Sarcouncil Journal of Engineering and Computer Sciences

Abstract: The integration of artificial intelligence technologies into telehealth systems represents a transformative approach to addressing persistent challenges in virtual care delivery. The unprecedented acceleration of telehealth adoption during the COVID-19 pandemic revealed significant barriers related to patient access, provider workflow, and operational efficiency that threaten long-term sustainability. Artificial intelligence applications offer sophisticated solutions across multiple domains of telehealth implementation, fundamentally enhancing the capabilities of virtual care platforms while addressing systemic constraints. Natural language processing enables more efficient clinical documentation and improves language accessibility for diverse patient populations. Machine learning algorithms optimize appointment scheduling, enhance diagnostic accuracy, and provide predictive risk stratification that facilitates proactive intervention for high-risk individuals. From the patient's perspective, AI-powered intelligent triage systems streamline access to appropriate care modalities while reducing inappropriate resource utilization. For healthcare providers, automated documentation and clinical decision support tools mitigate administrative burden and enhance diagnostic confidence in virtual environments. At the operational level, predictive analytics and dynamic resource allocation optimize system performance while reducing technical failures and administrative overhead. Implementation strategies emphasizing stakeholder engagement, phased deployment, and continuous optimization yield superior outcomes compared to technology-driven approaches. Real-world applications across major healthcare organizations demonstrate that thoughtfully implemented AI technologies enhance telehealth sustainability through improved clinical outcomes, higher patient and provider satisfaction, and substantial operational efficiency gains.