Discipline

Business And Education Industry

Abstract

The Philippines is one of the most disaster-prone countries in the world, situated within the Pacific Ring of Fire and the Western Pacific Typhoon Belt. Natural hazards such as typhoons, earthquakes, and floods frequently disrupt the country’s economic, environmental, and educational stability. These disasters affect the lives of millions and directly compromise the right of Filipino children to uninterrupted education. Educational institutions are thus called upon to play a central role in disaster preparedness and resilience building. This study investigates how Disaster Risk Reduction (DRR) is integrated into the curricula of educational institutions in the Philippines, and how this integration supports the broader goals of safety, preparedness, and national development. The study employed a qualitative research approach through content analysis, supported by a limited quantitative component. Data were gathered through extensive literature reviews of DRR-related laws, policy documents, curriculum frameworks, and academic studies. In-depth interviews were conducted with selected DRR experts and educators from five higher education institutions and national meteorological agencies. Data were coded and analyzed thematically to identify recurring concepts and practices in DRR integration within educational settings. Only the most relevant data—directly related to curriculum integration—were retained and categorized into meaningful clusters for analysis. Findings revealed a growing institutional awareness and legislative support for integrating DRR into Philippine education. Several policies—such as Republic Acts 10121 and 9729, and DepEd Orders 55 and 37—form the legal foundation for embedding DRR into both basic and higher education. At the basic education level, DRR is integrated into subjects such as science and social studies and is treated more robustly in the senior high school curriculum, particularly within the STEM track. However, there remains a lack of uniformity in implementation across schools and disciplines. At the tertiary level, DRR content is generally delivered through the National Service Training Program (NSTP), while a few teacher education institutions offer it as an elective or a certificate program. Despite these efforts, teacher capacity, updated materials, and interdisciplinary teaching approaches remain challenges to full integration. The research underscores that while substantial groundwork has been laid through national legislation and departmental orders, practical implementation varies widely. Many teachers assigned to teach DRR subjects lack formal training in disaster science or social resilience frameworks. There is also a tendency to silo DRR education within the natural sciences, excluding important insights from the social sciences. The study recommends the adoption of an interdisciplinary teaching model, continuous teacher training, and the expansion of DRR as a standalone subject across all tracks. Making DRR education mandatory—not just for science tracks but across all senior high school and college programs—will ensure equitable access to life-saving knowledge. Furthermore, a shift from reactive to preventive education strategies is needed, focusing on community-based risk awareness, simulation exercises, and the use of real-life case studies.