End-to-end engineering for high-performance electric machines. Pick a single capability or let us drive the program from requirements to dyno-validated hardware.
We design and tune control systems that squeeze efficiency, torque density and low noise out of your electromagnetic hardware. From analytical tuning to hardware-in-the-loop validation, our control deliverables are production-ready.
MATLAB/Simulink · PLECS · dSPACE · Typhoon HIL · Python control libs · C/C++ embedded targets
Whether you need a high-speed traction motor, a low-cogging servo or a robust industrial machine, we size, prototype and optimize the magnetics for your envelope, duty cycle and cost target.
Up to 20,000 rpm · power densities > 10 kW/kg · peak efficiencies > 97% · full torque–speed envelope mapped for vehicle-level simulation.
Thermal is where promising machines live or die. We combine lumped-parameter networks with CFD and conjugate heat transfer to predict hotspots, continuous ratings and transient overload behavior.
Calibrated thermal model, hotspot maps, continuous- and peak-rating curves, coolant-circuit specification, and a clear path to pass thermal homologation.
We bring machine learning to the electric-drive domain — from fault diagnostics and digital twins to data-driven control calibration. We also advise clients as an embedded technical partner or independent reviewer.
Fixed-scope projects, retainer-based advisory, hands-on consulting within your team, or milestone-gated turnkey delivery.
