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In the era of increasingly advanced technological development, decision support systems (DSS) play an important role in improving the quality of decision-making in the education sector. The selection staff at SMP Dharma Bakti find it difficult to objectively determine the best academic students because they still use a manual method that is prone to errors. This research aims to design a web-based decision support system that can help selection staff assess and determine their best academic students objectively and quickly. This system is developed using the PHP programming language, MySQL database, LARAVEL 8 framework, and applies the Analytical Hierarchy Process (AHP) method within it. This research produces a system that allows the SMP Dharma Bakti Selection Officers to input alternative data, namely student data, determine the weight of criteria and sub-criteria, and view the ranking results automatically, thus greatly facilitating the SMP Dharma Bakti Selection Officers in determining their best academic students.

The problem faced by PT. Dinda Holding Company (DHC) is that it has difficulty in determining the best employees from a number of employees with varying performance qualities. Until now, the selection process has been carried out manually, taking into account the subjective assessments of the owner or store manager, without a structured evaluation system. As a result, employee selection tends to be inconsistent and leads to dissatisfaction among both employees and the business owner. Additionally, selected employees do not always demonstrate optimal performance, which impacts service quality and the operational sustainability of the store. Therefore, a decision support system was designed to assist PT. Dinda Holding Company (DHC) in selecting the best employees objectively, quickly, and accurately. Employees are human resources used as a driving force in the business operations of a company. The company faces the challenge of maintaining its competitive edge, which requires data on the performance of employees with good performance. This system applies the Simple Additive Weighting (SAW) method to perform calculations and evaluations based on predetermined criteria. The result of this system development is a desktop-based application using the Java programming language and a MySQL database, which is expected to assist management in making more measurable and structured decisions.

The advancement of information technology has encouraged companies to enhance operational efficiency through computerized systems, particularly in human resource management. PT Volar Mekanikal Teknologi x Luminous Creation faces challenges in manual attendance recording, unsystematic leave management, and a payroll system that lacks integration. Therefore, this study aims to design and implement a web-based Employee Management Information System using the Extreme Programming (XP) methodology. The system focuses on three main features: attendance tracking using GPS and selfie verification, online leave applications, and automated payroll calculation integrated with attendance data. The system development process includes planning, design using Unified Modeling Language (UML), coding with the Laravel framework and MySQL database, and testing through the Black-Box method. The implementation results show that the system effectively improves efficiency and accuracy in employee management, while also supporting the company’s operational activities in a more professional and structured manner.  

 Toko Percetakan Zacky Karya Abadi masih mengelola data stok dan penjualan secara manual, yang menimbulkan berbagai tantangan operasional. Penelitian ini bertujuan untuk merancang dan membangun sebuah sistem informasi berbasis web guna menyederhanakan dan mengotomatisasi proses tersebut. Metode pengembangan yang digunakan meliputi tahapan observasi, wawancara, serta perancangan sistem menggunakan alat bantu seperti Activity Diagram, Usecase Diagram, dan ERD, yang diimplementasikan dengan PHP dan MySQL. Hasilnya adalah sebuah sistem informasi terintegrasi dengan akses berbasis peran untuk pemilik, admin, karyawan, kasir, dan pelanggan. Sistem ini memiliki fitur modul manajemen stok, transaksi penjualan, pengelolaan pengguna, dan pelaporan operasional otomatis. Implikasi dari sistem ini adalah peningkatan efisiensi operasional secara signifikan, pengambilan keputusan yang lebih cepat dan akurat melalui laporan real-time, serta meminimalkan risiko kehilangan data.

This study is to develop a web-based inventory management information system for grocery merchants in order to speed up the stock recording process. The system is built according to the waterfall style of system development, using PHP and MySQL. Data collection techniques include observation, interviews, and literature research. As a result, store managers can improve operating efficiency and reduce errors in manual stocktaking by using a system that allows real-time product stock input, updating, and monitoring. This study provides a practical digital solution to support the digitization of small businesses in Indonesia.

