Steven S. Shaw

Steven S. Shaw is a procurement professional specializing in technical and engineering acquisitions within a federal agency focused on advanced research and industrial manufacturing. He manages a diverse portfolio of contracts spanning research and development, engineering services, and specialized manufacturing capabilities, ensuring alignment with mission-critical technical requirements. His work supports the acquisition of sophisticated instrumentation, guided missile components, and precision-engineered parts, often requiring compliance with stringent federal specifications and technical validation protocols. Shaw plays a pivotal role in translating agency technical needs into enforceable contractual deliverables, bridging the gap between engineering stakeholders and contractor performance. His contracting patterns reflect a strong preference for open competition, with 92.9% of awards issued without set-aside restrictions, indicating a focus on sourcing the most technically capable solutions regardless of vendor size. While small business participation is modest at 7.1%, it is consistently directed toward Total Small Business Set-Asides under FAR 19.5, suggesting a preference for broad-based small business engagement over targeted socioeconomic programs such as 8(a), HUBZone, or SDVOSB. His approach prioritizes technical merit and market responsiveness over socioeconomic categorization. Shaw’s primary procurement focus centers on NAICS 541715 (R&D in physical, engineering, and life sciences) and 541330 (Engineering Services), reflecting deep engagement with technical innovation and systems integration. He frequently procures specialized manufacturing outputs under NAICS 332117 (Powder Metallurgy) and 334513 (Industrial process control instruments), indicating expertise in high-precision, low-volume production environments. His portfolio also includes niche aerospace and defense components under NAICS 336419, demonstrating familiarity with defense supply chain requirements and technical compliance frameworks such as ITAR and AS9100. His work supports mission-critical capabilities in defense, aerospace, and advanced industrial systems.