Rapid Application Development Model Research Articles

DIGITALISASI SISTEM INFORMASI ANJUNGAN PENDAFTARAN MANDIRI (APM) RAWAT JALAN BERBASIS WEBSITE MENGGUNAKAN METODE RAPID APPLICATION DEVELOPMENT (RAD) DI RSU HAJI MEDAN

In order to achieve faster and more accurate hospital services, hospitals need to establish and have an electronic based website. The problem that still exists at Medan Haji General Hospital is related to the absence of the use of a website based outpatient self-registration platform (APM) information system. This is because officers still lack understanding of the importance of website based information systems and the limitations of an IT person to design the application. The purpose of this research is to design a website based information system for self registration booths (APM) at the Haji General Hospital in Medan. The method in this study uses the Rapid Application Development (RAD) model. The results that were concluded from the respondents were to find out whether or not there were deficiencies in the website that had been designed, and to find out whether the website system that had been designed was accepted or not by the Medan Haji Hospital. Researchers created a website design using Microsoft Office Visio 2013 to create Entity Relationship Diagrams (ERD) and Data Flow Diagrams (DFD). The integration and system testing stages of each program unit are integrated with each other and tested as a total system. Then the system will be sent to the system user. Website testing that has been designed uses testing with the Blackbox technique. The conclusion is that it can facilitate the patient quickly and efficiently. It is suggested that this system can be developed for the future so that it can be done electronically and the system can cover not only old patients, but also new patients so that it can be more effective and efficient in reducing long queues during registration at the hospital.

Contextualized Online Document Management System

This study aimed to develop online document management system that could generate documents faster and accurate. It covered the design, development and evaluation of the system intended for course program accreditation. The Rapid Application Development (RAD) model of system development was used to emphasized the development cycle using a component based construction approach. The developed contextualized online document management system was evaluated by the selected IT Expert, Accreditation task force and Office staff. It utilized a descriptive research design which employs a questionnaire to evaluate the functionality, efficiency, and usability of the developed system. The results revealed that the respondents consider the online document management system a highly acceptable software application. Thus, it is recommended for utilization during Online Course Program Accreditation for fast, easy access, and efficient document profiling.

PENERAPAN METODE APPLICATION DEVELOPMENT DALAM PERANCANGAN PROGRAM PENJUALAN TANAH KAVLING BERBASIS WEBSITE

Currently, property developer agencies are progressing rapidly, the supporting elements of home ownership are also facilitated by the presence of home ownership loans. In the process of selling land property, it still uses conventional methods so that customers must be present in person to find and order land plots. The sales process is still manual, causing errors in reporting and making it difficult for employees to find documents. The purpose of this research is to design a website-based land plot sales program that can facilitate the process of providing online land availability information, the land plot sales process which is equipped with a payment scheme calculator feature and a track booking feature. This research uses the Rapid application Development (RAD) model with the aim that the application can be efficient in processing time, and uses the black-box testing method in its testing. The result of this research is a land plot sales website with a payment scheme calculator feature and a track booking feature, so that the sales process becomes efficient, reporting data becomes accurate and data search becomes easier.

Application of Rapid Application Development Method to Design E-Commerce Systems in National Expedition Company to Increase Marketing Effectiveness

This research aims to find out how to design a B2C, online-based e-commerce reservation system for companies. In this research, the data collection methods applied include observation, interviews, and a literature study. The system development process uses the RAD (Rapid Application Development) model and UML modeling tools. The development stages consist of requirement planning, design workshops, and implementation. Based on the research results, it was found that the existence of this B2C e-commerce system can help the public find out information about hotels in real time, find out the condition of room availability, and make room reservations online anytime and anywhere via the web. This system consists of customer registration, room reservations, payments, expense input, and viewing monthly income and expense reports. This e-commerce system makes it easier for customers to make room reservations and helps managers monitor the occupancy rate in the form of the ratio of the number of customers who make room reservations to the total number of rooms in the company through the visitor list view menu, which displays a list of the number of rooms and the number of visitors who are staying overnight. This system makes it easier for managers to view reports on total monthly income and total expenses by selecting the menu to view report data on total income and total monthly expenses.

