Aug 2026· International Journal of Engineering and Modern Technology· pp. 208· 0 citations
Abstract
Public administrative buildings in Rivers State had experienced recurring fire outbreaks that
disrupted government operations, affected public service delivery, and endangered critical
administrative records, thereby demonstrating the need for improved fire-resilient architectural
planning. This study aimed to identify public administrative buildings that had experienced fire
outbreaks in Rivers State, examine the nature of these incidents, and determine the
architectural design strategies that could improve their resilience to fire. A qualitative multiple
case study approach was adopted, using thematic cross-case analysis of five public
administrative buildings with documented fire incidents to address these objectives. The study
found that the selected buildings were affected by both electrical faults and deliberate arson,
with recurring vulnerabilities including inadequate fire compartmentation, weak protection of
critical government functions, vulnerable building services, insufficient fire detection and
suppression systems, and poor emergency preparedness. The findings showed that
conventional fire safety measures alone were inadequate and that integrated fire-resilient
architectural planning was required to minimise operational disruption and support the
recovery of governance functions. The study contributed to knowledge by developing a context
specific Fire-Resilient Design Guideline Framework that translated recurring vulnerabilities
into practical design considerations for the planning, retrofitting, and management of public
administrative buildings in Rivers State. It was concluded that implementing the proposed
framework would enhance life safety, protect critical government assets, and strengthen
resilience, while the study recommended the adoption of integrated fire-resilient design
strategies, improved emergency preparedness, routine maintenance, digital archiving, and
strengthened policy enforcement.
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, spa...
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