Rancang Bangun Sistem Informasi Manajemen Penyelenggaraan dan Otomasi Penilaian Computer Assisted Test pada Ujian Dinas dan Ujian Penyesuaian Kenaikan Pangkat

Design and Development of a Management Information System for Administration and Automated Scoring of Computer Assisted Test in Civil Service Examinations and Grade Promotion Adjustment Examinations

Abstract

The administration of Civil Service Examinations and Grade Promotion Adjustment Examinations (UPKP) based on Computer Assisted Test (CAT) faces challenges in logistics governance, session mapping, supervisor assignment, and the risk of human error in multi-criteria scoring recapitulation. Prior studies have generally focused only on question-bank engines and raw score recording, without integrating the pre- and post-implementation stages of the examination. This study aims to design, implement, and evaluate an integrated CAT Service Administration Information System (SILAP-CAT) that combines logistical management with automated scoring calculation. The system was developed using the Waterfall method with the Laravel framework, Model-View-Controller (MVC) architecture, and a Filament back-office panel. Evaluation was conducted through Black-Box functional testing and business-logic accuracy testing using Boundary Value Analysis (BVA). Black-Box testing on seven core modules showed 100% functional success. Accuracy testing on nine critical score samples for Level I and Level II Civil Service Examinations and UPKP showed that automated calculation was consistent with manual calculation (100% accuracy), including at the 70.00 passing-score boundary. E-certificates with dynamic Quick Response (QR) Codes support public verification of document authenticity. SILAP-CAT has the potential to serve as a more efficient and reliable governance solution for civil-service examinations than manual spreadsheet-based processing.