Educational institutions, particularly urban schools, face increasingly complex challenges due to rapid social change, technological advancement, institutional competition, diverse student characteristics, and increasing demands for educational accountability. In this context, strategic planning is essential to ensure that school improvement initiatives are well-directed, data-driven, and sustainable. However, the availability of strategic planning documents does not always guarantee effective implementation or continuous quality improvement. This study aimed to examine the implementation of strategic planning in improving the quality of urban schools, identify supporting and inhibiting factors, and analyze the alignment between strategic planning practices and relevant theoretical frameworks. This research employed a descriptive qualitative approach using a multi-case study design. Data were collected through written interviews and document analysis involving school principals and school supervisors. Data analysis was conducted using the interactive model proposed by Miles, Huberman, and SaldaƱa, which consisted of data reduction, data display, and conclusion drawing/verification. Source and technical triangulation were applied to ensure data validity. The findings revealed that strategic planning contributed to school quality improvement through data-based environmental analysis, participatory vision and mission formulation, contextual priority setting, structured implementation, and continuous monitoring. Nevertheless, challenges remained in developing measurable objectives, optimizing resources, and ensuring consistent follow-up evaluations. The study concluded that strategic planning functioned effectively as a quality improvement mechanism when supported by collaborative leadership, data utilization, stakeholder engagement, and adaptive implementation processes. Future school improvement efforts should strengthen strategic planning capacity by integrating evidence-based decision-making and continuous evaluation systems.
Copyrights © 2026