL: SUPPLY-CHAIN BRIEFSafe work, application fitment, charger matching and a deployable operating playbook.
Chemistry trade studies, test data, BMS logic, thermal risk, research and quality.
Supply-chain economics, circular operations, catalog strategy and commercialization.
Complete every domain, solve an industry problem, publish work and defend it live.
Predict how materials choices change voltage, energy, power, life, safety and cost.
Read test data, isolate degradation mechanisms and produce an evidence-based failure report.
Design charging logic, interpret state estimation and reason through thermal propagation scenarios.
Identify critical variables, analyze yield loss and propose a defensible control plan.
Challenge claims, design experiments, analyze uncertainty and communicate reproducible conclusions.
Model commodity exposure, geopolitics, logistics, total cost, responsible sourcing and circular flows.
Translate applications into specifications, compare products and build a real-category sales playbook.
Create storage, transport, incident-response, take-back and end-of-life procedures.
Build the business case, lead cross-functional work and define the talent system to execute.
Solve an industry problem through original analysis, professional work product and a live defense.
Master of Batteries is the flagship Batteries Bootcamp professional program. It is designed as an intensive alternative route to cross-functional battery expertise, but it is not currently an accredited Master of Science degree and does not award university credit unless a university formally agrees.
Start free. Build proof. Become fluent across the whole battery economy.