David Shumway

David Shumway serves as a senior procurement lead within the W6QK Acc-apg Natick office of the U.S. Army, where he manages mission-critical acquisitions to advance soldier systems through research, development, and specialized manufacturing. His portfolio centers on high-performance protective gear, life-sustaining medical instrumentation, and battlefield-ready technical services, aligning directly with the Army’s strategic imperative to enhance warfighter survivability and operational effectiveness. He oversees full lifecycle contracting for complex R&D initiatives and specialized production contracts, ensuring compliance with defense acquisition regulations and technical performance standards. Mr. Shumway maintains consistent partnerships with EPERNAY DESIGN & CONSTRUCTION LLC and TEVET LLC, both of which provide specialized engineering, prototyping, and manufacturing capabilities critical to soldier system innovation. These relationships reflect a pattern of sustained collaboration with niche vendors possessing deep expertise in defense-grade materials, biocompatible device fabrication, and ruggedized instrumentation. His procurement approach prioritizes technical precision and mission alignment over volume, fostering long-term vendor engagement grounded in performance accountability and compliance with military specifications. His contracting activity is entirely non-set-aside, with 100% of awards issued under full and open competition, indicating a focus on technical merit and capability over socioeconomic preferences. This reflects a mission-driven procurement strategy where the urgency of battlefield requirements supersedes traditional small business targeting, though he remains compliant with all federal acquisition regulations. Mr. Shumway’s primary procurement focus lies in NAICS 541712 (Research and Development in the Physical, Engineering, and Life Sciences) and 325414 (Biological Product Manufacturing), underscoring his expertise in advancing soldier health through biologically integrated systems, flame-resistant textiles, and non-diagnostic medical countermeasures. His work bridges advanced materials science with operational field requirements, ensuring that developmental innovations transition seamlessly into deployable, standards-compliant equipment.