Texas A&M University-Corpus Christi

Texas A&M University-Corpus Christi Division of Research & Innovation acts as a federal research grant recipient and executes federally funded research programs across coastal science, environmental studies, engineering, and STEM education, with a Hispanic-Serving Institution designation that shapes its mission and federal portfolio. The division received 550 federal awards totaling $33.2 million in combined potential value over the period in the source, with 483 prime awards (88%) and 67 sub-awards (12%), demonstrating a primary role as a direct grant recipient rather than a contract prime or subcontractor. Awards obligated $303.8 million across all sources, reflecting a portfolio concentrated in research grants rather than service contracts.

The division's concrete research portfolio centers on coastal and marine science, environmental monitoring, fisheries science, climate and atmospheric research, materials science, water resource management, and cybersecurity. Representative prime grant work includes a $1.39 million NOAA Cooperative Agreement (CFDA 11.451) beginning October 2025 to develop epigenetic aging methods for fourteen Gulf of Mexico fish species to accelerate stock assessments; a $2.5 million EPA Cooperative Agreement (CFDA 66.475) from April 2024 to September 2029 providing clean water solutions and technical assistance to environmental justice communities in South Texas through a competitive sub-award program; and a $599,958 NSF Computer and Information Science and Engineering grant (CFDA 47.070) from August 2026 to July 2029 developing ZT-Agents, AI-powered cybersecurity solutions for research computing infrastructure. Recent NOAA funding includes a $997,736 Federal Highway Administration grant (CFDA 20.939) for Vision Zero traffic safety planning in Corpus Christi and a $4.73 million Education Department grant (CFDA 84.116) for Ph.D. engineering degree program development. The division also executes atmospheric research, including a $799,799 NASA grant on marine heatwave mechanisms and a $526,696 grant on tropical rain drop size distribution validation along the Gulf Coast.

Customer concentration is moderate and spread across federal agencies aligned with research missions rather than concentrated in one or two high-volume buyers. The top five funding agencies account for 46% of awards: the National Science Foundation (83 awards), the National Oceanic and Atmospheric Administration (77 awards, $8.2 million combined potential value), NASA's Shared Services Center (44 awards, $6.7 million), the Department of Education (30 awards), and the Interior Department's Fish and Wildlife Service Region 2 (20 awards). When ranked by dollar value, NASA Armstrong Flight Research Center leads with $8.9 million across seven awards, followed closely by NOAA and NASA Shared Services. This portfolio reflects a research institution serving multiple federal agencies with complementary science and education missions rather than a single dominant customer.

Parent vehicle activity is light; the division operates under three indefinite delivery contracts and BPAs, including the NOAA Definite Goods Contract NND15SA85B (6 task orders, $3.9 million) and the Commerce Department's Generic Goods Contract DOCDG133C08CQ0041 (9 task orders, $2.5 million). These vehicles support incremental research deliveries but represent a small share of the division's overall federal activity, which is dominated by direct grant awards from civilian research agencies rather than task-order vehicles.

The division's recompete cliff over the next twenty-four months stands at 48 awards with combined potential value of $2.6 million reaching completion, representing a moderate near-term recompete opportunity for competitors and a moderate renewal risk for the institution's sustained research funding.

Subcontractor activity is minimal; the division acts as a sub-recipient under prime grants awarded to other universities and federal agencies. Named sub-award relationships include work under Florida International University on AI/ML coastal environmental modeling (beginning November 2023), work under Louisiana State University on Gulf carbon cycling research (October 2024), and work under Illinois Institute of Technology on electrolyzer stack modeling for hydrogen production (October 2024). The division also serves as sub-recipient under cooperative agreements led by the Texas Parks and Wildlife Department, Texas Commission on Environmental Quality, and Texas General Land Office on coastal habitat monitoring, water quality assessments, and oyster restoration projects.

The division's federal profile is that of a research-intensive Hispanic-Serving Institution embedded in the Texas A&M University System, competing for and executing grants across federal civilian agencies (NSF, NOAA, NASA, Education, Interior, EPA, DOD, FHWA, DOL) on merit-based, full-and-open competition without set-aside designation. It does not maintain a federal contract prime portfolio and does not compete for service contracts or acquisition vehicle seats. Its strength lies in research project execution across coastal science, STEM education, infrastructure resilience, and emerging technologies (AI/cybersecurity, advanced materials, genomic methods) positioned to serve federal agencies' science and training missions in the Gulf Coast region and beyond.