cover
Article Per Year (5 Year)
All
Home Page
OAI Link
Editorial Team
Contact
Reviewer
Google Scholar
Contact Name
Muhammad Wali
Contact Email
muhammadwali487@gmail.com
Phone
+6285277777449
Journal Mail Official
https://doi.org/10.59431/jda
Editorial Address
Divisi Riset Lembaga Mitra Solusi Teknologi Informasi (L-MSTI). Jl. T Nyak Arief no 68 Lr. PBB Kopelma Banda Aceh
Location
Kota banda aceh,
Aceh
INDONESIA
Journal Dekstop Application (JDA)
Published by Research Division Lembaga Mitra Solusi Teknologi Informasi
ISSN : -     EISSN : 29619696     DOI : https://doi.org/10.59431/jda
Core Subject : Science,
Computer Science & IT
Journal Desktop Application (JDA) is a peer-reviewed journal published in June and December by the Information Technology Solutions Partner Institute (L-MSTI). JDA has the scope or field of research but is limited to the use and implementation of desktop-based software by producing various products that can run on Windows, Linux, MacOS and other operating systems and are not limited to fields such as; Information Technology, Information Systems, E-Business, Computer Science, Animation, AR/VR Applications, Games, and Interactive Media
Arjuna Subject : Ilmu Komputer (semua kategori) - Perangkat Lunak
Articles 40 Documents
 1   2   3   4 
Automated Beer Parlour Billing System using VB.NET and MS Access Database Walter, Ndueso
Journal Dekstop Application (JDA) Vol. 4 No. 1 (2025): June
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i1.657

Abstract

The growing need for precision and efficiency in hospitality management has driven small and medium-sized businesses to adopt digital billing solutions. This study presents the design and implementation of an Automated Beer Parlour Billing System developed using Visual Basic .NET and Microsoft Access. The system replaces error-prone manual billing methods by integrating automated billing, inventory control, and sales tracking into a unified desktop platform. Development followed a structured methodology encompassing requirement analysis, modular programming, and systematic testing to ensure functional accuracy and security. The system architecture employs a two-tier client–server model, featuring a presentation layer for user interaction and a data access layer for database operations, enabling consistent real-time data flow. Key modules—Login, Product Management, Point of Sale (POS), Receipt Generation, Sales Reporting, and User Management—collectively enhance operational speed, billing accuracy, and accountability.Implementation results show that automation significantly improved transaction efficiency, reduced human error, and strengthened inventory management. The interface design promotes usability, requiring minimal technical expertise while supporting role-based access and encrypted authentication. Evaluation confirmed compatibility across multiple Windows environments and reliable performance even on low-specification systems. Discussion highlights that the system’s modular structure not only simplifies maintenance but also aligns with modern design principles for small-scale business software. Although limited by its desktop architecture and database scalability, the system offers a robust foundation for future web or cloud migration. Overall, the project demonstrates that cost-effective technologies like VB.NET and Microsoft Access can deliver practical, scalable automation for small businesses—enhancing accuracy, transparency, and decision-making in hospitality operations.
College Attendance System (CAS) in VB.NET and MSSQL: A Comprehensive Management Solution Bashir, Adegoke Taiwo
Journal Dekstop Application (JDA) Vol. 4 No. 1 (2025): June
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i1.658

