Jerry Cheng‐Yen Lai

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About

Jerry Cheng‐Yen Lai is a leading researcher in construction robotics and automation, with a primary focus on the kinematic modeling and constraint analysis of heavy machinery for infrastructure projects. His most influential work, "Kinematic modeling and constraint analysis for robotic excavator operations in piling construction," has garnered 35 citations, establishing a foundational framework for automating complex excavation tasks. Lai’s contributions lie in bridging theoretical robotics with practical construction challenges, particularly in developing precise control algorithms that enable excavators to perform piling operations with enhanced accuracy and safety. By addressing the unique constraints of dynamic construction environments, his research directly impacts the efficiency and reliability of autonomous heavy equipment. Beyond this flagship paper, Lai’s broader portfolio explores sensor integration and real-time motion planning for robotic systems in civil engineering. His work is recognized for its potential to reduce human error and labor risks on construction sites, making him a key figure in the emerging field of construction 4.0. For students and researchers, Lai’s research offers a compelling case study in applying robotic principles to solve real-world industrial problems, demonstrating how kinematic analysis can transform traditional construction methods into smart, automated processes.