Northwestern University

Northwestern University, a non-profit private research institution headquartered in Evanston, Illinois, is a prime recipient of federal grants and a prime contractor on federal research awards across science, technology, engineering, and health domains. The university operates as a grant-funded research entity competing predominantly in unrestricted, full-and-open federal grant and research contract vehicles rather than under SBA set-aside programs; it holds no SBA designations.

Northwestern's federal footprint is dominated by research grants rather than service contracts. The institution received 3,873 awards (prime and sub combined) across a 60-year span, with recent volume at 109 awards in 2025 and 258 in 2024. Combined potential value across all awards stands at $272 million, though obligated dollars total $3.04 billion—indicating substantial multi-year funding pipelines and performance-based obligations exceeding the award ceiling values typical in research grant administration. The top five customer agencies by award count—the National Science Foundation (1,273 awards), the National Institutes of Health (229 awards), NASA Shared Services Center (204 awards), the Army's Research Development and Engineering Command (83 awards), and the National Science Foundation Division of Materials Research (94 awards)—account for roughly 49% of all awards. By potential value, NIH's National Institute of Child Health and Human Development ($145.7 million across 43 awards), NASA Shared Services Center ($30.3 million across 204 awards), and the Army RDECOM ($23.9 million across 83 awards) are the dominant funders. This customer split reveals concentration in basic research funding (NSF) and health/biomedical research (NIH) rather than large-scale defense or civilian agency prime contracts.

Recent contract activity includes a $842,381 delivery order from the National Heart, Lung, and Blood Institute (March 2026) to support the Coronary Artery Risk Development in Young Adults (CARDIA) Study at the Chicago Field Center, a longitudinal epidemiological research initiative performed on-campus at Evanston with completion anticipated January 2027. A $433,565 firm fixed-price definitive contract from the Army Research, Development and Engineering Command (June 2025) funds Metal-Organic Frameworks (MOF) development research at Northwestern's Evanston campus through June 2028. The university also holds a Defense Advanced Research Projects Agency (DARPA) Other Transaction IDV (May 2024, ceiling $1,199,922) for optical levitation of millimeter-scale dielectric sensors under the Levitated and Trapped Accurate Microsystems (LEVITAS) program.

Federal grant activity is substantial and spans fundamental science and biomedical research. Recent awards include a $323,046 CAREER grant from NSF's Division of Computing and Communication Foundations (June 2026, completion May 2031) for developing open-source AI assistants designed to amplify rather than replace human creativity in digital media and creative industries; a $460,347 Research Experiences for Undergraduates (REU) Site grant from NSF's Division of Engineering Education and Centers (November 2025, completion October 2028) supporting nine-week summer research programs in nanoscale science and engineering; and a $549,997 grant from NSF's Engineering program (October 2025, completion September 2028) to develop runtime physics-informed AI agents for efficient and reliable microelectronics. Health-related grants include a $150,104 award from the National Heart, Lung and Blood Institute (September 2025, completion September 2027) to develop tissue-engineered vascular grafts resistant to calcification, and a $439,916 grant from the National Institute on Deafness and Other Communication Disorders (August 2025, completion July 2027) to develop implementation strategies promoting caregiver coaching in early intervention services for children with developmental delays.

Northwestern's research infrastructure positions the institution as a leading recipient of NSF STEM education and workforce development funding, including grants supporting REU/RET sites, CAREER awards, and curriculum development. The university is a node in multi-institutional research consortia and serves as prime grantee or collaborating institution on large NSF cooperative agreements, including participation in the NSF-Simons AI Institute for the Sky (SKAI, cooperative agreement September 2024, completion September 2029), the NSF Engineering Research Center for Human Augmentation via Dexterity (HAND, cooperative agreement September 2024, completion August 2029), and the SAGE GRANDE testbed for edge computing and AI (cooperative agreement February 2025, completion January 2030).

Service Contract Inventory reporting shows SCI-reportable invoiced revenue of $2.2 million across FY2022–FY2024, concentrated in FY2024 ($1.5 million across 8.5 FTEs). Government-paid hourly rates on SCI-reportable prime contracts median around $80.92/hr, with the 90th percentile at $91.18/hr and the 10th percentile at $47.33/hr—consistent with academic research labor and professional services pricing. Across SCI-reported prime contracts, the university performed 0% of hours via subcontractors, indicating direct delivery of contracted research services through internal faculty and research staff. This SCI subset represents a small fraction of Northwestern's total federal research activity, which is predominantly grant-funded and non-billable under fixed-fee research agreements.

Teaming and subcontract activity reveals Northwestern primarily operates as a prime recipient and lead research institution; 92% of awards are prime positions, 8% subcontract roles. The university subcontracts as a performing research partner on federally funded projects led by peer research institutions—for example, as a sub-recipient on a cooperative agreement with the University of Chicago for AI-assisted hybrid renewable energy and nutrient recovery from municipal wastewater, and on research subawards from IBM's TJ Watson Research Center supporting physics-informed AI for microelectronics. Named sub-awards from 2025–2026 span collaborations with Cornell University (PFAS remediation), the University of Pittsburgh (neural processing of speech), Rice University (cancer therapeutics), and numerous other research universities on distributed multi-institution grants. The university does not operate as a fee-based subcontractor to large defense or systems-integration primes; its subcontract footprint is confined to federally funded research and development collaborations where Northwestern contributes specialized research capabilities in materials science, biomedical engineering, AI/machine learning, and STEM education.

Recompete exposure in the next 24 months totals $4.7 million across 173 awards reaching completion—modest relative to the total portfolio, reflecting the grant-based character of the funding, where recompete opportunities arise from expiring individual grants rather than large contract vehicle competitions. The four-year recompete cliff (2024–2027) will see approximately 40–60 NSF, NIH, and NASA grants transition to new funding cycles or competitive renewals annually.