The University Of Texas At San Antonio

The University of Texas at San Antonio (UTSA), a Carnegie R1 Hispanic-serving research institution and state-controlled member of the University of Texas System, serves as a federal grant and research recipient across a diversified portfolio spanning basic and applied research, workforce development, and educational programs. UTSA operates exclusively as a grant recipient and subrecipient—not as a federal contractor—and competes for federal research funding under open competition with no set-aside designations across its award footprint.

UTSA's federal activity reflects a mature research enterprise anchored in space science, biomedical research, STEM education, and cybersecurity. The institution holds 1,597 total federal awards (1,385 prime, 212 sub) with a combined potential value of $62.3 million, though obligated dollars ($1.45 billion) indicate substantial prior-year funding maturity. Recent activity shows contraction: the institution received 156 awards in 2023, declining to 98 in 2025 and 51 in 2026, with only two awards issued in 2027. Ninety-three awards face completion within the next twenty-four months, representing $5.3 million in recompete risk. The institution serves 182 distinct federal customer agencies, signaling broad but shallow customer concentration across federal R&D and education portfolios.

UTSA's customer base stratifies across grant-making agencies rather than contracting offices. The National Science Foundation leads by award count (283 awards), followed by NASA's Shared Services Center (83 awards, $12.4 million potential value), the National Institutes of Health (69 awards), and the Department of Education's Office of Postsecondary Education (56 awards). NASA dominates by dollar concentration, holding 20% of combined potential value across 83 awards. The Department of the Army Materiel Command's RDECOM accounts for $2.3 million across 20 awards. This distribution reflects UTSA's identity as a research university: NSF funds fundamental scientific inquiry; NASA funds space science and planetary exploration; NIH funds biomedical research; DoED funds workforce preparation and STEM education.

UTSA's representative work spans planetary science, neuroscience, engineering, and education. Named space-science recipients include a $467 thousand NASA cooperative agreement (awarded October 2024) to support the Planetary Data Archiving, Restoration, and Tools (PDART) program studying mechanical properties of organics on Titan; a $552 thousand NASA grant (October 2025) executing a balanced science program on complex organic material in protoplanetary disks, with Southwest Research Institute as subrecipient; and a $325 thousand NSF collaborative exoplanet research award (September 2024) using extreme adaptive optics for direct imaging of young stars. Biomedical work includes a $2.252 million NIH cooperative grant (February 2026) to develop small molecule inhibitors of RBM46 as male contraceptives, with UT Health San Antonio and East Carolina University as subrecipients; a $714 thousand NSF CAREER award (July 2026) on juvenile hormone homeostasis in Drosophila; and a $600 thousand NSF CAREER award (July 2026) developing computational brain biomechanics models across species to understand traumatic brain injury. Education-focused grants include a $7.3 million Department of Education FIPSE award (October 2024) for first-generation student support; a $714 thousand NSF Robert Noyce Teacher Scholarship Program grant (October 2025) preparing 15 secondary STEM teachers; and a $1.998 billion NSF Emerging Frontiers Research Initiative (October 2025) integrating human brain organoids with AI systems for information processing.

UTSA subcontracts as a research partner within larger consortia. Notable sub-award prime recipients include the University of Montana (vaccine adjuvant discovery, February 2026), Faraday Technology Inc. (Phase II STTR on carbon dioxide valorization electrochemistry, February 2025), Battelle Memorial Institute (Pacific Northwest Laboratory research apps, February 2025), the University of Massachusetts Medical School (large-scale T cell epitope discovery for fungal pathogens, November 2024), and the University of Texas Health Science Center at San Antonio (multiple biomedical and translational research collaborations). UTSA also receives substantial subrecipient funding as a partner on multi-institutional grants led by external organizations such as Northwestern University, University of North Carolina at Chapel Hill, and Carnegie Mellon University, where UTSA faculty contribute specialized research expertise in neuroscience, bioinformatics, and computational sciences.

The institution integrates federal grant work with mission-driven research and educational outreach. Recent NSF investments in STEM education include a $600 thousand award (September 2025) for immersive virtual reality laboratory environments in chemistry; a $203 thousand collaborative award (September 2025) building teacher and student AI fluency in middle schools; and a $249 thousand award (August 2026) developing OpenSecCoder, an open-source platform for secure agentic AI software development. Department of Navy funding supports workforce development and research: $159 thousand (May 2026) for STEM AI and Autonomy education; $134 thousand (May 2026) for advanced prototyping and simulation in electronics and unmanned systems; and $540 thousand (April 2026) for naval aircraft reliability research. UTSA also holds significant HHS investments in basic biomedical science, with NIH awards covering cancer biology, neurological disorders, infectious disease, and aging across the National Institutes.

UTSA's role as a minority-serving, research-intensive university shapes its federal portfolio. The institution emphasizes broadening participation in STEM through pre-college outreach, undergraduate research experiences, and graduate training programs. Recent workforce development grants include NSF support for REU sites in artificial intelligence and robotics (December 2025, $463 thousand), a $420 thousand REU site in natural hazards engineering (October 2026), and a $105 thousand prefreshman research experience program for first-year STEM students (April 2026). The Department of Education's Disability Innovation Fund awarded $9 million (October 2024) to develop AI-enabled workforce training for individuals with neurodevelopmental disabilities, positioning UTSA as a leader in inclusive STEM pathways.

Federal research investment in UTSA has supported institutional research infrastructure development. The National Institutes of Health's Office of the Director granted $350 thousand (July 2026) to purchase a Zeiss LSM 910 confocal microscope for the Neuroscience, Developmental and Regenerative Biology Core Facility, addressing aging equipment and supporting faculty expansion. NSF and NIH grant funding has anchored the growth of UTSA's Neuroscience, Developmental and Regenerative Biology Department (formed 2021), now comprising 28 tenure-track faculty, 14 currently NIH-supported, with recent hires at assistant and full professor levels.

UTSA's federal grant footprint reflects a mature, diversified research university positioned as a strategic partner in national research and education priorities. The declining award trend across 2025–2027 suggests either belt-tightening in federal R&D spending, faculty transitions, or reduced proposal submission activity—warranting monitoring for competitive-intelligence purposes. The institution's concentration in open-competition, merit-reviewed federal research grants (rather than set-asides, contracts, or vehicle-based work) positions UTSA as a peer to research universities nationwide and as a subrecipient partner rather than as a prime contractor for federal technology development or service delivery programs.