Juan Camilo Osorio

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About

Juan Camilo Osorio is pioneering the frontier of soft robotics, where flexibility meets control. His research centers on bio-inspired design and morphofunctional co-engineering, particularly harnessing multistability—the ability for a structure to hold multiple stable shapes—to create robots that move with unprecedented efficiency. His most cited work, “Manta Ray inspired multistable soft robot” (2023, 12 citations), draws directly from nature: by mimicking how manta rays lock their fins in asymmetric positions during sharp turns, Osorio’s robot achieves tighter radii and faster maneuvers than conventional soft systems. This breakthrough demonstrates how embodied intelligence can replace complex external controllers. Building on this, his 2025 paper “Embodying Control in Soft Multistable Robots from Morphofunctional Co‐design” (3 citations) tackles the core challenge of nonlinear material response, proposing that the robot’s very structure can encode control logic—a paradigm shift from rigid actuators. Though early in his career, Osorio’s work is already influencing how researchers think about “morphofunctional” design, where form and function merge to solve the control paradox in soft robotics. His approach promises a future where soft robots are not just flexible, but inherently smart.