Clifford Eugene

Clifford Eugene supports the NASA Shared Services Center in executing mission-critical procurement activities focused on advanced computational and scientific support services. Though his formal title is not publicly listed, his role centers on managing the acquisition of custom software development and specialized programming solutions essential to NASA’s research infrastructure. He ensures that procurement processes align with federal acquisition regulations and agency priorities, facilitating the delivery of secure, scalable, and high-performance software systems that underpin data analysis, mission operations, and scientific modeling across NASA’s diverse programs. His primary contractor relationships are with NEXTROW INC and PENN OAK SERVICES LLC, both of which provide specialized custom computer programming services. These partnerships reflect a pattern of sustained engagement with vendors possessing deep technical expertise in mission-critical software development, system integration, and legacy modernization. Clifford’s contracting approach emphasizes performance-based outcomes, technical compliance, and vendor reliability, fostering long-term collaborations with contractors who consistently deliver high-fidelity software solutions under stringent aerospace standards. Clifford’s procurement portfolio shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a strategic emphasis on technical capability and mission readiness over socioeconomic preferences, prioritizing the most qualified providers regardless of business size or certification status. His approach underscores NASA’s need for specialized, non-commoditized expertise where vendor qualifications outweigh traditional small business targeting criteria. His work is exclusively concentrated in NAICS 541511 (Custom Computer Programming Services), indicating a narrow but profound focus on bespoke software development for scientific computing environments. He procures services including algorithm development, high-performance computing applications, data pipeline automation, and real-time telemetry systems—all critical to NASA’s exploration and Earth science missions. His domain expertise lies at the intersection of aerospace engineering and enterprise software, ensuring that acquired systems meet the rigorous demands of space-based research and mission-critical operations.