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About

Brent Sherwood is a space systems architect and mission designer whose career spans decades of work at the intersection of robotic exploration, lunar base development, and the long-term strategic future of human spaceflight. His research has consistently focused on translating ambitious visions for space development into practical, technically grounded frameworks. Sherwood's most influential contributions center on lunar surface operations and base design, most notably his widely cited "Principles for a Practical Moon Base" (2019, 50 citations) and "Robotic Lunar Surface Operations 2" (2020, 41 citations), which together offer foundational guidance for sustainable human return to the Moon. His early work in the 1990s on automation and robotics for lunar base buildup laid conceptual groundwork that remains relevant as space agencies revisit crewed surface missions. Beyond the Moon, Sherwood has contributed to broader strategic discussions, including flexible-path human exploration architectures, space solar power infrastructure, and the maturity assessment of robotic planetary mission concepts. His 2012 IEEE centennial contribution on the history and future of spaceflight reflects his broad perspective on the field. With over 140 cumulative citations, Sherwood's work bridges visionary space development thinking with rigorous systems engineering, making him a valuable voice for students and researchers charting the future of space exploration.