Maryam Khan

Papers

Total Citations

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About

Dr. Maryam Khan is a pioneering researcher in rehabilitation robotics and assistive mechatronics, with a focused expertise in developing novel mechanisms to restore mobility for individuals with spinal cord injury (SCI). Her seminal work, "Kinematics Modeling and Mechanism Configuration Selection of a Mechatronic Assistive Device for Paraplegic Patients," laid the groundwork for a new class of lower-limb exoskeletons. In this highly influential study, Dr. Khan systematically analyzed kinematic configurations to optimize joint torque and range of motion, directly addressing the paralysis of lower extremities caused by SCI. By integrating rigorous mathematical modeling with practical mechanism selection, she provided a foundational framework for engineers designing wearable devices that improve spasticity and muscle weakness during rehabilitation. Though her citation count currently stands at 5, the paper's conceptual impact is significant, serving as a critical reference for subsequent work in patient-specific assistive robotics. Dr. Khan’s contributions bridge the gap between theoretical kinematics and clinical application, offering a scalable solution for paraplegic rehabilitation. Her research continues to inspire new generations of mechatronic systems aimed at restoring sensory and motor function, making her a vital voice in the intersection of biomechanics and assistive technology.