Sustainable Urban Housing: Integrating Climate-Resilient Design and Green Infrastructure in Emerging Cities

Abstract: This study examines the integration of climate-resilient design and green infrastructure as a framework for advancing sustainable urban housing in emerging cities. The concept builds upon the recognition that rapid urbanization, environmental degradation, and climate vulnerability create pressing challenges for housing systems in developing urban environments. The research problem lies in the inadequacy of conventional housing models that fail to account for long-term resilience and ecological sustainability. To address this, a structured analysis was undertaken combining theoretical review with a comparative assessment of emerging city case studies, supported by policy evaluation and urban resilience indicators. The results highlight that climate-resilient design—characterized by adaptive construction, energy efficiency, and material innovation—combined with green infrastructure solutions such as urban vegetation, permeable landscapes, and decentralized water systems, significantly enhances both environmental performance and community well-being. Findings further indicate that the integration of these elements reduces vulnerability to climate risks, improves housing quality, and contributes to broader sustainable development objectives. The impact of this research lies in its provision of an integrated framework for policymakers, urban planners, and housing developers to align affordable housing provision with climate adaptation strategies. By bridging sustainability science, architectural innovation, and governance practices, the study underscores the potential of sustainable housing as a transformative pathway for resilient urban futures in emerging cities. Keywords Sustainable urban housing, climate-resilient design, green infrastructure, emerging cities, urban resilience, adaptive construction, sustainable development, housing policy, environmental performance, affordable housing