Program:
Marquette University
Intelligent Motion Systems for Industrial Automation
Technology Sectors:
AI & Data Science, Industrial Technologies
The Opportunity: Making Industrial Machines Safer, Smarter, and More Reliable Manufacturers, utilities, and industrial equipment operators are increasingly seeking automation technologies that improve productivity while enhancing safety, precision, and reliability. As robotics and automation expand into safety-critical environments, manufacturers increasingly need intelligent motion-control technologies that overcome limitations in rigidity, reliability, operator fatigue, and system downtime.
Program:
Marquette University
High-Power Electric Propulsion for Aviation and Beyond
Technology Sectors:
Industrial Technologies
The Opportunity: Making Electric Flight Commercially Viable Electric and hybrid-electric aircraft promise lower emissions, reduced operating costs, and new regional mobility solutions. However, widespread adoption remains constrained as today’s electric propulsion systems lack the power density, efficiency, and thermal performance needed for commercial aviation. The industry needs lighter, more powerful electric drivetrains capable of delivering
Program:
UWM Research Foundation
Low‑Cost Surface Alloying for Copper & Brass Castings
Technology Sectors:
Industrial Technologies
Improving corrosion resistance and safety in critical metal components This technology enables foundries to produce safer, more durable copper and brass components by selectively upgrading surface performance. It improves corrosion resistance and reduces lead leaching using existing foundry processes—delivering higher‑quality products without changing bulk alloys or investing in new equipment.