A new study published in City and Built Environment (DOI: 10.1007/s44213-026-00068-9) provides a framework for translating climate policy into resilient urban design by examining developments in Metro Manila. The research, conducted by Professor Dina Cartagena Magnaye from the University of the Philippines School of Urban and Regional Planning, highlights that climate resilience is strongest when regulations, public agencies, private developers, and communities work together.
Urbanization is accelerating worldwide, increasing pressure on infrastructure, energy systems, and environmental quality. Cities also play a major role in greenhouse gas emissions, while dense urban districts face flooding, heat stress, and disaster risks. In Metro Manila, these pressures are intensified by fragmented governance and the difficulty of translating national climate policies into actual development projects. The study addresses a gap in research by examining how governance mechanisms manifest in building-scale design.
The qualitative multiple-case study examined a high-rise residential condominium, a commercial and office development, and a mixed-use project in Pasig City and Makati City. Data were collected through policy reviews, interviews, and on-site observations. The analysis was organized across three levels: macro (policy and institutions), meso (institutional coordination), and micro (design and development). The study also applied four phases of community adaptation—fortification and defense, accommodation, retreat, and clean-up—to evaluate climate responses.
Findings showed that smart urban governance works best when inter-agency coordination, regulatory coherence, and stakeholder participation converge. In Pasig City, residential development emphasized safety, social cohesion, open space, natural ventilation, and livability. In Makati City, commercial and office development focused on green architecture, energy efficiency, technology-enabled performance, and disaster preparedness. Mixed-use development integrated environmental management, mobility, and occupant comfort. Across cases, policies translated into visible design features including green infrastructure, flood- and seismic-risk measures, passive cooling strategies, and adaptive spatial configurations.
The authors said climate resilience cannot be delivered by policy alone or by design alone; it depends on everyday connections among planners, regulators, developers, local governments, and communities. Smart urban governance should be understood as a coordination model that helps cities translate climate goals into practical design decisions. In dense cities like Metro Manila, this means aligning building codes, land-use planning, environmental safeguards, and community needs before projects reach construction.
The findings offer guidance for policymakers, urban planners, architects, developers, and local governments in rapidly urbanizing regions. Building-scale projects can serve as active platforms for climate adaptation when supported by coherent regulation, institutional collaboration, and participatory planning. For Metro Manila and other Southeast Asian cities, the proposed framework can help evaluate whether development projects are aligned with resilience, sustainability, and public well-being. Future research could extend the framework to other metropolitan regions and use quantitative methods to assess how governance coordination affects climate adaptation outcomes.
