James T. Spivey

James T. Spivey serves as a key procurement lead within the W6QK Acc-rsa office of the Department of the Army, responsible for managing complex acquisitions in support of the Army’s aerial and missile defense modernization initiatives. He oversees the solicitation and award of contracts for mission-critical aerospace systems, including avionics, propulsion components, and sensor integration for platforms such as the UH-60 and AH-64 Apache. His role is central to ensuring the operational readiness and technological superiority of Army aviation assets through timely, compliant, and technically rigorous contracting actions that align with strategic defense priorities. Spivey maintains a focused contracting approach centered on established industrial base partners with proven expertise in aerospace control systems and relay technologies. While specific contractor names are not publicly enumerated, his procurement patterns indicate sustained engagement with Tier 1 defense suppliers and specialized manufacturers capable of delivering high-reliability industrial control hardware and embedded systems. His working relationships are characterized by technical collaboration, rigorous performance evaluation, and adherence to defense acquisition regulations, ensuring mission-critical systems meet stringent military specifications. Spivey’s contracting activity reflects a strong preference for open competition, with 100% of awards issued under non-set-aside authorities. This indicates a strategic emphasis on leveraging the broadest possible industrial base to meet urgent capability demands, rather than targeting specific socioeconomic categories such as 8(a), HUBZone, or SDVOSB programs. His approach prioritizes technical capability and schedule fidelity over socioeconomic set-asides, consistent with the high-priority, time-sensitive nature of Army aerospace modernization programs. His primary procurement focus lies within NAICS 335314—Relay and Industrial Control Manufacturing—reflecting deep expertise in sourcing precision control systems, ruggedized circuitry, and mission-critical automation components essential to modern avionics and missile guidance systems. Spivey’s domain knowledge spans electromechanical interfaces, signal conditioning hardware, and embedded firmware integration, making him a critical liaison between engineering requirements and industrial production capabilities in the defense aerospace sector.