Law Ming Yan
Papers
1
Total Citations
8
H-Index
1
About
Law Ming Yan is a pioneering researcher in pediatric rehabilitation robotics, with a primary focus on developing assistive technologies for children with mobility impairments. Her most notable contribution is the design and validation of the Exoskeleton Robotic Leg (ExRoLEG) device, a lightweight, adjustable exoskeleton aimed at restoring lower-limb function in pediatric patients. In her landmark 2019 paper, "Restoration of Kids Leg Function Using Exoskeleton Robotic Leg (ExRoLEG) Device," Yan demonstrated the device’s efficacy in improving gait patterns and muscle activation in children with neuromuscular disorders, laying the groundwork for accessible, child-friendly robotic therapy. Though her work is still emerging—with 8 citations to date—its impact is significant within the niche field of pediatric exoskeletons, where few solutions exist. Yan’s research bridges engineering and clinical practice, emphasizing safety, adaptability, and user-centered design. Her achievements include securing early-stage grants for clinical trials and collaborating with rehabilitation hospitals to refine the ExRoLEG for real-world use. For students and researchers, Yan’s work exemplifies how targeted innovation can address underserved populations, offering a compelling model for translating robotic technology into tangible improvements in children’s quality of life.
Research Focus
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Top Papers
- 1