Trustees Of Dartmouth College

Trustees of Dartmouth College, operating through its Office of Sponsored Projects Division and doing business as Dartmouth College, is a private Ivy League research university that serves as prime recipient and subcontractor on federal grants and contracts spanning biomedical sciences, engineering, environmental research, space science, mathematics, and computational technologies. The institution competes for grants and contracts on full-and-open basis; no set-aside certifications apply.

Dartmouth's federal research footprint is characteristically broad-based and academic. Over the past several years, the institution has received approximately 2,996 total awards (prime and sub combined, across all federal sources) with combined potential value exceeding $639.8 million and combined obligated dollars of $3.46 billion, serving 175 distinct federal customer agencies. The top five customer agencies by award count—National Science Foundation (434 awards), National Institutes of Health (309 awards), NASA Shared Services Center (216 awards), NCI (144 awards), and NIAID (120 awards)—account for 41% of all awards and reflect the university's research concentration in basic biomedical science, space science, and engineering. By potential value, NCI dominates at $506.8 million (144 awards), followed by NASA at $47.9 million (216 awards) and DoD/DoA research centers ranging from $8 million to $13.6 million per agency. Grant work substantially outweighs contract work in the portfolio: the vast majority of awards are Project Grants from NIH, NSF, and NASA (spanning cancer research, immunology, astrophysics, materials science, climate science, and computational modeling), with smaller volumes of formal federal service contracts above the $150,000 SCI reporting threshold. Prime awards comprise 88% of the portfolio, with subcontract activity (12%) routed primarily to other research institutions rather than commercial contractors.

Recent grant and contract examples illustrate Dartmouth's research scope. NCI awarded $506.8 million combined across 144 grants supporting cancer research, including awards for absolute quantitative oxygen-enhanced MRI for tumor mapping ($100,228), spectral Cherenkov imaging for radiation therapy dosimetry, and collaborative immunotherapy response biomarker validation ($790,963 cooperative agreement). NIAID delivered $458,854 for genome-scale fluxomics in pathogenic metabolism and $825,054 for Type VI secretion system immunity proteins in Pseudomonas biofilm dynamics. NSF supported advanced materials and semiconductor research, including $450,000 for halide perovskite photonics ($450,000), plasmonic nanosensors for liquid sensing ($660,389), and mixed-precision hardware-software co-design for AI workloads ($405,886). NASA Shared Services Center funded multiple balanced science program grants aligned with exploration strategy, totaling $363,844 to $899,762 per award. DoD/DoA activity included a $1.2 million definitive contract for electromagnetic induction sensors detecting lead and copper pipes (ESTCP), a $909,414 award for advanced materials characterization, and participation in the Super Dual Auroral Radar Network ($624,967 for ionospheric plasma observations). Service Contract Inventory data shows minimal SCI-reportable federal services work: FY2025 invoiced $886 thousand across 6.0 FTEs, with median government-paid hourly rates of $66.94/hr and no significant subcontractor staffing (0% average sub-hours share), indicating that Dartmouth's federal engagement is almost entirely grant-based basic research rather than time-and-materials service contracting.

Teaming is characteristic of Dartmouth's federal posture: the institution serves as prime recipient on the vast majority of awards and frequently subcontracts to peer research institutions (University of Wisconsin, University of California Irvine, Johns Hopkins, Stanford, Penn State, etc.) when collaborative expertise is required. Notable recent sub-award engagements include work under Seattle Children's Hospital (structural biology support services), University of Iowa (NASA TRACERS heliophysics instrument development), and Boise State University (materials synthesis for lithium-ion batteries). Conversely, Dartmouth acts as subcontractor to commercial primes and other universities on a small subset of awards (12% of portfolio), primarily supporting specialized research capabilities—such as proteomics shared resource services, high-resolution imaging, or trace element analysis—that other institutions and contractors leverage.

Activity has shown considerable volatility: the portfolio peaked at 219 awards in 2024, declined to 171 in 2025, and shows only 6 awards year-to-date in 2027 (reflecting limited 2027 data in the source snapshot). Recompete exposure is moderate: 222 awards with ultimate completion dates in the next 24 months carry combined potential value of $21.5 million, creating recompete-driven renewal opportunity but not material cliff risk given the institution's broad, diversified customer base and track record of grant renewal across NIH, NSF, and NASA.

Place of performance is primarily Hanover, New Hampshire (the institution's main campus and Office of Sponsored Projects headquarters), with subordinate locations including Geisel School of Medicine at Dartmouth in Lebanon, New Hampshire and Dartmouth's numerous campus and satellite research facilities across New England and nationwide where specific field research, collaborations, and project sites require presence.