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Assessment of Architectural Design Strategies for Temporary Shelters

Abstract

Temporary shelters provide essential accommodation for individuals and communities affected by disasters, displacement, conflicts, homelessness, and other emergency situations. Unlike conventional permanent buildings, temporary shelters must often be designed and constructed within limited timeframes while responding to urgent needs for safety, privacy, comfort, and basic services. Architectural design therefore plays an important role in determining whether temporary shelters can provide adequate living conditions while remaining adaptable to changing circumstances. This study assesses architectural design strategies for temporary shelters, with emphasis on spatial organization, construction methods, material selection, environmental performance, and user requirements. The assessment considers modular planning, prefabricated components, lightweight structures, flexible layouts, rapid assembly systems, and adaptable spaces. It examines how these strategies can support the efficient provision of shelter while accommodating different household sizes, activities, and emergency conditions. Particular attention is given to climatic responsiveness and environmental comfort. Temporary shelters should respond to local temperature, rainfall, solar radiation, wind conditions, and humidity through appropriate orientation, ventilation, shading, insulation, roof design, and material selection. Passive design strategies can improve indoor conditions and reduce dependence on mechanical systems, particularly in locations where access to electricity and other infrastructure may be limited. The study further examines flexibility, mobility, durability, and resource efficiency in temporary shelter design. Structures that can be dismantled, relocated, expanded, reconfigured, or reused may provide greater adaptability as emergency conditions change. The use of locally available, lightweight, recyclable, and affordable materials can also support rapid construction while reducing transportation requirements and environmental impacts. Accessibility, privacy, safety, sanitation, and community needs are additional considerations in temporary shelter planning. Effective layouts should provide appropriate separation between sleeping, cooking, washing, and communal activities while allowing adequate access for children, older persons, and persons with disabilities. Proper site planning, drainage, waste management, emergency access, and communal facilities are also important for creating safe and functional temporary settlements. The study concludes that successful temporary shelter design requires an integrated approach that combines rapid construction, environmental responsiveness, flexibility, affordability, safety, and human-centred planning. Architectural strategies that respond to local climatic conditions and user needs can improve the functionality and resilience of emergency accommodation. The findings are expected to provide useful guidance for architects, humanitarian organizations, emergency planners, governments, and development agencies involved in the planning and provision of temporary shelters.

Keywords: Temporary shelters, Emergency architecture, Shelter design, Disaster response, Spatial planning, Modular construction, Rapid construction, Climate-responsive design, Flexible housing, Prefabrication, Human-centred design, Shelter accessibility, Emergency accommodation, Resilient design.