James E. Wilson

James E. Wilson serves as a Contracting Officer responsible for managing complex acquisitions across technical and mission-critical domains. In this role, he ensures compliance with federal procurement regulations while delivering timely, cost-effective solutions to support operational requirements. His portfolio primarily encompasses contracts for aerospace components, information technology infrastructure, and professional technical services, reflecting a focus on high-integrity, performance-based acquisitions. Wilson works closely with program managers and technical evaluators to define requirements, structure solicitations, and administer contracts under FAR and agency-specific guidelines, ensuring transparency and accountability throughout the acquisition lifecycle. Wilson’s contracting patterns reflect a broad, non-exclusive approach to vendor engagement, with no preference for socioeconomic set-asides—100% of his awards are competed without set-aside restrictions. This indicates a focus on full and open competition, prioritizing technical merit, past performance, and value over socioeconomic categorization. While he does not exclusively partner with small businesses, his procurement strategy remains aligned with federal goals for fair and equitable access, allowing qualified vendors of all sizes to compete on an even playing field. His primary NAICS focus areas include 336413 for other aircraft parts and auxiliary equipment manufacturing, 511210 for software publishing, 518210 for computing infrastructure and data processing services, and 541990 for other professional, scientific, and technical services. These reflect a technical portfolio spanning aerospace subsystems, proprietary software solutions, cloud-enabled computing platforms, and specialized consulting services. Wilson’s expertise lies in evaluating complex technical proposals, managing performance-based contract clauses, and ensuring compliance with cybersecurity and data integrity standards across these domains. His work supports mission-critical systems requiring rigorous engineering and operational reliability.