Max Robotics — Global Service Robot Directory + US Certification

About

Steve Eckersley is a pioneering researcher at the forefront of space robotics and on-orbit assembly, whose work is reshaping how humanity conceives of large-scale infrastructure beyond Earth's atmosphere. His research focuses on three interconnected domains: robotic systems for in-orbit assembly, the design and optimization of small space robots, and the application of reinforcement learning to hardware-agnostic control systems. Eckersley's most impactful contributions center on enabling the construction of large aperture space telescopes — instruments that could surpass the James Webb Space Telescope in capability — through modular, robotically assembled architectures. His 2024 review and mission analysis papers, together accumulating nearly 60 citations, have become essential references for researchers tackling the engineering and logistical challenges of next-generation space observatories supporting both astronomy and Earth observation for national security. Earlier work, including his 2018 and 2019 papers on in-orbit assembly using small spacecraft, established foundational frameworks for economically viable space construction. His ORCHID framework and HARL-A system demonstrate a sophisticated understanding of how reinforcement learning can simultaneously optimize robot hardware and control policies — a notably underexplored challenge. With a growing citation record and highly relevant research agenda, Eckersley represents an important voice in the emerging field of autonomous space construction.