Manisha Kundu

Jadavpur University, University of Kalyani

Papers

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About

Manisha Kundu is a rising researcher in flexible electronics and energy harvesting, with a focus on self-powered sensor systems and soft robotics. Her most impactful work introduces a novel 2D MoO₃/PVDF–HFP nanocomposite for flexible piezoelectric nanogenerators, achieving 22 citations since 2024. This breakthrough enables wireless, real-time mechanosensing for remote pressure monitoring, advancing the frontier of wearable and implantable devices. Kundu’s earlier research on flexible materials for robot gripping applications, though less cited, demonstrates her foundational interest in bio-inspired, adaptable systems—exploring how compliant grippers can emulate human dexterity to handle varied shapes and weights. Her contributions bridge materials science and robotics, offering scalable solutions for energy-autonomous sensors and soft manipulators. With a publication record that spans from fundamental gripping mechanisms to cutting-edge nanocomposite devices, Kundu exemplifies the integration of practical engineering and materials innovation. Her work holds promise for next-generation prosthetics, environmental monitoring, and industrial automation, positioning her as a notable voice in the growing field of flexible, self-powered technologies.