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SIMRS is used in the patient registration process, one of which is the registration of the patient in the hospital. The stages of hospital patient registration are pre-admission, elective admission, and payment. The initial registration of patients in the hospital is only done through two doors: the Poliklinik and the UGD . (Unit Gawat Darurat). One of the problems with the registration of hospital patients is that (1) the absence of a hospital patient registration flow from the Poliklinik or IGD causes confusion for the patient or their family. (2) Patients and families complain about hospital registration at the polyclinic because there are frequent errors and long loadings on the SIMRS. (3) The hospital admission space is too small or closed. Methods used in research II are qualitative methods with case study approaches. The instruments used are interviews and observations. The study conducted analysis using the methods of ultrasound and fishbone to determine the priority of the problem, and the implementation of the hospital patient registration process was carried out by applying acrylic walls in the hospital admission section and conducting observations for 2 days that showed that there was a level of awareness or information given to the patient about the process and the course of hospital patient registration. Students can make a design of the patient's registration cycle from a poliklinic, and based on the results of observation over two days, it is known that there are 15–17 patients who are responsible for having observed the registry cycle of hospital patients from the poliklinic.

This study aims to examine and evaluate the results of the implementation of an android-based labor payroll system. The purpose of this research is to find out the description of the system, application implementation, problems, and solutions on android-based payroll at Mitra Indo Agro. The results of the study obtained are used to evaluate the factors and parts of the payroll system for this android-based application that needs to be improved. This study uses a qualitative descriptive research method. Determination of informants using snowball sampling technique where the research subjects as many as 4 employees who are directly related to the android-based payroll process. Data collection techniques are through field studies consisting of interviews, observations, documentation, and literature studies. Data analysis techniques through data reduction steps, data exposure, data interpretation and drawing conclusions. The data validation technique uses source triangulation. The data presentation technique uses a program flow (flowchart) and fishbone diagrams (fish bones). The results of the research have shown that the Android-based GajiQ system helps provide large databases with the CRUD (Create, Read, Update, Delete) method , automate reports such as attendance recap, salary calculations, payroll history reports and make it easier to find labor data. The implementation of the Android-based GajiQ application can be a new medium of choice for companies to manage payroll in real time, quickly, and accurately that does not involve many parties in making payroll, payments, and payroll procedures. Problems found by the system are still bugs or crashes, error messages such as app force close appear.