Arthur Ngo Foon Chan

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About

Arthur Ngo Foon Chan is a pioneering researcher at the intersection of robotics and architecture, whose work is redefining the capabilities of cable-driven parallel robots (CDPRs). His primary research areas include deformable robotics, workspace analysis, and robotic construction for architecture. Chan’s most significant contribution is the introduction of "Deformable Open-Frame Cable-Driven Parallel Robots" (D-CDPRs), a novel class of robots that not only accounts for inevitable frame deformation in traditional rigid systems but also enables the use of ultra-lightweight, flexible frames—opening new possibilities for large-scale, on-site construction. His 2024 paper on this topic has already garnered 12 citations, signaling its growing influence. In his 2023 work, Chan advanced the field by integrating wrench and twist feasibility with actuator torque-speed relationships, providing a more holistic understanding of CDPR performance. This paper has earned 8 citations for its practical insights. Notably, Chan’s 2018 paper on inflatable architecture production with cable-driven robots advocates for lightweight, suspended robotic systems over off-site prefabrication, championing safer, more flexible on-site construction methods. Through these contributions, Chan is shaping a future where robots are not confined to factories but work dynamically in the built environment.