J.C. Hudgens

The University of Texas at Austin, Hanyang University, Applied Materials (United States)

Papers

Total Citations

H-Index

About

J.C. Hudgens is a robotics researcher whose work has made meaningful contributions to the field of precision motion control and robotic manipulation. Specializing in micromanipulator systems and serial manipulator modeling, Hudgens has focused on solving one of robotics' fundamental challenges: achieving high-resolution, accurate motion at the end-effector level. His 1991 paper on the fully-parallel six degree-of-freedom micromanipulator — a device designed to fit between a robot's wrist and end-effector for fine error compensation and delicate force control — established foundational concepts that continue to influence precision robotics design, garnering 17 citations. Building on this work, his 2002 paper on modeling, synthesis, and design of high-resolution micromanipulators further advanced the field by addressing the practical engineering challenges of manufacturing and implementing such modules within industrial robotic systems, earning 16 citations. Hudgens also contributed to compliance modeling for serial manipulators, developing structural frameworks that account for both joint and link compliance across varied joint configurations. Collectively, his research addresses the critical gap between standard industrial robot capabilities and the precision demands of advanced manufacturing and delicate manipulation tasks.