Jae‐Hoon Kim

Papers

Total Citations

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About

Jae-Hoon Kim is a researcher whose work bridges mechanical engineering and medical surgery, focusing on precision manufacturing and minimally invasive gynecological procedures. His key research areas include injection molding simulation for optical components and uterus-sparing surgical techniques. Kim’s major contribution lies in optimizing the production of mobile phone camera lens modules through simulation-driven mold development, addressing quality control challenges in high-demand manufacturing. His 2013 study on injection mold design for lens module parts, cited 3 times, provides practical solutions for maintaining process stability amid explosive market growth. In the medical domain, Kim’s 2016 comparative study on robot-assisted laparoscopic adenomyomectomy, with 2 citations, demonstrates that robotic surgery is a feasible, uterus-sparing alternative to open surgery, offering patients reduced recovery times and better outcomes. While his citation counts are modest, Kim’s work is notable for its interdisciplinary impact—applying engineering principles to improve surgical precision and manufacturing efficiency. His research serves as a valuable resource for students and practitioners in both fields, highlighting the potential of cross-disciplinary innovation to solve real-world problems.