West Virginia University Research Corporation

West Virginia University Research Corporation, a non-profit research subsidiary of West Virginia University, acts as a prime recipient of federal grants and research contracts across a broad portfolio of life sciences, physical sciences, engineering, and educational programs, with a secondary presence as a subcontractor to larger research institutions. The organization does not compete under small-business set-asides and operates on full-and-open competition, functioning as a 1862 land-grant institution subsidiary with headquarters in Morgantown, West Virginia.

WVURC's federal footprint spans 2,769 awards (85% as prime, 15% as sub) across 234 distinct customer agencies, with the National Science Foundation, NASA's Shared Services Center, the National Institutes of Health, the U.S. Department of Agriculture's National Institute of Food and Agriculture, and the Health Resources and Services Administration accounting for the plurality of recent volume. Combined potential value stands at $315 million, though obligated dollars of $2.35 billion reflect substantial invoicing history on older awards. The organization has received awards across nearly every major federal research and workforce development program, with cumulative activity declining from 216 awards in 2024 to 81 in 2025, suggesting either a data lag or a meaningful shift in capture volume.

WVURC's capability portfolio centers on academic research and training across five broad areas. Life sciences work includes basic research in neuroscience (synaptic plasticity, stroke recovery, neurodegenerative diseases), ophthalmology and vision science (photoreceptor biology, glaucoma pathophysiology, cone opsin trafficking), cancer biology (triple-negative breast cancer, pancreatic adenocarcinoma, head and neck squamous cell carcinoma), immunology and infectious disease (tsetse fly symbiosis, occupational safety and health), and cardiovascular physiology. Physical sciences and engineering work spans plasma physics and space physics (wave-particle interactions, pulsar timing arrays, magnetic reconnection), materials science (quantum materials and heterostructures, composite materials, critical mineral extraction from acid mine drainage), chemistry (separation science, glycosylation analysis, vinoxy radical kinetics), and astronomy (21-centimeter cosmology, fast radio burst surveys, multi-messenger gravitational waves). Environmental and sustainability research includes ecosystem carbon cycling, digital twins for infrastructure, resilient freight transportation under disruption, and renewable energy systems. Education and workforce development work encompasses STEM education research, course-based undergraduate research experiences, K-12 outreach, graduate fellowships, medical residency training in addiction medicine and cardiology, and legal services for veterans. Manufacturing and technical assistance delivery includes the West Virginia Manufacturing Extension Partnership, assistive technology services, occupational safety training, water and wastewater technical assistance, forestry management, and agricultural extension.

Concrete recent work includes a $2.739 million NEI grant to develop therapies for photoreceptor outer segment defects using AAV-mediated gene therapy (Award: September 15, 2025, completion August 31, 2028, Morgantown, WV); a $1.426 million NIST Cooperative Agreement to operate the West Virginia Manufacturing Extension Partnership delivering in-plant consulting and technical assistance to small and medium-sized manufacturers statewide (Award: February 1, 2026, completion January 31, 2031, Morgantown, WV); a $7.5 million NSF cooperative agreement to establish the Resilient Energy Technology and Infrastructure (RETI) Consortium positioning West Virginia and Western Pennsylvania as a national hub for grid resilience and industrial energy innovation (Award: August 1, 2026, completion July 31, 2036, Everettville, WV); a $5.95 million NSF grant to support the North American Nanohertz Observatory for Gravitational Waves (NANOGrav) Physics Frontiers Center for pulsar timing observations and gravitational wave characterization (Award: June 1, 2026, completion November 30, 2027, Everettville, WV); and a $1.15 million Army Corps of Engineers definitive contract for research on time-dependent responses of fiber-reinforced polymer composites for infrastructure applications (Award: September 25, 2025, completion September 24, 2028, Everettville, WV, under BAA 25-0012).

Customer concentration clusters around science and research funders. The NSF, NASA Shared Services Center, NIH, NIFA, and HRSA together account for 29% of all recent awards. Within potential-value ranking, NASA SSC dominates at $44.7 million across 177 awards, followed by CDC Pittsburgh at $6.6 million, FBI at $5.3 million, and DOE Office of Fossil Energy at $2.9 million. This concentration reflects WVURC's core mission as a land-grant research institution supporting federal science agencies; the organization does not appear to hold significant positions on GWACs or large contract vehicles. Named parent vehicles in the source—primarily indefinite delivery contracts with modest ceiling values—carry limited scope and suggest WVURC's work flows predominantly through direct grants and research awards rather than through indefinite quantity arrangements.

SCI-reportable federal service contract activity shows invoicing of $16.8 million across FY2022–FY2025, with FY2022 peak of $6 million across roughly 24 FTEs declining to $1.6 million and 1.2 FTEs in FY2025. This decline may reflect a shift toward research grants (which do not always appear in SCI) or toward lower-dollar awards. Median government-paid hourly rates on prime contracts run approximately $254/hr, with a wide spectrum from $18/hr at the 10th percentile to $916/hr at the 90th percentile, consistent with a portfolio mixing entry-level research support labor with highly compensated scientific leadership. Across SCI-reportable prime contracts, the vendor performed 0% of hours through named subcontractors, indicating that WVURC builds its own delivery teams on these particular contracts rather than relying on sub-engagement.

The organization's sub-award footprint is narrow and partner-focused rather than vendor-driven. Named prime grantees under which WVURC appears as a subcontractor include the University of Massachusetts Lowell, University of Missouri System, Regents of the University of Michigan, The Johns Hopkins University, Kansas State University, University of Connecticut, Rutgers, Catholic University of America, Cornell University, University of Illinois, Emory University, and various West Virginia state agencies (Health and Human Resources, Office of Energy, Department of Human Services, Department of Education, Department of Agriculture). Sub-work involves collaborative research (metabolomics analysis, inertial sensor data analysis, observational study recruitment and data collection), administrative services (healthcare coalition participation, specialized training and evaluation), and field operations (invasive pest detection, occupational health surveillance). This pattern reflects WVURC's role as a regional research partner embedded in multi-institutional consortia rather than as a vendor on commercial-style development primes.

Corporate structure includes one named subsidiary, Mission Critical Materials LLC, a for-profit limited liability company, though the source provides no detail on its operational scope or revenue relationship to the parent.

Recompete exposure within the next twenty-four months spans 141 awards with combined potential value of $7.5 million—a manageable near-term risk for an organization with gross obligated history of $2.35 billion. Activity trajectory shows award volume declining sharply from 2024 through 2027 (source data captured through October 2026), suggesting either a data lag affecting 2026–2027 capture or a genuine contraction in new award generation; this warrant tracking for strategic planning purposes.