A Pilot and Exploratory Study on the Effects of a Board-Game Intervention on Early Mathematical Reasoning in Preschool Children

The foundational stages of mathematical understanding in preschool children are crucial for their long-term academic success, a fact underscored by a recent pilot study investigating the impact of structured board-game interventions. This research, conducted by academics at Sivas Cumhuriyet University, suggests that engaging with specific board games can significantly enhance early mathematical reasoning skills in children aged 60 to 71 months. The findings, published in Frontiers in Psychology, offer promising insights into play-based learning as a pedagogical tool for developing critical cognitive abilities.

Study Overview and Methodology

The exploratory study employed a quasi-experimental pretest-posttest control group design, involving 24 preschool children divided equally into an experimental group and a control group. Over a six-week period, the experimental group participated in a structured intervention utilizing five distinct board games. These games were carefully selected for their ability to target various cognitive and reasoning processes essential for mathematical development. The control group, meanwhile, continued with their regular preschool curriculum without the added board-game activities.

Data collection utilized the Early Mathematical Reasoning Skills Assessment Tool, which measures skills in two key subdomains: measurement and data analysis-probability. The statistical analysis involved ANCOVA (Analysis of Covariance) to control for pre-existing differences between the groups, change score comparisons to track individual progress, and interaction-based regression with Johnson-Neyman techniques to explore how initial skill levels influenced the intervention’s effectiveness.

Key Findings and Results

The study’s results indicated a significant positive impact of the board-game intervention. After accounting for initial skill levels, children in the experimental group demonstrated substantially higher mathematical reasoning performance on the posttest compared to their peers in the control group. This suggests that the structured play activities were effective in boosting overall mathematical reasoning capabilities.

Further analysis revealed nuances in how the intervention affected different children. Moderation analyses, employing the Johnson-Neyman technique, highlighted that the positive effects of the board games were more pronounced for children who started with medium and high levels of initial mathematical reasoning skills. This suggests that while the intervention is beneficial, children with stronger foundational skills may benefit the most, or perhaps, children with lower initial skills might require tailored support or a longer intervention period to show comparable gains.

Drilling down into the specific subdomains, the study found larger gains in the data analysis-probability skills than in measurement skills. Games that involve pattern recognition, classification, prediction, and logical deduction naturally align with the cognitive demands of data analysis and probability. Conversely, measurement concepts, which often require concrete manipulation of objects, comparison of physical attributes, and understanding of abstract units like time, appeared to be less directly addressed by the selected games.

Background and Significance of Early Mathematical Reasoning

Early childhood is widely recognized as a critical window for developing mathematical competencies. The skills acquired during these formative years, such as number sense, pattern awareness, and spatial reasoning, lay the groundwork for more complex mathematical learning later in life. Research consistently shows a strong correlation between early math skills and later academic achievement, even predicting success in non-mathematical domains. For instance, a landmark study by Duncan et al. (2007) found that early math skills were a stronger predictor of later academic success than early reading or attention skills. This underscores the importance of effective early interventions.

Play-based learning, a cornerstone of early childhood education, has long been advocated for its role in cognitive development. Structured play, such as board games, offers a unique avenue for children to engage with mathematical concepts in an enjoyable and interactive manner. Vygotsky’s sociocultural theory, which emphasizes learning through social interaction and guided participation within a child’s zone of proximal development (ZPD), provides a theoretical framework for understanding the efficacy of board games. Similarly, Piaget’s theories on cognitive development suggest that rule-based games can foster logical thinking and the development of cognitive structures.

Mathematical reasoning, as defined in the study, involves the mental processes children use to make sense of mathematical ideas, form connections, and draw inferences. This goes beyond rote memorization or basic calculation, encompassing conceptual understanding and problem-solving strategies. The National Research Council (2009) has highlighted that developing strong mathematical reasoning in early childhood is vital for both individual potential and broader educational equity.

The Role of Board Games in Cognitive Development

Board games have been identified as valuable tools for supporting cognitive development across various age groups. Their structured nature, often involving rules, objectives, and strategic decision-making, naturally lends itself to skill development. Globally, there’s a growing recognition of "mind and intelligence games" as crucial instructional aids, with early introduction contributing significantly to cognitive growth.

Previous research has provided a solid foundation for the link between board games and mathematical learning. A systematic review by Balladares et al. (2024) noted generally positive effects of board games on mathematics learning, although the impact varied depending on game type and implementation. Specific studies, like those by Ramani and Siegler (2008), have demonstrated that linear number board games can significantly improve early numerical competencies, including number-line estimation and magnitude comparison. These games provide a tangible and engaging way for children to visualize numerical relationships.

The specific types of mathematical reasoning skills targeted by board games often include patterning, grouping, sequencing, and basic probabilistic judgments. However, skills that require direct physical interaction with the environment, such as measurement, can be more challenging to foster through traditional board games alone. This aligns with the findings of Ergül and Artan (2015), who noted that children often struggle more with measurement-related concepts in their assessment.

Addressing Limitations and Future Directions

The current study, being a pilot and exploratory endeavor, has inherent limitations. The small sample size of 24 children restricts the generalizability of the findings to a broader population. Furthermore, the participants were nested within intact classrooms, meaning that potential classroom or teacher effects could not be fully isolated. Future research should aim for larger, more diverse samples and consider multilevel modeling techniques to account for hierarchical data structures.

The study also focused on short-term effects, leaving the long-term sustainability of the observed gains unclear. Longitudinal studies are recommended to track whether these improvements persist over time and continue to support academic progression. Cultural context is another factor; the intervention was conducted in Turkey, and replication in different cultural settings would be valuable to assess the universality of the findings.

The finding that children with higher initial skill levels benefited more from the intervention is particularly important. While this highlights the effectiveness of the games, it also points to a need for differentiated instruction. Educators might need to develop pre-intervention strategies or supplementary materials to support children who start with lower baseline mathematical reasoning abilities. Exploring moderators like working-memory capacity and prior experiences could also shed light on why certain children benefit more than others.

The differential impact on data analysis-probability versus measurement skills suggests a need for balanced approaches. While board games are excellent for abstract reasoning, concrete experiences are crucial for measurement. Early childhood educators should consider integrating hands-on activities, such as using rulers, comparing weights, or timing events, alongside board-game play to ensure comprehensive development across all mathematical domains.

Broader Implications for Education

The study’s findings offer valuable insights for early childhood educators, curriculum developers, and policymakers. They reinforce the pedagogical value of play-based learning and provide concrete evidence for the effectiveness of well-designed board games in fostering crucial mathematical reasoning skills. As the education landscape increasingly emphasizes the development of 21st-century skills like critical thinking and problem-solving, incorporating such interventions becomes even more pertinent.

The results also highlight the importance of a nuanced approach to intervention design. Understanding that different children learn at different paces and benefit from different types of activities is key. By identifying the specific cognitive processes targeted by each game, educators can make more informed choices about which games to use and how to integrate them into their teaching practices. The study’s use of the Johnson-Neyman technique, which pinpoints the exact pretest score ranges where an effect becomes significant, offers a sophisticated method for understanding differential impacts, a practice that could be more widely adopted in early childhood research.

In conclusion, this pilot study provides compelling evidence that structured board-game interventions can be a powerful tool for enhancing early mathematical reasoning in preschool children. While further research is needed to confirm and expand upon these findings, the study offers a promising direction for making mathematics education more engaging, effective, and equitable for young learners. The integration of such playful learning experiences, supported by thoughtful pedagogical strategies, holds the potential to significantly shape children’s future academic trajectories.