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About

Mrunmayi Mungekar is an emerging researcher at the forefront of soft robotics and advanced materials engineering, with specialized expertise in bistable mechanisms, deployable structures, and bio-inspired robotic locomotion. Their most influential contribution, "Highly Dynamic Bistable Soft Actuator for Reconfigurable Multimodal Soft Robots" (2022), has garnered over 106 citations, establishing a landmark advance in enabling soft robots to transition fluidly between locomotion modes — such as crawling, swimming, and jumping — mimicking the multimodal adaptability of natural organisms through compact 3D-printed materials and shape memory alloys. Building on this foundation, Mungekar has pioneered kirigami-inspired fabrication approaches for fully soft bistable deployable structures, addressing critical scalability challenges that have historically limited real-world applications in wearables, medical tools, and energy harvesting systems. Their 2024 work integrating active learning algorithms with kirigami-cut design demonstrates a compelling convergence of machine learning and mechanical engineering to accelerate the discovery of complex 3D soft structures. Collectively, Mungekar's research — spanning approximately 147 citations across five publications — charts an ambitious trajectory toward intelligent, reconfigurable soft systems with transformative implications for next-generation robotics and adaptive manufacturing technologies.