Alison E Harper

Alison E. Harper serves as the primary contracting lead for the Naval Supply Systems Command Weapon Systems Support Mechanism (NAVSUP WSS Mech), where she orchestrates the acquisition of mission-critical mechanical, electrical, and electronic components essential to sustaining U.S. Navy weapon systems. Her role centers on ensuring operational readiness through the timely procurement of high-reliability subsystems, including precision valve assemblies, pumping equipment, bare printed circuit boards, and specialized communications hardware. She manages the full lifecycle of complex contracts—from requirements validation and market research to award and performance oversight—ensuring alignment with Navy modernization priorities and technical specifications for naval platforms. Harper maintains consistent, long-term partnerships with key industry leaders including Raytheon Company, AMD International Technologies LLC, and The Entwistle Company LLC, reflecting a preference for established defense contractors with proven expertise in defense-grade manufacturing and system integration. Her contracting patterns indicate a reliance on vendors with deep technical capabilities in aerospace-grade component fabrication and military-certified supply chains, fostering stable, performance-driven relationships that prioritize quality assurance and compliance with MIL-STD and AS9100 standards. Her procurement activity shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-critical focus on technical capability and supply chain resilience over socioeconomic preferences, prioritizing proven performance and readiness over programmatic targeting. Harper’s primary NAICS focus areas include 332919 for metal valve and pipe fitting manufacturing, 333914 for pumping and dispensing equipment, and 334412 for bare printed circuit board manufacturing. She specializes in procuring precision-engineered subsystems used in propulsion, fluid control, and electronic warfare systems, demonstrating deep domain expertise in naval mechanical and electronic sustainment. Her work ensures the continued functionality of high-stakes platforms through the acquisition of components that meet stringent military environmental and operational requirements.