Hassam Khan Wazir

Papers

Total Citations

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About

Hassam Khan Wazir is a robotics researcher focused on developing intelligent, human-centered robotic systems for critical healthcare applications. His work addresses pressing challenges at the intersection of medical robotics, human-robot interaction (HRI), and rehabilitation technology. Wazir’s major contributions include pioneering a COVID-19 emergency response system that enabled the remote control of a dialysis machine via mobile HRI, a solution designed to minimize healthcare workers’ exposure to contagion during the pandemic. He also developed a novel lymphatic drainage robot for lymphedema rehabilitation, targeting an incurable condition that causes painful swelling in limbs. This robotic approach offers a controlled, automated alternative to manual therapy, improving patient quality of life. His most-cited papers, including the COVID-19 response work (6 citations) and the lymphedema robot (4 citations), demonstrate his commitment to translating robotic innovation into tangible clinical impact. Wazir’s research is notable for its direct response to urgent healthcare needs—from pandemic safety to chronic disease management—showcasing how robotics can enhance both patient care and clinician safety. His work continues to inspire new directions in medical robotics and assistive technology.