University Of Tennessee

The University of Tennessee at Chattanooga (UTC), a tax-exempt 1862 land grant public university and child entity of the University of Tennessee system, operates as a federal grant recipient focused on research, workforce development, and STEM education across quantum information science, computational biology, infectious disease modeling, materials science, and cybersecurity. As a prime recipient across 237 grants and contracts (90% of its recent federal portfolio), UTC does not compete under set-aside designations and participates in full-and-open federal research funding.

UTC's customer base concentrates heavily on research and education funders. The top five agencies by award count—the National Science Foundation (67 awards), the Department of Health and Human Services Health Resources and Services Administration (35 awards), the Department of Education Office of Postsecondary Education (29 awards), the Department of the Navy (nine awards), and the National Aeronautics and Space Administration (six awards with $300 thousand combined potential value)—account for 55% of recent awards. The distribution reflects UTC's positioning as a regional research institution: NSF dominates both volume and dollar significance through research project grants in engineering and mathematical sciences, while HHS and Education fund STEM workforce-development initiatives including TRIO programs, the Robert Noyce Teacher Scholarship Program, and behavioral health training. The combined potential value across all 264 awards sits at $26.9 million, though obligated dollars reach $227.9 million, indicating heavy execution on multi-year research commitments.

Representative research work spans quantum computing, renewable energy, and public health. UTC is principal recipient on a $3.5 million National Institute of Standards and Technology Congressionally-Identified Project establishing the UTC Quantum Center to advance distributed quantum sensing and workforce development in quantum information science and engineering (QISE) from September 2024 through August 2028. The institution holds a $792,705 NSF Mathematical and Physical Sciences grant (October 2024 through September 2027) for distributed quantum sensing demonstration across eight nodes on a commercial fiber-optic quantum network in Chattanooga, in collaboration with Texas A&M University and industry partners Qubitekk, Inc. and the Electric Power Board. UTC also received a $1.326 million NSF Technology, Innovation, and Partnerships planning grant (October 2025 through September 2026) to develop a QuantumGrid Innovation Hub roadmap integrating UTC's quantum hardware research with EPB's quantum network infrastructure and workforce development strategy. Outside quantum domains, UTC is principal recipient on grants for wearable sensor rehabilitation monitoring for neurologic disorders ($189,931 NSF Engineering, October 2026 through September 2030), multiscale viral infection modeling ($173,777 NSF Mathematical Sciences, September 2026 through August 2029), renewable water harvesting using bio-desiccants ($199,516 NSF Engineering, May 2026 through April 2028), and an interdisciplinary computational biology REU Site ($464,970 NSF Biological Infrastructure, May 2026 through April 2029) training 10 students annually across genomics, epidemiology, and ecology research.

UTC acts as a sub-recipient on select research and workforce grants. As a sub-recipient under Purdue University, UTC collaborates on the SCALE microelectronics workforce development project (two sub-awards from February 2025 and July 2024). UTC receives sub-award funding from Tennessee Technological University for EXLENT quantum information science curriculum development across five southeastern universities and from Tennessee Department of Health for public health content creation and COVID-19 health disparities initiatives. UTC also partners with Florida State University on tribal maritime archaeology fieldwork in the Gulf of Mexico and with Vanderbilt University on NASA STEM education initiatives.

Recent activity shows sustained research funding volume, with 26 awards in 2024 and nine awards in the current 2026 fiscal year. Fourteen awards face ultimate completion within the next twenty-four months and will require recompete or renewal effort. UTC's federal research footprint centers on NSF research and education programs, particularly in emerging technologies (quantum information science, advanced manufacturing, sustainable materials), public health innovation (infectious disease modeling, behavioral health workforce training), and K-12 STEM outreach and teacher preparation aligned with national workforce priorities in semiconductors, artificial intelligence, and cybersecurity. The institution does not hold parent contract vehicles such as GWACs or IDIQs; task order activity appears limited to one Indefinite Delivery Contract with the Federal Highway Administration (DTFH6198T56003) related to vulnerable road user safety research.