Jen‐Chia Chang

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About

Dr. Jen‐Chia Chang’s research centers on robotics, control systems, and dynamic simulation, with a particular focus on the modeling and analysis of multi-axis robotic manipulators. Their most notable contribution is the development of a comprehensive simulation program for a Cartesian robot arm, which integrates control logic, system dynamics, and a fourth-order Runge-Kutta algorithm for precise numerical integration. This work, published in 2005, has garnered 5 citations and remains a foundational reference for researchers exploring the interplay between mechanical design and software-based control in robotic systems. By enabling the simulation of three translational and two rotational axes of motion, Dr. Chang’s program provides a valuable tool for testing and validating control strategies before physical implementation. Their work exemplifies a practical, interdisciplinary approach to robotics, bridging theoretical dynamics with real-world engineering challenges. For students and researchers, Dr. Chang’s research offers a clear example of how simulation can accelerate the development of complex robotic systems, making it a useful resource for those entering the fields of automation and mechatronics.