Kim Young Ho

Papers

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About

Kim Young Ho is a pioneering researcher at the intersection of digital fabrication, construction robotics, and sustainable materials. His most influential work, "Clay robotics: A hybrid 3D printing casting process" (2017), introduces a groundbreaking method that combines additive manufacturing with traditional casting using clay as a mold material. This innovation enables the production of geometrically complex, building-scale components with improved efficiency and reduced material waste, directly addressing key challenges in sustainable construction. With 7 citations, this paper has laid foundational groundwork for integrating low-cost, locally sourced materials into automated building processes. Kim’s contributions are particularly notable for bridging the gap between experimental robotic fabrication and practical architectural applications, offering a scalable pathway toward more eco-friendly construction practices. His research continues to inspire engineers and architects seeking to harness digital tools for material-efficient design, positioning him as a forward-thinking voice in the evolution of construction technology.