Date of Defense
11-4-2025 9:30 AM
Location
E1-1023
Document Type
Thesis Defense
Degree Name
Master of Science in Information Security
College
CIT
Department
Information Systems and Security
First Advisor
Dr. Amir Ahmed
Keywords
AI in healthcare, chatbot transformation, UAE healthcare innovation, digital health readiness, patient engagement, system usability, implementation framework.
Abstract
This research investigates the readiness of UAE healthcare institutions to transition from rule-based chatbot systems to AI-powered alternatives, focusing on a rehabilitation hospital in Abu Dhabi. Through a structured quantitative study involving 96 healthcare professionals, the research explores technology acceptance, service quality, usability, and implementation readiness. Findings highlight strong correlations between perceived usefulness and behavioral intention to adopt AI, emphasizing the importance of integration, staff training, and service reliability. The study proposes a practical implementation framework for healthcare transformation, offering insights for institutions seeking to improve operational efficiency through AI integration.
ASSESSING READINESS FOR TRANSFORMATION FROM RULE-BASED TO AI-BASED CHATBOT IN UAE HEALTHCARE: A CASE STUDY OF A REHABILITATION HOSPITAL IN ABU DHABI
E1-1023
This research investigates the readiness of UAE healthcare institutions to transition from rule-based chatbot systems to AI-powered alternatives, focusing on a rehabilitation hospital in Abu Dhabi. Through a structured quantitative study involving 96 healthcare professionals, the research explores technology acceptance, service quality, usability, and implementation readiness. Findings highlight strong correlations between perceived usefulness and behavioral intention to adopt AI, emphasizing the importance of integration, staff training, and service reliability. The study proposes a practical implementation framework for healthcare transformation, offering insights for institutions seeking to improve operational efficiency through AI integration.