Carleton College

Carleton College, a private liberal arts institution based in Northfield, Minnesota, operates as a federal grant recipient conducting scientific research and providing educational programming across NSF, NIH, NEH, and NASA funding mechanisms rather than as a federal contractor. The institution holds no federal contract prime awardees and does not pursue federal procurement set-asides; its footprint is entirely grant-based, with 82% of awards held as prime recipient and 18% as sub-recipient under larger collaborative grants.

Carleton's research and educational mission spans geosciences, biological sciences, mathematics, chemistry, and STEM education. Representative prime grants include a $419,182 NSF Biological Sciences award (September 2024–August 2027) investigating neuronal development in C. elegans with undergraduate course-based and summer research experiences; a $354,416 NSF Computer and Information Science and Engineering award (January 2025–December 2027) on symbiotic co-evolution algorithms with Grand Valley State University as a $50,000 sub-recipient for software development; a $310,918 NSF STEM Education grant (October 2025–September 2028) developing data analysis modules for solid earth geoscience instruction, implemented in partnership with the Science Education Resource Center and National Association of Geoscience Teachers; and a $318,666 NSF Geosciences award (July 2022–June 2025) supporting a three-year field trial on carbon sequestration through enhanced weathering in agricultural soils. Educational support awards include a $301,661 Department of Education TRIO Student Support Services grant (September 2025–August 2026) funding academic and financial literacy services for disadvantaged undergraduates, and a $100,000 NEH Humanities Connections award (August 2024–July 2025) developing curricular bridge courses between humanities and STEM disciplines.

The National Science Foundation dominates Carleton's customer base, accounting for 60 awards across the portfolio and representing 61% of award count. The NSF Division of Undergraduate Education alone placed 13 awards; the Department of Education Office of Postsecondary Education placed 7 awards; and the NSF Division of Earth Sciences placed 6 awards. NASA's Shared Services Center funded 3 awards worth $98,000 in combined potential value. Combined obligated dollars across all awards total $59.3 million against a combined potential value of $120,000, indicating that most awards carry multi-year scopes with staged funding disbursements rather than fixed ceiling amounts. Award volume peaked at 18 in 2024 and has moderated to 11 in 2025 and 3 awards recorded so far in 2026 (as of mid-April). Six awards carry ultimate completion dates within the next twenty-four months, facing recompete or renewal cycles in that window.

In its sub-recipient role, Carleton participates in large collaborative research initiatives anchored by research universities and federal agencies. Named sub-award relationships include work under Emory University (NORDP Consultants Program expansion to minority-serving institutions), University of California San Diego (machine learning transparency and multiplicity in datasets), Columbia University (EarthChem data infrastructure and geoscience sample data initiatives), Oregon State University (Polar STEAM programming), Rutgers University (coastal transformation, OOI Data Labs, 4-H technology), and the University of Minnesota (Louis Stokes STEM Pathways Alliance, machine learning for porous materials discovery). Carleton's sub-award contributions often involve field research coordination, undergraduate student mentoring, data analysis, curriculum development, and website hosting and management through its Science Education Resource Center.

Carleton competes in the full federal grant landscape without set-aside restrictions. Its capability portfolio centers on undergraduate research mentorship integrated with disciplinary inquiry—particularly in field-based geosciences, evolutionary biology, microbial ecology, mathematics, and chemistry—alongside curriculum development, faculty professional development, and STEM education infrastructure for two-year colleges and historically underrepresented populations in science.