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About

Rahul Panat is a leading researcher in advanced manufacturing and flexible electronics, with a focus on nanoparticle printing and soft materials integration. His major contributions lie in developing novel additive manufacturing techniques—particularly aerosol jet printing—to create high-performance, deformable electronic components. Notably, his 2019 work on "High Performance Flexible Temperature Sensors via Nanoparticle Printing" (74 citations) demonstrated Cu–CuNi sensors on flexible Kapton substrates, enabling applications in soft robotics, biometric sensing, and cryopreservation. This work is widely recognized for its innovation in rapid, high-quality printing of temperature sensors. Panat also advanced the understanding of polymer stability in flexible electronics, as seen in his 2020 study on PDMS mechanical characterization under thermal stress (17 citations), and achieved a breakthrough in 2022 with "High‐Conductivity Crack‐Free 3D Electrical Interconnects Directly Printed on Soft PDMS Substrates" (10 citations), solving a critical challenge of sintering nanoparticles without damaging soft substrates. His research bridges materials science and manufacturing engineering, with direct impact on wearable healthcare devices and soft robotics. Panat’s work is highly cited, reflecting its significance in enabling next-generation flexible and stretchable electronics.