Satinder K. Sharma

Papers

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About

Satinder K. Sharma is a leading innovator in the field of flexible electronics and bio-inspired tactile sensing, with a primary focus on developing advanced artificial electronic skin (e-skin) for humanoid robotics and human-machine interfaces. Her major contributions lie in creating cost-effective, scalable fabrication methods for multi-modal sensors that replicate the nuanced sensory capabilities of human skin. Notably, her 2024 work on "Cost-Effective Processing of Flexible Tactile Sensors for e-skin Applications" (5 citations) pioneered the use of room-temperature liquid metal in sensory configurations, significantly lowering production barriers for interactive smart skins. Building on this, her 2026 study on "Bio‐Inspired Microchanneled Artificial Skin for Multi‐Modal Human‐Machine Interfaces" (4 citations) introduced a compact, energy-efficient platform capable of integrating multiple sensing modalities—a critical step toward seamless human-robot interaction. Though emerging, her work is already shaping next-generation wearable technologies and intelligent robotics. Sharma’s research stands out for its practical approach to bridging the gap between biological skin and artificial systems, offering transformative potential for prosthetics, soft robotics, and interactive devices. Her innovative use of microchanneled architectures and liquid metals marks her as a rising leader in the e-skin domain.