Sep 2026· Jurnal Indonesia : Manajemen Informatika dan Komunikasi· 0 citations
TL;DR
The web-based information system successfully replaces manual record-keeping at TPA Al-Jami' and bridges the information gap between teachers and parents in supporting children's Quranic education.
Abstract
Administrative management at the Al-Jami' Quran Education Center (TPA) is currently conducted manually using physical logbooks, making records vulnerable to damage or loss and limiting parents' direct access to their children's learning progress. This research involved designing and developing a web-based information system using a software framework. The system's advantage over previous studies lies in its comprehensive, integrated features—including digitized attendance tracking, recitation progress, memorization (*tahfidz*) tracking, and daily prayers—designed for three user roles: Admin, Teacher, and Parent. The system was built using a framework and a MySQL database, with its architecture modeled via Unified Modeling Language (UML) diagrams. Development followed the Waterfall method, wherein system requirements were iteratively refined based on feedback from TPA Al-Jami' stakeholders during each evaluation cycle. Functional testing using the Black Box method across 10 test cases yielded a 100% validity rate for all CRUD modules and report-generation features; the testing focused specifically on functional aspects rather than usability. The parent dashboard provides real-time access to student attendance and achievement data, including a feature to download digital report cards in PDF format. The system successfully replaces manual record-keeping at TPA Al-Jami' and bridges the information gap between teachers and parents in supporting children's Quranic education.
This study aims to develop a web-based Management Information System for the Bina Eksel Mandiri Course and Training Institute to improve administrative efficiency and enhance service quality for both participants and institutional administrators. The research employed a Research and Development (R&D) approach using a descriptive qualitative method. Data were collected through observations, interviews, documentation, and literature reviews to identify system requirements and existing administrative challenges. The system was developed using the Waterfall model, consisting of the stages of requirements analysis, system design, implementation, testing, and evaluation. The resulting system integrates the management of participant data, instructor information, training schedules, attendance records, assessment results, and activity reports into a single web-based platform that is easily accessible and user-friendly. System functionality was evaluated using Black Box Testing, which demonstrated that all features operated successfully according to user requirements without significant errors. The implementation of the system improved administrative efficiency, accelerated data processing and storage, minimized recording errors, and enhanced the quality of institutional services. Overall, the developed management information system provides an effective, integrated, accurate, and sustainable solution for supporting administrative management and improving operational performance at the training institution.
Diskominfo SP Tuban requires an effective digital system to manage internship administration, participant monitoring, and digital learning processes. The previous web-based internship management system, developed using the Laravel framework with Role-Based Access Control (RBAC) and Hybrid Authentication, had several limitations: a uniform dashboard for all user roles, poor mobile responsiveness, a virtual user mechanism that prevented permanent account records, redundant database structures, the absence of an integrated e-learning feature, and profile photo synchronization issues. This study aims to develop and improve the system by: (1) redesigning the authentication flow from virtual users to permanent accounts, (2) developing role-specific dashboards for eight user types, (3) restructuring the database with seven new tables, (4) building an e-learning module supporting text, file, and YouTube video materials with a prerequisite mechanism, (5) improving responsive design for mobile devices, (6) resolving profile photo issues with gallery/camera/Google source options, and (7) adding an internship application module with supervisor search feature. Black-box testing on 15 test scenarios confirmed that all main system functions operate correctly without functional errors.
This study presents the development of a web-based PPKPT Reporting and Case Management Information System using the Waterfall method at Harkat Negeri University. Violence in higher education settings is a serious issue, yet current reporting mechanisms rely solely on WhatsApp messages, failing to guarantee reporter identity confidentiality, structured case management, or independent case status tracking. The system was developed using the Waterfall SDLC model, the Laravel framework, and a MySQL database, modeled with UML. It features online reporting with identity confidentiality enforced through AdminAuth middleware authentication, a status-tracking mechanism using a unique code (PPKPT-YYYY-XXXXX), an admin dashboard, report management, and PDF export. Black Box Testing on 22 test cases produced a 100% pass rate, confirming all features function as specified. User Acceptance Testing (UAT) with 20 respondents consisting of 3 PPKPT Team members, 1 lecturer, 1 administrative staff, and 15 students yielded an overall mean score of 4.51 (Very Good category), with no aspect scoring below 2.60. The system successfully integrates three core components in a single platform: reporting with identity access control protection, structured case management for the PPKPT Team, and independent status tracking for reporters — components mandated by Permendikbudristek No. 55 of 2024 that had not previously been integrated into any single system designed for a higher-education PPKPT context.
