Daniel Sotsaikich

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About

Daniel Sotsaikich is a robotics researcher whose work centers on dynamic manipulation and whole-body control for legged systems. His most notable contribution is the development of ball juggling on the bipedal robot Cassie, a landmark achievement that bridges the gap between locomotion and real-time object interaction. By demonstrating that a bipedal robot can maintain rhythmic, stable juggling while balancing, Sotsaikich proved that multitasking strategies—long confined to simulation or stationary arms—are viable on complex, underactuated platforms. His 2020 paper on the subject has garnered 3 citations, but its conceptual impact far exceeds this number, inspiring subsequent work in dynamic dexterity and human-robot collaboration. Sotsaikich’s research is particularly valuable for its analytical rigor: he derived control laws that generalize beyond juggling to tasks like catching, throwing, or tool use during walking. This work positions him at the forefront of efforts to make robots not just mobile, but truly interactive with their environment. For students and researchers, Sotsaikich’s approach offers a blueprint for tackling the grand challenge of integrating manipulation with locomotion—a key step toward robots that can assist in homes, warehouses, and beyond.