The Architecture of Fire Safety

Abstract

Fire safety in buildings is often addressed through separate technical provisions such as fire detection, suppression, compartmentation, structural protection and means of escape. While these measures are essential, their effectiveness is also influenced by architectural decisions concerning building configuration, spatial organisation, circulation, materials and building services. This study critically reviews fire protection strategies in buildings to examine how architectural design, technical systems and operational management can be coordinated to improve fire safety performance. A critical narrative review was undertaken using published scholarly literature and documented evidence addressing fire behaviour, passive and active fire protection, occupant evacuation, performance-based fire engineering, fire safety management, regulatory compliance and emerging intelligent technologies. The literature was examined thematically and critically synthesised to identify relationships, limitations and areas of fragmentation across existing approaches. The review establishes substantial knowledge within individual fire-safety domains, but also a persistent separation between architectural planning, technical fire protection and operational management. Building configuration influences fire and smoke movement, evacuation and the performance of protective systems, while maintenance, preparedness and management influence the extent to which intended safety performance is sustained during occupation. In response, the study develops an integrated architectural fire-safety framework linking building fire-risk conditions with passive protection, active protection, occupant-centred evacuation, intelligent fire-safety technology, and fire-safety management and regulatory compliance. The framework positions fire safety as an integrated building-performance and life-cycle responsibility rather than a collection of compliance measures. The study contributes a design-oriented perspective that connects architectural decision-making with technical and operational requirements and provides a basis for more coherent planning, assessment and development of fire-responsive buildings.