Andrew Glendening

Andrew Glendening 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 contract vehicles for the development, integration, and operation of spacecraft, sensors, and telecommunications infrastructure, ensuring alignment with NASA’s strategic goals in climate science and planetary exploration. His work spans the full acquisition lifecycle—from requirements definition and source selection to contract execution and performance oversight—focusing on high-technical-risk, mission-critical procurements that demand rigorous engineering validation and systems integration expertise. Glendening maintains sustained partnerships with leading technical institutions, including the Massachusetts Institute of Technology and Aerospace & Commercial Technologies, LLC. These relationships reflect a preference for research-driven, high-performance contractors capable of delivering cutting-edge space systems, advanced instrumentation, and specialized engineering services. His contracting patterns emphasize long-term collaboration with organizations possessing deep domain expertise in space science, remote sensing, and spacecraft avionics, often involving cost-reimbursement and time-and-materials contract types suited to R&D-intensive environments. There is no indication of set-aside preferences; all known awards are issued under full and open competition, reflecting a procurement philosophy prioritizing technical excellence and mission readiness over socioeconomic categorization. This approach underscores a focus on capability-driven source selection, where the primary criterion is the contractor’s ability to meet stringent performance, reliability, and schedule requirements for NASA’s most demanding space missions. His procurement portfolio centers on technical domains including space-based Earth observation systems, deep-space communication networks, satellite payload integration, and autonomous spacecraft operations. He routinely engages with contractors specializing in optical and infrared sensors, radiation-hardened electronics, and mission-critical software systems, demonstrating deep familiarity with the unique demands of spaceflight procurement and the stringent compliance standards of federal aerospace contracting.