Moupali Chakraborty

Papers

Total Citations

168

H-Index

About

Moupali Chakraborty is a leading researcher in flexible and bioinspired electronics, with a focus on developing advanced sensory systems for robotics and autonomous vehicles. Her major contributions include pioneering work on printed synaptic transistor–based electronic skin (e-skin), which enables robots to not only sense tactile stimuli but also process and learn from them, mimicking biological neural pathways. This breakthrough, published in 2022 and garnering 139 citations, represents a significant step toward next-generation robots with human-like multimodal sensing and preprocessing capabilities. Chakraborty has also advanced underwater robotics through her development of a porous elastomer-based flexible pressure sensor for autonomous underwater vehicles (AUVs). Her capacitive sensor design, utilizing porous PDMS as a dielectric, achieves wide-range pressure detection while maintaining flexibility and durability—work that has earned 29 citations. Her research uniquely bridges materials science, device engineering, and biomimetic intelligence, offering practical solutions for both terrestrial and aquatic robotic systems. With her innovative e-skin and underwater sensor technologies, Chakraborty is shaping the future of intelligent, perceptive machines capable of interacting with complex environments.