Justin Spahr

Justin Spahr serves as a Mechanical Engineer at the Naval Surface Warfare Center, Carderock Division, Philadelphia Detachment (N65540), where he plays a critical technical and acquisition support role in the procurement of advanced mechanical and power systems for naval platforms. His work directly enables the development, integration, and sustainment of high-reliability propulsion control systems, solid-state power conversion components, and mission-critical instrumentation used across U.S. Navy vessels. He collaborates closely with program managers and engineering teams to define technical requirements, evaluate contractor proposals, and ensure compliance with naval engineering standards for durability, thermal management, and electromagnetic compatibility in harsh maritime environments. While specific contractor names are not publicly available, Spahr engages with a broad spectrum of defense industrial base vendors specializing in precision mechanical assemblies, electro-mechanical actuation systems, and custom thermal control solutions. His procurement approach emphasizes technical rigor and performance validation, fostering long-term partnerships with firms capable of meeting stringent military specifications for ruggedized components and system-level integration. Spahr’s contracting activities show a 100% preference for non-set-aside procurements, indicating a primary focus on technical capability and mission readiness over socioeconomic categorization. This reflects the specialized nature of the systems he supports, where performance thresholds and supply chain reliability take precedence over socioeconomic preferences, though small business participation is not excluded when technical requirements align. His technical domain centers on mechanical systems for naval power and propulsion, with procurement activities aligned to NAICS categories including 336411 (Marine Propulsion and Marine Power Unit Manufacturing) and 334511 (Electromedical and Electrotherapeutic Apparatus Manufacturing). He routinely acquires custom-engineered components such as high-torque gear trains, fluid-cooled power electronics enclosures, and real-time sensor interfaces, demonstrating deep expertise in mechanical systems engineering and defense acquisition lifecycle management.