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The Influence of Hospital Corridor Design on Patient Movement

Abstract

Hospital corridor design plays an important role in supporting efficient and safe movement of patients, healthcare workers, visitors, and medical equipment within healthcare facilities. Corridors connect departments, treatment areas, wards, diagnostic spaces, and support facilities, making them essential components of hospital circulation systems. Poorly designed corridors can contribute to congestion, confusion, delays, and difficulties in moving patients and equipment. This study examines the influence of hospital corridor design on patient movement, with emphasis on how spatial characteristics affect circulation efficiency, accessibility, safety, and patient experience. The study focuses on key characteristics of hospital corridor design, including corridor width, length, configuration, intersections, entrances, door locations, floor surfaces, handrails, lighting, signage, and connections to major functional areas. These elements are assessed in relation to the movement requirements of patients with different levels of mobility. Particular attention is given to the relationship between corridor dimensions and the movement of wheelchairs, patient beds, stretchers, healthcare workers, and visitors. The study also examines the influence of corridor layout and spatial connectivity on patient wayfinding and movement efficiency. Clear and logically organized circulation routes can help patients and visitors identify destinations and navigate healthcare facilities with less confusion. Excessively complex layouts, poorly positioned intersections, inadequate signage, and unclear departmental connections may increase travel distances and cause delays. The study therefore considers spatial legibility and wayfinding as important components of effective hospital corridor design. Patient safety and comfort are also considered in relation to corridor design. Adequate corridor widths can allow patients, staff, and equipment to pass without unnecessary obstruction, while suitable flooring and handrails can support safer movement for elderly and mobility-impaired patients. Lighting, ventilation, acoustic conditions, waiting areas, and visual connections to important destinations may further influence patient comfort and confidence. The study examines how these environmental and architectural factors interact with circulation requirements. The study further considers challenges associated with hospital corridor planning, including high patient traffic, movement of medical equipment, emergency circulation, overcrowding, competing pedestrian flows, and the need to maintain infection-control measures. Corridors may also serve as temporary waiting or treatment spaces in some healthcare environments, increasing pressure on circulation areas. Effective design must therefore balance movement efficiency with privacy, safety, accessibility, environmental comfort, and the operational requirements of healthcare delivery. The study aims to assess the influence of hospital corridor design on patient movement and identify spatial and architectural characteristics that support efficient, safe, accessible, and comfortable circulation. The findings are expected to assist architects, healthcare planners, facility managers, and hospital administrators in improving circulation planning within healthcare facilities. The study also contributes to the development of patient-centred hospital environments by demonstrating the importance of well-designed corridors in supporting movement, wayfinding, healthcare operations, and overall patient experience.

Keywords: Hospital corridor design, patient movement, healthcare facilities, hospital circulation, patient circulation, wayfinding, accessibility, corridor planning, healthcare architecture, patient safety, spatial organization, medical equipment movement, environmental comfort, hospital design.