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About

Kyle Edelberg is a leading roboticist whose work bridges the gap between autonomous manipulation and real-world deployment in extreme environments. His primary research focuses on semi-autonomous mobile manipulation, in-space robotic assembly, and planetary sampling systems. Edelberg made a significant mark as a key member of Team RoboSimian during the 2015 DARPA Robotics Challenge Finals, where the team secured 5th place through innovative hardware and software adaptations—a feat documented in his most-cited work (86 citations). He later advanced the field of space robotics with a payload-centric autonomy framework for assembling modular space structures (29 citations), addressing the challenge of constructing kilometer-scale habitats beyond Earth. His contributions to the Mars 2020 mission are equally notable, where he developed the software architecture for the Sampling and Caching Subsystem testbeds (13 citations), directly supporting NASA’s efforts to collect Martian samples. Edelberg also helped design the Intelligent Robotics System Architecture (IRSA), a versatile software platform used across multiple testbeds and research prototypes. With over 140 combined citations, his work exemplifies how robust software and adaptive control strategies enable robots to operate in the most demanding environments—from disaster zones to deep space.