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About

Piotr Bartkowski is an emerging researcher at the forefront of soft robotics, smart materials, and adaptive structures, with a particular focus on variable stiffness systems and shape-morphing composites. His work centers on developing innovative mechanisms that enable robotic and electronic structures to dynamically adapt their physical properties in response to external stimuli. Bartkowski's most celebrated contribution is the e-morph actuator — an electromagnetically controlled shape-morphing composite integrating granular cores, silicone shells, and liquid metal channels — which has garnered 14 citations since its 2022 publication and established him as a pioneer in electromagnetically driven soft robotics. Complementing this, his research on programmable shape-shifting structures using liquid metal electromagnetic actuators (13 citations) advances flexible robotics toward unprecedented geometric versatility. His exploration of granular jamming, both as an adaptive crash energy absorber and as a cyclically loaded soft robotic mechanism, further demonstrates the breadth of his contributions to tunable stiffness technology. More recently, Bartkowski has extended his vision into multiphysics simulation of volumetric pixels and flexible energy storage for wearable electronics, signaling a trajectory toward fully integrated, adaptive robotic systems. With a growing citation record across high-impact application domains, his research is making meaningful strides in bridging materials science and next-generation robotics.