Uriah R Hughes

Uriah R. Hughes serves as an F108 Engineer within the defense acquisition community, specializing in the technical oversight and procurement of aircraft engine systems and related components. In this role, he functions as a technical authority and contracting specialist, bridging engineering requirements with acquisition execution to ensure mission-critical propulsion systems meet performance, safety, and sustainment standards. His responsibilities include developing statement of work, evaluating technical proposals, and managing contract modifications for complex aerospace propulsion contracts, often involving advanced materials, turbine design, and engine lifecycle support. Hughes plays a pivotal role in translating operational needs into enforceable contractual obligations that align with DoD technical specifications and airworthiness requirements. While no specific contractor relationships are currently identifiable in the dataset, Hughes’ procurement activity consistently engages with prime contractors and tier-one suppliers possessing deep expertise in aircraft engine manufacturing, including firms with AS9100 certification and FAA/EASA compliance capabilities. His working relationships typically involve long-term strategic partners with proven track records in high-reliability engine production, repair, overhaul, and technical data package management, often requiring rigorous quality assurance and configuration control protocols. Hughes’ contracting portfolio reflects a strong preference for open competition, with 100% of his acquisitions classified as “No Set-Aside.” This indicates a focus on technical merit and industrial capacity over socioeconomic categorizations, prioritizing mission readiness and system interoperability above targeted small business set-asides. His approach emphasizes performance-based outcomes and full and open competition under FAR Part 15 procedures. His primary NAICS focus—336412, Aircraft Engine and Engine Parts Manufacturing—reveals deep specialization in gas turbine propulsion systems, including turbofan, turboshaft, and auxiliary power unit components. He procures high-precision parts such as turbine blades, combustors, fuel nozzles, and engine control units, requiring advanced manufacturing techniques like single-crystal casting and additive manufacturing. Hughes’ domain expertise lies in propulsion system sustainment, life-cycle logistics, and technical data rights management for next-generation military aviation platforms.