Kathryn M. Andrews

Kathryn M. Andrews serves as a key procurement lead within the Naval Supply Systems Command Weapon Systems Support Mechanism (NAVSUP WSS Mech, N00104), where she oversees the acquisition of mission-critical mechanical, electrical, and electronic components essential to sustaining U.S. Navy weapon systems. Her responsibilities include managing the end-to-end contracting lifecycle for high-reliability subsystems, including pumping systems, valve assemblies, precision machined parts, and circuit board manufacturing, ensuring operational readiness across naval platforms. She plays a central role in aligning acquisition strategies with the Navy’s modernization and sustainment priorities, often coordinating with engineering and logistics teams to validate technical specifications and delivery timelines. Andrews maintains consistent working relationships with a select group of trusted contractors, most notably Raytheon Company and The Entwistle Company LLC, with whom she has established long-term procurement partnerships for complex defense-grade components. Her contracting patterns reflect a preference for established defense industrial base vendors with proven capabilities in high-reliability manufacturing and military specification compliance. These relationships are characterized by repeat engagements and a focus on technical maturity, supply chain resilience, and adherence to defense quality standards such as AS9100 and MIL-STD. Her procurement activity shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a strategic emphasis on technical capability and mission-critical performance over socioeconomic preferences, prioritizing proven performance and reliability in high-stakes naval environments. While NAICS codes are not available, her portfolio centers on advanced mechanical and electronic subsystems, with deep expertise in precision machining, electro-mechanical integration, and electronic component manufacturing for naval weapon systems. Her domain knowledge spans defense-grade circuit boards, hydraulic and pneumatic control systems, and mission-critical instrumentation used in combat platforms.