 In today's digital era, efficient and accurate inventory management is crucial to support operational effectiveness in business sectors, including retail optics stores. Optik Retna, a retail optical business, previously utilized Microsoft Excel for stock management, which led to various limitations such as restricted multi-user access, risk of data loss, and lack of real-time reporting. To address these challenges, a web-based inventory system was designed and implemented using the Agile methodology. The system was developed using HTML, CSS, JavaScript, PHP, and MySQL, and includes key features such as inventory tracking, expense and return management, transaction recording, sales reporting, and user administration. The implementation results demonstrate that the system enhances work efficiency, simplifies the recording of incoming and outgoing goods, and supports faster and more accurate decision-making at Optik Retna. Therefore, this system provides a practical contribution to the digital transformation of small and medium-sized enterprises in the optical sector.

SD Negeri Wailiti is an institution engaged in education located in Maumere City, Sikka Regency, East Nusa Tenggara Province, Indonesia. In carrying out its operational activities, SD Negeri Wailiti requires an effective and efficient information system to manage the school profile. School profile is the school's data that includes name, history, vision and mission, founder, address, city, contact number as well as school facilities and all forms of activities held by the school. Some of these data need to be packaged in a permanent online facility or media so that in the future it can be used. From the data obtained, it is said that the system used by SDN Wailiti is still oral, namely socialisation in the surrounding community and through information boards or brochures. The purpose of this research is to develop a web-based school profile information system at SD Negeri Wailiti using the waterfall method because this method is the most suitable development model used by developers, system project work is easy to control and can be on time. The programming language that the author uses is PHP (Hypertext Preprocessor) and uses MySQL database. This information system can be used by the school to improve the quality of information services to the community. Testing the feasibility of the system using blackbox testing.

The manufacturing industry faces major challenges in maintaining consistent product quality amidst the dynamics of technology and global competition. This study aims to develop an effective Business Intelligence (BI) implementation model to support data-based quality control. The method used is a conceptual design approach through integrated system simulation, including MySQL database, PHP backend, Power BI visualization, Google Cloud AutoML predictive analytics, and initial processing using Microsoft Excel. Historical production data for 12 months is used for model training and defect trend visualization. The simulation results show that the implementation of BI can reduce product defect rates, accelerate system response, and increase inspection process efficiency. Technical validation proves the model's prediction accuracy is above 90%, while field validation shows positive acceptance from users regarding the ease of use of the dashboard. This system not only supports early detection of quality deviations but also contributes to real-time strategic decision making. With an integrated technology approach, BI enables medium-sized manufacturing companies to adopt an adaptive and sustainable digital quality system, in line with the concept of Quality 4.0.

This community service activity aimed to enhance students' technical skills in database management using XAMPP, an open-source platform that integrates Apache, MySQL, PHP, and phpMyAdmin. The program was implemented through a hands-on training approach based on experiential learning, allowing participants to practice installation, configuration, and database management independently. The results showed a significant improvement in students' understanding of database concepts and their ability to operate XAMPP effectively. Beyond technical competencies, the program also fostered behavioral changes, increased technological awareness, and the emergence of local leaders among the participants. This initiative is expected to contribute to the development of a more adaptive and collaborative learning culture in response to advancements in information technology.

This study aims to design and develop a web-basedinventory information system to improve stockmanagement and transaction recording efficiency atToko Sahabat. The main issues faced include frequentcashier system failures resulting in manualtransactions, stock data inaccuracies, and delayedsales reporting. The research employed the RapidApplication Development (RAD) method to enable fastand iterative system development based on userfeedback. Key features include user management,automatic stock tracking, real-time transactionrecording, and sales reporting. Using PHP, MySQL,and Bootstrap, the system significantly improvesoperational efficiency, reduces stock recording errors,and accelerates reporting. Implementation of thissystem supports better data-driven decision-making forToko Sahabat.

Proses rekrutmen tenaga kesehatan di Rumah Sakit Islam Ar-Rasyid Palembang masih dilakukan secara manual, menyebabkan inefisiensi dalam manajemen data pelamar, penjadwalan wawancara, dan komunikasi. Penelitian ini merancang aplikasi open recruitment berbasis web dengan mengintegrasikan algoritma round-robin untuk penjadwalan otomatis dan modul CV parsing berbasis natural language processing (NLP). Metode pengembangan menggunakan Software Development Life Cycle (SDLC) model Waterfall dengan tahapan analisis kebutuhan, perancangan, implementasi (Laravel & MySQL), dan pengujian black-box. Hasil implementasi ini menunjukkan sistem berhasil mengurangi waktu rekrutmen hingga 50% serta dapat meningkatkan akurasi manajemen data pelamar. Aplikasi ini memenuhi standar Kepmenkes No. 123/2022 tentang Sistem Informasi Rumah Sakit.

