Bustomi, Tommy
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ANALYSIS AND DESIGN OF INTEGRATED ONE DOOR SERVICE IN THE MINISTRY OF RELIGIOUS AFFAIRS, KUTAI TIMUR Bustomi, Tommy; Yulsilviana, Ekawati; Jaelani, Jan Jan
JURNAL IT Vol 10 No 2 (2019): Volume 10 Nomor 2, Agustus 2019 Jurnal IT
Publisher : LPPM- STMIK HANDAYANI MAKASSAR

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.37639/jti.v10i2.155

Abstract

The One Door Integrated Service Application is a service delivery for several types of services that are organized in an integrated manner in one place and controlled by a management control system. In this application there are two types of services namely customer service (Cs) and front office (FO), in both types of services have different service functions CS functions to provide services to the public and employees who want to do consultations include, Hajj and Umrah services , Marriage, Endowments, Zakat, Promotion, Staffing while FO Providing services to the community in the form of requests to transfer schools, legalizing certificates, mosque recommendations, passport recommendations, Requests for Qibla direction, requests for prayer, requests for clergy, Requests for place of worship data, Requests for marriage data. The application was developed using the Prototype system development method, data collection methods by interviewing, observing and studying literature, analyzing system design using UML (Unifield Modeling Language). In building applications information is used in the PHP programming language, MySQL Database, Apache Local Web Server, Adobe Dreamweaver CS6 as a web editor, and Adobe Photoshop as an image editor. Testing methods The information application uses the Blackbox testing method and Beta testing. The results of this study is that with this web-based application it will facilitate office staff in archiving services to record history and make it easier to serve the general public as well as providing convenience to the community when it will perform services
DESAIN & PENGEMBANGAN WEB-SERVICE PELAYANAN TERPADU SATU PINTU (PTSP) KEMENTERIAN AGAMA (KEMENAG) KUTAI TIMUR Bustomi, Tommy; Nursobah, Nursobah; Jaelani, Jan-Jan
Journal of Technopreneurship and Information System (JTIS) Vol 3, No 3 (2020): Journal Of Techoprenership and Information System
Publisher : Fakultas Teknik Universitas Muhammadiyah Bengkulu

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.36085/jtis.v3i3.1393

Abstract

Aplikasi Pelayanan Terpadu Satu Pintu (PTSP) merupakan pemberian pelayanan terhadap beberapa jenis pelayanan yang diselenggarakan secara terintegrasi dalam satu tempat dan dikontrol oleh sistem pengendalian manajement.  Di dalam Aplikasi PTSP ini ada dua jenis pelayanan yaitu costumer servivce (Cs) dan front office (FO) , di kedua jenis pelayanan itu mempunyai fungsi pelayanan yang berbeda CS berfungsi memberikan pelayanan kepada masyarakat maupun pegawai yang mau melakukan konsultasi meliputi, Ibadah Haji dan Umrah, Pernikahan, Wakaf, Zakat, Kenaikan Pangkat, Kepegawaian sedangkan FO Memberikan pelayanan kepada masyarakat berupa permohonan pindah sekolah, legaliser ijazah, rekomendasi masjid, rekomendasi paspor, Permohonan Arah kiblat, permohonan doa, permohonan rohaniawan, Permohonan data tempat Ibadah, Permohonan data Pernikahan.  Aplikasi PTSP ini dikembangkan dengan metode pengembangan sistem Prototype, metode pengumpulan data dengan wawancara, observasi dan studi pustaka, analisa perancangan sistem dengan menggunakan UML (Unifield Modeling Language). Dalam membangun Aplikasi PTSP informasi digunakan bahasa pemrograman PHP, Basis Data MySQL, Web Server Local apache, Adobe Dreamweaver CS6 sebagai editor web, dan adobe photoshop sebagai editor image. Hasil dari penelitian ini dengan dikembangkannya aplikasi PTSP berbasis web mempermudah petugas kantor dalam pelayanan pengarsipan pencatatan history dan mempermudah dalam melayani masyarakat umum serta memberikan kemudahan kepada masyarakat ketika akan melakukan pelayanan.Kata Kunci— Game, Zombie Hunter, Finite State Machine, Collision Detection.