Keywords
Health Informatics
ontext-Aware Systems
Resource-Constrained Healthcare
Applied Case Study.
Categories
Abstract
Healthcare information management remains a persistent challenge in resource-constrained and crisis-affected environments, where fragmented medical records, limited digital infrastructure, and weak coordination among healthcare stakeholders undermine service quality and operational efficiency. This study presents the design, implementation, and evaluation of an adaptive and context-aware Hospital Information Management System (HIMS) intended to support integrated clinical and administrative workflows under infrastructural and operational constraints.
The proposed system adopts a multi-stakeholder, role-centric architecture that accommodates the operational needs of administrators, physicians, patients, and pharmacists within a unified digital platform. An Agile-oriented system development life cycle was employed to enable iterative refinement and alignment with contextual constraints. Unified Modeling Language (UML) techniques were used for system modeling, while functional and black-box testing were applied to validate system correctness and reliability.
System evaluation was conducted through an applied case study reflecting healthcare operational realities in infrastructure-limited environments. The results indicate improved information accessibility, enhanced appointment and prescription management, and more effective coordination among healthcare actors compared to traditional paper-based or fragmented practices. The adaptive, context-aware design enabled the system to maintain functional continuity despite infrastructural instability.
This study contributes an applied HIMS model that bridges the gap between conceptual health informatics frameworks and real-world deployment in constrained settings. By demonstrating a validated, role-based, and context-driven system design, the research highlights the potential of adaptive digital solutions to support healthcare information flow and operational resilience in fragile and conflict-affected environments.
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