Aldi Febriansyah, Bernadus Gunawan Sudarsono, Sharyanto Sharyanto

Design and Develop a Web-Based Vehicle Repair Information System At The New Life Motorcycle Workshop

Introduction

Design and develop a web-based vehicle repair information system at the new life motorcycle workshop. Rancang bangun sistem informasi perbaikan kendaraan berbasis web untuk tingkatkan efisiensi dan kualitas layanan Bengkel Motor Hidup Baru, mudahkan manajemen data.

Abstract

Dalam era digital saat ini, pemanfaatan teknologi informasi menjadi salah satu kebutuhan utama dalam meningkatkan efisiensi dan kualitas pelayanan, termasuk dalam industri bengkel motor. Bengkel Motor Hidup Baru selama ini menggunakan sistem manual dalam pencatatan dan pengelolaan data perbaikan kendaraan, yang cenderung tidak efisien dan rentan terhadap kesalahan. Untuk mengatasi permasalahan ini, penelitian ini bertujuan untuk menganalisa dan mengimplementasikan rancangan sistem informasi perbaikan kendaraan berbasis web yang dapat digunakan oleh Bengkel Motor Hidup Baru. Sistem informasi yang dikembangkan dirancang untuk mempermudah proses manajemen data perbaikan kendaraan, mulai dari pencatatan keluhan pelanggan, status perbaikan, hingga laporan pekerjaan selesai. Metodologi yang digunakan dalam pengembangan sistem ini meliputi tahap analisis kebutuhan, perancangan sistem, implementasi, dan pengujian.

Review

This paper presents a timely and relevant effort to modernize the operational processes of the New Life Motorcycle Workshop through the development of a web-based vehicle repair information system. In an increasingly digital age, the transition from manual, error-prone record-keeping to an automated system is a crucial step for small and medium-sized enterprises seeking to enhance efficiency and service quality. The stated objective of analyzing and implementing such a system directly addresses a common pain point in many traditional workshops, making the project's aim both practical and beneficial for its target user. The proposed system promises to streamline several key aspects of vehicle repair management, including customer complaint recording, repair status tracking, and the generation of completion reports. These functionalities are foundational for improving transparency, reducing administrative burden, and potentially enhancing customer satisfaction. The methodology outlined, encompassing requirements analysis, system design, implementation, and testing, represents a standard and appropriate development lifecycle for this type of information system. This structured approach suggests a methodical effort to ensure the system meets the workshop's specific needs and functions reliably. While the abstract clearly articulates the problem and the proposed solution, a full paper would benefit from a more detailed discussion of the specific technologies chosen for implementation (e.g., programming languages, database systems, web frameworks) and the anticipated challenges during the development and deployment phases. Furthermore, including metrics or criteria for evaluating the system's success beyond mere functionality – such as improvements in operational efficiency, reduction in data entry errors, or user adoption rates – would significantly strengthen the study's impact. Future iterations could also consider scalability or integration with other potential systems.

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