Karen Randolph

Karen Randolph serves as a primary contracting professional within the Defense Logistics Agency Aviation, where she plays a critical role in securing high-reliability components essential to the sustainment and operational readiness of U.S. military aircraft systems. Her responsibilities encompass the full lifecycle procurement of mission-critical aviation parts, including bearings, sensors, and precision control devices, ensuring timely delivery to maintain fleet availability and combat readiness. She manages complex acquisitions under FAR and DFARS guidelines, with a focus on technical obsolescence mitigation, supply chain resilience, and rapid logistics response to support dynamic operational demands. While specific contractor names are not publicly identifiable, Randolph consistently engages with a diverse pool of industrial suppliers specializing in aerospace-grade manufacturing, particularly those capable of producing certified ball and roller bearings and avionics instrumentation. Her procurement approach emphasizes technical compliance, quality assurance, and long-term supply chain stability, fostering partnerships with vendors possessing AS9100 certification and proven track records in defense-grade production environments. Randolph’s contracting portfolio reflects a strong preference for open competition, with 83.5% of acquisitions conducted without set-asides. However, she actively supports small business participation, with over 16% of awards directed toward small business categories, including Total Small Business Set-Asides and Service-Disabled Veteran-Owned Small Business (SDVOSB) contracts. Her pattern demonstrates a balanced commitment to socioeconomic goals without compromising mission-critical performance requirements. Her primary procurement focus lies in NAICS 332991 (Ball and Roller Bearing Manufacturing), accounting for over 73% of her activity, followed by precision instrument manufacturing under 334519 and 334511. She specializes in sourcing mission-essential components such as aerospace bearings, flight control sensors, and navigation subsystems, demonstrating deep technical fluency in mechanical and electro-mechanical systems critical to military aviation platforms.