System Development Life Cycle Research Articles

Information Needs Analysis For Inventory Management System Development Based On Existing Conditions In MSMEs

The purpose of this research is to strengthen its competitive advantage in the digital business industry in Indonesia by utilizing digital solutions to fulfill consumer needs, considering increasing market rivalry and the progress of digital products. The interview was conducted with micro, small, and medium-sized enterprises (MSMEs) located in West Java from January to June 2024 to identify the issues and needs of MSMEs. The identified problems need to be further processed using the System Development Life Cycle method. The results are expected to be utilized in the development of an Inventory Management Information System that can support the effectiveness of inventory management by MSMEs.

Aplikasi Pengolahan Bantuan Sosial Berbasis Web dan Mobile di Kapenewon Kokap Kulon Progo

The web and mobile-based social assistance processing application is designed to address issues in Kapanewon Kokap, Kulon Progo, which currently lacks an integrated web, mobile, and digital database application. As a result, the community must go to the Kapanewon office to apply for social assistance, which consumes time, energy, and costs due to the manual processes still in place, leading to slow service. To tackle this problem, the application is developed using the System Development Life Cycle (SDLC) prototype method, which allows for rapid development, low costs, and flexibility to user needs. The outcome of this application development facilitates the community in applying for social assistance quickly, accelerates administration, and enhances the transparency of aid distribution. With this application, the community no longer needs to visit the Kapanewon Kokap office, saving costs, time, and energy. In conclusion, this application improves the service process, provides better comfort for the community, and simplifies the online application process for social assistance, making the service more optimal and timely.

A Review of SDLCs for Big Data Analytics Systems in the Context of Very Small Entities Using the ISO/IEC 29110 Standard-Basic Profile

Context: A Systems Development Life Cycle (SDLC) is a model of phases-activities, roles, and products systematically used to develop software with functional expected quality. Although SDLC is widely applied to various software types, it remains unusual in Big Data Analytics Systems (BDAS). Objective: To address this issue, several SDLCs for BDAS have been proposed, along with comparative studies, to guide interested organizations in adapting them. This research seeks a lightweight, balanced, and feasible for small development teams or organizations, taking advantage of favorable characteristics of the international ISO standard. Method and Materials: This study describes the knowledge gap by reporting a comparative analysis of four relevant SDLCs. A selective research method was applied (CRISP-DM, TDSP, BDPL, and DDSL), focusing on alignment with the recent ISO/IEC 29110-basic profilestandard. The goal was to identify which SDLC contributes and fits better from a lightweight approach. Results: From the rigorous approach Cross Industry Standard Process for Data Mining (CRISP-DM) showed the highest alignment with the standard, for the agile approach it was Domino Data Science Lifecycle (DDSL) being the closest of the four. Team Data Science Process (TDSP) stood out as the most agile of those analyzed but fell short of the required results. BDPL, which manages another standard, was too rigorous and more distant. Conclusions: Research on new SDLC for Big Data Project Lifecycle (BDPL) has been practically nonexistent in software engineering from 2000 to 2023. Only BDPL was found in the academic literature, while the other three came from gray literature. Despite the relevance of this topic for BDAS organizations, no adequate SDLC was identified

Rancang Bangun Sistem Informasi Pencatatan dan Pengelolaan Data Pekerjaan Karyawan di PT Aplic Digital Teknologi

The design and development of an information system for recording and managing employee work data aim to simplify the process of tracking and monitoring employee tasks, including when tasks are assigned and when they are expected to be completed. This system is designed to replace manual administrative processes, enabling work-related information to be accessed more quickly and accurately. The method used is System Development Life Cycle (SDLC) with system development using a waterfall method approach which involves the stages of needs analysis, design, design, and implementation. With this system, management can regularly monitor the progress of employee tasks and evaluate the efficiency of task completion. Additionally, the system records work history, which can be used for reporting and further analysis. The implementation results show that the system improves the accuracy of work data recording and supports more effective decision-making.

