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About

Mengze Li is a pioneering researcher in assistive robotics, specializing in powered exoskeletons and neurorehabilitation for paraplegic patients. Their work centers on restoring both motor control and sensory feedback to individuals with complete lower-body paralysis. Li’s major contribution is the development of a novel human–exoskeleton interaction framework that integrates electric stimulation feedback with cooperative control, enabling patients to voluntarily guide their own gait rather than passively following a pre-programmed sequence. Their most cited paper (2020, 13 citations) demonstrates how gait modification can improve walking stability when the patient actively participates using canes. Earlier foundational studies (2015–2018) introduced finger-mounted walk controllers and precise foot positioning systems that compensate for impaired efferent and afferent nerves through healthy index fingers. By combining electrical stimulation with real-time feedback, Li’s work addresses a critical gap: giving patients both volitional control and lower-body sensation. With a cumulative citation count approaching 30 across their key papers, Li’s research is steadily gaining recognition for its potential to transform exoskeleton therapy from passive assistance into active, patient-driven rehabilitation.