Northwest Research Associates, Inc.

Northwest Research Associates, Inc., doing business as Nwra, is a for-profit scientific research organization headquartered in Seattle, Washington, that operates primarily as a prime contractor delivering atmospheric science, space physics, and geophysical research and modeling to the federal government. The company competes predominantly in full-and-open solicitations without set-aside designations, though it qualifies as a small business and holds Total Small Business awards on several defense research efforts.

Nwra's capability portfolio centers on advanced computational modeling, data analysis, and software development in atmospheric dynamics, space physics, solar studies, oceanography, and ionospheric research. Representative prime work includes a $6.1 million cost-plus-fixed-fee contract from the Office of Naval Research (May 2024) for research, development, and testing of AFCAP capability with Zunicalc, Inc. as subcontractor; multiple Space and Missile Systems Center contracts totaling over $3.8 million (October 2023) for ionospheric modeling, small-scale ionosphere characterization, and land scatter model development; and a $4.06 million cost-plus-fixed-fee contract from the Office of Naval Research (November 2022) for the Ionospheric Modeling and Propagation Assessment Capability (IMPAC) program. Federal grant work is extensive: Nwra received a $824,878 NASA grant (December 2023) for investigation of gravity waves observed by the Ionospheric Connection Explorer MIGHTI instrument, a $719,982 NSF Geosciences grant (November 2024) for collaborative research on mountain wave-driven turbulence and traveling ionospheric disturbances, and multiple NSF ocean sciences awards including a $981,611 grant (September 2021) for global estimates of energy pathways and stirring by internal waves.

Customer concentration is distributed across research and defense agencies. The top five funding agencies account for 59% of awards by count: NASA's Shared Services Center leads with 141 awards and $20.9 million combined potential value, followed by the National Science Foundation (90 awards), the Department of the Navy (63 awards), the Department of the Air Force (59 awards, $3.4 million combined potential value), and the Office of Naval Research (49 awards, $15.5 million combined potential value). By potential value, the Air Force Materiel Command Research Laboratory anchors the list with 31 awards and $35.8 million, followed by NASA Shared Services Center ($20.9 million), and the Office of Naval Research ($15.5 million). The two rankings diverge significantly on dollars: the Air Force Research Laboratory drives most of the dollar value while NASA Shared Services Center and NSF place a higher volume of smaller awards.

Recent prime award activity reflects a slight decline: Nwra received 19 awards in 2022, 24 in 2023, 18 in 2024, 12 in 2025, and 3 in 2026 through early April. The company faces recompete exposure of $13.3 million in combined potential value across 27 awards completing in the next twenty-four months. Parent vehicles include GSA Federal Supply Schedule GS23F0197P (18 task orders, $1.8 million combined potential value), GSA Multiple Award Schedule (8 task orders), and Indefinite Delivery Contract DTFAAC10D00099 (4 task orders, $1.3 million combined potential value).

Nwra operates as a prime on 98% of its awards; subcontract engagement is minimal—only 16 sub awards (2% of total) appear in the portfolio. The company acts as a subcontractor to Science Applications International Corporation on NOAA's High Performance Computing Software Development and Technical Services in support of research and development HPC services, where Nwra develops gravity wave parameterization schemes for the next-generation global atmospheric model AM5. Prior subcontract work includes support to Black River Systems on Defense Applications of Innovative Remote Sensing and cognitive electronic warfare software development to Booz Allen Hamilton. Nwra also serves as a sub-recipient on NSF and other federal grants, partnering with Oregon State University, the University of Colorado, Stanford University, the University of Michigan, and Southwest Research Institute on research collaborations. The subcontract footprint is thin relative to prime work; the company builds and delivers most work through its own teams rather than relying on downstream suppliers.

SCI-reported service-contract activity is minimal, covering only two subcontract records in FY2024 with approximately 0.5 FTEs. This reflects Nwra's focus on research, development, and grant-funded work rather than federal services contracting above the SCI reporting threshold. The vast majority of Nwra's federal revenue stream—research contracts and grants in atmospheric and space sciences—falls outside SCI's scope and is therefore not captured in that dataset.

Award history spans from 1987 to April 2026, with combined potential value of $138.5 million across 676 total awards. The vendor's core expertise in gravity wave modeling, ionospheric characterization, atmospheric dynamics, and space weather research positions it as a specialized partner for research agencies; the concentration of awards among NASA, NSF, Navy, and Air Force reflects the scientific research emphasis of the federal portfolio Nwra serves.

ATMOSPHERIC SCIENCES, FUNDAMENTAL FLUID MECHANICS, FLUID DYNAMICS, GEOPHYSICAL, ENVIRONMENTAL ANALYSIS EQUIPMENT AND SERVICES, IONOSPHERIC PHYSICS, OCEAN SCIENCES, SEA ICE RESEARCH, SOLAR PHYSICS, SPACE PHYSICS