Message from the Provost 

At the University of Wisconsin-Milwaukee, we believe research is for everyone. I'm exceedingly proud of our world-class faculty and our exceptional graduate and undergraduate students who dive deep into changing the ways we understand the universe, our planet and the human condition.

Our research doesn't stay in the lab—it enhances the quality of life in our community through protecting our natural resources, promoting health and improving lives.

In 2025, we earned the Carnegie R1 classification for the fourth time, reaffirming our place among the nation’s top research universities. UWM is the only university in Wisconsin that combines a top-tier research mission and serving an access student population. We also rank among U.S. News & World Report’s top performers in social mobility.

At UWM, big impact starts with small ideas. Our students work side-by-side with faculty, engaging in hands-on learning and real-world research using cutting-edge facilities. This collaboration empowers everyone at UWM to make a difference through discovery. I invite you to explore how UWM's research is for you.

With appreciation,

Andrew P. Daire, PhD

Provost and Vice Chancellor for Academic Affairs

This image of the sky shows the region around ASKAP J1832-0911, the mysterious newly discovered object. (Courtesy of Ziteng [Andy] Wang, ICRAR)

UWM researchers working with a global team have discovered a mysterious object in space that flashes both radio waves and X-rays—something never seen before. This object, named ASKAP J1832-0911, is located about 15,000 light-years away in the Milky Way galaxy. It emits two-minute-long bursts of energy every 44 minutes, making it part of a rare group called long-period transients (LPTs). This is the first time an LPT has been observed emitting X-rays. Learn more

The Deng Aquaculture Lab at UWM is studying how to give this juvenile fish a better chance at survival when released into the wild. Adult lake sturgeon reach over seven feet long and weigh between 200 and 300 pounds. They are vulnerable to habitat loss and pollution. (Lake sturgeon fingerling, Justin Chiotti/USFWS)

Once nearly wiped out, the ancient lake sturgeon is making a comeback in the Great Lakes — and UW-Milwaukee is leading the charge.
With fewer than 1% of their historic numbers remaining, these freshwater giants are at the heart of an ambitious regional recovery effort. A new inspiring short film dives into the groundbreaking work of Milwaukee Riverkeepers, UW-Milwaukee’s Deng Aquaculture Lab, and Riveredge Nature Center as they unite science, restoration, and community action. From innovative research to hands-on habitat recovery, this is a story of resilience, revival and hope.
Watch the video to see how local heroes are helping bring lake sturgeon back to life in the Milwaukee Estuary Area of Concern.

Professor Yang's research aims to continue the path toward sustainable, natural compounds to combat citrus greening disease and protect global food production. (Photo courtesy of USDA Agricultural Research Service.)

Huanglongbing, also known as HLB or citrus greening disease, has been found in countries around the world. This disease, caused by a bacteria, kills plants rapidly, lowering food production. UWM Professor Ching-Hong Yang is studying a novel biopesticide for citrus disease management. This project represents a major step toward commercializing an innovative, natural solution for one of the most devastating citrus diseases in the world. Learn more

The newly launched the Milwaukee Microsoft AI Co-Innovation lab is the first to be located on a university campus and is helping researchers develop better robotics controls for those with spinal injuries. (UW-Milwaukee)

Engineering Professor Mohammad Rahman and his lab have created an assistive robotic arm that can be mounted on wheelchairs to help stroke patients and individuals with spinal cord injuries maintain their independence. The arm allows these users to perform functions such as feeding themselves, opening doors and picking up objects. The device can execute different tasks involving objects of various sizes, shapes and weights. It can even manipulate fragile items, such as coffee mugs and credit cards.

Now Rahman and his team are leveraging AI. Through the Microsoft AI Co-Innovation Lab, on the UW-Milwaukee campus, Rahman will be able to improve the design and eye gaze control. Learn more

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