Gabriel Aguirre-Ollinger
National University of Singapore, Orica (Singapore), House of Representatives
Papers
9
Total Citations
254
H-Index
6
About
Gabriel Aguirre-Ollinger is a leading researcher in rehabilitation robotics, focusing on the development of intelligent, assistive technologies for restoring mobility after neurological injury. His primary research areas include lower-limb exoskeletons, series elastic actuators (SEAs), and telerehabilitation systems for both upper and lower extremities. Aguirre-Ollinger’s major contributions center on phase-synchronized force control, a technique that aligns robotic assistance with the user’s natural gait cycle to correct kinematic anomalies, such as those seen in stroke survivors. His most cited work, a 2020 paper on a lower-limb exoskeleton with variable-structure SEAs (96 citations), demonstrates how precise torque control can address gait asymmetry. He has also pioneered work on omnidirectional platforms for gait training, using admittance-shaping control to enhance user mobility. Notably, his 2021 paper on decentralized neurorehabilitation (51 citations) addresses the critical need for remote therapy access, a challenge highlighted by the COVID-19 pandemic. His recent 2024 feasibility study on clinic-to-home exergaming therapy further underscores his commitment to translating lab innovations into practical, accessible solutions for patients.
Research Focus
Key Achievements
Top Papers
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