Dr. Ryan Green and his team will be developing an amphibious unmanned ground vehicular sensory system for rapid detection of water contaminants. A particular focus will be on polyfluoroalkyl substances (PFAS), which are human-made chemicals and are commonly used in consumer goods, such as clothing, paper, plastic, carpet, etc. Moreover, PFAS are also commonly…
In a three-year study funded by the National Science Foundation (NSF), Dr. Chun-Hung Liu will work with his collaborator from the University of Michigan to fundamentally change the design and analysis of wireless networks. Traditionally wireless networks are understood using processes that do not withhold spatial repulsion – most famous of them being Poisson point…
As a leading expert on the study of lightning damage on dialectic materials, Dr. Park was asked by Gyeongsang National University (GNU) in South Korea to study various types of lighting-tolerant Glass Fiber Reinforced Plastic (GFRP) composite laminate panels with RADAR absorbing properties. These tests will be conducted at the Paul B. Jacob High Voltage…
Dr. Junbo Zhao in close partnership with the Argonne National Laboratory through a three-year project, entitled “Macro-Resiliency of the North American Power Grid,” will aim to make the national power grid more resilient. The project is funded by the U.S. Department of Energy. The main objective of the project is to develop a computationally efficient…
Dr. John E. Ball (Electrical and Computer Engineering (ECE) Associate Professor), Dr. Reuben F. Burch V (Industrial and Systems Engineering Assistant Professor), Lucas D. Cagle (ECE graduate and current Ph.D. student), Collin S. Davenport (Mechanical Engineering (ME) graduate and current M.S. student), James R. Gafford (former CAVS research engineer), Tyler J. Hannis (Center for Advanced…
On February 6, 1968, Don Saget watched as the second ever Saturn V rocket left the hangar where it had been constructed and headed to the launch pad. Saget had spent the past month in Cape Canaveral, Florida, working in NASA’s Vehicle Assembly Building on the rocket that would become Apollo 6. Just two months…
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