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About

Jun-Sang Kim is a researcher focused on construction robotics, with a particular emphasis on improving safety and efficiency in high-risk building and infrastructure tasks. His work centers on the development and economic validation of specialized robots for steel pipe pile head cutting and high-rise building façade cleaning—two areas where manual labor poses significant dangers, including falls and structural instability. Kim’s major contributions include the design and structural stability analysis of an all-in-one attachment-based robot for PHC pile head cutting, addressing critical safety, quality uniformity, and productivity gaps in Korean construction practices. His most cited paper, "Life Cycle Cost Analysis of the Steel Pipe Pile Head Cutting Robot" (2020, 10 citations), demonstrates the economic feasibility of automating this hazardous process, while his 2022 study on a built-in guide-type façade cleaning robot (4 citations) further underscores his commitment to life cycle cost analysis as a tool for promoting robotic adoption. Though his citation counts are modest, Kim’s work is notable for tackling niche, high-impact problems in construction safety, offering practical, data-driven solutions that bridge engineering design and real-world field application.