Jiao Zhao

Papers

Total Citations

H-Index

About

Dr. Jiao Zhao is a leading researcher in the field of robotic manufacturing and precision measurement, with a core focus on optimizing robotic systems for high-stakes industrial applications, particularly in aerospace. Her most influential work, "Robot base position and spacecraft cabin angle optimization via homogeneous stiffness domain index with nonlinear stiffness characteristics" (2024), has garnered 60 citations and introduces a novel framework for enhancing the stiffness and accuracy of robots used in large-scale assembly tasks. This contribution is critical for improving the machining quality of spacecraft components. Dr. Zhao also advanced the field of metrology with her work on "A stepwise parameter identification strategy for probe-based robot on-machine measurement system calibration based on sensitivity analysis" (2024), which provides a systematic method for calibrating measurement systems, reducing errors in real-time manufacturing processes. Her research bridges the gap between theoretical stiffness modeling and practical calibration, directly impacting the efficiency and precision of automated production lines. With her innovative approaches to robot positioning and measurement, Dr. Zhao is establishing herself as a key figure in the evolution of intelligent manufacturing systems.