M. Ramirez-Chipana
Papers
2
Total Citations
19
H-Index
2
About
M. Ramirez-Chipana is a rising bioengineer whose work sits at the intersection of rehabilitation robotics, mechatronics, and neurorecovery. Their primary research focuses on the development of robotic exoskeleton systems for upper-limb rehabilitation, particularly for post-stroke patients. Ramirez-Chipana’s major contribution lies in designing and evaluating both active and passive rehabilitation devices that restore compromised motor functions in the elbow and hand. Their 2024 review on elbow-hand robotic exoskeletons (10 citations) systematically outlines the clinical benefits of these systems for neurorehabilitation, while their companion paper on a bio-mechatronic exoskeleton with a mobile-prismatic joint mechanism (9 citations) introduces a novel, low-cost design for passive hand therapy. These works directly address the WHO’s estimate that 15 million people suffer stroke annually, with 70–80% experiencing lasting upper-limb impairment. By bridging engineering innovation with clinical need, Ramirez-Chipana is helping to make robotic rehabilitation more accessible and effective. Their early citation impact signals a promising trajectory in assistive robotics and patient-centered design.
Research Focus
Key Achievements
Top Papers
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- 2