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About

Rangsarit Vanijjirattikhan is a researcher whose work bridges intelligent systems, robotics, and industrial automation. His key research areas include intelligent spaces (iSpace), autonomous underwater robotics, and reconfigurable learning systems. Vanijjirattikhan’s major contribution lies in pioneering the concept of intelligent spaces—large-scale mechatronic environments integrating distributed sensors, actuators, and control algorithms for time-sensitive applications. His most cited paper, "Intelligent space with time sensitive applications" (24 citations), established foundational principles for this emerging field. He further advanced this work by implementing mobile agent gain scheduler control across inter-continental intelligent spaces, demonstrating real-world feasibility between laboratories in Japan and the United States. In underwater robotics, Vanijjirattikhan developed PID posture controllers for 6-DOF underwater robots, addressing challenges of non-linearity and hydrodynamic effects to achieve stable, precise motion control. His recent work on reconfigurable immersive learning systems, using ANSI/ISA-S88 standards, creates innovative pathways from substation operation simulators to learning factory environments. With a career spanning from foundational iSpace research to practical robotics and educational applications, Vanijjirattikhan’s work continues to influence intelligent automation and control systems.