Design of a Web-Based Health Information System to Support a Teaching Factory in Health Information Management of PSDKU Ngawi

Health services are among the most needed services by the community. In Ngawi Regency, Indonesia, residents often struggle to access vital health service information. With the advancement of technology, such as web-based health service information systems, it becomes easier for the community to access information about health services. The design of a web-based health service information system aims to support the establishment of a pioneering teaching factory for the Health Information Management study program. This research employs the SDLC (System Development Life Cycle) software development method using the prototype model. The stages of the system design and development include quick plan, modelling, quick design, construction of prototype, deployment, delivery and feedback, and communication. The research results indicate that the web-based health service information system can facilitate the Ngawi community and its surroundings in accessing health service information, registering online, conducting self-health checks, consulting with health personnel via a WhatsApp link available on the web, serving as a health promotion media, and enabling users or health personnel to utilize patient data stored in the system database as a learning support tool. Based on the research findings, the system significantly enhances community access to health services and streamlines health management processes for users.

Web-based Panggung Lestari Village-Owned Enterprises (BUMDES) Integrated Service Information System

Village-Owned Enterprises (BUMDes) are village business institutions whose businesses are run by village communities and the village government to improve village welfare. BUMDes was formed as a business institution that can manage various businesses according to the needs and potential of the village. However, BUMDes face challenges in managing their business, such as recording transactions and reports. This research is to design and implement a website-based BUMDes integrated service information system at BUMDes Panggung Lestari. This system design uses a programming language PHP with framework codeigniter and database MySQL. The system development method used is SDLC (System Development Life Cycle) model waterfall. The web-based BUMDes integrated service information system is very effective and efficient used by BUMDes for managing, monitoring and supervising business activities. This system is designed to include features for recording income transactions or business operational costs, as well as providing reports that can be used for analysis and evaluation of operational performance, and providing information services to the public regarding information about BUMDes.

Application of Quantum GIS in the Development of 3D Maps in the Tourism Bakunjangan Application

This research explores the use of Quantum GIS (QGIS) in developing 3D maps for the Bakunjangan tourism application in Banjarmasin City. The integration of spatial data, sensors, and open data sources such as OpenStreetMap (OSM) aims to improve accuracy, consistency, and visitor experience. The development of 3D maps follows the System Development Life Cycle (SDLC) method, which outlines strategies and processes for developing, designing, and maintaining software projects, ensuring that all goals, objectives, functionalities, and user needs are met. The urgency of this research lies in its ability to support the Banjarmasin City government in managing and developing local tourism, especially with the increase in tourist visits from 2,487 in 2022 to 3,895 in 2023. The 3D map feature in the Bakunjangan Application is expected to provide accurate information and a more satisfying experience for tourists, as well as enhance the competitiveness of tourism at the national level. The development of the 3D maps was conducted after a survey of 55 Ground Control Points (GCP) in various tourist areas. The QGIS application, with the help of the Qgis2threejs plugin, facilitates the creation of 3D map animations, although five tourist attractions could not be animated. To optimally display the 3D maps, an internet connection with a minimum speed of 10 Mbps is required. As a result, the Bakunjangan Application produced 65 interactive user interfaces and 50 3D animations of tourist attractions, with an application feasibility rating of 89%, placing it in the excellent category.

DEVELOPMENT OF SMART FARMING SYSTEM USING INTERNET OF THINGS (CASE STUDY: HOM NIL CHAKRAPHAT RICE, BANG BO DISTRICT, SAMUT PRAKAN PROVINCE, THAILAND)

This research focuses on the development of a smart farming system using the Internet of Things (IoT) for Hom Nil Chakraphat rice cultivation in Bang Bo District, Samut Prakan Province. The study aims to address issues related to inconsistent crop quality and yields due to varying climatic conditions and limited technological access. IoT technology, including sensors and automated systems, was implemented to provide real-time data on environmental factors such as soil moisture, temperature, humidity, and crop health. The study was conducted using a structured system development life cycle (SDLC) methodology to design and deploy the smart farming system. Atmospheric data was collected from August to November 2022, and the results showed improvements in water use, fertilization, and pest control. In addition, the smart farming system helped address the issue of color contamination in Hom Nil Chakraphat rice grains. Contaminant and nutritional testing confirmed that the rice meets safety standards. This study contributes to the broader objectives of Thailand 4.0 by promoting agricultural innovation and sustainability through smart farming. It also highlights barriers to adoption such as high initial costs and limited internet connectivity, suggesting the need for further support to scale IoT integration in agriculture.

