Art Original
HEALTH INFORMATION JURNAL PENELITIAN
Background: Efficiency of hospital bed management is critical to quality of service, but much of Barber Johnson's reporting is done manually, leading to the risk of human error and limited accuracy. Objective: Develop a prototype of the Barber Johnson application for optimal learning and management of bed efficiency. Methods: Development research (R&D) with waterfall model, through needs analysis, design, implementation, integration, and testing (black box testing). Results: A web-based prototype was able to calculate and display the values of TOI, BOR, BTO, AvLOS, as well as Barber Johnson graphs for flexible periods, minimizing manual errors, and enabling the export of graphs in JPG format. Conclusion: Applications can improve the efficiency and accuracy of bed efficiency reporting for students and healthcare facilities. Tip: Collaborate with hospitals for real-time data-driven applications, as well as maintenance phase testing and multiuser interactions to make the system more comprehensive.
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