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The Influence of Building Maintenance on User Satisfaction

Abstract

Building maintenance is essential for preserving the functionality, appearance, safety, and environmental quality of occupied buildings. The physical condition of a building can directly influence how users perceive and experience the spaces they occupy. Poor maintenance may result in defects, uncomfortable environmental conditions, unreliable building services, and reduced confidence in the facility. This study therefore examines the influence of building maintenance on user satisfaction and considers how maintenance quality affects users' perceptions and experiences of buildings. The study focuses on maintenance activities related to major building components and services, including roofs, walls, floors, ceilings, doors, windows, plumbing systems, electrical installations, lighting, ventilation, sanitation facilities, and external areas. Attention is given to the condition, cleanliness, reliability, and functionality of these elements and their relationship with user satisfaction. The study considers both visible maintenance conditions and less obvious service-related problems that may affect daily building use. Particular attention is given to the role of preventive and routine maintenance in sustaining satisfactory building conditions. Regular inspections, timely repairs, cleaning, servicing, and replacement of deteriorated components can prevent minor problems from developing into major defects. The study examines how the consistency and responsiveness of maintenance activities may influence users' perceptions of building reliability, comfort, safety, and overall quality. The research further considers indoor environmental quality as an important dimension of user satisfaction. Properly maintained lighting, ventilation, thermal control, water supply, sanitation, and other building services can contribute to comfortable and functional environments. Conversely, leaking roofs, blocked drainage, damaged finishes, poor lighting, inadequate ventilation, and faulty equipment may negatively affect users' experiences. The study therefore examines the relationship between maintenance conditions and perceived environmental comfort. User perceptions, expectations, and responses to maintenance conditions are also considered. The speed with which complaints are addressed, the visibility of maintenance activities, communication between facility managers and users, and the perceived reliability of building services can influence satisfaction levels. Different user groups may also have varying expectations depending on the function of the building, frequency of use, age, accessibility requirements, and the type of activities performed within the facility. The study aims to assess the influence of building maintenance on user satisfaction and identify maintenance factors that contribute to positive perceptions of building quality and performance. The findings are expected to provide useful guidance for building owners, facility managers, institutional administrators, architects, and maintenance professionals seeking to improve occupant experience. By emphasizing preventive maintenance, timely response, service reliability, cleanliness, environmental quality, and user feedback, building management can enhance satisfaction while extending the functional life and performance of facilities.

Keywords: Building maintenance, User satisfaction, Facility management, Preventive maintenance, Building condition, Occupant experience, Maintenance quality, Indoor environmental quality, Building services, Maintenance response, Building performance, Facility condition, Occupant comfort, Maintenance management.