Timothy M. Hayes

Timothy M. Hayes serves as a Contract Negotiator responsible for managing the acquisition lifecycle for complex technology and engineering solutions. He plays a pivotal role in ensuring compliance with federal procurement regulations while negotiating terms that balance mission needs with fiscal responsibility. His work centers on competitive solicitations under FAR and DFARS frameworks, with a focus on IT systems, aerospace components, and computer peripheral equipment. Hayes is instrumental in translating technical requirements into enforceable contract language, facilitating timely delivery of mission-critical capabilities across federal operations. While specific contractor names are not available, Hayes maintains a broad network of vendors specializing in defense-grade computing, avionics, and software services. His procurement approach emphasizes open competition and technical merit, fostering relationships with both large primes and niche suppliers capable of meeting stringent performance and certification standards. He consistently engages with vendors possessing ITAR, CMMC, or ISO 9001 credentials, ensuring supply chain integrity and cybersecurity compliance in sensitive procurements. Hayes demonstrates a strong preference for open, non-set-aside acquisitions, with 100% of his contracts awarded without socioeconomic set-asides. This reflects a strategic focus on technical capability and cost-effectiveness over socioeconomic criteria, though he remains fully compliant with all small business outreach and reporting obligations. His contracting patterns indicate a preference for maximizing competition among qualified firms rather than reserving awards for specific categories. His primary procurement focus lies in NAICS 511210 (Software Publishers), accounting for over half of his activity, followed by 336412 (Aircraft Engine and Engine Parts Manufacturing) and 334118 (Computer Peripheral Equipment Manufacturing). He routinely procures embedded software systems, flight-critical avionics, and high-reliability computing hardware, demonstrating deep domain expertise in aerospace and defense IT ecosystems. His technical acumen enables effective evaluation of engineering proposals and performance-based acquisition strategies.