The University Of Alabama In Huntsville

The University of Alabama in Huntsville, a public research university and non-profit, tax-exempt institution, operates as a prime contractor and recipient on federal research, engineering, and development work across defense, space, and civilian agencies, competing full-and-open with no set-aside designations. The institution has generated approximately $1.91 billion in combined potential value across 2,569 awards (prime and sub combined) since the mid-1990s, with recent activity showing 121 awards in 2025 and 15 awards through mid-2026. As a non-profit educational entity, UAH delivers research and development services, systems engineering and digital engineering support, STEM education and workforce development, and scientific investigation across physical sciences, engineering, and biotechnology domains.

UAH's customer concentration remains heavily weighted toward defense and space agencies. The top five funding entities account for 83 percent of combined potential value: NASA Marshall Space Flight Center leads with 79 awards worth $469.2 million; the Army's Research Development and Engineering Command (RDECOM) follows with 328 awards at $421 million; the Army's Aviation and Missile Life Cycle Management Command contributes 380 awards valued at $242.6 million; the Army's Space and Missile Defense Command holds 21 awards worth $233.8 million; and NASA's Shared Services Center (standing proxy for multiple NASA directorates) carries 525 awards at $219.3 million. The concentration signal is clear—roughly 83 percent of total dollars flow from these five customer nodes, with Army programs (RDECOM, Aviation and Missile, and Space/Missile Defense combined) anchoring the portfolio at approximately $897 million, or roughly 47 percent of all potential value.

UAH's vehicle position centers on Army single-award and multiple-award indefinite delivery contracts. The five largest parent vehicles account for concentrated task-order activity: Indefinite Delivery Contract W31P4Q12D0011 carries 483 task orders worth $91.9 million; W31P4Q09D0010 holds 196 task orders at $73.7 million; W31P4Q10D0092 spans 116 task orders at $48.1 million; W31P4Q15D0062 contains 95 task orders at $173.7 million; and GSA Multiple Award Schedule accounts for 77 task orders. Beyond Army IDIQs, UAH recently became prime on the Missile Defense Agency's Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) contract—a multiple-award IDIQ with a ceiling value of $151 billion running through December 2035, awarded December 29, 2025—marking entry into a major long-term defense enterprise vehicle. UAH also holds a single-award Indefinite Delivery Contract with RDECOM's Combat Capabilities Development Command Aviation and Missile Center valued at approximately $49 million through December 31, 2029, which has generated 483 delivery orders for systems engineering, digital engineering, engine performance testing, unmanned aerial systems support, and avionic research.

Recent activity demonstrates sustained momentum in Army and NASA work but uneven year-to-year variation in award volume. Awards per year ranged from 74 in 2022 to a peak of 181 in 2024, followed by a decline to 121 in 2025 and only 15 awards recorded through mid-2026 (reflecting a partial-year snapshot). Within the next twenty-four months, 116 awards with combined potential value of $57.5 million face ultimate completion dates, creating recompete exposure and pipeline planning requirements. Geographically, place of performance for Army and MDA work concentrates in Huntsville, Alabama, where UAH's campus is located minutes from Redstone Arsenal and within Cummings Research Park, the second-largest research park in the United States—a proximity advantage that has anchored long-term relationships with DEVCOM AVMC and supporting defense contractors.

On the federal research grant side, UAH is a substantial recipient of National Science Foundation awards, DARPA Young Faculty funding, NASA cooperative agreements, Department of Defense cybersecurity and basic research grants, and university-led research initiatives across NSF Engineering, Geosciences, Mathematical and Physical Sciences, Computer and Information Science and Engineering, and Integrative Activities programs. Representative recent grants include a $538,930 NSF CAREER award (August 2026) on circulating tumor cell computational modeling; a $777,120 NSF CAREER award (June 2026) investigating behavioral variation in ecological and evolutionary processes; a $1.908 million NSF EPSCOR Graduate Fellowship Program award for STEM PhD production in astronomy, heliophysics, atmospheric sciences, and computing/AI; a $2.0 million Department of Defense CyberSecurity Core Curriculum award (September 2025) with a sub-award to Moraine Valley Community College for curriculum and workforce development; and a $498,842 DARPA Cooperative Agreement (September 2025) for malware analysis framework development (BEAST) with a sub-award to Rochester Institute of Technology. NASA cooperative agreements support STEM engagement and mission-related research, including a $3.41 million NASA Strategic Goal 4 STEM engagement initiative (April 2025) and $738,000 for STROBE-X large-area detector functionality testing.

UAH's subcontractor footprint reveals reliance on systems engineering and technical services firms. Torch Technologies Inc. appears as the prime contractor on dozens of UAH sub-awards spanning technical and engineering support for DEVCOM AVMC's Weapons Development and Integration Directorate, Systems Readiness Directorate, and software/simulation/systems engineering divisions. HII Mission Technologies Corp. acts as prime on program executive office (aviation) system engineering analysis work. ECS Federal LLC engages UAH as a sub on GSA Schedule IT desk support and government-wide acquisition contract initiatives. Stevens Institute of Technology serves as prime on Systems Engineering Research Center collaborative research tasks. The sub-engagement pattern in SCI data shows that across SCI-reportable prime contracts, subcontractors accounted for approximately 20 percent of total contractor hours, with nine named subcontractors reported—indicating that UAH builds a meaningful portion of its own delivery teams for service-contract work rather than subcontracting the majority of labor.

Service Contract Inventory data, which covers federal service contracts above the $150,000 reporting threshold, reveals SCI-reportable invoiced revenue of $31.3 million across five prime service contracts (FY2022–FY2024), with FY2022 contributing $30.6 million across approximately 4,284 FTEs and FY2024 contributing $656 thousand across 2.4 FTEs—a decline reflecting either contract completion or a shift toward non-SCI-reportable work (grants, research IDIQs, or contracts below the threshold). Median government-paid hourly rates on SCI-reportable prime contracts ran approximately $132.65 per hour, with a range from approximately $29.25 per hour at the tenth percentile to $154.60 per hour at the 90th percentile, consistent with a mix of senior research scientists and engineering support staff.

UAH competes full-and-open across its customer base with no set-aside designations, positioning the institution as a direct competitor to commercial systems integrators, defense contractors, and other research universities on large Army and NASA vehicles. The university's proximity to major defense installations in Huntsville, established relationships with DEVCOM AVMC and related Program Executive Offices, deep technical expertise in systems engineering and digital engineering methodologies, and substantial capacity in STEM education and workforce development create competitive strengths in the Army modernization and space exploration portfolio. Recompete activity centered on Army IDIQs and NASA research awards will drive near-term pursuit strategy; the SHIELD IDIQ entry opens a decade-long vehicle for multi-domain defense system development, representing a material expansion of UAH's defense contracting footprint.