The ABC Laundry Service Information System Based on Web using SDLC Method

In this modern era, the laundry service business has experienced rapid development along with the increasing public need for practical and instant services. Laundry ABC, a laundry business located in the Kimpulan area near the UII campus, faces significant challenges in managing customer data and transactions because it still uses a manual system. This manual system often causes recording errors, service delays, and potential fraud that impact financial reports and customer satisfaction. This study aims to design and develop a web-based laundry service information system using the System Development Life Cycle (SDLC) method with a waterfall approach. The proposed information system will automate the management of customer data, transactions, and financial reports, as well as improve the operational efficiency of Laundry ABC. This system is web-based and integrated with a database to ensure accurate recording, speed up the service process, and provide better data management. With this system, Laundry ABC is expected to improve the quality of service and gain a competitive advantage in the market.

Perancangan Aplikasi Penjualan Online Berbasis WEB Pada Toko Kokoon Store Lamandau

One of the applications needed in the business world, especially in terms of technology, is thisonline sales application. Where currently, society and businesses are influenced by technology.Moreover, when it comes to the Internet, many societies and even companies use Internetconnections for various purposes. One of them is that they can make purchases and sales online,known as e-commerce, which allows customers to make transactions anytime and anywhere. Intoday's internet era, selling shoes online has become a popular trend. However, the Kokoon StoreLamandau which sells various types of shoes does not yet have an application that can helpcustomers make purchases online. The purpose of this research is to help customers use the Internetas a tool to make purchases anytime and anywhere they want. A systematic approach modifiedinto the SDLC (System Development Life Cycle) model is used in the design and development ofthis online sales system. It is hoped that this application will help Kokoon stores increase sales andmarket their products.

Promoting audit transparency in higher education through an internal academic quality audit application

This study aims to design and develop a web-based application for Internal Quality Audit at Universitas Ibnu Sina, replacing the conventional audit process which is currently in use. The previous manual audit process resulted in inefficiencies and increased the risk of errors. Key challenges identified include limitations in human resources, time, and funding, as well as the low effectiveness of the audit process. In order to address these issues, the proposed information system facilitates the distribution of online checklists and document uploads, thereby expediting the verification and reporting audit results. This research adopts the System Development Life Cycle (SDLC) approach in its development, utilizing methods that include use case diagrams, activity diagrams, sequence diagrams, and database design. These methods enhance interaction and workflow within the audit team. Testing results indicate that the system functions to the expected specifications. Furthermore, this study demonstrates that implementing a web-based system can accelerate reporting, improve the structure and documentation of audits, and support efforts to enhance academic quality at the university. Implementing this system is expected to increase efficiency and accuracy in the academic quality audit process at Universitas Ibnu Sina.

Enhancing preparedness by developing robust implementation

Abstract In EUVABECO, a goal is defined as a public health objective that motivates a vaccination practice. A vaccination practice encompasses specific methods or approaches used in vaccination efforts, while a tool refers to a tangible resource or software developed to support the implementation of these practices. EUVABECO is undertaking a series of structured activities from January 2024 until mid-2026. These include mapping innovative practices, deriving requirements for tools and validation plans, developing implementation plans, and facilitating their adoption by European MS. The project will also evaluate, validate, and verify these plans to ensure their efficacy and sustainability. EUVABECO’s methodology is informed by the Systems Development Lifecycle (SDLC) framework, utilizing the V-model to ensure a strong linkage between the development and testing phases, thereby guaranteeing a cohesive workflow. Each implementation plan developed will feature comprehensive policy recommendations and a workplan that covers the necessary organizational, technical, legal, and ethical aspects required for the tool’s deployment. Additionally, these plans will include tailored strategies to enhance the tool’s functionality during outbreaks, criteria for verifying implementation effectiveness, and financial considerations critical for supporting adoption. The implementation plans will undergo a rigorous validation process to assess their suitability, transferability, and sustainability across MS. The ultimate goal is to disseminate validated plans whilst ensuring a parallel multistakeholder engagement approach to ensure MS are actively involved in key project phases, thus, facilitating rapid uptake of said plans across EU MS and a transformation of the vaccination ecosystem across Europe.

