Clarkson University

Clarkson University, a private tax-exempt research institution headquartered in Potsdam, New York, operates as a recipient of federal research grants and, less frequently, as a prime contractor on research and development awards, competing predominantly under full-and-open mechanisms without set-asides. The university acts primarily as a prime grant recipient (94% of recent awards) rather than a subcontractor, with its federal footprint concentrated in research funding across engineering, physical sciences, life sciences, and environmental disciplines.

The university's customer concentration reflects its research mission. The National Science Foundation dominates by award count (163 awards), followed by the Department of the Air Force (41 awards) and the Department of the Army (29 awards). However, the dollar rankings shift toward the Army Corps of Engineers' Humphreys Engineer Center Support Activity, which anchors the top five customers by potential value with 15 awards totaling $6.2 million combined potential value, primarily for environmental remediation research. The top five agencies by count (NSF, Air Force, Army, Navy, and NSF's Division of Chemical, Bioengineering, Environmental, and Transport Systems) account for roughly 50% of recent awards; the top five by dollars (Army Corps HESCA, Army Materiel Command RD&E Command, Army Corps ERDC, NASA Shared Services, and EPA) account for 58% of combined potential value. This divergence reflects NSF's role placing many smaller awards and the Corps of Engineers' concentration of larger contract vehicles.

Clarkson's capability footprint centers on applied and basic research in materials science, environmental engineering, computational methods, and advanced manufacturing. Representative prime work includes a $1.247 million Army definitive contract (ESTCP Project ER23-8377) for ex situ treatment of PFAS-impacted soils and sediments using ball milling technology, with GSI Environmental Inc. as a subcontractor; a $637 thousand Army contract (SERDP ER22-3119) for high-capacity sustainable sorbents treating PFAS in aqueous film-forming foam-impacted waters, conducted collaboratively with the University of Texas at Dallas and University of Nebraska; a $293 thousand Army Corps of Engineers contract for enhancement of the Coastal Modeling System to simulate hydrodynamic and sediment transport in coastal waters; and a $50 thousand Department of Homeland Security purchase order providing CITER Center affiliate status at Clarkson's I/UCRC site for biometric identification technology research. Recent grants include a $697 thousand NSF CAREER award (Division of Chemistry, CFDA 47.049) for machine learning-assisted computational frameworks modeling ultrafast photoexcitation in two-dimensional heterostructures, a $498 thousand NSF REU site award (CFDA 47.050) on aquatic sciences, engineering, and technology, and a $355 thousand NSF collaborative research grant on mechanics of respiratory particle production during phonation to understand airborne disease transmission.

Clarkson's activity trajectory shows modest growth before stabilizing. Recent annual award counts by calendar year were 2022: 26; 2023: 31; 2024: 35; 2025: 19; and 2026: 8 (partial year). Combined potential value across all 543 awards totals $14.5 million, but combined dollars obligated across all awards reach $206.6 million, reflecting multi-year funding commitments and carryover from older awards. Within the next twenty-four months, 23 awards with combined potential value of $2.6 million face ultimate completion dates, creating recompete exposure in environmental remediation, materials science, and energy systems research areas where Clarkson has demonstrated sustained capability.

The university operates primarily as a prime recipient on research grants, with minimal subcontractor footprint. Named sub-awards in the source show engagement as a subrecipient on multi-institutional collaborative research: Clarkson served as a sub-recipient on EPA-funded work with Stevens Institute of Technology (quantum Raman detection development, $300 thousand) and University of Nebraska-Lincoln (photocatalytic PFAS degradation, $300 thousand) under a nano-remediation sensing and degradation platform; as a sub-recipient under University of Texas at Austin on SERDP projects (soil amendment impacts on groundwater pollutant fate, and jet grouting for in-situ PFAS isolation); and as a research partner under Florida State University on Naval multi-domain synchronized operations control frameworks. Clarkson also subcontracts research support to Los Alamos National Laboratory (Triad National Security, LLC) and participates in multi-institution grants as a collaborating site, including NSF IUCRC Phase III work on the Center for Identification Technology Research (CITER) biometrics center with other universities. This structure positions Clarkson as a convening institution for federally funded research networks rather than a sub-tier service provider.

Clarkson competes for federal funding through several standing vehicles and mechanisms. The university maintains seats on NSF's Industrial/University Cooperative Research Center (IUCRC) program, specifically as Phase III CITER (biometric identification technology) at Clarkson and as Phase I site for the Center for Electric, Connected and Autonomous Technologies for Mobility (ECAT). It hosts multiple NSF Research Experiences for Undergraduates (REU) sites in areas including aquatic sciences, high-performance computing, sensor development, mathematical biology, and resilient electric power systems. Individual faculty members hold NSF CAREER awards, indicating sustained competitiveness in early-career researcher programs. Clarkson also receives direct research funding from DoD Broad Agency Announcements (BAAs) such as the Army Corps ESTCP and SERDP programs, which fund environmental technology demonstration and research across multiple institutions on a competitive basis.

The university's federal grant portfolio reflects its institutional identity as a research university with particular depth in environmental engineering, materials science, and engineering education. NSF accounts for 163 awards (roughly 30% of the total count), spanning fundamental research, infrastructure, workforce development, and educational initiatives. The Department of Defense and its service branches collectively represent substantial award volume through research solicitations rather than procurement contracts. Recent awards show emphasis on sustainability challenges (PFAS remediation, renewable energy grid management, circular economy manufacturing), advanced materials and computational methods (2D heterostructures, covalent organic frameworks, plasma-assisted dehalogenation), and STEM workforce development (REU sites, McNair scholars, BRAIN-STEM program for rural high school students). Clarkson University does not operate subsidiary companies; the source identifies only the parent institution itself as the relevant entity. Corporate structure shows no arm's-length operating subsidiaries, distinguishing Clarkson from research universities that have spun out contract research centers.