Kyriaki Rafailia Kavazidi

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About

Kyriaki Rafailia Kavazidi is a pioneering researcher at the intersection of neural engineering and rehabilitation robotics, whose work focuses on restoring sensorimotor function through noninvasive brain-computer interfaces (BCIs). Her primary contributions lie in developing practical, off-the-shelf BCI systems for controlling anthropomorphic robotic arms, addressing a critical need for accessible assistive technologies. Her most-cited work, "Towards Rehabilitation Robotics: Off-the-Shelf BCI Control of Anthropomorphic Robotic Arms" (2017, 42 citations), demonstrates how low-cost, safe neural interfaces can replace lost motor function in patients, achieving remarkable results with minimal complexity. Kavazidi further advanced the field by investigating the nuances of motor imagery control, comparing visual versus kinesthetic rehearsal in "Visual Versus Kinesthetic Motor Imagery for BCI Control of Robotic Arms (Mercury 2.0)" (2017, 7 citations), revealing how different mental strategies affect EEG-based control. Her proof-of-concept study on spinal cord injury patients, "Commercial BCI Control and Functional Brain Networks in Spinal Cord Injury" (2017, 6 citations), uniquely explores how SCI alters brain organization and how BCIs can leverage these changes for effective control. Kavazidi’s work is notable for bridging commercial BCI hardware with clinical rehabilitation needs, offering a scalable, user-friendly pathway toward restoring independence for individuals with paralysis.