News
UVA Engineering's faculty and students work to improve human health and create a sustainable and secure future.
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UVA Center for Engineering in Medicine Newsletter June 2020
Read NowA Q&A with mechanical engineer and medical doctor Mark Sochor about COVID-19 in the ER, recently funded projects, center researchers in the news and more.
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Rapid Responders
Read NowUVA Chemical Engineering Lab Helps Defeat COVID-19 with Science Funded by CARES Act
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Engineering Systems and Environment Professor Jim Smith Serving as Assistant Dean for Graduate Education
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Mechanical Engineers Develop Coronavirus Decontamination Robot
Read NowMechanical and aerospace engineering professor and Link Lab member Tomonari Furukawa leads the design of a coronavirus decontamination robot.
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Getting in on the Action
Read NowUndergrads Roll Up their Lab Coat Sleeves
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Astronaut Scholarship Will Help Chemical Engineering Student Soar
Read NowKarl Westendorff relishes meshing science and engineering, where minute phenomena can be applied for big impact.
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Newly Endowed Fund Taps UVA Matching Program
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Wahoo Winning Streak
Read NowUVA Engineering's Cyber Defense Team sailed through the National Collegiate Cyber Defense championships, held May 22-23, winning the top spot for a third time in a row.
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Mapping Nerve Cell Development
Read NowEli Zunder's New National Institutes of Health RO1 Award
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Cine DENSE MRI: A Tool for the Early Detection of Heart Dysfunction Moves Closer to Commercialization
Read NowFor the last 15 years, Epstein and the researchers in his group have been the world leaders in developing a cardiac magnetic resonance imaging technology that can directly measure the contractile func
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UVA Team Wins Third Consecutive Cybersecurity Championship
Read NowMaggie Gates, Jake Smith and Roman Bohuk, the computer science students and team leaders of UVA's Cyber Defense Team, talk to WVIR news about UVA’s third consecutive National Collegiate Cyber Defense Competition victory.
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Engineers Develop Device to Automate Tissue Manufacturing for Muscle Repair
Read NowImagine if muscle stem cells could be harvested from the patient, cultured, and then 3-D printed onto a biocompatible substrate, where they would be stretched and exercised to grow and mature to produce a foldable tissue patch that would then be implanted at the muscle wound site.