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About

Xiaoliang Jiang is a rising innovator in the field of flexible tactile sensing and soft robotics, with a focused expertise in developing high-performance electronic skin technologies. His primary contributions center on the design and fabrication of capacitive tactile sensing arrays that achieve exceptional sensitivity and robustness through micro-structured porous dielectric layers. Jiang’s work directly addresses the critical challenge of enabling electronic skins to detect both normal and shear pressures across a broad range, a capability essential for dynamic human motion monitoring and advanced robotic manipulation. Notably, his 2022 and 2023 papers, each garnering 9 citations, present validated sensing arrays that demonstrate high robustness for three-axis pressure measurement, while his 2023 work on an enhanced porous dielectric layer specifically targets the synergistic force perception required for robotic grasping and lifting tasks. Beyond tactile sensing, Jiang has also contributed to the system-level integration of deep learning in a supermarket shopping robot, showcasing his versatility in bridging sensor hardware with intelligent control. With a growing citation footprint, Xiaoliang Jiang is establishing himself as a key contributor to the future of soft, sensitive, and reliable electronic skins for human-machine interaction.