University Corporation For Atmospheric Research

University Corporation for Atmospheric Research, operating as the National Center for Atmospheric Research (NCAR) and doing business through the Science and Technology in Atmospheric Research Institute (STAR Institute), is a nonprofit consortium of over 115 universities that delivers atmospheric research, climate modeling, weather prediction, and Earth system science services to federal agencies as a prime recipient of federal grants and a prime contractor on research and development agreements, with no SBA set-aside designations.

NCAR is a federally funded research and development center sponsored by the National Science Foundation, headquartered in Boulder, Colorado. The organization's capability portfolio centers on atmospheric research, climate and weather modeling, high-performance computing infrastructure, advanced data assimilation, observational network development and operations, and specialized Earth system science support. Representative contract work includes a $70.7 million single-award NOAA Indefinite Delivery Contract for atmospheric research and development services (ceiling through September 1, 2031, with six delivery orders issued totaling $15.1 million for GOMO technical support, NESDIS data processing, COSMIC II satellite data processing, and Unified Forecast System infrastructure modernization); a $4.2 million Air Force Space and Missile Systems Center definitive contract for COSMIC-2 sensor integration and support services through March 2029; and a $2.47 million NASA Goddard contract for MOPITT instrument data processing and standard product delivery through October 2025. On the grant side, NCAR has received substantial NSF awards including a $1.52 million Geosciences program grant for Community Earth System Model cyberinfrastructure development, a $1.276 million grant to develop the Isotope-enabled Community Earth System Model (ICESM), and a $2.25 million NSF CISE program grant for ultra-high-resolution Community Earth System Model optimization with the Modular Ocean Model. The organization also holds cooperative agreements from NOAA for climate program office work, water mission research, and forecast evaluation activities, with awards ranging from $250 thousand to $3.37 million.

Customer concentration reflects NCAR's role as the primary atmospheric research institution for civilian federal agencies. NOAA accounts for 345 awards valued at $346.5 million combined potential value; NASA Shared Services Center funds 650 awards worth $204.2 million (predominantly smaller research grants); and NSF provides 383 awards with $11.3 million combined potential value across multiple divisions including Atmospheric and Geospace Sciences, Computer and Information Science and Engineering, and Biological Sciences. The top five customers by potential value (NOAA, NASA SSC, USGS, NASA Goddard, and NASA Headquarters) account for 78% of the combined potential value across 1,588 awards. Activity has remained consistent over the past five years (104 awards in 2022 through 131 in 2024), with 47 new awards issued year-to-date through November 2026. Recompete exposure in the next twenty-four months totals $86.8 million across 121 awards.

NCAR competes predominantly full-and-open, without reliance on set-aside categories. The vendor operates as a prime on 93% of awards and subcontracts on 7%, positioning it to self-perform substantially all work in-house using its consortium of university partners and internal research staff. On SCI-reportable federal service contracts (a subset of NCAR's total federal revenue), the organization invoiced $35.7 million from FY2022 through FY2025 (peaking at $16.6 million in FY2023 across 67.4 FTEs), with median government-paid hourly rates around $124/hr and senior labor reaching $179/hr, reflecting NCAR's research-intensive staffing model. Across prime service contracts captured in SCI, sub-hours share averages 0%, confirming that NCAR performs substantially all work in-house with minimal subcontractor engagement.

Teaming and subcontracting patterns reflect NCAR's role as a research-focused prime rather than a feeder to larger contractors. The vendor names named subcontractors including the University of Colorado (satellite mission design development on a NASA grant), Johns Hopkins University Applied Physics Laboratory (Electrojet Zeeman Imaging support), Jacobs Engineering Group (acoustic monitoring for Navy operations), and The Aerospace Corporation (NEON program support), with work routed through university and aerospace partnerships rather than through commercial integrators. When NCAR acts as a subcontractor, it serves as a named sub under Johns Hopkins APL (EZIE Phase B), The Aerospace Corporation (NEON), and Triad National Security (Los Alamos National Laboratory management competition), delivering specialized atmospheric research and modeling expertise to larger federal contractors and national laboratories.

The grant footprint spans NSF (Geosciences, Computer and Information Science and Engineering, Mathematical and Physical Sciences, Research on Learning, and Polar Programs), NASA (Science and Earth science divisions), NOAA (broad agency announcements for weather research and education), USGS (water mission and hydrologic research), and the Bureau of Reclamation (water management and hydrology outreach). Recent representative grants include collaborative NSF research awards for convection initiation prediction using machine learning ($529.7 thousand), radio occultation technology advancement ($1 million), the SOARS workforce development program ($1.463 million), and NOAA cooperative agreements for National Ocean Sciences Bowl competitions ($749.9 thousand), multi-hazard early warning systems ($6.8 million), and subseasonal-to-seasonal prediction improvements. NCAR also holds the $800 thousand USGS cooperative agreement to host the Pathfinder supercomputer at the NSF NCAR-Wyoming Supercomputing Center (July 2025 through June 2030) and a $430 thousand Bureau of Reclamation cooperative agreement to create water management information tools for western water resource stakeholders.

The combined federal award footprint totals 2,245 awards (2,092 prime, 153 sub) with combined potential value of $915.5 million and combined obligated dollars of $4.9 billion. NCAR's role as the nation's primary federally funded atmospheric research center, combined with its lack of reliance on set-asides, full-and-open competitive posture, and in-house delivery model, positions it as a prime research contractor for federal agencies prioritizing atmospheric science, climate modeling, and Earth system modeling capabilities rather than a subcontractor or partner to larger commercial integrators.