Papers
11
Total Citations
44
H-Index
4
About
Francisco J. Ruiz-Sanchez is a robotics and control systems researcher whose work spans robot manipulation, rehabilitation engineering, visual servoing, and assistive technology. Over nearly two decades of scholarly contribution, he has developed innovative control frameworks for some of the most challenging problems in robotics, including constrained robot dynamics and cooperative manipulation. His pioneering work on Passive Velocity Field Control and Force-Velocity Field methods offers elegant, model-free solutions for contour tracking and object manipulation, addressing real-world uncertainties that traditional controllers struggle to handle. Ruiz-Sanchez has also made meaningful contributions to rehabilitation robotics, designing an upper limb exoskeleton for paediatric neuromuscular disorder assessment and exploring how EMG patterns captured during haptic-guided therapy can inform diagnosis and treatment evaluation. His adaptive neural network and second-order sliding mode control approaches demonstrate a commitment to robust, intelligent systems. Perhaps most distinctively, his 2022 work introduced a computer vision interface to bring robotics education to visually impaired children, reflecting a rare blend of technical rigor and social purpose. With citations spanning foundational control theory to inclusive educational technology, Ruiz-Sanchez represents a researcher whose impact reaches both the laboratory and the broader community.
Research Focus
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