الفهرس 
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Abstract
One of the professions that teaches people to respect human needs the most is architecture. Nowadays, the world is observing rapid technological advancement. Particularly in complex buildings, new technologies can aid in evaluating the architectural user experience. There are various fresh approaches that might be applied during the architectural assessment of an existing building or before construction. According to the idea that sciences should interact, the field of human computer interaction may be useful to architecture. The cornerstone of that field is user experience, which the architecture community ought to value more. Architecture constantly speaks to humans. In spite of the fact that user experience in architecture covers a wide range of topics, this thesis focuses on the difficulties users may have while trying to navigate their way around a complexly functional building. In particular, there are two ways that architecture might benefit from technology innovation. First and foremost, to assist in evaluating the buildings, whether it be a pre- or post-occupancy evaluation. Second, some technical advancements, such smartphone applications and virtual reality technology, can make wayfinding easier. The concept of usability, which depends on five basic factors, is introduced to architecture as it may merge with the HCI (Human Computer Interaction) field (Effectiveness, Efficiency, Satisfaction, Learn-ability, and Security). Usability, which emphasizes user experience at the center of its criteria, is an important concept in assessing the performance of buildings. This measurement system is essential in complex buildings, particularly those with complex circulation systems where users could become disoriented. Modern methods, however, have shown effective in doing assessments for buildings’ related aspects, whether the building is still being built or has already begun to be used. The possibility of utilizing way-finding as a measure of the quality of the user experience in hospitals is examined in this thesis. It links fundamental features of usability and way-finding on one end with effectiveness, efficiency, satisfaction, learnability, and security on the other. These relationships are abstracted in order to create a theoretical model that could serve as a foundation for more research. This study uses a questionnaire to get data on how satisfied users are with wayfinding at hospitals in Alexandria, Egypt, in order to support its theoretical conclusions. The findings highlight the significance of way-finding as a foundational element in assessing the user experience in complex buildings and adjusting the usability profile accordingly.