Maulana Al Nouri, M. Rafiif Albani, M. Hafif Naibaho, Arung Buana Subuh

Rancang Bangun Sistem Manajemen Nilai Siswa Menggunakan PHP dan MySQL

Introduction

Rancang bangun sistem manajemen nilai siswa menggunakan php dan mysql. Rancang bangun sistem manajemen nilai siswa web-based menggunakan PHP & MySQL. Tingkatkan efektivitas pengolahan data akademik dengan algoritma sorting, bantu guru kelola nilai cepat & akurat.

Abstract

This study aims to design and develop a web-based student score sorting system by applying a sorting algorithm to improve the effectiveness and efficiency of academic data processing. The research employs a Research and Development (R&D) approach using the Waterfall development model, which includes the stages of requirements analysis, system design, implementation, and testing. The system was developed using the PHP programming language and a MySQL database. The score sorting process was implemented by integrating a sorting algorithm into the system to automatically arrange student data based on specific criteria. The system successfully achieved 100% accuracy in sorting student scores and demonstrated stable time efficiency across various data sizes. Therefore, this system can assist teachers and schools in managing student score data quickly, accurately, and in a well-structured manner.

Review

This study presents the design and development of a web-based student score management system, aptly titled "Rancang Bangun Sistem Manajemen Nilai Siswa Menggunakan PHP dan MySQL." The primary objective is to enhance academic data processing efficiency through the integration of a sorting algorithm within a PHP and MySQL framework. The research employs a standard Research and Development (R&D) methodology, following the Waterfall model, which is a suitable approach for system development projects. The abstract highlights successful implementation, claiming 100% accuracy in score sorting and stable time efficiency across varying data sizes, positioning the system as a valuable tool for teachers and schools in managing student academic records. From a technical standpoint, the integration of a sorting algorithm to automatically arrange student data is a core component of this system. While the abstract does not specify the particular sorting algorithm employed, its successful implementation and the reported stable time efficiency across different data sizes are significant claims that warrant deeper exploration in the full manuscript. The choice of PHP and MySQL as development technologies is practical and widely adopted for web-based applications, indicating a functional and accessible solution. The system's ability to achieve 100% accuracy in sorting is a fundamental expectation for any correctly implemented sorting mechanism; thus, the emphasis on its time efficiency and practical applicability is more pertinent. For a comprehensive review, the full paper should elaborate on several key areas. Specifically, identifying the exact sorting algorithm used and providing a comparative analysis with other algorithms, especially regarding their time and space complexity, would significantly strengthen the technical contribution. Beyond mere sorting, a robust "management system" often involves features like data validation, role-based access control, reporting capabilities, and security considerations, which are not mentioned in the abstract but are crucial for real-world deployment. Further discussion on user acceptance testing and scalability beyond "various data sizes" (e.g., for very large datasets) would also enhance the paper's impact. Overall, the work presents a practical solution with clear immediate benefits, but more in-depth technical detail and a broader scope of system evaluation would elevate its academic contribution.

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