DOWNLOAD THE COMPLETE PROJECT

9 Users found this project useful

Effect of Escape Route Configuration on Occupant Movement During Emergencies

Abstract

The study examines the effect of escape route configuration on occupant movement during emergencies, with emphasis on how the arrangement and characteristics of escape routes influence the ability of building occupants to move quickly and safely toward designated exits. Escape routes form an important component of building safety and may include corridors, stairways, ramps, exit doors, passageways, and connecting circulation spaces. Their configuration can influence movement direction, accessibility, congestion, travel distance, and the ease with which occupants identify and reach safe exits during emergency situations. The study will assess selected escape route configurations and examine their effects on occupant movement during simulated or reported emergency conditions. Attention will be given to route width, length, number and location of exits, corridor arrangement, stairway position, turning points, route continuity, obstructions, exit visibility, directional signage, and the relationship between escape routes and occupied spaces. Occupant movement will be assessed in terms of travel time, movement flow, congestion, route selection, ease of wayfinding, and the ability to reach designated exits. A descriptive comparative research design will be adopted for the study. An appropriate sample of selected buildings and their occupants will be assessed using a suitable sampling technique. Data will be collected through physical observation, building measurements, escape-route mapping, emergency movement observations or controlled simulations, photographic documentation, and structured questionnaires where applicable. The collected data will be analyzed using descriptive statistics such as frequency, percentage, mean, and standard deviation, while appropriate comparative techniques will be applied to examine differences in occupant movement across different escape route configurations. The study is expected to reveal that escape routes with adequate width, clear continuity, appropriate exit locations, short and direct travel paths, visible exits, and limited obstructions may support faster and more organized occupant movement during emergencies. Poorly configured routes may result in longer travel times, congestion, confusion, conflicting movement patterns, and delayed access to exits. The effectiveness of escape routes may also be influenced by building occupancy, occupant familiarity, emergency signage, exit capacity, building layout, and the type of emergency considered. The findings will be useful to architects, fire safety professionals, building control authorities, facility managers, emergency planners, and other professionals involved in building design and safety management. The study may provide useful information for improving the planning and assessment of escape routes in buildings and for identifying configuration features that can support safer occupant evacuation. It may also contribute to building designs that balance normal circulation requirements with emergency movement and safety needs. The study will conclude by establishing the effect of escape route configuration on occupant movement during emergencies and emphasizing the importance of integrating effective evacuation planning into building design. It is recommended that escape routes should be clearly organized, adequately sized, continuous, unobstructed, accessible, and appropriately connected to safe exits, with suitable signage provided to support wayfinding. Further studies should examine evacuation movement across different building types, occupancy levels, and emergency scenarios to support improved approaches to building safety and emergency planning.

Keywords: Escape route configuration, occupant movement, emergency evacuation, building safety, evacuation routes, emergency exits, circulation planning, evacuation time, occupant flow, escape corridors, stairways, exit doors, emergency wayfinding, fire safety, architectural design.