Advanced Electric Machines & Power
Electronics Research Laboratory
AMPERE Lab studies electric machines, power electronics, and control as one connected problem to advance electro-mechanical energy conversion systems.
Located at the University of Notre Dame, we are strategically positioned in the heart of America's industrial corridor.
We operate at the intersection of electric machines, power electronics, and control — with a passion for integrated, unconventional designs that push the performance envelope.
"We create electro-mechanical systems that are more efficient, more affordable, more intelligent, and less dependent on critical materials."
AMPERE Lab combines rigorous analytical methods with hands-on hardware development. From winding theory and electromagnetic analysis to 3D-printed prototypes and dynamometer testing, we pursue research that leads to real, deployable technology.
We welcome collaboration with industry partners and are actively building a world-class team.
Higher Power Density
More power in compact, lighter packages
Lower Losses
Minimizing losses and thermal requirements
Greater Reliability
Minimal down-time and self-diagnosis
Affordability
High-performance, yet low-cost designs
Reduced Critical Material Dependence
Low reliance on rare-earth elements and scarce supply chains
Stinson-Remick Hall of Engineering
University of Notre Dame
South Bend, IN 46637
