Research & Innovation

UT is leading the way in research that makes life and lives better in Tennessee and around the world. We are an R1 university and home to preeminent faculty who involve our students in making discoveries and conducting research that matters, from nuclear energy to the future of AI.  

Tennessee’s nuclear renaissance

From establishing the nation’s first-ever university department of nuclear engineering to advancing research in clean energy and precision medicine, UT has always been at the forefront of nuclear. Our researchers are spearheading a revival of carbon-free, sustainable energy and developing innovative technologies that are shaping the future of targeted cancer treatments and national security. 

Groundbreaking research 

UT is leading eight national labs and 15 universities in a $25 million nuclear consortium aimed at advancing knowledge and innovation around global security, clean energy, and artificial intelligence. Our researchers are part of a $20 million convergent research initiative, funded by the University of Tennessee-Oak Ridge Innovation Institute (UT-ORII), focused on radiopharmaceutical therapy research.   

Mahshid Ahmadi works with students inside her lab at the Institute for Advanced Materials and Manufacturing building on August 17, 2022. Photo by Steven Bridges/University of Tennessee.
George Adumson, 1st year phd student, Nuclear Engineering, prepares to test materials samples using a 3MV tandem accelerator with multiple beamlines and stations in the Ion Beam Materials Laboratory (IBML) inside Senter Hall on January 11, 2024. Photo by Steven Bridges/University of Tennessee. UTK UTK

Place-based innovation 

East Tennessee is home to more than 150 companies working in advanced energy and nuclear defense technology, forming what we call an Energy Innovation Corridor. It begins in Hardin Valley, Tennessee, and encompasses Oak Ridge National Laboratory and the Y-12 National Security Complex. UT has a long-standing partnership with ORNL, the US Department of Energy’s largest multidisciplinary laboratory, and is collaborating with Y-12 to develop a National Security Prototype Center.  

Growing programs 

UT graduates with nuclear engineering degrees are in high demand. Our programs, developed alongside DOE and defense contractors, combine nuclear engineering, cybersecurity, and policy. Together with Roane State and Pellissippi State community colleges, we’re creating seamless pathways from two-year to four-year degree options in nuclear engineering. And our faculty are training elementary teachers across Tennessee to introduce age-appropriate nuclear energy concepts to students in kindergarten through second grade.  

Assistant Professor Sandra Bogetic helps graduate and undergraduate students working in the control room during an experiment with the fast neutron source in Zeanah Engineering Complex on December 07, 2023. Photo by Steven Bridges/University of Tennessee.



20231207_Nuclear_Engineering_078.cr3 UTK UTK

Fueling Tennessee’s economy 

As a land-grant university, UT gives back to the state of Tennessee. This year, we’re expanding our work for the state by transforming our region into an innovation hub through partnerships and collaborations with industry leaders. 

Expanding health & wellness 

The Center for Precision Health, designed by UT and the University of Tennessee Medical Center, provides laboratory space for UT faculty, UTMC physicians, and community partners to tackle Tennessee’s most pressing health challenges and improve patient outcomes.  

Professor and Department Head Zan Gao talks with kinesiology PhD student John Oginni simulating an experiment using a virtual reality bicycle exercise program in the Physical Activity Epidemiology Lab on January 09, 2025. Photo by Steven Bridges/University of Tennessee.
Students work with on a thermal test on a VW lift gate in a lab inside the Science & Engineering Building SERF 104 105 on December 02, 2022. Photo by Steven Bridges/University of Tennessee.

The future of mobility 

At the Volkswagen Innovation Hub—the first of its kind in North America and one of five worldwide—UT faculty and students, ORNL scientists, and Volkswagen engineers are developing technology that makes vehicles lighter, batteries that last longer, and materials that are more sustainable.

Leading AI research  

AI Tennessee, an initiative created by UT, is collaborating with academic, industry, and community partners across the state to leverage the benefits of artificial intelligence across disciplines from climate-smart agriculture and forestry to future mobility. Researchers in our Tickle College of Engineering are using AI to analyze pathology reports and inform treatment plans for breast cancer patients.  

Andrew Wood, 1st year phd student, Civil Engineering and Structural Engineering, uses a transmission scanning microscope in the Ion Beam Materials Laboratory (IBML) inside Senter Hall on January 11, 2024. Photo by Steven Bridges/University of Tennessee. UTK UTK

Facts & Figures

$386.95M

total research expenditures

(FY 2024)

16

US DOE National laboratories collaborate with UT 

6

faculty named to Clarivate’s Highly Cited Researchers list 

#2

nuclear engineering graduate program among public institutions

#3

nuclear engineering graduate program in the nation 

31%

enrollment increase in nuclear engineering programs at UT

between 2021 and 2024 

Research Stories

UT and Y-12 Advance East Tennessee Nuclear Renaissance

In the heart of East Tennessee, a groundbreaking collaboration is reshaping the future of nuclear energy and national security.

UT-ORII Selects Two New $20M UT-ORNL Convergent Research Initiatives

Over the next five years, UT and ORNL will invest $40 million—$20 million per initiative—and work jointly to accelerate world-leading innovation and establish UT and ORNL as national leaders in these areas.

UT Partners to Bring Nuclear Education to
K-2 Students

UT’s Tickle College of Engineering is part of a groundbreaking statewide initiative to introduce nuclear energy concepts to students in kindergarten through second grade.