Jimmy Horton, Jr.

Jimmy Horton, Jr. serves as a lead representative within the Engineering Operations Office, overseeing the acquisition and lifecycle management of advanced aircraft engine systems and critical engine component technologies. His role is central to ensuring the timely delivery of mission-critical propulsion systems that support national defense and aerospace operational readiness. He manages the full spectrum of procurement activities—from market research and requirements definition to contract award and performance monitoring—focusing on complex engineering solutions requiring rigorous technical validation and compliance with aerospace industry standards. His acquisitions typically involve high-integrity components subject to strict FAA and DoD certification protocols. While no specific contractor relationships are currently identifiable in the dataset, Horton’s procurement activity is concentrated within a specialized industrial base comprising Tier 1 aerospace manufacturers and niche suppliers with deep expertise in turbine blade fabrication, combustion chamber assembly, and high-temperature material systems. He engages with vendors capable of meeting stringent quality assurance requirements, including AS9100 certification and traceability under MIL-STD-130. His working relationships emphasize technical collaboration, early supplier involvement, and performance-based contracting to ensure reliability and sustainment. Horton’s 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 capability and industrial capacity over socioeconomic categorization, though it does not preclude participation by small businesses that meet the stringent performance criteria. His approach prioritizes mission need and system performance, aligning with the technical demands of advanced propulsion systems. His primary procurement focus is exclusively under NAICS 336412—Aircraft Engine and Engine Parts Manufacturing—reflecting deep expertise in gas turbine systems, auxiliary power units, and propulsion control hardware. He procures precision-engineered components including fuel nozzles, bearing housings, and exhaust systems, requiring advanced manufacturing techniques such as single-crystal casting and additive manufacturing. His domain expertise lies at the intersection of mechanical engineering, materials science, and aerospace systems integration.