S. Kojima

Papers

Total Citations

H-Index

About

S. Kojima has been a pioneering figure in the field of intelligent manufacturing and robotic assembly systems, with a career dedicated to bridging the gap between digital design and physical automation. His primary research areas encompass autonomous robot cells, 3D CAD-driven manufacturing, and the optimization of assembly processes. Kojima’s most significant contribution is his leadership in the WASCOR IV project, detailed in his most-cited work (16 citations), which developed an interior finishing unit assembly system using robots—a foundational study in automated construction. He further advanced the field by proposing a 3D CAD-oriented self-planning system that calculates minimal robot requirements, balances task allocation, and derives optimal assembly sequences, demonstrating a core principle of manufacturing optimization. Within the Intelligent Manufacturing System (IMS) program, Kojima focused on extracting and integrating assembly process information from product development data, ensuring that design intent directly informs robotic execution. While his citation counts reflect a specialized, technical audience, his work on integrating CAD data with autonomous robot planning has been instrumental in shaping modern, flexible assembly cells. Kojima’s research remains a key reference for engineers seeking to create efficient, data-driven robotic manufacturing environments.