<![CDATA[Abstrak - Pengelolaan limbah medis B3 di RS Jeumpa Bireuen yang dikelola oleh PT. Mufid Inti Global menghadapi kendala operasional akibat pencatatan dokumen manifest yang masih menggunakan cara konvensional (Microsoft Excel). Hal ini memicu risiko human error, duplikasi nomor manifest, serta lambatnya proses pelacakan status dokumen bagi manajemen. Penelitian ini bertujuan untuk membangun sistem informasi monitoring berbasis web menggunakan bahasa pemrograman PHP Native dengan arsitektur Model-View-Controller (MVC) dan menerapkan kerangka kerja pengembangan Agile Scrum. Metode Agile dipilih agar proses pembangunan perangkat lunak terbagi ke dalam siklus Sprint yang adaptif terhadap dinamika kebutuhan operasional perusahaan. Pengujian sistem dilakukan melalui dua pendekatan, yaitu Black Box Testing untuk fungsionalitas dan User Acceptance Testing (UAT) untuk mengukur tingkat kepuasan pengguna. Hasil pengujian membuktikan bahwa fitur validasi server-side dan auto-prefix berhasil mencegah redundansi data ganda secara akurat. Evaluasi UAT yang melibatkan admin dan pimpinan menghasilkan skor tingkat kelayakan sebesar 92,5% (Sangat Layak), serta dashboard interaktif berbasis Chart.js terbukti mampu menyajikan visualisasi data real-time yang meningkatkan efisiensi operasional perusahaan sebesar 23,94%. Kata kunci : Agile Scrum; Limbah Medis; Manifest; Monitoring; User Acceptance Testing (UAT); Abstract - The management of B3 medical waste at RS Jeumpa Bireuen managed by PT. Mufid Inti Global faces operational constraints due to conventional manifest document recording using Microsoft Excel. This triggers the risk of human error, duplicate manifest numbers, and slow document status tracking for management. This study aims to build a web-based monitoring information system using native PHP programming language with the Model-View-Controller (MVC) architecture and applying the Agile Scrum development framework. The Agile method was chosen so that the software development process is divided into Sprint cycles that are adaptive to the dynamics of the company's operational needs. System testing was conducted through two approaches, namely Black Box Testing for functionality and User Acceptance Testing (UAT) to measure user satisfaction levels. The test results prove that the server-side validation and auto-prefix features successfully prevent double data redundancy accurately. The UAT evaluation involving administrators and management resulted in a feasibility score of 92.5% (Very Feasible), and the Chart.js-based interactive dashboard proved capable of presenting real-time data visualization which increased the company's operational efficiency by 23.94% Keywords: Agile Scrum; Medical Waste; Manifest; Monitoring; User Acceptance Testing (UAT);]]>
