Assessment of Foldables as an Aide to Enhance Mathematics Performance Among Grade-9 Learners: Basis for an Enhanced Curriculum

Abstract

This study examines the effectiveness of incorporating Foldables as an instructional strategy to improve mathematics performance among Grade 9 learners in Faisalabad, Pakistan. The research assessed the impact of Foldables compared to traditional teaching methods, focusing on their influence on post-test performance and understanding of mathematical concepts. Initial pre-test data indicated comparable performance levels between the control and experimental groups, with neither group achieving "Advanced" status, primarily clustering in the "Approaching Target" range. Statistical analysis confirmed no significant differences in pre-test scores, affirming the study's experimental validity. Post-intervention results demonstrated substantial improvements in the experimental group's performance, with 96% reaching the "Advanced" level, compared to 84% in the control group. The significant difference (t-value = 3.4887, p-value = 0.00105) indicates that Foldables had a positive effect on students' mathematics achievement. Further analysis revealed a mean gain difference of 2.72 between groups, also statistically significant (t-value = 2.3593, p-value = 0.0224). Challenges identified included fine motor skill demands, group dynamics, and resource limitations, underscoring the need for structured support. Recommendations for an enhanced curriculum include scaffolding motor skill activities, improving group collaboration, and providing additional resources and teacher support. Overall, the findings suggest that integrating Foldables into the Math 9 curriculum can significantly enhance student engagement and learning outcomes, provided that adaptations are made to address identified challenges.