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About

Mohamed Ouerfelli’s research lies at the intersection of rehabilitation robotics, biomechanics, and kinematic modeling, with a central focus on empowering individuals with motor disabilities. His most impactful work, “Kinematic modeling of head-neck movements” (1999, 20 citations), was driven by the need to design assistive devices—such as robots and teletheses—that can be controlled by natural head and neck motions, particularly for people with quadriplegia. This foundational contribution established methods for automatically generating kinematic models of biological and robotic systems, a theme he further developed in his thesis (1994) and subsequent work (2000). Ouerfelli also made notable strides in practical rehabilitation engineering with “An inexpensive pneumatic manipulator for rehabilitation robotics” (2002, 18 citations), where he designed a low-cost, wheelchair-mounted robot arm for motor-disabled children. This system employed innovative pneumatic actuation via Flexator actuators and a four-bar transmission, addressing both affordability and functionality. Across his career, Ouerfelli has demonstrated a rare ability to bridge theoretical kinematics with tangible assistive technology, making his work a valuable resource for researchers in rehabilitation engineering and human-robot interaction.