Development of Bridge Structure Health Monitoring Application Using Iterative Incremental

The Development of Bridge Structure Health Monitoring Application is a study aimed at developing an application that can effectively monitor and manage the health of bridge structures. In this rapidly advancing technological era, monitoring the health of bridge structures has become increasingly important to ensure the reliability and safety of this vital infrastructure. In this research, we propose the use of an iterative incremental method in the development of the bridge structure health monitoring application. This method allows us to gradually build the application by involving stakeholders, incorporating their feedback, and optimizing the application over time. The application is designed to collect data from various sensors installed on the bridge structure, such as vibrations, temperature, humidity, and pressure. This data is then analyzed to monitor the bridge’s condition, detect significant changes, and take necessary preventive or corrective actions. The application also includes a dashboard that displays data visualizations and reports that can be used by users to make informed decisions regarding bridge maintenance and repairs. Based on the results of unit testing and performance testing, it can be concluded that the bridge health monitoring application has passed the test properly. The application has been proven to have good functionality and is able to handle high workloads by receiving 1000 user requests in 1 second requiring an average time of 7105 milliseconds and a 0% failure rate. This gives confidence that the application can be relied upon in monitoring the health of bridge structures effectively and efficiently.