2.1 User Interface Design and Shift Handover Workflows
The architectural configuration of the nurse-shift dashboard prototype prioritizes structured clinical data exchange to address operational vulnerabilities during inpatient transitions. To establish continuous clinical governance, the interface incorporates structured communication categories based on the ISBAR3 framework (Identity, Situation, Background, Assessment, Recommendation, Read-back, Risk), which provides an explicit sequence for transferring vital patient data between outgoing and incoming personnel (crossref-10-31674-mjn-2024-v16isupp1-015). Incorporating standardized electronic handover records directly reflects empirical evidence indicating that electronic written formats ensure continuity of care, improve patient safety, and reduce the loss of vital clinical information across hospital wards (crossref-10-24141-2-3-1-3). In addition to standardized communication fields, the dashboard design introduces dedicated tracking parameters for shift rotations and staffing combinations. Observational evidence demonstrates that shift rotation schedules and specific nurse combinations have a statistically significant relationship with the performance of nursing care documentation in regional inpatient facilities (crossref-10-31227-osf-io-3tp7h). Consequently, the practical implementation criteria require the dashboard interface to highlight missing documentation fields and flag completion statuses dynamically based on rostered shift changes. This operational application enables ward supervisors and shift coordinators to identify documentation gaps promptly during shift handovers without imposing fragmented administrative burdens on bedside staff. By integrating structured clinical communication protocols with shift-level oversight controls into a single digital platform, the prototype provides regional healthcare facilities with a robust, transparent framework designed to preserve documentation quality and maintain patient safety across rotating clinical teams in complex hospital environments.