Alexander C. Del Guidice

Alexander C. Del Guidice serves as a Contract Specialist at Naval Surface Warfare Center, Dahlgren Division (NSWC Dahlgren), where he plays a pivotal role in executing complex acquisitions that support the Navy’s advanced warfare systems development. He manages the full lifecycle of contracts for research, development, test, and evaluation initiatives focused on electronic warfare, signal processing, command and control platforms, and embedded computing systems. His procurement activities are critical to enabling integrated combat capabilities for surface ships and networked naval operations, ensuring timely delivery of mission-critical technologies aligned with Department of the Navy strategic priorities. Del Guidice maintains consistent working relationships with a select group of contractors including TEX-TECH ENGINEERED COMPOSITES, LLC, TATITLEK GOVERNMENT SERVICES, INC., 3DB LABS INC, WASTE REMOVAL USA, LLC, and BOWHEAD PROGRAM MANAGEMENT & OPERATIONS, LLC. These partnerships reflect a focus on specialized engineering services, advanced manufacturing, and mission support solutions. His contracting approach emphasizes technical precision and performance-based outcomes, often requiring vendors to deliver tailored hardware, software integration, and systems engineering support under stringent defense standards. His procurement portfolio reflects a strong preference for full and open competition, with no set-asides applied across all awarded contracts. This indicates a focus on technical capability over socioeconomic categorization, prioritizing mission readiness and access to specialized expertise regardless of vendor size or certification status. Del Guidice’s primary NAICS focus areas are 511210 (Software Publishers) and 335999 (All Other Miscellaneous Electrical Equipment and Component Manufacturing), underscoring his specialization in software-defined systems, embedded electronics, and mission-critical hardware components. He routinely procures advanced sensor systems, signal processing algorithms, secure communications infrastructure, and custom electronic assemblies that directly support naval combat system modernization efforts.