ANALISIS RANTAI PASOK DAN RANCANG BANGUN SISTEM KETERTELUSURAN KOPI ROBUSTA BERBASIS ANDROID

Robusta coffee is the most widely cultivated coffee commodity in Indonesia. In the East Bolaang Mongondow Regency, the problem at the supplier level is limited market information, which makes the coffee beans' quality inconsistent, impacting the price and product quality image. This research aims to identify supply chain structure models and members, added value, and design a traceability system to support product quality validation. Robusta coffee supply chain participants and their interactions were identified at the Modayag coffee plantation in East Bolaang Mongondow. The data were collected through observations, interviews, and field studies. Supply chain analysis was performed using the Vorst method and the added value was calculated using the Hayami method. The traceability system design follows the system development lifecycle method. The findings indicate that the Robusta coffee supply chain in East Bolaang Mongondow Regency includes farmers, collector traders, processing plants, the retail industry, coffee roasteries, and consumers. Farmers profit from selling perfectly ripe wet coffee beans 42-43%, wet mixed coffee beans (8%), and dry mixed coffee beans 63-71%. A traceability system named Kinton was successfully developed and integrated with the Firebase database to store all information.

Applying Fuzzy Multi-Criteria Decision Making for the Selection of Competitive Factors in Robotics Based on System Development Life Cycle

Applying Fuzzy Multi-Criteria Decision Making for the Selection of Competitive Factors in Robotics Based on System Development Life Cycle

SISTEM INFORMASI E-KASIR PADA CAFE UNICO TEMBILAHAN

Currently, many cashier systems still use manual or traditional methods, which can waste customers' time, especially those in a hurry. Mistakes in calculating total expenditure can also be detrimental to restaurants and customers. Therefore, the latest innovations have made the calculation process at the cashier faster and more efficient. This information system was designed using the System Development Life Cycle (SDLC) method with the Waterfall model. The implementation uses the PHP programming language and XXAMP and MySql web servers for database management. The E-Cashier system offers many benefits for companies, such as making it easier to monitor current product data, speeding up the buying and selling process, processing financial reports at the cashier, and helping with archiving financial data. The conclusion of this research shows that E-Kasir is very useful for business people.

PENGEMBANGAN APLIKASI PENGGAJIAN BERBASIS WEB DENGAN METODE SDLC UNTUK MENDUKUNG EFISIENSI BISNIS PERUSAHAAN

In the modern era, the development of software has advanced rapidly. Various features and conveniences provided enable easier access to and use of information on the internet. One of the essential mediums in this context is websites. Websites have become a primary need for delivering necessary information and building trust and comfort in various business activities.This scientific writing adopts the System Development Life Cycle (SDLC) method, which includes the stages of analysis, design, implementation, and testing. In this study, a payroll application was successfully developed to support online attendance and payroll processes. The application testing was conducted using several web browsers, such as Google Chrome, Mozilla Firefox, and Microsoft Edge. The developed website can be accessed through http://localhost/payrol/.The test results showed that Google Chrome is the best browser due to its faster loading time compared to the others. With the operation of this website, the attendance and payroll processes in the company have become easier and more efficient for both administrators and employees. This application is expected to make a significant contribution to improving the company's operational efficiency.

Sistem E-Tiket Bus Menggunakan QR-Code Berbasis Website

The land public transportation mode remains the main choice for the community in carrying out mobility, especially in traveling between cities and provinces. However, many users are worried because of the rampant fraud committed by irresponsible people, because of this unrest, the perpetrators of land public transportation service providers have begun to use technology in their transaction system, this aims to minimize the existence of passengers who do not have tickets and unauthorized ticket sellers. This research uses the SDLC (System Development Life Cycle) method because it can provide the approach and structure needed in system planning and development. This system was created using the PHP programming language and the CodeIgniter Framework in the development of the system. the utilization of QR Code technology on the system is as a way to encode the code on the ticket into an E-Ticket without using paper, besides aiming to increase security, the QR Code also provides efficiency in the ticket transaction process. The use of this website is also more structured because it prevents damage or loss of tickets, increases time efficiency and increases sales. The result of this research is the successful design of a bus E-Ticket system that uses a QR Code and is website-based.

