yulina sahara, Wahyuni Yahyan

Aplikasi Konsultasi pada Sahara Make Up Art

Introduction

Aplikasi konsultasi pada sahara make up art. Dapatkan solusi makeup yang tepat dengan aplikasi konsultasi web Sahara Make Up Art. Sistem berbasis PHP & MySQL ini memudahkan Anda tampil percaya diri dan mengatasi masalah kecantikan secara online.

Abstract

This consultation system is designed to make it easier for people to find solutions to makeup-related problems, allowing users to appear more confident with the right makeup.The system is built using a web-based platform and can be accessed online. The research method used is the System Development Life Cycle (SDLC) with a Waterfall model approach, consisting of five stages: (a) Analysis, (b) Design, (c) Implementation, (d) Maintenance, and (e) Planning. The programming language used is PHP, while the database is managed using MySQL. To assist the system design process, the Unified Modeling Language (UML) method is used with four types of diagrams as needed: Activity Diagrams, Class Diagrams, Sequence Diagrams, and database design.The result of this web-based makeup consultation application design is a system that makes it easier for consumers to obtain information and consultation services related to makeup. With this application, users experiencing difficulties can submit questions via the web, thereby obtaining solutions more easily and conveniently.

Review

The paper, "Aplikasi Konsultasi pada Sahara Make Up Art," describes the design and development of a web-based consultation system aimed at assisting users with makeup-related problems, ultimately fostering greater confidence. The initiative to provide accessible, digital solutions for beauty advice is timely and addresses a clear consumer demand in the contemporary digital landscape. Based on the abstract, the work primarily focuses on the creation of a practical application, outlining its technical underpinnings and the structured approach taken to bring it to fruition. Methodologically, the abstract provides a clear overview of the system's technical development. The adoption of the System Development Life Cycle (SDLC) using the Waterfall model, comprising the stages of Analysis, Design, Implementation, Maintenance, and Planning, indicates a systematic and structured approach to project management. The choice of PHP for programming and MySQL for database management, coupled with the detailed use of Unified Modeling Language (UML) diagrams (Activity, Class, Sequence, and database design) for system design, demonstrates a solid foundation in software engineering principles. These aspects highlight a transparent and well-defined technical execution for building the web-based application. While the abstract effectively communicates the technical framework and development process, further elaboration on several key aspects would enhance the paper's academic depth. Crucially, the abstract primarily emphasizes the *design and implementation* of the system without detailing the *consultation logic* itself—specifically, how the system generates solutions or whether it involves expert rules, AI, or mediated human interaction. Furthermore, the statement regarding the system's ability to "make it easier" for consumers appears as a design aspiration rather than an empirically validated outcome. To bolster the paper's contribution, the full manuscript should ideally present results from user testing, usability evaluations, or other metrics that quantify the system's effectiveness, user satisfaction, and the actual impact on problem-solving convenience for its target audience.

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