The rapid growth of the fashion industry in Indonesia, particularly in Bandung, has increased the demand for structured and efficient sewing course management. Bandung Vision Center, as one of the institutions providing sewing training, faces significant administrative challenges due to the continued use of manual registration and attendance monitoring systems. These conventional processes result in data inaccuracies, slow information retrieval, limited transparency, and difficulties in monitoring participant progress across multiple training waves. This study aims to design and develop a web-based application to optimize participant registration and attendance monitoring processes at Bandung Vision Center. The research adopts an Agile software development methodology to ensure iterative development, flexibility, and responsiveness to user requirements. The system is implemented using the Laravel framework for backend development, ReactJS for frontend interface design, and MySQL as the relational database management system. System modelling is conducted using UML diagrams, and functionality testing is performed using the black-box testing method. The results indicate that the developed application significantly improves administrative efficiency, enhances data accuracy, and enables real-time monitoring of participant attendance. Additionally, the system increases transparency, facilitates structured data management, and supports better decision-making for course administrators. The implementation of this web-based application demonstrates its effectiveness in modernizing administrative processes and strengthening institutional competitiveness in the local fashion education sector. Future enhancements may include integration of online payment features, automated notifications, and advanced data analytics to further improve service quality and user satisfaction.

This scientific paper discusses the design of a web-based video production project management tool using the Laravel framework. The website is designed to facilitate communication and coordination between clients and vendors through a Single Role Perspective. On the first page, users are presented with a Login page. Upon successful login, they are directed to the Homepage, where they can view a table displaying detailed information on all assigned tasks. The Navigation bar includes an Upload feature for data submission. Additionally, there is a Manage Work feature that allows users to assign editors responsible for specific materials.

The problem of accessibility and efficiency of book search is still a major challenge in school libraries, especially those that still rely on manual systems. This study aims to implement and test the effectiveness of an information retrieval system (IRS) based on the Dice Similarity method in the SMA Negeri 1 Siantan Library, West Kalimantan. The research method used is experimental descriptive quantitative, with data collection through observation, interviews, and documentation, as well as system testing on collection data and library user activities. The system was developed using the Laravel framework and MySQL database, and evaluated using precision and recall metrics. The results showed that the system has a Precision value of 100% and a variable Recall value, with the highest value of 66.66% and the lowest of 14.28%. The implementation of this system significantly speeds up the search process, minimizes recording errors, and increases user satisfaction. The findings recommend the adoption of Dice Similarity-based IRS as an applicable solution for school libraries in supporting literacy and easy access to information. The findings are expected to be a reference for the development of library information systems in educational environments with limited resources.

This study aims to design and implement a web-based outpatient registration information system at Regional General Hospital (RSUD) X to overcome issues arising from the manual registration system. The current manual registration system at RSUD X causes problems such as long queues, potential data entry errors, lost files, and difficulty in finding patient medical history. As a result, patient waiting times are longer, the administrative staff's workload increases, and the overall effectiveness of services decreases. The research method used is a qualitative one, which describes various processes in the system, from patient data input to the digital registration receipt output. The system design approach uses the waterfall method. Data collection was carried out through purposive sampling, while data gathering was done through interviews with registration officers, direct observation, and a documentation study in the medical records unit. The system is built with a combination of technologies, including PHP as a server-side programming language and MySQL as the database. The result is a web-based outpatient registration information system that can improve the efficiency and quality of hospital services. The advantages of this system include wide accessibility, time efficiency, and effective data management. This system is expected to reduce patient queues, improve the efficiency of the registration process, and simplify patient data management. However, the implementation of this system may face challenges such as limited resources and user skills. Solutions to overcome these challenges are effective resource allocation and user training. Overall, the web-based outpatient registration information system can be an effective solution to improve service quality at RSUD X.

