Michigan State University

Michigan State University, a public land-grant research institution headquartered in East Lansing, Michigan, operates as a prime federal contractor and grant recipient across research, education, and specialized diagnostic services for 322 distinct federal agencies. The university competes predominantly in full-and-open (non-set-aside) procurement, reflecting its status as a state-controlled educational entity. MSU's federal footprint spans basic research, applied research, technical services, and educational programming—functions aligned with its designation as an 1862 Land Grant College with colleges of agriculture, veterinary medicine, engineering, and forestry.

MSU's customer concentration reflects broad federal research demand. The top customer agencies by award count—National Science Foundation (1,261 awards), Department of Agriculture National Institute of Food and Agriculture (617 awards), and National Institutes of Health (314 awards)—account for 38% of recent awards. By combined potential value, NIH (particularly the National Institute of Child Health and Human Development) leads with $40.3 million across 82 awards, followed by NASA Shared Services Center ($38.1 million, 252 awards) and USDA Veterinary Services ($23.8 million, 66 awards). Activity has expanded from 402 awards in 2022 to 593 in 2024, though 2025–2026 shows moderation (357 and 105 awards respectively), suggesting recompete cycles or seasonal reporting delays. Within the next 24 months, 529 awards with combined potential value of $11.9 million face completion and recompete.

MSU holds positions on multiple federal vehicles. The Indefinite Delivery Contract 12639521D0081 carries 39 task orders valued at $3.4 million, and a Basic Ordering Agreement (N0018920GZ009) with the Department of the Navy anchors 24 task orders worth $3.7 million. Additional vehicles include APHIS animal laboratory testing agreements and USDA blanket purchase agreements, positioning MSU as an active participant in recurring federal research and diagnostic service procurements.

The university's capability portfolio centers on federal research and specialized services across three broad domains. First, veterinary and animal health diagnostics dominate recent contract work: USDA Veterinary Services delivery orders include highly pathogenic avian influenza testing ($600 thousand), foreign animal disease (FAD) testing ($5,500), antimicrobial resistance testing ($10 thousand), and screwworm analysis ($126.2 thousand)—work performed at MSU's East Lansing and Fort Collins facilities under the National Animal Health Laboratory Network. Second, academic research spans fundamental science and applied problem-solving. Recent grants include $5.6 million from the Advanced Research Projects Agency–Energy for plant genetic engineering and soil microbial optimization in corn nitrogen utilization; $2.36 million from the Department of Education for scaling a food-processing workforce certificate program; $2.145 million from NIH/NIAID for redox mechanisms in Campylobacter jejuni pathogenicity; and $1.81 million from NIH for spectrometer cryoprobe acquisition. Third, technical and consulting services include a $1.047 million USGS Landsat Science Team contract for Earth observation and remote sensing, a $308.3 thousand Naval Facilities Engineering Command order for strategic planning charrettes, and a $232.5 thousand Department of the Navy tuition and fees delivery order. MSU Extension operates separately, delivering research-driven education to Michigan residents through 4-H, community development, nutrition education, and agricultural extension—funded by $19.78 million in Smith-Lever extension funding and $1.9 million in Expanded Food and Nutrition Education Program (EFNEP) grants.

Prime contract work (89% of awards) reflects MSU's dominant role as research performer and service provider rather than subcontractor. Across SCI-reportable federal service contracts, MSU invoiced $553 thousand in FY2022 on government-paid hourly rates averaging $108.29/hr (median), with 10th-percentile rates at $103.78/hr and 90th-percentile rates at $112.80/hr. SCI activity shows minimal FTE delivery in recent years (2.8 FTEs in FY2022, declining to 0.1 FTEs in FY2024), reflecting the university's shift toward grant-funded research rather than time-and-materials services contracts. The university operates with minimal subcontractor engagement on its prime contracts (0% average sub-hours share on SCI records), instead building delivery teams internally or through student participation in research.

MSU's subcontractor activity is sparse relative to its prime footprint. Named sub-awards show the university delivering specialized services to larger research consortia: nematology and soil biology expertise under Indiana University's soil multifunctionality LTAR research; histopathology and morphometry services to University of New Mexico on biomass-exposure respiratory research; and air quality and microbiological analysis to a Cornell-led microbe-metal interaction study. These sub-roles leverage MSU's specialized laboratory infrastructure and faculty expertise in domains where the university is not the prime research driver.

Federal grant work represents the university's largest concentration by combined dollars. Grant recipients include NSF (Division of Physics, Division of Materials Research, Division of Integrative Organismal Systems, Division of Mathematical Sciences), NIH (National Institute on Drug Abuse, National Heart Lung and Blood Institute, National Institute of Mental Health), USDA National Institute of Food and Agriculture, Department of Defense (Office of Naval Research, Army Research Office), Department of Energy (Office of Science, NNSA), NASA, NSF, and specialized agencies (National Endowment for the Humanities, National Institute of Standards and Technology). Recent project grants span quantum systems research ($150 thousand ONR), photoacoustic-Brillouin microscopy for tumor imaging ($437.1 thousand NSF CAREER award), and integrated plant-microbial solutions for nitrogen efficiency in corn ($5.6 million ARPA-E). MSU also holds research infrastructure grants: $1.81 million for NMR spectrometer modernization (NIH Office of Director), $248.2 thousand for millimeter-wave GAN transistor characterization (NIST), and $1.82 million as Focused Investigatory Center lead on plasma turbulence modeling (NNSA Predictive Science Academic Alliance Program, with sub-awardees Georgia Tech and Brown University).

MSU holds an Other Transaction IDV from DARPA for the Network of Optimal Dynamic Energy Signatures (NODES) program, valued at $1.296 million, placing the university in the defense advanced-technology research portfolio alongside participation in the X-Ray Extreme-Range Non-Imaging Analysis (XENA) program. These OT vehicles sit outside FAR procurement and reflect DARPA's confidence in MSU's advanced research execution capacity.

The university's corporate structure is straightforward: Michigan State University operates as the parent entity (non-profit, tax-exempt), with a named subsidiary structure that includes the Controller's Office handling federal contract administration. No distinct operating subsidiaries carry separate capability branding—all federal work flows through the central institutional entity. This structure differs markedly from contractor holding companies, reflecting MSU's mission as an integrated research and educational institution rather than a federated portfolio of specialized service providers.