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<p>Subject integration in mathematics is increasingly recognized as a catalyst for collaborative, 21st-century learning, fostering the development of critical thinking and problem-solving. This study synthesizes and pictorially illustrates a series of interdisciplinary activities that can be embedded into micro-projects for middle school students, while also providing a concise theoretical background and literature review outlining the strengths, challenges, and opportunities of interdisciplinary integration in mathematics across multiple dimensions. Drawing on constructivist and problem-based pedagogies, in alignment with the National Education Policy 2020 (India), this study does not detail/investigate a single intervention but instead provides an account of multiple classroom-based experiences, illustrating concrete strategies for improving engagement and conceptual-understanding via subject-integrated activities for project-based learning in maths. It connects mathematical concepts with students' lives and other academic streams by utilizing hands-on projects, real-life applications, and STEAM-based challenges, thereby fostering a more holistic understanding. The discussion includes key points on evaluation of a representative micro-project and synthesizes overarching outcomes observed across all listed evidence-based interdisciplinary activities, thus demonstrating the potential of integrated learning to advance mathematical literacy, foster adaptability, and promote comprehensive educational development in varied contexts.</p>

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Enhancing middle school mathematics through interdisciplinary integration: a 21st-century approach

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年1月9日

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  • Shailaja Bairy,
  • Neeta Inamdar

摘要

Subject integration in mathematics is increasingly recognized as a catalyst for collaborative, 21st-century learning, fostering the development of critical thinking and problem-solving. This study synthesizes and pictorially illustrates a series of interdisciplinary activities that can be embedded into micro-projects for middle school students, while also providing a concise theoretical background and literature review outlining the strengths, challenges, and opportunities of interdisciplinary integration in mathematics across multiple dimensions. Drawing on constructivist and problem-based pedagogies, in alignment with the National Education Policy 2020 (India), this study does not detail/investigate a single intervention but instead provides an account of multiple classroom-based experiences, illustrating concrete strategies for improving engagement and conceptual-understanding via subject-integrated activities for project-based learning in maths. It connects mathematical concepts with students' lives and other academic streams by utilizing hands-on projects, real-life applications, and STEAM-based challenges, thereby fostering a more holistic understanding. The discussion includes key points on evaluation of a representative micro-project and synthesizes overarching outcomes observed across all listed evidence-based interdisciplinary activities, thus demonstrating the potential of integrated learning to advance mathematical literacy, foster adaptability, and promote comprehensive educational development in varied contexts.