Systematic powertrain concept identification and selection

  • Holistic view of the job to be done
  • Focus on interactions and dependencies between component choices and attributes

Powertrain architecture development & optimisation

  • Deliver required attributes
  • Drive down cost, size, weight

Advice & training on the various types of electric motors available, e.g.

  • Functional attributes – torque, speed, efficiency etc.
  • Non-functional attributes – size, weight, cost etc.
  • Failure modes & fault tolerance etc.

Requirements elicitation, capture & flow‑down

Component and sub-system identification & selection

Powertrain control strategy development