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About

Parth Kotak is a leading researcher in the field of soft robotics and bio-inspired actuation, with a focus on developing next-generation artificial muscles. His work centers on the evolution and application of twisted and coiled artificial muscles (TCAMs), which offer lightweight, high-power alternatives to conventional electromagnetic and pneumatic actuators. Kotak’s major contributions include establishing a dynamic model for the tensile actuation of thermally and electro-thermally activated TCAMs, a foundational framework that has garnered 29 citations and enabled precise control of these novel actuators. His most-cited paper, "The evolution of mechanical actuation: from conventional actuators to artificial muscles" (2021, 66 citations), provides a comprehensive review that has become a key reference for researchers transitioning from rigid to compliant actuation systems. Notably, Kotak’s work on octopus-inspired muscular hydrostats powered by TCAMs (2023, 18 citations) demonstrates the practical application of these muscles in creating soft, flexible robots capable of complex, natural movements. This bio-inspired approach has significant implications for safe human-robot interaction and medical devices. Kotak’s research continues to push the boundaries of actuation technology, bridging the gap between biological systems and engineered robotics.