Qiaosheng Pan, an Associate Professor at the Institute of Instrumentation Science and Optoelectronic Engineering, Hefei University of Technology, is a specialist in precision mechanical design, piezoelectric transducers, sensors, and actuators. He holds a B.E. in mechanical engineering and automation from the University of Jinan and a Ph.D. in instrumentation and optoelectronic engineering from the University of Science and Technology of China. His professional experience includes leading numerous national and provincial research projects, authoring a technical monograph, and contributing extensively to the development of advanced piezoelectric motors, pumps, and actuators. He has published widely in SCI and Scopus-indexed journals, with research spanning resonant piezoelectric systems, high-precision displacement mechanisms, and novel actuator architectures, supported by multiple granted patents that advance intelligent detection and precision instrumentation. He has served as a young editor for an academic journal, contributed to major national research collaborations, and holds senior membership in the Chinese Society for Mechanical Engineering. His work integrates design innovation, structural optimization, and experimental validation, significantly shaping next-generation high-precision devices while supporting talent development and engineering practice. 834 citations, 90 documents, 15 h-index.
Profiles: Scopus
Featured Publications
Pan, Qiaosheng*, Development of a type of cross-scale piezoelectric screw motor operating in quasi-static and resonant states. Mechatronics, 2025.
Pan, Qiaosheng*, Design method and error analysis of 3D measurement system in accordance with the Abbe principle. Measurement, 2025.
Pan, Qiaosheng*, Array-structured microcapsule fibers for efficient fire extinguishing in confined spaces. Lab on A Chip, 2025.
Pan, Qiaosheng*, Development of a low-stiffness and high-dynamic micro–nano probe utilizing the eddy current damper. IEEE Sensors Journal, 2025.
Pan, Qiaosheng*, Advancements in manufacturing and applications of multi-dimensional micro-nano materials through interface shearing. (Review, Open Access).