Shivangi Misra

Philadelphia University, University of the Sciences, University of Pennsylvania

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About

Shivangi Misra is a pioneering roboticist whose work sits at the intersection of soft robotics, origami engineering, and bio-inspired locomotion. Her research focuses on designing programmably compliant mechanisms that enable robots to achieve dynamic dexterity and energy-efficient movement. Misra’s most influential contribution is the development of a programmably compliant origami mechanism (2020, 42 citations), which uses a one-parameter family of crease patterns to create origami bellows with tunable axial compliance—a breakthrough for dynamically dexterous robots. She further advanced the field with tendon-driven auxetic tubular springs (2021, 24 citations), 3D-printable structures with negative Poisson’s ratios that become stiffer under compression, enabling resilient hopping robots. Her work on a tendon-driven origami hopper (2020, 13 citations) demonstrated a laptop-sized paper robot achieving stable, high-speed hopping at over 1.5 body-lengths per second. Most recently, she designed a tunable-stiffness coiled-spring actuator (2023) capable of stiffness changes up to 20x, offering a lightweight, compact solution for adaptive locomotion. With a growing citation impact and a portfolio of innovative, nature-inspired designs, Misra is shaping the future of compliant, agile robotics.