- Conducted in-depth research and technical analysis on flight safety, aircraft manufacturing quality, control optimization, and maintenance costs to pinpoint key technology applications and system integration opportunities.- Led the development of intelligent flight monitoring and visual inspection systems, employing computer vision, data analysis, and AI for multimodal data fusion and real-time monitoring, enhancing aircraft operational support.- Developed an intelligent aircraft visual platform for real-time monitoring, visual analysis, fault diagnosis, performance evaluation, and lifespan prediction, advancing the integration of various technologies into a cohesive system.

- Spearheaded the development of an AMR integrating 3D LiDAR SLAM for precise navigation and object recognition, allowing robots to perform pick-and-place, manipulation, and assembly tasks in industrial settings.- Pioneered a mobile robot system for data acquisition and the creation of virtual plant models by fusing multimodal sensor data, SLAM, and 3D modeling technology.- Engineered innovative solutions for dimension measurement and defect inspection in the consumer electronics industry, leveraging traditional machine vision and deep learning techniques to enhance product quality.

- Led the development of core machine vision algorithms, enabling object detection, robot guidance, and collision avoidance using 3D visual data.- Successfully designed and executed projects for cosmetic inspection and measurement, utilizing both 2D/3D computer vision and deep learning, improving product quality for major clients such as Apple, Huawei, and Xiaomi.- Served as a pivotal link between strategic clients and internal teams, ensuring seamless communication and project delivery.

- Established a visual system integrating real-time human motion tracking, object tracking, and grasp planning for human-robot collaborative object transfer.- Developed a hybrid algorithm, “2 1/2D visual servoing,” combining Position-based and Image-based visual servoing in robot control.- Published research results in international academic conferences and journals.

conducting research on applying ASW (acoustic surface waves) in removing the residuals at automatic dispenser nozzle.

Test of radiation therapy treatment planning software under U.S. Food and Drug Administration regulations.

Development of DSP servo controller in die bonding machine.