Jungle Math: An Educational Mobile Games for Preschoolers Learning Mathematics

This project is about developing an educational game for kindergarten children. Educational games for kids are designed to teach important concepts such as numbers, letters, colours, shapes, and more in a fun and engaging way. They can also help develop important skills such as problem-solving, critical thinking, and creativity. Mathematics is a challenging subject for most children at an early age, especially preschoolers. This is due to the lack of understanding, interest, and successful ways to help them learn. Typically, mathematical games are presented with an emphasis on entertainment or education. Games can be an effective way to teach children mathematics. They can also help foster a positive attitude towards the subject, which can lead to better learning outcomes. Thus, creating an educational mobile game would be an excellent solution to this problem. This project aims to create a mobile game that can be installed on mobile phones or tablets to teach children mathematics. The RAD (Rapid Application Development) model will be used as the project methodology to conduct this project. First, the functional requirements were determined. Then, the prototype was developed and named Jungle Math. A field usability test was conducted with the targeted users to evaluate the application's ease of use. The findingssuggest that the application is ready to be used in a learning and fun environment for kindergarten children upon the success of the trial run, as the targeted users found the application easy to use and enjoyed playing and learning with the application.

Application of the Rapid Application Development Model to a Web-Based Library Information System

This study aims to overcome several problems in library management at SMA Negeri 7 Tambun Selatan by designing and developing a web-based library information system using the Rapid Application Development (RAD) method. The background of the problem includes the use of information technology, which is still limited in the library, so the process of recording, borrowing, and returning books is still done manually and takes a long time. In addition, the lack of an effective book search system is also an obstacle to using library collections. This research identifies these problems and formulates aims and objectives to create the right solution. In order to achieve this goal, the research method used involved data collection techniques, such as direct observation in the library, interviews with librarians, and a literature study to obtain relevant information. The result of this research is a web-based library information system that includes managing data on borrowing and returning books, book data, book category data, fines data, and making library data reports. This system allows librarians to record borrowing and returning books more efficiently, as well as facilitate students and staff in finding the desired book quickly and accurately through the search feature provided.

Media Informasi untuk Perawatan Kucing berbasis Android

The use of information technology so far is not only in the field of education, but can also be utilized in the health sector, such as cat care. Raising a cat has different needs and ways of caring for other animals such as feeding, drinking, shelter, and health. This study aims to produce android-based cat care information media, knowing the feasibility and response of users. This type of research is research and development using the Rapid Application Development (RAD) model which consists of 3 stages, namely: requirements planning, RAD design workshop, and implementation. The subjects in this study amounted to 19 cat owners to find out the user's response. Data collection techniques using questionnaires and data analysis using quantitative descriptive. Our findings show that the application developed is in the form of Android-based cat care information media. The material expert due diligence result is 96.3% (very feasible). Meanwhile, the results of the due diligence of media experts obtained 87% (very feasible). Thus this application is worthy of being used as an android-based cat care information media. So that this application can help some parties or cat owners to take care of their cats without having to go to a veterinary clinic.

A Web-based Point of Sales for Automotive Component Industry using Rapid Application Development model

This research aims to increase efficiency in Micro, Small, and Medium Enterprises (MSMEs) in the automotive components industry, focusing on CV Bengkel Megamakmur. This workshop is one of the MSMEs engaged in Indonesia's car spare parts industry. In the ongoing business process, these MSMEs need some help in inventory management, stock of goods, and less integrated sales transaction recording. The main problem identified was the discrepancy between the number of products sold and sales transaction reports. A web-based Point of Sale (POS) application was implemented, which allows the integration of inventory data and sales transactions. The method used in this research is Rapid Application Development (RAD), suitable for projects with limited resources and short work schedules. This research results in a Point of Sale application that can optimize business processes for managing inventory by monitoring stock and recording sales transactions in an integrated manner. This application has been tested using the System Usability Scale (SUS) method and obtained an average score of 86.6, included in the "very good" category. The test results show that this application has good functionality and can optimize MSME business processes in the automotive components industry.

Facilitating In-House Mobile App Development Within Psychiatric Outpatient Services for Patients Diagnosed With Borderline Personality Disorder: Rapid Application Development Approach.

