Soultana Tsingidou
Papers
1
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1
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1
About
Soultana Tsingidou is a pioneering researcher at the intersection of early childhood education, embodied learning, and computational thinking. Her work explores how tangible programming languages and physical activity can synergistically foster motor creativity and cognitive development in preschool children. In her highly cited 2025 study, "The Effect of Tangibly Programmable Robots on Motor Creativity in Preschool Education," Tsingidou demonstrates that combining programmable robots with physical movement not only enhances young children's understanding of coding concepts but also significantly boosts their motor creativity—a critical skill for holistic development. This research has garnered attention for its innovative approach to integrating STEM education with physical education, offering educators a practical, play-based method to promote both computational and motor skills. Tsingidou’s contributions are particularly impactful in the growing field of embodied cognition, where she provides empirical evidence that tangible, kinesthetic learning experiences can bridge the gap between abstract programming concepts and concrete physical actions. Her work is essential reading for researchers and educators seeking to design inclusive, developmentally appropriate curricula that nurture creativity and problem-solving from the earliest years.
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