IMPACT OF ADJACENCY OF SPACES IN FIRE SERVICE STATION

Fire service stations are critical infrastructural facilities that serve as the first line of defense in emergency situations, particularly fires and rescue operations. The effectiveness of these stations is largely dependent not only on the availability of equipment and trained personnel but also on the spatial organization of the facility. This study investigates the impact of adjacency of spaces in fire service stations, focusing on how the proximity and arrangement of functional areas influence operational efficiency, response time, safety, and communication. The research adopts a qualitative and analytical approach, examining existing fire station layouts, architectural principles, and case studies. It identifies key spatial relationships such as the connection between dormitories and apparatus bays, control rooms and dispatch units, and equipment storage and vehicle exits. The study reveals that poor spatial adjacency can lead to delays, confusion, and inefficiencies during emergencies, while well-planned layouts significantly enhance performance and reduce response time. Findings from this study emphasize the importance of strategic spatial planning in fire station design. The research concludes by recommending best practices in architectural design that prioritize adjacency, accessibility, and functionality. Ultimately, this study contributes to the development of more efficient, safe, and responsive fire service facilities.