Mobile app development within mental health is often time- and resource-consuming, challenging the development of mobile apps for psychiatry. There is a continuum of software development methods ranging from linear (waterfall model) to continuous adaption (Scrum). Rapid application development (RAD) is a model that so far has not been applied to psychiatric settings and may have some advantages over other models. This study aims to explore the utility of the RAD model in developing a mobile app for patients with borderline personality disorder (BPD) in a psychiatric outpatient setting. The 4 phases of the RAD model: (1) requirements planning, (2) user design, (3) construction, and (4) cutover, were applied to develop a mobile app within psychiatric outpatient services for patients diagnosed with BPD. For the requirements planning phase, a short time frame was selected to minimize the time between product conceptualization and access within a clinical setting. Evidenced-based interactive content already developed was provided by current staff to enhance usability and trustworthiness. For the user design phase, activity with video themes and a discrete number of functions were used to improve the app functionality and graphical user interface. For the construction phase, close collaboration between clinicians, researchers, and software developers yielded a fully functional, in-house-developed app ready to be tested in clinical practice. For the cutover phase, the mobile app was tested successfully with a small number (n=5) of patients with a BPD. The RAD model could be meaningfully applied in a psychiatric setting to develop an app for BPD within a relatively short time period from conceptualization to implementation in the clinic. Short time frames and identifying a limited number of stakeholders with relevant skills in-house facilitated the use of this model. Despite some limitations, RAD could be a useful model in the development of apps for clinical populations to enable development and access to evidence-based technology.

IMPLEMENTATION OF THE RAD METHOD FOR THE GOODS SALES INFORMATION SYSTEM IN THE BINA MULIA COOPERATIVE

In order to remain competitive, the Bina Mulia Cooperative Shop, which sells office supplies, is now working to maintain its sales turnover and boost sales. According to the findings of the observations made at this shop, there are a number of barriers to the sales business process, including the level of marketing used, which is still less effective, where product marketing in this shop is only focused on location and depends on customer arrival, and sales recording, which is still done manually using books.
 Based on these issues, research was conducted with the goal of developing an electronic sales system using the RAD technique and the Unifed Modeling Language (UML) as the system design. A software development methodology that focuses process development cycles quickly is called Rapid Application Development (RAD). The waterfall paradigm served as the foundation for the RAD model. The researchers discovered after testing that the sales application was powered by a computer system.

Design of E-Module Practicum En-Route Flight Information (EFI) Course with the Rapid Application Development (RAD) Model at Aviation Polytechnic of Surabaya

En-Route Flight Information (EFI) is one of the courses in the Diploma 3 Aeronautical Communication Study Program which studies the procedures for guiding aircraft in class G airspace. Based on Annex 11 Air Traffic Service, class G airspace provides flight traffic services for IFR and VFR flights, where the services provided are Flight Information Service and Emergency Service (Alerting Service) [1]. Flight Information Service is a service performed by providing news and information that is useful and beneficial for safety, security and efficiency for flights. Alerting Service is a service performed by notifying the appropriate relevant agencies, regarding aircraft that require the help of search and rescue units and assisting these agencies, if needed. This research uses the Research and Development method with the Rapid Application Development (RAD) Model with qualitative data analysis techniques and written Interview testing techniques with Material Experts and Media Experts using questionnaires. The objectives of this research are 1) To design an E-Module Design product En-Route Flight Information (EFI) with the Rapid Application Development (RAD) Model at the Aviation Polytechnic of Surabaya which can be used as learning on the Learning Management System (LMS) at the Aviation Polytechnic of Surabaya. The result of this research is a learning using E-Module Practicum En-Route Flight Information (EFI) in the form of flipbooks and mastery tests and discussions equipped with video and audio images that have been adjusted to the “Rencana Pembelajaran Semester” (RPS). Then the final result of an E-Module Practicum En-Route Flight Information (EFI) is implemented on the Learning Management System (LMS) of the Aviation Polytechnic of Surabaya.

Designing an E-Recruitment Information System Using Simple Additive Weighting Method for Employee Recruitment in Banking Industry

This research aims to find out how to design and build an employee e-recruitment information system using the simple additive weighting method. There are three types of data collection methods in this research: observation, interviews, and literature study. The system development method used in this research is the OOAD (Object-Oriented Analysis and Design) method with the rapid application development model, while the tools used in object modeling are UML (Unified Modeling Language). From the discussion that has been described, the following conclusions can be drawn: This e-recruitment information system was designed and built using the RAD system development method and the SAW method for calculations in decision-making, using the PHP and MySQL programming languages as the database, and tested with black box testing. By using the e-recruitment information system to recruit employees, the HR and general divisions have a reference for selecting which prospective employees most closely match the predetermined criteria. This e-recruitment information system can reduce the possibility of human error occurring during the selection process, and with the value of each applicant calculated in the system, it will become a reference for HR staff in selecting employees more objectively. The administrative selection process, which takes one month, can be reduced to a maximum of seven working days. With the e-recruitment information system, selection results that were previously reported via message can now be seen directly in each applicant's account at a predetermined time.

