Specializing in breakthroughs that don’t stay in the lab

At University of Michigan Engineering, we create new knowledge and push the boundaries of what’s possible. Through discovery and innovation, we create the foundational knowledge and practical technologies that power industries and change lives. And, in concert with industry, government, and regional stakeholders, we support Michigan’s economy, infrastructure, and talent pipeline.

An environment where talented researchers can thrive

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Michigan Engineering research is driven by faculty who pair deep technical expertise with a commitment to solving real-world problems. 

• Stephen Forrest’s pioneering work in OLED displays, organic solar cells and fiber-optic photodetectors has helped transform modern electronics and energy systems.
•  Zhen Xu is redefining cancer treatment through histotripsy, a noninvasive technique that uses focused sound waves to destroy tumors. 
• Anna Stefanopoulou is accelerating the EV transition through advances in automotive control systems, fuel cells and battery management, while Henry Liu, director of Mcity, is helping move autonomous vehicles toward safer real-world deployment through both technical innovation and advocacy for stronger federal safety standards. 
• Nick Kotov’s self-assembling nanosystems are opening new possibilities in health care, energy and green chemistry.
• Krista Wigginton’s work on viruses and emerging contaminants is helping protect the safety of water systems. From space, Chris Ruf’s leadership of NASA’s CYGNSS mission—first designed to improve hurricane forecasting—has enabled new ways to track environmental challenges ranging from wildfires to ocean microplastics. 

Together, their work demonstrates the reach of Michigan Engineering research across disciplines and its relevance to some of society’s most pressing challenges.