Integration of Natural Sciences in Private Schools: Pedagogical Approaches and Innovative Opportunities
DOI:
https://doi.org/10.31150/ajshr.v6i9.3956Keywords:
Method, STEM/STEAM, PISA, Uzbekistan, Integration, High-Level, Case-BasedAbstract
Integrating natural science subjects in schools reflects a global movement toward holistic science education that enables students to understand connections across disciplines. In Uzbekistan, recent educational reforms and the autonomy of private schools have created favorable conditions for experimenting with integrative teaching of chemistry, biology, and geography, supported by STEAM initiatives and digital innovations. Despite policy attention, there is still limited evidence on how integrative approaches are applied in Uzbek private schools, what pedagogical strategies are most effective, and what challenges remain in teacher preparation and resources. This study reviews recent literature, reforms, and case studies to analyze pedagogical and technological approaches for integrating natural sciences in private educational settings in Uzbekistan. The findings highlight several promising strategies, including case- and phenomenon-based learning to contextualize ecological issues, STEAM and project-based approaches to foster interdisciplinary problem-solving, and the use of technology such as virtual biology laboratories to overcome resource constraints. These innovations have been shown to enhance motivation, critical thinking, and creativity, while cultivating a broad scientific worldview. The study demonstrates how private schools’ flexibility enables them to pioneer integrative science curricula and pilot global STEM-aligned practices in Uzbekistan, offering lessons for broader reform. Successful scaling of integrative natural science education will require systematic teacher training, curriculum alignment, and resource support. If effectively implemented, these approaches can prepare Uzbek students with the scientific literacy and innovative skills necessary to address complex real-world problems in the 21st century.
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