Lee McEligot

Papers

Total Citations

H-Index

About

Lee McEligot is a researcher at the intersection of rehabilitation engineering and assistive robotics, with a primary focus on developing innovative devices to restore mobility after neurologic injury. Their most notable contribution is the design and modeling of AirStep, a novel cable-suspended robot that enables early-stage gait rehabilitation by allowing patients to practice walking motions while supine. By compensating for the weight of the legs, AirStep facilitates "air-stepping" exercises that could accelerate recovery after conditions like stroke or spinal cord injury. This work, published in 2024, has already garnered 5 citations, signaling growing interest in this practical, patient-centered approach. McEligot’s research addresses a critical gap in rehabilitation—offering a safe, low-impact method to engage motor pathways before patients can bear weight. Their work exemplifies how thoughtful mechanical design can translate into tangible clinical tools, and it positions them as an emerging voice in the field of cable-driven robotics for therapy. For students and researchers, McEligot’s trajectory highlights the value of combining rigorous engineering with a deep understanding of clinical needs.