Andrew Liounis

Andrew Liounis serves as a key procurement professional at NASA’s Goddard Space Flight Center, supporting the acquisition of advanced space systems and scientific instrumentation critical to Earth observation and deep-space missions. He manages complex contracts for spacecraft development, sensor integration, and high-bandwidth telecommunications infrastructure, aligning procurement activities with NASA’s strategic goals in climate science and astrophysics. His role ensures timely delivery of mission-critical technologies through rigorous technical evaluation and risk-managed contracting processes, bridging engineering requirements with federal acquisition regulations. Liounis maintains sustained partnerships with leading research and aerospace institutions, notably the Massachusetts Institute of Technology and Aerospace & Commercial Technologies, LLC. These relationships reflect a pattern of collaboration with high-caliber entities capable of delivering cutting-edge space systems, including custom-built sensors, flight software, and mission control interfaces. His contracting approach emphasizes technical excellence, systems integration capability, and proven performance in high-reliability environments, often involving long-term, multi-phase contract vehicles requiring deep domain expertise. There is no indication of set-aside preferences in his procurement portfolio; all awards are issued under full and open competition. This reflects a mission-driven focus on technical capability over socioeconomic categorization, prioritizing mission success and system performance above socioeconomic targeting. His contracting decisions are guided by the stringent demands of spaceflight hardware and scientific payload development, where proven technical pedigree outweighs socioeconomic criteria. The technical domains he supports span advanced space systems, remote sensing instrumentation, and space-based communication networks. While specific NAICS codes are not available, his acquisitions consistently involve R&D-intensive services related to aerospace engineering, satellite subsystems, and mission operations support. His expertise lies in procuring high-integrity systems for orbital and deep-space missions, requiring adherence to NASA’s stringent reliability, traceability, and verification standards.