Congrats to this year's graduating #BadgerEngineers ! Savor this moment—and come back and visit us soon!

David Kwon has taken a circuitous route to this weekend’s #UWGrad . But he’s glad to have found his path as a UW Ind & Sys Eng student.

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After spending nearly a decade working as a chef, Theodore Puls reinvented himself and persevered through personal tragedy to emerge as a UW-Madison CBE graduate. He’ll join the world’s largest computer chip maker after #UWGrad .

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What are nanoplastics? An engineer explains concerns about particles too small to see theconversation.com/what-are-nanop…

Marine energy could complement more-established renewable energy sources. UW-Madison Mechanical Engineering’s Jennifer Franck is using an U.S. National Science Foundation CAREER Award to investigate a technology called an oscillating foil that can operate as a turbine in rivers or tidal channels.

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You’ve likely heard of microplastics. But what about nanoplastics? UWMadisonCEE’s Mohan Qin explains their significance in this piece on The Conversation U.S..

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A team of UW Nuclear Engineering & Engineering Physics and UW-Madison MS&E engineers has developed a new technique that allows them, for the first time, to see how materials corrode directly within a high-temperature flowing molten salt system.

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In a unique UW Madison ECE capstone design course, undergraduate students get to work on developing a navigation system for autonomous underwater vehicles.

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A self-flattening membrane developed by Xudong Wang of UW-Madison MS&E, UW-Madison College of Engineering could improve the longevity and safety of rechargeable batteries and simplify the manufacturing process. #WisconsinInnovates
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Thanks to our partners Wausau Police Department (WI) for coming to our final presentation! UW-Madison College of Engineering Grand Challenges class (Leadership for Engineers) worked with them to identify appropriate staffing levels for public events. Now they have a decision matrix to guide them The Wisconsin Idea Badgers United

Neural engineers in UW-Madison BME led by Hai Lab, UW-Madison BME have developed a diamond-embedded, nanofabricated coil that expands their growing toolkit of noninvasive devices and methods for better monitoring and stimulating the brain.

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Each semester, veteran #IEs attend senior presentations to offer communication tips to our soon-to-be graduates, helping them hit the ground running in their professional journeys. Thanks go to alumni Dave Klante, Jodi Glunz, Jeff Roznowski, Mark Ronnie and Greg Hundt! @uwmadengr

.UW-Madison CBE researchers have developed a process that can transform high-fructose corn syrup into a valuable pharmaceutical, showing it might be possible to repurpose the high-fructose corn syrup infrastructure for sustainable chemical production.

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A group of UW-Madison MS&E seniors has spent this year working with TST Engineered Coating Solutions in nearby Sun Prairie to explore laser texturing as an option in the coating process of metal tools.

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In an effort to improve delivery of costly medical treatments, a team of UW Madison ECE researchers has developed a stimulating method for making the human body more receptive to certain gene therapies.

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In a collaboration with researchers MatSE at Illinois, UW-Madison Mechanical Engineering’s Ying Li helped uncover nanoscale voids in three dimensions, which could improve the performance of materials used in the home and in the chemical, energy and medical industries.

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Through an U.S. National Science Foundation CAREER Award, UWMadisonCEE’s Nimish Pujara is studying how marine debris—pollution—moves into and out of coastlines.

“Coastal areas can also be more sensitive to pollution,” he says.

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Collaborative research in UW-Madison CBE has gotten a big boost through the new Bluemke Family Bioengineering Laboratory in Engineering Hall.

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Next-generation batteries will use metal anodes instead of graphite, which will make them lighter and safer. A new membrane developed by UW-Madison MS&E’s Xudong Wang overcomes a major hurdle in realizing this new approach by stopping dendrite formation.

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The iron and steel manufacturing industry is one of the highest greenhouse gas-emitting sectors. UW-Madison Mechanical Engineering’s Luca Mastropasqua, PhD will use a $10M grant from Office of Energy Efficiency and Renewable Energy to pioneer technology for using clean hydrogen to decarbonize steel production.

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