Georgia Kouvoutsakis

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About

Georgia Kouvoutsakis is a pioneering researcher at the intersection of developmental robotics and pediatric rehabilitation, focusing on how robot-assisted environments can enhance perceptual-motor development in infants and young children. Her work addresses a critical gap in early intervention by designing novel, engaging platforms that promote exploratory movement and contingency learning. Her most cited paper, "Feasibility of Using the Robot Sphero to Promote Perceptual-Motor Exploration in Infants" (2022, 6 citations), demonstrates the practical potential of spherical mobile robots to encourage infant interaction and motor discovery. Expanding on this, her research in "A Pediatric Motor Training Environment Based on Human-Swarm Interactions" (2024, 2 citations) introduces an innovative assistive system combining dynamic body weight support with swarm robotics, offering new pathways for children with or at risk for motor delays. Additionally, her work on "Using Infant Limb Movement Data to Control Small Aerial Robots" (2022, 1 citation) explores the use of aerial drones to provide real-time, contingent feedback, a key mechanism for fostering motor learning. Kouvoutsakis’s contributions are notable for their creativity and translational potential, directly impacting how technology can support early developmental milestones and improve quality of life for vulnerable populations.