Julie Smith

Julie Smith serves as a key procurement professional within the Naval Supply Systems Command Weapon Systems Support Mechanism (NAVSUP WSS Mech, N00104), where she facilitates the acquisition of mission-critical mechanical, electrical, and electronic components essential to sustaining U.S. Navy weapon systems. Her work directly supports operational readiness by ensuring timely delivery of high-reliability subsystems, including bare printed circuit boards, precision valve assemblies, and specialized instrumentation. She manages complex contracting actions for technical domains requiring stringent military specifications, often involving custom manufacturing and quality assurance protocols aligned with MIL-STD and AS9100 standards. Smith maintains consistent contracting relationships with industry leaders such as Raytheon Company and AMD International Technologies LLC, partnering primarily with large, established defense contractors capable of delivering high-volume, high-integrity components under tight operational timelines. Her procurement patterns reflect a reliance on proven vendors with demonstrated capability in aerospace-grade manufacturing, circuit board fabrication, and mission-critical system integration, with repeat engagements indicating long-term trust and performance-based vendor selection. Her contracting activity shows a strong preference for unrestricted competitions, with 96.9% of awards issued without set-aside designations, reflecting the technical complexity and scale of requirements that often exceed small business capacity. While small business participation is limited at 3.1%, it is strategically targeted to firms with specialized certifications and proven technical pedigree in niche manufacturing domains. Her primary procurement focus lies in NAICS 334412 (bare printed circuit board manufacturing) and 334610 (magnetic and optical media production), with significant activity in 334511 for navigation and guidance systems. She specializes in sourcing components that demand rigorous environmental testing, radiation hardening, and long-term sustainment support—ensuring naval platforms remain operationally viable through modernization and repair cycles.