Dinesh Maddipatla

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Total Citations

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About

Dinesh Maddipatla is a researcher advancing the field of flexible and printed electronics, with a primary focus on developing novel sensors for wearable and industrial applications. His key research areas include carbon nanotube (CNT)-based pressure sensors and fluorinated graphene-based temperature sensors. Maddipatla’s major contribution is the development of a flexible, capacitive pressure sensor using screen-printed carbon nanotubes and a PDMS dielectric layer, which enables reliable detection of varying applied pressures—a breakthrough for low-cost, scalable, and adaptable sensing technologies. This work, published in 2017, has garnered 90 citations, underscoring its influence in the flexible electronics community. His subsequent research on a flexible temperature sensor utilizing fluorinated graphene further demonstrates his commitment to exploring advanced materials for multifunctional sensing. While this 2020 paper has 2 citations to date, it highlights his ongoing efforts to integrate nanomaterials into practical, flexible devices. Maddipatla’s work is notable for its emphasis on scalable fabrication techniques like screen printing, making his sensors viable for real-world deployment in healthcare, robotics, and environmental monitoring. His contributions are paving the way for next-generation, conformable electronic systems.