Camilo Rodríguez · Researcher · Max Robotics

About

Camilo Rodríguez is a leading researcher at the intersection of optical sensing and assistive robotics, with a focus on enhancing human mobility and rehabilitation technologies. His work spans two distinct but impactful domains: cost-effective optical fiber sensors and intelligent robotic walker systems. In the field of photonics, Rodríguez developed a cost-effective optical fiber pressure sensor based on intrinsic Fabry-Perot interferometric micro-cavities (2018, 72 citations), offering a practical solution for precise pressure measurements. His most influential contributions, however, lie in human–robot interaction for gait assistance. His seminal paper on multimodal human–robot interaction for walker-assisted gait (2014, 70 citations) introduced a novel interaction strategy that integrates user intent with robotic support, significantly advancing the functionality of Smart Walkers for rehabilitation and age-related mobility compensation. He further refined this work through sensor fusion techniques combining upper-limb reaction forces and gait kinematics (2014, 10 citations), and provided a comprehensive overview of the field in his review of advanced robotic walking-aid systems (2015, 26 citations). Rodríguez’s research directly addresses the growing need for accessible, intelligent mobility aids, making him a key figure in bridging sensor technology and human-centered robotics.