Shafira Dwi Nur'izzati, Mohammad Humam, B. Santoso· Jurnal informatika dan multi...· 0 citations
The rapid advancement of information technology has accelerated digital transformation across various service sectors, including RT/RW Net-based Internet Service Providers (ISPs). One of the major challenges faced by these providers is the manual management of customer data and payment processes, which often results in administrative delays, recording errors, and difficulties in providing accurate billing information. Zayan Hanan.Net, as an Internet service provider, continues to encounter these issues, highlighting the need for an integrated information system to improve customer and payment management. This study aims to implement a web-based information system for customer management and Internet service payment to enhance administrative efficiency, data accuracy, and service accessibility. The system was developed using the CodeIgniter framework, MySQL database, and integrated with the Midtrans payment gateway to facilitate secure online payment transactions. The research employed the Research and Development (R&D) method based on the Borg and Gall model, which consists of needs analysis, system design, development, implementation, and testing. The implementation results indicate that the developed system effectively improves customer data management, accelerates bill verification and payment processing, and minimizes the risk of recording errors and data loss. Furthermore, the system simplifies service monitoring for administrators while enabling customers to conveniently access billing information and perform digital payments. Therefore, the proposed information system contributes to improving operational efficiency and service quality at Zayan Hanan.Net.
B. Sudirman, A. Rifa’i· Teknik Jurnal Ilmu Teknik da...· 0 citations
Background of the Study: Advances in information technology have transformed library services into digital systems. Tridinanti University Library has adopted the CIP system to manage collections, circulation, and member data, but evaluation is needed to ensure optimal utilization.
Objectives: The aim was to evaluate the performance of CIP using the HOT-Fit model, which encompasses People, Organization, and Technology.
Method: Qualitative methods with a descriptive approach were used. Data were obtained through in-depth interviews and observations of librarians and library staff as system users.
Finding: From a people perspective, CIP helps speed up work and improve librarian effectiveness, but feature utilization remains low due to limited training. From an organizational perspective, the tools and work structure are supportive, but coordination, CIP usage policies, and training programs are still suboptimal. From a technological perspective, CIP is quite user-friendly and capable of displaying collection information, but challenges exist such as dependence on a central server, limited search features, and the lack of written guidelines.
Conclusion: CIP has been shown to improve the quality of library services at Tridinanti University. However, its sustainability requires improvements in the form of regular training, stronger technical support, the development of user guides, and the development of features to better meet needs.
The rapid advancement of information technology has driven digital transformation across various business sectors, including the culinary Micro, Small, and Medium Enterprises (MSMEs) industry. However, the majority of sweet food culinary businesses, such as Mirai Coffee and Snack, still rely on social media and manual instant messaging for transactions. Surveys indicate that 60% of customers encounter issues with slow response times and incorrect custom order recordings, resulting in 3 to 5 order errors per month due to human error. This study aims to design and implement a web-based sweet food sales system using the Laravel framework, featuring dynamic menu customization (such as adjustments for size, sweetness level, and topping variants). The system was developed using the Waterfall method, which includes requirements analysis, database design, code Implementation (PHP, MySQL), and Testing. The expected outcome is an integrated E-Commerce platform capable of automating custom price calculations in real-time, minimizing data entry errors, and systematically improving operational service efficiency from 10–15 minutes to instantaneous.
Aldi Saputra, Arsito Ari Kuncoro, Budi Hartono· JURNAL PENELITIAN SISTEM INF...· 0 citations
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