Max Robotics — Global Service Robot Directory + US Certification

About

Soumela Atmatzidou is a leading researcher in educational robotics and computational thinking, whose work has fundamentally shaped how these tools are integrated into K-12 classrooms. Her most influential study, "Advancing students’ computational thinking skills through educational robotics" (609 citations), provides groundbreaking evidence on how robotics activities can develop algorithmic thinking and problem-solving abilities, while critically examining age and gender differences in learning outcomes. Atmatzidou’s research consistently addresses the pedagogical scaffolding necessary for effective robotics education. Her 2017 study on guidance levels (94 citations) demonstrates how varying degrees of instructional support impact students’ metacognitive and problem-solving skills, while her work on collaboration scripts (45 citations) reveals how structured group interactions enhance learning in robotics activities. She has also developed a didactical model for robotics activities that compares strong versus minimal guidance approaches. Through her systematic investigation of pedagogical frameworks, Atmatzidou has established that educational robotics is most effective when paired with deliberate instructional design, making her work essential reading for educators and researchers seeking evidence-based approaches to integrating technology in STEM education.