Review of Integrating Efficient Circulation System in Hospitals A Thematic Analysis for the Design of Obstetrics Hospital, Ugwolawo

Abstract

The design of hospital environments is a critical factor in the effective delivery of healthcare services. In specialized units such as obstetrics, where timely and coordinated movement is paramount, the circulation system's efficiency directly impacts patient outcomes, staff productivity, and overall operational effectiveness. This article presents a comprehensive review and thematic analysis of integrating efficient circulation systems in hospital design, focusing specifically on the Obstetrics Hospital in Ugwolawo, Nigeria. Through an extensive literature review, site visits to existing obstetrics hospitals, and engagement with architects, healthcare professionals, and community members, this study identifies key principles and best practices in hospital circulation design. The findings highlight the importance of clear wayfinding, separation of traffic flows, accessibility, flexibility, and strategic proximity of key departments and services. These principles are critical in creating a patient-centered environment that enhances comfort, privacy, and ease of movement, while also optimizing staff workflows and ensuring safety through effective infection control measures. The thematic analysis reveals that patient-centered design should prioritize wide corridors, clear signage, and separate paths for different patient groups to reduce stress and enhance privacy. For staff efficiency, optimizing workflows by locating key areas close to each other and providing dedicated staff routes is essential. Safety and infection control are addressed by designing separated traffic flows for clean and dirty materials and ensuring clearly marked emergency exits. Flexibility and future-proofing involve modular design and scalable infrastructure to adapt to changing needs and future expansions. This review offers practical recommendations for architects and healthcare planners, including implementing clear wayfinding systems, designing for separate traffic flows, ensuring accessibility, and planning for flexibility.