My research focuses on ultra-precision machining and intelligent manufacturing systems, with a particular emphasis on integrating advanced machine vision technologies to enhance accuracy, efficiency, and process automation. I am passionate about developing innovative methodologies for surface quality improvement, tool wear monitoring, and adaptive control in cutting processes. My work also explores the application of artificial intelligence and data-driven approaches to optimize manufacturing systems and bridge the gap between theoretical models and practical industrial implementation. Through interdisciplinary collaboration, I aim to contribute to the advancement of next-generation smart manufacturing technologies.