DESIGN AND IMPLEMENTATION OF SMARTPHONE APPLICATION FOR REMOTE MONITORING OF INFUSION DEVICE USING FLUTTER FRAMEWORK AND FIREBASE DATABASE

• Main Author: Sandi Putra Pratama Maso, M.
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/73868
• Institution: Institut Teknologi Bandung

Today, the rapid development of technology makes technology used in various fields. One of them is technology used in the health sector. The use of technology in the health sector is expected to be able to help the process of treating or preventing patients from disease. Infusion device is one of the technologies in the health sector that is expected to be able to flow the infusion flow automatically to the patient. Infusion devices are here to overcome the problem of infusion errors using an infusion set. In administering infusions to patients, either by using an infusion device or infusion set, a nurse is required to monitor the administration of infusions to patients continuously. The aim is to prevent errors in infusion administration to patients. A remote infusion device monitoring system is needed so that monitoring of infusion to patients becomes more efficient. In designing an infusion device monitoring system, an analysis is carried out first regarding the needs of the user. The needs of these users then become a reference in determining the expected characteristics of the solution. To be able to find out the characteristics of the system solution achieved, set target specifications to be met. System design starts from making functional block diagrams for each subsystem and making subsystem behavior. The remote infusion device monitoring system is implemented in a smartphone application built using the Flutter framework and integrated with the Firebase Database. The database functions as a data store for the condition of the infusion device during the infusion process. The smartphone application system consists of a user interface subsystem and a user identification subsystem. The User Interface subsystem functions as an interface between the user and the infusion device. In this subsystem, users can input identity, input parameters and start, stop and pause infusion commands. While the User Identification subsystem functions to verify and authenticate the input identity by the user. Overall, the remote infusion device monitoring system that has been implemented successfully meets the specified target specifications.