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About

Anindya Nag is a leading researcher in the development of flexible, printed, and wearable sensors, with a particular focus on strain, tactile, and force-sensing applications. His work bridges materials science and engineering, notably through the use of gold/polyimide composites and graphene-based nanomaterials to create high-performance, cost-effective sensing prototypes. Nag’s contributions include the fabrication of novel resistive strain sensors and flexible printed sensors for robotic arm applications, each garnering nearly 50 citations, as well as the development of a printed, wearable e-skin force sensor array. He has also authored a highly cited review on graphene-based tactile sensors, reflecting his influence in the field. More recently, Nag has expanded into energy harvesting with 3D-printed PVDF-based hybrid nanogenerators and explored the intersection of artificial intelligence and mental health. With over 150 citations across his most prominent works, Nag is recognized for advancing practical, scalable sensing technologies that hold promise for robotics, healthcare, and human-machine interfaces.