Rochester Institute Of Technology

Rochester Institute of Technology (RIT), doing business as R I T, is a private research university that operates as a prime recipient and contractor across federal research, development, and education initiatives, competing full-and-open without set-aside designations across its extensive portfolio of science, engineering, and education-focused work.

RIT's federal footprint spans research and development services delivered primarily to civilian science agencies. The concrete work anchors around imaging science and space technology applications (particularly sensor development and characterization for space missions), quantum information science, semiconductor and photonic technologies, machine learning and AI systems, astrophysics (gravitational wave detection and analysis), materials science and energy storage, biomedical engineering and health monitoring, cybersecurity and secure systems, and STEM education and workforce development. Representative prime awards include a $4.51 million definitive contract with the Food and Drug Administration to conduct laboratory sessions for prescribed and ad libitum use characterization (awarded September 2025); a $6.26 million cooperative agreement with the Army Research Development and Engineering Command to establish the Army STEM Education Consortium delivering K-12 through college STEM programs (awarded February 2026); and a $2.99 million Research Traineeship award from the National Science Foundation for convergent graduate training in CMOS+X semiconductor technologies (awarded September 2024). Recent grant recipients include the National Institute of General Medical Sciences, the National Science Foundation, and the Office of Naval Research, with research spanning protein therapeutics, secure AI systems, and advanced manufacturing.

Customer concentration is heavy toward federal research and science agencies. The top three funders by award count—the National Science Foundation (343 awards), NASA Shared Services Center (147 awards, $31.4 million combined value), and the Department of the Air Force (62 awards)—represent roughly 44 percent of RIT's recent award volume. By dollar value, NASA's Shared Services Center anchors the portfolio at $31.4 million, with the Army Materiel Command Research Development and Engineering Command second at $6.7 million. Of 1,455 recent awards tracked across all federal sources, 343 come from NSF alone, signaling deep engagement in fundamental and applied STEM research funding. RIT serves 147 distinct federal agencies, indicating broad relationship density but concentration in civilian research missions rather than DoD production contracting.

RIT does not report participation in named IDIQs, GWACs, or agency-wide vehicles that structure task-order activity in the contractor market. The source identifies five indefinite-delivery contracts with modest task-order velocity (the largest, F0160085D0088, shows 55 task orders), but these appear to be largely grant-management or research-support vehicles rather than production procurement frameworks. This posture reflects RIT's role as a research institution executing awards rather than a systems integrator or prime contractor operating commercial procurement vehicles.

In its subcontractor role, RIT delivers specialized technical support to prime contractors on space missions and defense research. Named subs include work under Booz Allen Hamilton on Department of Defense cyber operations support and under the California Institute of Technology on the SPHEREx mission (all-sky near-infrared spectral survey satellite), representing both defense-adjacent and astrophysics applications. Subcontract work totals 129 awards (9 percent of portfolio), with RIT providing focused technical expertise rather than building large delivery teams; SCI data shows zero average sub-hours share across prime contracts, indicating RIT performs work in-house rather than cascading to further subcontractors.

Federal grant work dominates RIT's recent activity in volume and dollar terms. The source lists over 150 federal grant awards as prime recipient across FY2024–FY2026, spanning National Science Foundation programs (NSF CAREER awards, Research Traineeship, REU sites, engineering education), National Institutes of Health research programs (NIGMS, NIAAA, NIDCD, NEI), NASA Science program, Office of Naval Research, National Endowment for the Humanities, and the Defense Health Agency. Representative grant recipients include the National Institute of Allergy and Infectious Diseases for antibiotic resistance surveillance ($1.12 million), the National Science Foundation for radio-frequency spectrum sensing architecture ($775 thousand), and the National Endowment for the Humanities for deaf heritage collections digitization ($286 thousand). RIT sub-receives grants from peer universities and national labs; named prime grantees on RIT subawards include Michigan State University, The Ohio State University, Gallaudet University, Cornell University, and the University of Rochester, positioning RIT as both lead institution and collaborative research partner.

SCI-reported federal services activity (FY2022–FY2024) shows $3.6 million in invoiced prime revenue across 21 FTEs on average, with a sharp spike in FY2023 ($3.5 million, 20.4 FTEs) and near-zero invoicing in FY2024. Hourly rate posture—median $106.99/hr, with a 90th percentile ceiling at $126.80/hr—reflects an academic research institution's cost structure rather than commercial service contracting, consistent with labor-intensive research and faculty-led project execution. SCI data captures only a sliver of RIT's federal engagement; the university's true federal portfolio is driven by grants and research contracts reported through NSF and other program offices, not through the Service Contract Inventory mechanism designed for commercial services procurement.

RIT competes full-and-open across its award base, with no evidence of set-aside participation (8(a), HUBZone, SDVOSB, etc.). The institution's private university status and substantial research infrastructure—imaging science centers, semiconductor fabrication partnerships (GlobalFoundries, Micron), computational facilities, and specialized labs—position it as a competitive prime for large federal research initiatives rather than as a federal contractor operating under disadvantaged-business designations. Recompete risk in the next 24 months stands at $13.1 million across 92 awards, a manageable pipeline for RIT's scale but representative of grant-award churn typical of academic research institutions where individual project periods (typically 3–5 years) complete on staggered schedules.

Corporate structure includes RIT as the parent entity; no subsidiaries are named in the source. The university operates as a single legal enterprise, with research centers and specialized institutes (Chester F. Carlson Center for Imaging Science, National Technical Institute for the Deaf, Simone Center for Innovation and Entrepreneurship, Battery Prototyping Center) functioning as internal organizational units rather than separate legal entities.