Ming-Hsien Yen

Papers

Total Citations

H-Index

About

Ming-Hsien Yen is a robotics researcher specializing in the mechanical design and kinematic optimization of parallel manipulators, particularly Delta-type robots. His most-cited work, "Non-spherical ball-socket joint design for Delta-type robots" (2017), addresses a critical challenge in high-speed automation: the limitations of traditional spherical joints, which often suffer from wear, backlash, and limited range of motion. Yen’s innovative non-spherical ball-socket joint design enhances durability and precision, enabling Delta robots to achieve faster and more reliable pick-and-place operations in industrial settings. While his citation count (10) reflects a focused, early-career impact, this work has been recognized for its practical relevance in manufacturing and robotics engineering. Yen’s contributions bridge the gap between theoretical kinematics and real-world mechanical constraints, offering a cost-effective solution that improves robot longevity and performance. His research is particularly valuable for students and engineers seeking to optimize parallel robot architectures for high-throughput tasks. Yen continues to explore novel joint mechanisms and lightweight structures, aiming to push the boundaries of robotic agility and efficiency in automated systems.