Databases play an essential role in modern information systems because they enable the efficient storage, management, and retrieval of structured data. This study focuses on the implementation of a simple database using two relational database management systems (RDBMS), namely MySQL and PostgreSQL. The research stages are carried out through requirements analysis, designing entity-relationship diagrams, implementing tables and their relationships, and testing the system to assess functionality. The case study used is student data recording, where both RDBMSs are tested through a series of basic CRUD (Create, Read, Update, Delete) operations. The results show that both MySQL and PostgreSQL are capable of carrying out these operations effectively while maintaining data integrity and consistency. However, PostgreSQL offers additional advantages due to its support for more complex data types, a better level of compliance with SQL standards, and advanced features that support the needs of large-scale application development. Conversely, MySQL remains superior in terms of ease of use and application to simpler needs, making it more practical for small projects or applications with standard workloads. Based on these findings, it can be concluded that both RDBMSs are equally suitable for use, but the ideal choice depends heavily on the context of the needs; PostgreSQL is more suitable for applications that demand high scalability and size, while MySQL remains relevant for lightweight and efficient implementations.

This research aims to address the challenges in sales data management and limited market reach faced by the Inegena Village-Owned Enterprise (BUMDes) in North Bajawa District, Ngada Regency, East Nusa Tenggara. The BUMDes produces and sells candlenut oil, a superior local product, but currently uses a manual sales and recording system (B2B and B2C), which leads to fluctuating demand, difficulties in sales data analysis, and decision-making that lacks valid data. To address these issues, a web-based e-commerce system was implemented. This system was designed using Agile methods, involving planning, implementation, software testing (black box testing), documentation, deployment, and maintenance. Furthermore, the Naïve Bayes algorithm was applied to visualize sales data and support better decision-making by classifying best-selling products, popular payment methods, and sales levels. The results of this research are expected to assist Inegena BUMDes in improving sales efficiency, expanding the market reach of candlenut oil products nationally. This system uses supporting software such as Xampp, PHP, and MySQL.

The manual attendance system using paper at work locations other than offices at PT Gresik Migas creates challenges in the effectiveness and efficiency of employee attendance records. This study implements a web-based attendance system that integrates geolocation and selfie features to improve the accuracy and efficiency of attendance recording. The system was developed using native PHP for backend, jQuery for frontend, MySQL as database, and Leaflet JS for geolocation implementation. Implementation results show the system was successfully implemented in 5 different locations with a 50-meter validation radius and used by 40 employees. This system enables real-time attendance monitoring through an admin dashboard and produces more efficient attendance records compared to the previous manual system.

The development of the business world relies on technology information Already become absolute thing.​ His height activity data transactions and exchange information in online communication media and the internet is one technology For overcome activity everyday life in the era of globalization moment This. CV. TYTUS FURNITURE SEMARANG is A moving company​ in field Furniture sales , such as : table chair room visitor . Problem sale CV products. TYTUS FURNITURE SEMARANG is limitations consumer in obtain information product , type product , price product , because consumer must come direct to company or waiting for sales to come give information about company , so No can save time and costs , turnover sale not enough in accordance hope , not yet exists processing sales and consumer data reports in a way fast and efficient. For that's system very online sales required moment This For develop something company , because system the present For give real solution​ Where system the online sales can fulfil need will transaction business online with​ easy and fast with using a MySQL database with Language PHP programming . System information This capable give information product to consumer online , and can give information products sold​​​ to consumer . Based on background behind problem above , then writer take title "WEB-BASED GOODS ORDERING INFORMATION SYSTEM ON CV. TYTUS FURNITURE SEMARANG.”    

Penelitian ini dilaksanakan di Zao Martial Art yang merupakan salah satu usaha industri konveksi yang bergerak dalam memproduksi seragam dan perlengkapan alat-alat taekwondo yang terletak di Jl. Raya Manyaran-Gunungpati, Cepoko, Kec.Gunung Pati, Kota Semarang. Perhitungan penerimaan dan pengeluaran kas setiap bulannya menggunakan Microsoft Excel dan untuk pencatatannya masih menggunakan tulis tangan pada selembar kertas. Belum adanya sistem informasi berbasis dekstop yang dapat memudahkan bagian pencatatan dan perhitungan penerimaan serta pengeluaran kas pada Zao Martial Art. Sistem informasi berbasis dekstop ini bertujuan untuk membantu mengelola pencatatan data serta perhitungan penerimaan dan pengeluaran kas. Pengumpulan data untuk penelitian dilakukan dengan beberapa opsi, diantaranya wawancara, observasi dan studi pustaka. Sistem ini dikembangkan dengan Microsoft Visual Studio 2013,  Xampp, MySql. Perancangan sistem menggunakan UML (Unifed Modeling Language) dengan metode R&D (Research and Development) sebagai metode pengembangannya.