ChaBum Lee

Texas A&M University, Walker (United States)

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About

ChaBum Lee is a researcher specializing in precision metrology, non-destructive inspection, and advanced manufacturing processes. His work bridges optical sensing and robotic automation, with a focus on surface characterization and quality control for hybrid materials. Notably, his 2022 study on "Field surface roughness levelling of the lapping metal surface using specular white light" (7 citations) introduced a novel optical method for real-time roughness assessment, enhancing precision in metal finishing. In 2023, he developed a "Non-destructive Inspection System for Self-piercing Riveting in CFRP-Metal Joining Product Using Stereoscopic Method with Robotic Manipulator" (7 citations), which integrates stereoscopic vision and robotics to detect defects in carbon-fiber-reinforced polymer (CFRP) and metal joints—critical for lightweight automotive and aerospace structures. Lee’s contributions advance non-contact measurement techniques and automated quality assurance, with his work cited in engineering and materials science contexts. His research demonstrates a strong commitment to solving real-world industrial challenges through innovative optical and robotic systems.