The electrification of transportation, aerospace, and industry demands electric machines and energy conversion systems that are more powerful, more efficient, and more sustainable than anything that exists today. Meeting this challenge requires rethinking the machine, the drive, and the control — together, from first principles.
Integrated Electro-Mechanical Systems
Co-design and optimization of magnetics, power electronics, thermal systems, and mechanical loads.
Invent New Topologies
Developing unconventional electric machine and power converter topologies for higher performance and lower critical material dependence.
AI-Accelerated Design
Using physics-informed machine learning and optimization to accelerate discovery and improve system performance.
Build the Future
Leveraging advanced manufacturing and novel materials to realize next-generation electro-mechanical systems.
Intelligent Operation
Creating systems that sense, adapt, diagnose, and optimize themselves in real time.
We develop technology from first principles through to tested, validated prototypes.
Design & Optimize
FEA, analytical models, AI-assisted topology and parameter optimization
Build
Additive manufacturing, winding, assembly, novel materials fabrication
Test & Validate
Dynamometer testing, thermal characterization, HIL, high-speed data acquisition
Deploy
Technology transfer, spin-out partnerships, publications, open datasets
Our technologies touch applications from milliwatts to megawatts — anywhere electro-mechanical performance matters.
Artificial Heart
Medical
Chip Fabrication
Semiconductor
UAVs & Drones
Air mobility
Robotics
Automation
Electric Vehicles
Transport
HVAC Systems
Buildings
Off-Highway
Industrial
Marine Systems
Maritime
Wind Energy
Renewables
Aerospace
Aviation & Space