Yajing Qiao

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About

Yajing Qiao is an emerging researcher in agricultural robotics and precision plant phenotyping, with a focused interest in developing automated solutions for plant growth monitoring. Her primary research area centers on the design and implementation of spherical robots for non-invasive, in-field stem diameter inspection—a critical parameter that reveals plant growth state and moisture content. Qiao’s major contribution lies in addressing the limitations of traditional, often bulky or stationary measurement devices by introducing a mobile robotic platform capable of autonomous navigation and real-time data collection. Her most-cited work, "Design and test of stem diameter inspection spherical robot" (2019), has accumulated 5 citations, demonstrating early recognition within the precision agriculture community. This innovative approach combines robotics with plant physiology, offering a practical tool for continuous, automated crop monitoring that can enhance irrigation management and yield prediction. As a researcher, Qiao is pioneering the integration of spherical robotics into agricultural sensing, laying groundwork for scalable, low-cost phenotyping systems. Her work holds promise for smart farming applications, where real-time plant health data can drive more efficient and sustainable agricultural practices.