This presentation outlines a study investigating the impact of educational robotics activities on the development of computational thinking and programming skills in preschool children aged 3 to 6 years. Emphasizing the growing importance of early programming education, the research aimed to determine if such interventions foster an active and creative role in technology use. Computational thinking was evaluated across three key dimensions: sequences, correspondence (action-instruction), and debugging. The findings indicate that interventions utilizing educational robotics resources yield positive results, demonstrating significant progress in computational thinking skills among participating children, particularly in all three measured dimensions.
Exploring the Impact of Educational Robotics on Early Computational Thinking
0:06 Promoting Early Programming Skills: The importance of developing programming skills from an early age is highlighted, aiming to enable children (3-6 years old) to become active and creative users of technology.
0:14 Study Objective: The research aims to assess the impact of educational robotics activities on the acquisition of computational thinking and programming skills in preschool children.
0:30 Measuring Computational Thinking: Computational thinking is measured through three specific dimensions:
Correspondence (Action-Instruction): Linking actions to specific commands.
Debugging: Identifying and correcting errors.
0:39 Positive Findings: The intervention, which involved learning activities through educational robotics resources, demonstrated positive results in enhancing the children's computational thinking abilities.
0:52 Key Conclusion: Children who participated in the robotics program showed greater advancement across all three dimensions of computational competence, indicating the effectiveness of educational robotics in fostering these skills in young learners.