J. Diego Caporale

University of Pennsylvania, California University of Pennsylvania

Papers

Total Citations

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About

J. Diego Caporale is a robotics researcher whose work sits at the intersection of legged locomotion, morphological design, and bio-inspired mechanical systems. His research investigates how structural choices — from flexible spines to origami-based bodies — fundamentally shape a robot's dynamic capabilities and energy efficiency. Caporale's most-cited work, a 2020 study on a tendon-driven origami hopper (13 citations), demonstrated that lightweight, paper-based robots could achieve remarkably stable and efficient dynamic hopping, rivaling more conventional platforms. Complementing this, his investigations into coronal plane spine twisting (7 citations) and quadrupedal morphology via trajectory optimization (8 citations) challenge the robotics community's prevailing preference for rigid, twelve-degree-of-freedom torso designs, instead drawing inspiration from the animal kingdom's active, flexible backbones. His 2022 work on mode-reactive template-based control (6 citations) further contributes practical hierarchical control strategies for planar legged robots, decoupling complex locomotion planning into more tractable components. Across these contributions, Caporale advances a compelling research agenda: that thoughtful morphological and mechanical design choices can dramatically expand the performance envelope of robotic systems, offering important lessons for the next generation of agile, efficient legged machines.