University Of Wisconsin System

University Of Wisconsin System, operating through its University of Wisconsin - Madison Division as Tandem Press, is a state government entity and 1862 land-grant research university that serves as a prime recipient and prime contractor on federal research grants and service contracts across academic and applied biomedical sciences, veterinary diagnostics, and space science. The vendor operates entirely in the non-set-aside federal marketplace, competing on scientific merit across 313 distinct federal customer agencies.

UW-Madison's recent federal footprint spans foundational research, applied diagnostics, and specialized laboratory services. On the grant side, the institution acts as prime recipient on National Institutes of Health project grants spanning cancer biology, infectious disease, aging, neuroscience, and cardiovascular research; on National Science Foundation research in mathematics, engineering, environmental biology, and materials science; and on grants from NASA, the Department of Energy, the National Institute of Food and Agriculture, and the Advanced Research Projects Agency-Energy. Representative recent grant awards include a $1.22 million NSF project on scalable species tree estimation through site-pattern scoring (September 2026), a $2.33 million ARPA-E cooperative agreement on electrically rechargeable fuels for grid-connected energy storage (May 2026), and a $5.5 million ARPA-E cooperative agreement on nitrogen-fixing bacterial consortia for corn and sorghum germplasm (April 2026). On the contract side, UW-Madison delivers animal health diagnostic testing through the National Animal Health Laboratory Network under multiple USDA Veterinary Services delivery orders (BSE testing, antimicrobial resistance testing, scrapie testing, foreign animal disease testing); retinal image evaluation for the CDC's National Health and Nutrition Examination Survey; radiation dosimetry methodology development under BARDA; and archaeological curation services for the U.S. Army Corps of Engineers. The university also holds a $4.97 million Other Transaction IDV with the Defense Advanced Research Projects Agency for the Translating All C to Rust (TRACTOR) program (June 2025).

Customer concentration is distributed across research-intensive federal agencies. NSF accounts for 1,985 awards; the National Institutes of Health (across all institutes and centers) for 1,279; and NASA's Shared Services Center for 679 awards valued at $159 million combined. Within NIH, the National Institute of Allergy and Infectious Diseases (345 awards, $31.8 million), National Cancer Institute (282 awards, $138.7 million), National Heart Lung and Blood Institute (187 awards, $44.4 million), and National Institute on Aging (322 awards) are the top centers. The vendor's award activity has grown from 775 in 2023 to 1,038 in 2024, with 759 awards in 2025 and a significant recompete cliff: 992 awards valued at $66 million face completion within the next twenty-four months.

The SCI dataset captures federal service contracts above the $150,000 reporting threshold across FY2022–FY2024, showing modest activity: $3.6 million in invoiced revenue as prime across 49 contracts, with 27.0 FTEs in FY2022, declining to 15.0 FTEs in FY2024. Government-paid hourly rates on these contracts run a broad range—median $36.75/hr, with the 90th percentile at $53.97/hr—reflecting the university's mix of graduate student labor, postdoctoral researchers, and senior scientific staff. Across SCI-reportable prime contracts, subcontractors account for an average of 22 percent of total contractor hours, with 43 named subcontractors reported. The vendor operates as a prime on the vast majority of its federal award footprint (89% prime, 11% sub across all sources), delivering research and laboratory services through its own infrastructure rather than as a feeder to larger primes. Sub-award relationships are distributed across peer research institutions—Northwestern University, Duke University, University of Pennsylvania, and others—reflecting typical collaborative grant structures in academic research rather than a subcontracting business model.

UW-Madison competes in full-and-open federal competitions without set-aside restrictions, positioning the institution as a premier research partner across civilian agencies. The university's strategic footprint centers on federally funded R&D in biomedical sciences, engineering, environmental biology, space science, and veterinary diagnostics, with demonstrated capacity to manage complex multi-year research initiatives, maintain specialized laboratory and diagnostic infrastructure, and sustain high-overhead research operations. Recent activity and trajectory signal sustained federal customer investment in the institution's research capabilities and scientific leadership across life sciences, physical sciences, and applied diagnostics.