Ki-Youn Kwon

Papers

Total Citations

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About

Ki-Youn Kwon is a leading researcher in shipbuilding automation and maritime safety systems, with a focus on advanced manufacturing and collision prevention technologies. His most impactful contribution is the development of an automated thermal forming system for curved plates in ship fabrication, detailed in his 2016 paper, which has garnered 18 citations. This system integrates scanning devices, heating units, computational algorithms, and a six-axis gantry robot to streamline the forming process, significantly improving precision and efficiency in shipbuilding. Kwon’s work addresses a critical bottleneck in production, reducing manual labor and enhancing quality control. Additionally, his 2020 research on a kinematic collision box algorithm for anti-collision systems on offshore drilling vessels, though with 2 citations, demonstrates his versatility in applying computational methods to enhance safety in complex maritime environments. By merging robotics, automation, and safety engineering, Kwon’s contributions offer practical solutions for industrial challenges, making his research valuable for students and professionals in naval architecture, mechanical engineering, and offshore technology. His work underscores the potential of automation to transform traditional shipbuilding and drilling operations.