DESIGNING AN ONLINE EXAMINATION SYSTEM WITH OBJECT DETECTION-BASED PROCTORING

Evaluation plays a significant role in the learning process, including the use of exams as a means of assessing students' understanding of the taught material. Continous evaluation processes assist teachers in understanding the strengths and limitations of their teaching methods. However, the importance of addressing academic dishonesty issues in evaluations is also emphasized. Upholding evaluation integrity involves security measures such as implementing online proctoring and utilizing artificial intelligence technologies. This research aims to develop an object detection-based online exam system, with the goal of enhancing evaluation effectiveness and mitigating potential cheating. The study employs the Research and Development (R&D) methodology, using the Rapid Application Development (RAD) model for application development. Various stages are undertaken in this research, starting with data collection through literature review, interviews, and observations to gather relevant information. Subsequently, the identified issues are formulated based on the collected data, followed by application modeling and development, including system requirement analysis, application process modeling, database design, and user interface development. Application testing is performed using black-box testing to ensure the quality of the final outcome, and object detection is validated using accuracy and intersection over union metrics. Expert validation is conducted to evaluate the feasibility of the generated exam system. The application is then implemented through exams administered to students, followed by data analysis based on user feedback and teacher assessment. Research findings indicate that the object detection-based online exam system positively contributes to reducing academic dishonesty by 73.1%. Assessment using the PSSUQ instrument also shows positive results for the exam system, with scores for each aspect below the maximum threshold according to PSSUQ assessment criteria.

Android-based Mobile Application with Rapid Application Development model for Village Administration Services

Village administration services are essential in a village's progress and villagers' satisfaction with village officials. There are many villages in Indonesia where services still need to be more optimal because they have limitations in disseminating information, unclear procedures, and the status of service applications that cannot be monitored. Mobile-based applications can optimize village administration services, which can bridge between villagers and village officials. From the results of several previous studies, the Rapid Application Development (RAD) model is relevant to be applied in designing Android-based village service applications with the Flutter framework. The SHA-512 algorithm is implemented to increase security by hashing passwords to strengthen database security in village service applications. The application produced in this research has been tested using the User Acceptance Test (UAT) method, and it was concluded that this system is suitable for use by villagers and improves Cihuni village services.

Integrated Registration System with Budget Forecasting for the Office of Senior Citizen Affairs (OSCA) in Bacolod City

The Office of the Senior Citizen Affairs (OSCA) in Bacolod City needs help managing a growing number of senior citizen application records due to limited staff resources. This issue is compounded by the difficulties many older adults face related to mobility and health, further hindering the application process. To address these issues, this study aims to integrate a forecasting method with data the archiving facility of a web-based application for OSCA. This study seeks to improve the data management, process efficiency, budget estimation, and service accessibility for senior citizens. Initial investigation revealed that the budget calculation takes at least three months to complete; hence, a budget forecasting algorithm was implemented to predetermine the annual budget release, streamlining this process along the way. The target end-users of the system are residents of Bacolod City (Western Visayas, Philippines) aged 60 and above. The development process was guided by the Rapid Application Development (RAD) model. The pilot project was implemented in Bacolod City with the moving average algorithm used for forecasting. After the development, the system was evaluated by three experts. The results revealed that the system is effective and efficient in addressing the problems of OSCA related to registration process and document management.

A Web-based Village Administrative Information Systems fo Improvement Quality of Service towards Smart Village Concept

Public services are things that the government must provide to its citizens. The availability of technological devices that support village services is available. It can be used, but in realizing its activities so far, many villages still need to be more optimal in providing services because they still need to use conventional methods. This research was conducted in Cihuni Village, located in Banten Province, with an area of ± 571.20ha. As of 2020, Cihuni Village is known to have a population of 7,111 people. With such a large population, conventional service methods cannot run optimally. Therefore, an information system is needed to assist village officials in managing the administration of their residents. The Village Administration Information System was designed using the System Development Life Cycle (SDLC) method using the Rapid Application Development (RAD) model. The process carried out in this study begins with the Requirements Planning, User Design, Construction, and Cut Over stages according to the RAD model. At the design stage, the Bootstrap Framework is used as the front end, and the Laravel Framework is used as the back end for the web-based Village Administration Information System. The results of testing with test cases using the User Acceptance Test (UAT) method obtained results that were following the needs of Cihuni village.

