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About

Priyanka Bhovad is a pioneering researcher at the intersection of origami engineering, soft robotics, and embodied intelligence. Her work fundamentally reimagines how robots move and compute by harnessing the inherent multi-stability of origami structures—particularly the Kresling pattern—to replace traditional digital controllers and complex actuation systems. In her landmark study on peristaltic locomotion (2019, 145 citations), she demonstrated how a segmented origami robot could generate earthworm-like gaits purely through its mechanical skeleton, eliminating the need for multiple actuators or microcontrollers. Her highly cited work on reconfigurable soft robotic arms (2021, 146 citations) showed that by switching between stable states of Kresling modules, a robotic arm could achieve complex articulation with dramatically reduced control requirements. Most notably, Bhovad is a leading voice in physical reservoir computing with origami (2021, 101 citations), where she proved that the nonlinear dynamics of a compliant origami structure could serve as a computational resource—enabling a crawling robot to perform tasks without a conventional processor. Her research offers a compelling vision of robots that are simpler, more robust, and inherently intelligent through their very materiality.