Seth Koterba

Papers

Total Citations

191

H-Index

About

Seth Koterba is a leading researcher in autonomous mobile manipulation and robotic assembly, with a career dedicated to pushing the boundaries of how robots interact with and build our world. His foundational work, "An autonomous mobile manipulator for assembly tasks" (2009, 150 citations), established core methods for bringing robotic precision to mobile platforms, a critical step toward flexible factory automation. He further advanced this field by developing dynamic tracking techniques for assembly, addressing the challenge of robots working alongside moving production lines. Koterba’s vision extends beyond terrestrial manufacturing; his highly cited work on "Human-Robot Teams for Large-Scale Assembly" (2018, 16 citations) tackles the immense challenge of constructing habitats and infrastructure in space, on the Moon, and on Mars, where human labor is scarce. Demonstrating a unique breadth, his earlier research also contributed to the development of a triaxial force discernment algorithm for flexible, high-density artificial skin, showcasing his ability to innovate at the hardware-software interface. Through these contributions, Koterba has helped chart a course from stationary industrial robots to a future of collaborative, mobile, and even extraterrestrial robotic builders.