Andrew Hoskins

Papers

Total Citations

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About

Andrew Hoskins is a specialist in space robotics and advanced propulsion systems, with a career focused on developing technologies for extraterrestrial exploration. His most influential work, "Development and Characterization of a Robotic Dynamic Activity Simulator" (2005, 8 citations), established foundational methods for simulating robotic operations in space environments, directly supporting the design of autonomous systems for planetary missions. Hoskins also made significant contributions to mission architecture through his 2006 study on lunar robotic precursor missions using electric propulsion, which systematically analyzed trade-offs between payload mass, power requirements, and trip times. This work provided critical insights for optimizing spacecraft design, demonstrating how electric propulsion could outperform chemical systems for certain deep-space objectives. Though his citation counts are modest, Hoskins’ research has informed practical engineering decisions in NASA’s robotic exploration programs, bridging the gap between theoretical propulsion physics and real-world mission constraints. His career reflects a dedication to solving the complex mechanical and logistical challenges of operating robots beyond Earth, making him a respected figure in the niche field of space robotics and propulsion integration.