Fostering Mathematical Mindsets: A Modern Consolidated Systematic Review and Qualitative Synthesis of Research Literature
DOI:
https://doi.org/10.46328/ijofes.5585Keywords:
Mathematical mindsets, Dweck’s Theory, Mindset interventions, Mathematics education, Teacher beliefs, Classroom strategies, Parental involvement, Peer influence, Sociocultural factors, Professional development, Supportive classroom environment, Mindfulness practices, Resistance to change, Academic success, Motivation, Self-efficacyAbstract
The concept of mathematical mindsets, based on Carol Dweck's theory of fixed and growth mindsets, has significant implications for mathematics education. This systematic review and qualitative synthesis aim to analyze existing research on fostering mathematical mindsets to provide insights into their development and impact on educational outcomes. Methodologically, the study follows the PRISMA guidelines, for conducting a comprehensive systematic review of the research literature across major academic databases to identify relevant studies. Data extraction and thematic synthesis were performed using qualitative data analysis software MAXQDA 24 to ensure consistency and comprehensiveness. Key findings highlight that growth mindsets in mathematics encourage students to embrace challenges, view failures as learning opportunities, and persist in their efforts, leading to improved academic performance and reduced math anxiety. The study identifies effective interventions, such as mindset workshops, teacher professional development, and parental involvement strategies, that have shown positive outcomes in fostering growth mindsets. Additionally, sociocultural factors, teacher beliefs, and classroom practices significantly influence the development of mathematical mindsets. The main contributions of this review include identifying gaps in the current research and suggesting areas for future exploration, such as the long-term effects of mindset interventions and their applicability across diverse educational contexts. The study concludes that cultivating mathematical mindsets holds the potential to enhance students' engagement and success in mathematics. However, the review also acknowledges limitations related to the variability in intervention designs and contextual factors, emphasizing the need for further research to optimize strategies for fostering growth mindsets in mathematics education.
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