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Digitally Supervised Play of Math Games Improves Math Learning More When the Games Are Played With Peers Than When
Nadir Díaz-Simón1, Guillermo Trinidad2, Dinorah de León3
1Numerical Cognition Laboratory, Department of Psychology, Western University.
Group-based digital math games with partial feedback significantly improved children's math skills more than individual play. This approach fosters collaboration and discussion, complementing traditional math education.
Area of Science:
- Educational Technology
- Cognitive Psychology
- Mathematics Education
Background:
- Many children struggle with school mathematics, leading to initiatives using digital technology for personalized feedback.
- Individualized digital training can reduce valuable peer interaction, collaboration, and teacher-led instruction.
- Existing methods often overlook the social and collaborative aspects of learning mathematics.
Purpose of the Study:
- To investigate a novel approach using digitally-guided group play with partial feedback for mathematics learning.
- To compare the effectiveness of group-based learning with individual digital learning in mathematics.
- To determine if collaborative learning enhances mathematical skill development.
Main Methods:
- Children were randomly assigned to either individual digital tablet play or small-group play with physical cards and a "Magic Box" digital device.
- Both conditions received partial feedback to encourage reflection and error correction.
- Mathematics games were used as the primary learning tool in both experimental conditions.
Main Results:
- Group play with the "Magic Box" resulted in greater improvements in children's mathematics skills compared to individual play.
- Partial feedback in both conditions promoted reflection and error correction.
- Collaborative engagement in mathematical problem-solving was associated with enhanced learning outcomes.
Conclusions:
- Group-based mathematics play with partial digital feedback is an effective educational strategy.
- This approach can successfully complement traditional mathematics curricula by fostering collaboration.
- Digital tools can be leveraged to enhance social learning in mathematics education.
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