University Of Missouri System

University of Missouri System, operating as Missouri University of Science & Technology, is a public research university and child entity of the University of Missouri System that delivers federal research and development services, graduate education programs, and specialized technical services to civilian and defense agencies as a prime recipient and prime contractor. The institution competes on an unrestricted basis across federal research funding; it does not hold SBA set-aside designations.

Missouri S&T operates as a prime on 992 of 1,056 recent awards (94%) and as a subrecipient or subcontractor on 64 awards (6%). The institution's federal footprint spans research contracts, indefinite delivery vehicles, cooperative agreements, and federal grants across 120 customer agencies. Recent activity trends stable: the institution received 53 awards in 2022, peaked at 65 in 2023, and averaged 56 awards annually through 2025. Combined potential value across the visible portfolio sits at roughly 80 million dollars; combined obligated dollars across all awards total 534.7 million dollars, indicating substantial historical funding execution. Fifty awards face completion in the next twenty-four months with combined potential value of seventy-three thousand dollars.

The National Science Foundation dominates by award count with 307 awards, representing 44% of the top five customer concentration. NASA Shared Services Center, the second-ranked customer by award count (70 awards), leads by potential value at 23.2 million dollars combined. The Department of Health and Human Services Centers for Disease Control and Prevention Pittsburgh (14 awards, 7 million dollars), the Department of the Air Force Research Laboratory (20 awards, 5.9 million dollars), and the Department of Veterans Affairs (11 awards, 1.2 million dollars) round out the top tier. The gap between count and dollar rankings reflects NSF's characteristic pattern of funding numerous smaller research grants, while CDC and AFRL concentrate higher-value contract awards.

Missouri S&T's capability portfolio centers on research and development in physical, engineering, and life sciences; space science and applications; education and workforce development; and specialized technical services for defense and civilian agencies. Representative contract and grant work includes a 3.56 million dollar NASA cooperative agreement for the Missouri Space Grant Consortium (STEM workforce development, FY2025-2028); a 3.8 million dollar NSF Cooperative Agreement to establish the NSF Center for Synthetic Organic Electrochemistry (multi-institutional center across 12 academic and commercial partners); a 1.8 million dollar NSF collaborative grant for embedding preferences in artificial intelligence decision support for kidney transplant healthcare; a 19.8 million dollar NIST grant to construct the Missouri ProtoTEX advanced manufacturing facility (117,000 gross square feet, completed through 2026); multiple NSF Engineering Research Initiation awards (ERI) for fundamental research in materials science, seismic engineering, and turbulence physics (150 thousand to 605 thousand dollars each); NSF I-Corps awards for commercialization of university research in agriculture, disaster management, and medical diagnostics (100 thousand to 500 thousand dollars); and cooperative agreements with the Department of Defense, Department of Energy, and Air Force Research Laboratory for basic scientific research in advanced materials, quantum systems, and autonomous systems (250 thousand to 600 thousand dollars).

On the contract side, Missouri S&T holds a single-award Indefinite Delivery Contract with Veterans Integrated Service Network 15 (Department of Veterans Affairs), ceiling 305 thousand dollars through September 2030, for blast support services including open field blast exposure assessments and neurobehavioral evaluations at Truman VA Medical Center in Columbia, Missouri. The university also holds Other Transaction IDVs with the Defense Advanced Research Projects Agency: a 1.4 million dollar DARPA TRENTON PROGRAM vehicle (multiple-award OT, May 2025) and a 1.42 million dollar DARPA INTACT program for induced ceramic ductility research in zeta phase transition metal carbides (May 2025). A third OT vehicle with the U.S. Army Corps of Engineers (Engineer Research and Development Center) carries a 2.02 million dollar ceiling for the "Artificial Intelligence-Based Smart Toolbox for 3D Printing of Concrete" (awarded June 2023).

The institution acts as a subcontractor to Honeywell Federal Manufacturing & Technologies, LLC on the National Security Campus management and operation contract (Department of Energy, ongoing sub-awards through 2025 for research and development services) and to the Steel Founders Society of America on steel technology advancement and metal castings projects. Recent sub-awards reflect task orders and reimbursable funding under these prime relationships.

In its role as grant recipient, Missouri S&T frequently collaborates with peer research institutions. Notable sub-recipients and collaborating partners include Duke University (MURI research on spinodal-hardened high-entropy ceramics), San Diego State University (quantum droplet dynamics research), Colorado State University (groundwater and tectonic deformation modeling), George Mason University (Permian-era paleoclimate research), Columbia University (DARPA ECO-SPARK enzymatic biofuel cell development), and the University of Texas at Arlington (transportation infrastructure and cyberinfrastructure initiatives). The institution also serves as a member of consortia including the NSF I-Corps Hub: Great Lakes Region (University of Michigan as lead) and the NSF Center for Synthetic Organic Electrochemistry (multi-institutional chemistry research center).

Missouri S&T's federal grant activity emphasizes fundamental research across NSF Engineering (47.041), Mathematical and Physical Sciences (47.049), Computer and Information Science and Engineering (47.070), Biological Sciences (47.074), and Geosciences (47.050); space and Earth science through NASA; energy systems through DOE; manufacturing and standards through NIST; and defense-related science through DoD, Air Force, and DARPA. The university competes broadly across research funding mechanisms including CAREER awards, Research Initiation (ERI) grants, EAGER and LEAPS-MPS awards, I-Corps commercialization programs, and major collaborative center awards. Educational and workforce development awards support the Missouri Space Grant Consortium, CyberCorps Scholarship for Service (cybersecurity, active through 2027), nuclear engineering fellowships, and STEM outreach initiatives.

Thematically, Missouri S&T's research centers on advanced materials (ceramics, alloys, composites, quantum materials), computational methods and artificial intelligence (machine learning for design, quantum computing, high-performance computing), energy and sustainability (hydrogen production, carbon capture, renewable energy systems), environmental remediation (bioremediation of PFAS, phytotechnologies), biomedical applications (cancer immunotherapy nanovaccines, transplant decision support AI, glaucoma drug delivery), space exploration and propulsion, and manufacturing technology (3D printing, robotics, additive manufacturing). The institution maintains core capabilities in experimental characterization, computational modeling, materials synthesis, and systems integration, positioning it as a comprehensive research partner across federal civilian and defense portfolios.