Development and Usability Assessment of Virtual Reality- and Haptic Technology-Based Educational Content for Perioperative Nursing Education

Background/Objectives: In perioperative nursing practice, nursing students can engage in direct, in-person clinical experiences in perioperative environments; however, they face limitations due to infection and contamination risks. This study aimed to develop and evaluate educational content for perioperative clinical practice for nursing students using virtual reality (VR) and haptic technology. Methods: The program, based on the Unity Engine, was created through programming and followed the system development lifecycle (SDLC) phases of analysis, design, implementation, and evaluation. This program allows nursing students to engage in perioperative practice using VR and haptic technology, overcoming previous environmental limitations and enhancing practical and immersive experiences through multi-sensory stimuli. Results: Expert evaluations indicated that the developed content was deemed suitable for educational use. Additionally, a usability assessment with 29 nursing students revealed high levels of presence, usability, and satisfaction among the participants. Conclusions: This program can serve as a foundation for future research on VR-based perioperative nursing education.

Pengembangan Website Company Profile untuk Meningkatkan Promosi Digital PT Multi Global

In the face of digital era promotional challenges, developing a company profile website has become a crucial need for PT Multi Global. Despite operating for over two decades, the company has lacked a formal promotional platform capable of reaching a broader market. Previous promotional efforts relied solely on word-of-mouth, which is limited in expanding the company’s visibility in today’s digital landscape. Through a Community Service (PkM) initiative, this study aims to design and develop an informative and responsive company profile website using WordPress CMS and the Elementor plugin. The development process follows the System Development Life Cycle (SDLC) method with a waterfall approach, encompassing requirements analysis, design, implementation, testing, and maintenance phases. The final outcome of this project is a website that provides comprehensive information about the company, its products, and services, while also enhancing brand awareness and facilitating easier access to information for customers. This website development is expected to serve as an effective solution in supporting PT Multi Global's business growth and boosting the company’s competitiveness in an increasingly competitive market.

Technology for fast-tracking high-risk head and neck cancer referrals: Co-designing with patients

BackgroundHead and Neck Cancer (HNC) is the eighth most prevalent global cancer. Timely recognition of symptoms is crucial for reducing mortality rates. The EVolution of a patiEnt-REported symptom-based risk stratification sySTem to redesign the suspected Head and Neck cancer referral pathway (EVEREST-HN) study aims to develop and evaluate a risk stratification tool using patient reported symptoms, which will be populated remotely in the community before the patient is seen by the clinician to hasten HNC diagnosis. EVEREST-HN will design a patient SYmptom iNput Clinical (SYNC) system to gather patient symptom data and calculate a risk score to aid clinicians in identifying high-risk cases. This identification potentially allows for high-risk patients to be seen sooner, thereby improving patient outcomes. MethodsThree workshop sessions were conducted involving a total of 17 unique participants, with several contributing to multiple sessions: nine in the co-design session, six in the validation session, and nine in the evaluation session. The co-design session employed online collaboration with patients’ representatives. Thematic analysis was used to identify requirements and concerns informing the development of a low-fidelity prototype. The validation session assessed whether the prototype aligned with patient expectations. In the evaluation session, participants interacted with an online prototype and provided further feedback. ResultsDuring the co-design workshop, participants emphasized the need for a concise and clear SYNC system questionnaire for reporting suspected HNC symptoms. Concerns were raised about questionnaire length, language clarity, and the inclusion of probing questions. Participants suggested concise questions using lay language, incorporating visual aids for topics like alcohol and tobacco use, and making the sexual activity question optional. Recommendations included diverse language options, hard copies for non-English speakers, and phone call options for those uncomfortable with screen-based technology. The validation workshop confirmed that the prototype reflected participants’ ideas. Feedback highlighted the need for call-back features to help those not confident with technology and the need to present symptom questions first before social background questions. Feedback from the evaluation demonstrated a commitment to efficiency, and continuous improvement. ConclusionThis study aims to develop the SYNC system to enhance efficiency of suspected HNC referrals. The workshops highlighted the importance of end-user inclusiveness in the system development life cycle, with collaboration with stakeholders and repeated feedback, providing crucial insights for ensuring the SYNC system effectively addresses the needs and concerns of patients in the context of HNC diagnosis.