Sweety Deswal

Papers

Total Citations

415

H-Index

About

Sweety Deswal is a leading researcher in the field of bio-inspired electronics, with a primary focus on developing advanced electronic skin (e-skin) for next-generation robotics. Her work centers on mimicking the complex sensory capabilities of biological skin, particularly the integration of mechano, thermal, and pain receptors to create truly neuro-inspired tactile systems. Deswal’s major contributions include pioneering the use of printed synaptic transistors to create e-skin that can not only sense but also learn and preprocess tactile data, moving beyond simple sensing to intelligent, adaptive touch. Her most-cited paper, "Neuro-inspired electronic skin for robots" (2022), has garnered 276 citations, highlighting its foundational impact on the field. A second highly influential work, "Printed synaptic transistor–based electronic skin for robots to feel and learn" (2022), with 139 citations, demonstrates her ability to combine high-quality, uniformly responsive electronic devices with neuromorphic computing principles. Deswal’s research is pivotal in enabling robots to interact with their environment with unprecedented dexterity and awareness, bridging the gap between artificial systems and the remarkable efficiency of biological somatosensation.