Sistem Informasi Pelayanan Masyarakat Berbasis Android Pada Kantor Desa Kaliba Mamase

Abstract

The problem in this thesis research is how to design an Android-Based Community Service Information System at the KalibaMamase Village office. Information Systems for Community Services are based on the system using Black Box Testing and the accuracy of the information system is based on user testing. The research objective is to design and build a Village-level Community Service Information System in order to improve the quality of services for village staff and the use of services for local villagers. The benefit obtained from this research is to make a new innovation for each village to be able to facilitate serving residents or residents in the application for letters. This research uses the life cycle model of the Waterfall system development and the design of an Android-based population service information system. Data collection methods in this study use the method of observation, interviews, and data analysis. The conclusion of the research is that the Community Service Information System can facilitate the process of correspondence services in the Village apparatus as well as the use of services for the community in managing population and obtaining information at the Village Office. In the Android-Based Community Service Information System at the Kaliba Mamase Village Office

Sistem Informasi Pelayanan Administrasi Kependudukan Berbasis Website Kelurahan Banaran

“…Gambar 1. Tahapan Metode System Development Life Cycle (SDLC) Waterfall [15] Berikut merupakan penjelasan tahapan dari metode SDLC Waterfall:…”

Aplikasi Virtual Tour Reality 360° Profil Lingkungan Kantor Kecamatan Pandaan Berbasis Android

“…Pengelolahan data penduduk yang ditanggungjawabkan oleh pemerintahan kabupaten atau kota, dimana awal pelaksanaannya berada di kelurahan atau desa (Amalia & Supriatna, 2017). Jadi, sistem pelayanan ini penting bagi masyarakat untuk kebutuhan pribadi maupun kegiatan yang terlaksana di desa masing-masing (Ritnawati et al, 2020).…”