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About

Rudra Mukherjee is a pioneering researcher at the intersection of bioinspired robotics, flexible electronics, and advanced energy systems. His work addresses the critical challenge of powering autonomous robots in unstructured environments, proposing bioinspired distributed energy solutions that move beyond conventional batteries. His most cited paper, “Bioinspired Distributed Energy in Robotics and Enabling Technologies” (2021, 50 citations), lays the groundwork for self-sustaining robotic systems capable of extended field operations. Mukherjee also made significant contributions to optoelectronics, developing printed GaAs microstructures for flexible, high-performance broadband photodetectors (2022, 39 citations), a breakthrough for miniaturized, low-power photonic devices. Additionally, his research on screen-printed interconnects (2022) advances the mechanical reliability of flexible electronics for wearables and health monitoring. By integrating additive manufacturing with materials science, Mukherjee’s work enables durable, energy-efficient devices that bridge robotics and flexible electronics. His achievements highlight a commitment to sustainable, scalable technologies, positioning him as a key innovator in next-generation autonomous systems and flexible photonics.