OPTIMIZING ARCHITECTURAL STRATEGIES FOR CROWD MANAGEMENT IN MULTI-LEVEL SPORTS FACILITIES, LAGOS

Abstract

As urban environments grow denser and available land becomes increasingly limited, vertical sports complexes have emerged as innovative solutions to meet the rising demand for recreational facilities in compact cities. However, the vertical arrangement of these complexes introduces significant challenges related to crowd control, circulation efficiency, and emergency management. This study explores design strategies that enhance crowd management within vertical sports complexes, focusing on Victoria Island in Lagos, Nigeria, as a case study. Through comprehensive analysis of spatial planning, architectural zoning, and human movement patterns, the research identifies critical principles that promote safety, functionality, and user comfort in high-density environments. Key strategies examined include vertical zoning, modular circulation cores, intuitive wayfinding systems, and the incorporation of smart technologies for real-time crowd monitoring. The study offers a design-focused perspective, providing practical insights and recommendations for architects, urban planners, and facility managers involved in the development of future-proof, crowd-efficient vertical sports facilities in rapidly urbanizing cities