Hongqing Pan

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About

Hongqing Pan is a researcher at the intersection of advanced materials and rehabilitation robotics, with key contributions in flexible pressure sensors and adaptive assistive technologies. Pan’s work on MXene membranes, notably the 2023 study on “Blowing up Ti3C2TX MXene membrane for robust sound detection,” has garnered 8 citations, demonstrating early impact in the development of high-performance, flexible sensors for health monitoring, human–machine interfaces, and soft robotics. This work highlights Pan’s ability to engineer two-dimensional materials into practical, robust sensing platforms. In parallel, Pan addresses critical challenges in rehabilitation engineering, as seen in the 2023 paper “Adaptive Symmetry Reference Trajectory Generation in Shared Autonomy for Active Knee Orthosis,” which has received 4 citations. This research advances gait symmetry training for hemiplegic patients by developing intelligent reference trajectory generation from the unaffected limb, enhancing the autonomy and effectiveness of robotic orthoses. By bridging materials science and biomedical engineering, Pan’s work holds promise for both next-generation wearable electronics and improved clinical outcomes in neurorehabilitation, marking them as a rising contributor to these interdisciplinary fields.