Sistem informasi kepegawaian untuk perusahaan pembangkit listrik menggunakan model Rapid Application Development

The employee information system is an important tool for companies to manage employee data to make it easier, safer and more accurate. PT PLN Nusantara Power UP PLTU Tanjung Awar-Awar is a power plant unit under PT PLN which has approximately 700 employees consisting of pure employees from PT PLN and outsourced employees. However, currently the Human Resources division does not have the means to manage existing personnel administration. This causes the data not to be captured digitally so the data search process takes a long time. In this research, a website-based personnel information system was developed to handle personnel master data. The software development method used is the RAD (Rapid Application Development) model. This method is expected to save time in development. The program functionality testing method uses blackbox testing, and USE questionnaires as user satisfaction tests. In testing this application, 6 respondents were used who were company administration staff. The results obtained were that an employee information system was produced with a functionality category suitable for acceptance. Usability testing obtained a result of 79.44%, namely the category suitable for use.

Development and Training: The Deployment of Web-based Vaccination Queue system at Military Resort Command 052/Wijayakrama

Implementing the COVID-19 vaccination queue system by the 052/Wijayakrama Military Resort Command in Tangerang is a form of community service carried out by Multimedia Nusantara University (UMN). This system was created to simplify the vaccination process and reduce the waiting time for vaccination participants. This website-based queuing system is designed with the Laravel framework using the rapid application development model and functionality testing using black box testing. The results of functionality testing of this queuing system indicate that the system can function properly and meet the needs to simplify the vaccination process. More than 1,000 people have used this queuing system, making it easy for the public to get the COVID-19 vaccination. Applying the COVID-19 vaccination queue system by the 052/Wijayakrama Military Resort Command in Tangerang is an example of a technology application to support government programs tackling the COVID-19 pandemic. This system has made it easy for people to get vaccinated and has helped the government to organize and manage the vaccination process better.

Development of Records Tracking Management System with QR Code

At Surigao del Norte State University, the process of keeping track of records is done manually by writing or logging document descriptions in the physical logbook. When the office staff received and outgoing the document, they need to log it in the physical logbook. The process relies on a physical logbook to keep track of each document’s movement. The problem here is some of the documents are missing during the process and no one can pinpoint a person since the system is not accurate and reliable. To expedite the implementation process, the researcher opted to utilize the Rapid Application Development (RAD) model for realizing the system. This approach enables the developer to receive ongoing suggestions and feedback while constructing the system, allowing them to make necessary changes to the code as needed. By incorporating this iterative feedback loop, the developer can ensure that the system meets the requirements and expectations of the stakeholders promptly. After implementing the Records Tracking Management System (RTMS) and analyzing the results, the system has performed exceptionally well in fulfilling its purpose of tracking and managing documents. It successfully tracks documents, verifies user authenticity, retrieves files when needed, and keeps a detailed audit trail. The functionalities of the system perfectly align with our organization's goals and effectively cater to the needs of our users. To sum it all up, the evaluators have provided positive feedback, consistently rating the RTMS highly across all quality characteristics. With an average weighted mean of 4.44 out of 5, it is evident that the system has either met or exceeded expectations in terms of functionality, reliability, performance, usability, security, compatibility, maintainability, and portability. These findings provide a strong foundation for designing and developing an efficient and user-friendly Records Tracking Management System that effectively caters to our organization's document management needs.

Designing of Electronic Employee Recruitment System Using The Analytical Hierarchy Process Method

A computer-based information system called the Decision Support System (DSS) generates several decision alternatives to help management cope with diverse issues in a semi-structured way. As a company engaged in marine survey services, the process of hiring new employees is important. It takes a long time to choose and decide whether to accept potential employees under the present recruitment procedure, and HRD is having trouble making decisions on accepting applicants who satisfy the requirements. Building a decision-support system for employing people is the aim of this research. The Rapid Application Development (RAD) model is the system development approach used in this study. The Unified Modelling Language (UML) is used in the system design. System coding is done using PHP and MySQL. The results of the AHP method are applicants who have the highest criterion value, meaning that they have a higher value than other applicants, so that companies can get the employees they want according to the criteria specified in the form of tables and rankings. The manager can get help from this decision-support system when making a choice.