University Of Texas At Austin

University of Texas at Austin, a public research university within the University of Texas System, operates as a federal research institution and grant recipient across civilian and defense agencies, with no formal SBA set-aside designations and no participation in federal contract vehicles as a prime holder. The university competes full-and-open across diverse federal research and educational funding programs, delivering scientific research, graduate fellowships, educational services, and specialized analytical support valued at $576.6 million combined potential across 8,337 recent awards—91% as a prime recipient or grantee and 9% as a named subrecipient.

UT Austin's portfolio concentrates on federal research grants and training programs rather than service contracts. The top customer agencies by award count—the National Science Foundation (1,966 awards), NASA's Shared Services Center (539 awards, $148.6 million potential value), the Department of the Navy (343 awards), the National Institutes of Health (339 awards, $2.5 million potential value), and the Department of Energy (170 awards, $1.2 million potential value)—collectively represent 40% of recent awards. By dollar magnitude, NASA leads with $148.6 million combined potential, followed by the Department of the Army ($13 million) and Army Materiel Command Research Development and Engineering Command ($10 million), together accounting for 31% of potential value. This concentration reflects UT Austin's role as a premier research partner for space science, defense science and engineering, biological and life sciences research, and advanced educational training across federal agencies.

UT Austin's capability portfolio spans fundamental and applied research across aerospace engineering, materials science, quantum computing, biomedical engineering, neuroscience, geosciences, environmental science, artificial intelligence and machine learning, energy systems, educational research, and specialized analytical and laboratory services. Representative recent work includes $2.8 million in federally-funded research on blood pressure monitoring technology (National Institutes of Health, Other Transaction Agreement, awarded September 2025), $2.509 million on unobtrusive near-field continuous blood pressure monitoring (NIH, OTA with North Carolina State University as subcontractor, awarded September 2025), $1.7 million on neuroimmune dysfunction in aging and alcohol use disorder (National Institute on Alcohol Abuse and Alcoholism, awarded September 2025), $1.28 million on dynamic certification for autonomous systems (Office of Naval Research MURI, with Stanford University, Columbia University, University of Virginia, and Tufts University School of Medicine as sub-awardees, awarded October 2025), $3 million establishing the Institute for Foundations of Machine Learning (NSF, with nine partner institutions, awarded October 2025), and $4.03 million on geothermal energy recovery technologies (ARPA-E, with Neubrex Energy Services and NCS Multistage as sub-grantees, awarded November 2025). Recent grant work includes $10 million for the Great Books and Civic Renewal Initiative (National Endowment for the Humanities), $10.69 million on remotely-supervised neuromodulation for primary progressive aphasia (National Institute on Aging, with University of New Mexico and UCSF as sub-awardees), and $3.67 million evaluating AI-enhanced professional development for mathematics instruction (NSF, awarded September 2025).

Activity has shifted from 449 awards in 2022 and 458 in 2023 to 638 in 2024, declining to 432 in 2025 and 142 through November 2026 (incomplete year), reflecting the awards snapshot timing. Within the next twenty-four months, 598 awards with combined potential value of $75.4 million reach ultimate completion dates and face recompete risk. The university holds two named federal IDV positions: a $2.8 million single-award indefinite-delivery contract with Veterans Integrated Service Network 17 for off-site outpatient ophthalmology surgery services (awarded October 2025, completion October 2028), and a $249,937 Other Transaction IDV with the Defense Advanced Research Projects Agency for the Additive Manufacturing of Microsystems (AMME) program (awarded July 2025). These vehicles enable task-order-based procurement for recurring clinical services and advanced manufacturing research respectively.

The Service Contract Inventory dataset captures only 41 SCI-reportable records (35 prime, 6 sub) across FY2022–FY2024 with $0 invoiced revenue, indicating the university's federal footprint is overwhelmingly grant and research award-based rather than service-contract-based. SCI FTE activity shows minimal staffing for SCI-reportable work: 1.6 FTEs in FY2022, 0.0 in FY2023, and 2.8 in FY2024 (10 prime and 4 sub records), with zero average subcontractor-hours share—reflecting that UT Austin builds its own research and educational delivery capacity rather than outsourcing to named subcontractors on reportable service contracts. Sub-award activity is concentrated in grant partnerships; the university names numerous sub-awardees including North Carolina State University, the University of Idaho, University of New Mexico, UC San Francisco, and nine NSF-funded consortium members across machine learning research.

UT Austin is structured as a subsidiary of the University of Texas System, a state government entity. The university pursues federal research funding as an accredited research institution rather than as a commercial vendor, and does not hold federal contracts under SBA set-aside categories or participate in government-wide acquisition schedules (GWACs) and blanket purchase agreements (BPAs) as a prime contractor. Recent NIH and NSF awards demonstrate the university's competitive positioning in peer-reviewed research; DARPA and ONR funding reflects strength in defense science and autonomous systems; ARPA-E and DOE awards signal capability in energy and advanced technology development. The institution's 8,337-award footprint and $576.6 million combined potential value position it as a strategic research partner for federal agencies prioritizing fundamental science, graduate education, and technology translation across space exploration, health sciences, defense innovation, and energy sectors.