Parker to Lead Artificial Intelligence Research and Education Initiative at UT
Lynne Parker will lead UT’s artificial intelligence research and education initiative.
Lynne Parker will lead UT’s artificial intelligence research and education initiative.
UT’s expertise in advanced manufacturing and workforce development is a key component.
John Schmisseur aims to further advance UTSI’s role in conducting research and workforce development for the nation’s aerospace and defense needs.
UT is helping revitalize US manufacturing through a proven partnership with America’s Cutting Edge.
Y-12 will augment technology development and innovate business processes through UT expertise.
Summer 2022 bootcamps for America’s Cutting Edge are under way in Knoxville, Tennessee. The initiative, led and funded by the US Department of Defense, has its roots in East Tennessee and is working to revitalize the machine tool industry as a central component of America’s global manufacturing competitiveness.
David Donovan and Livia Casali explain the engineering advancements that made a recent nuclear fusion breakthrough possible.
Five UT graduate students have received National Science Foundation Graduate Research Fellowships.
In 2019 Sheryl Ponds, a 1987 graduate of UT’s Tickle College of Engineering, founded Dai Technologies Corporation, which provides tailor-made turnkey installations of electric-vehicle charging stations for homes, multifamily developments, and commercial settings, including curbside parking in the Washington, DC, metro area.
A team of students and faculty from the Tickle College of Engineering collaborated to create their own innovative flexible learning environment within the university’s new Zeanah Engineering Complex.
UT announces the launch of the Institute for Advanced Materials and Manufacturing. The institute represents UT’s increasingly interdisciplinary approach to tackling real-world problems for the benefit of Tennesseans and beyond.
Here’s what happens when you scan one of those ubiquitous two-dimensional black-and-white patterns.