Abstract

The College Attendance System (CAS) is a desktop-based application developed to improve attendance management in tertiary institutions. Built with Visual Basic .NET and Microsoft SQL Server 2014, the system addresses the recurring problem of student absenteeism that contributes to academic underperformance in Nigerian higher education. CAS provides a structured digital platform that replaces error-prone manual methods with automated attendance tracking, real-time data access, and dynamic reporting features. Its architecture follows a three-tier model comprising presentation, business logic, and data access layers, ensuring modularity, maintainability, and scalability. The database is designed using a relational model that links schools, departments, courses, lecturers, and students, enabling efficient data management and reliable record retrieval. The system integrates multiple functionalities, including user authentication, attendance recording, data import and export, report generation, and audit logging, while prioritizing data security through encryption and parameterized queries. Results from implementation show that CAS significantly improves accuracy, reduces administrative workload, and increases institutional efficiency. A case study conducted in a Nigerian polytechnic revealed improvements in attendance rates—from 65% to 82%—and data accuracy—from 75% to 98%—while reducing administrative time by an average of 15 hours per week. Beyond its functional success, CAS serves as a valuable educational resource for students and developers by demonstrating practical application of database-driven software design. Although the system currently operates only on the Windows platform and lacks mobile or web integration, it provides a strong foundation for future development, including web-based expansion, biometric authentication, and advanced analytics. The project highlights the potential of open-source technologies to enhance institutional accountability and academic performance while fostering innovation in educational software development. The complete CAS package, including source code, database files, documentation, and demonstration materials, is freely available for academic use under specified licensing terms.
D.P.F Delphi AndroidNative Components: A Framework for Native Android Development with Delphi XE5 Yaghobi, B
Journal Dekstop Application (JDA) Vol. 4 No. 1 (2025): June
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i1.659

Abstract

The development of Android applications using Delphi XE5 and the D.P.F AndroidNative Components represents a significant step in unifying traditional desktop programming with the demands of modern mobile computing. This research explores how Delphi’s object-oriented and component-based design can be extended to the Android environment through native integration using the Java Native Interface (JNI) and Android NDK. The study begins by outlining the technical architecture of Delphi XE5, emphasizing the FireMonkey framework, JNI bridging, and SDK interoperability. It continues with an overview of the D.P.F AndroidNative Components library, which provides Delphi-accessible wrappers for core Android widgets and APIs such as buttons, lists, dialogs, and system services. Through a structured development workflow—covering environment configuration, UI design, event-driven programming, and deployment—the framework enables developers to create fully native Android applications using Object Pascal while maintaining Delphi’s familiar development model. Experimental implementation demonstrates that applications built with D.P.F components achieve native performance, efficient memory handling, and seamless interaction with Android system features. Compared with other cross-platform frameworks like Flutter or Xamarin, D.P.F offers a unique balance of native execution and Delphi’s rapid application development efficiency. Although challenges remain, including limited maintenance and partial component coverage, the framework proves valuable for developers and educators aiming to extend Delphi’s potential into the Android domain. The study concludes that D.P.F AndroidNative Components not only reaffirm Delphi’s adaptability in the evolving mobile ecosystem but also highlight the importance of community collaboration, open-source sustainability, and cross-paradigm learning in software development.
Development of Budget Management System Using Visual Basic .NET and MySQL Database: A Desktop Application for Personal Financial Tracking Janobe, Janobe
Journal Dekstop Application (JDA) Vol. 4 No. 1 (2025): June
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i1.660

Abstract

This study developed a desktop-based Budget Management System using Visual Basic .NET 2015 and a MySQL database to address the growing need for simple, secure, and offline financial management tools. The system enables users to record, update, and review income and expenses while automatically generating summaries of total income, total expenses, and current balance. Designed under the Software Development Life Cycle (SDLC) framework, it prioritizes usability, reliability, and privacy by storing all data locally and eliminating dependency on internet connectivity or subscription-based platforms. Testing results confirm that the system performs efficiently, remains stable even with large datasets, and is intuitive for users of varying technical backgrounds. Beyond its practical value, the system serves educational and developmental purposes by illustrating principles of database integration, user interface design, and software engineering in Visual Basic .NET. Although current limitations include manual installation and single-user operation, these provide clear directions for future improvement, such as automated setup, cross-platform compatibility, and advanced visualization features. Overall, the project demonstrates that accessible and privacy-oriented technology can significantly improve personal financial management while promoting financial literacy and independence.
Parking System: A Comprehensive Management Solution for Small Parking Facilities Claudisnei, Claudisnei
Journal Dekstop Application (JDA) Vol. 4 No. 1 (2025): June
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i1.661

Abstract

This study presents the design and implementation of a Parking Management System specifically developed for small-scale parking facilities. The system aims to automate core operations such as vehicle tracking, rate calculation, and payment processing to reduce inefficiencies common in manual management. Developed using Delphi and the Paradox database, the system applies a modular two-tier architecture integrating independent modules for vehicle entry, exit, billing, and reporting. Data validation, automated fee computation, and structured reporting features ensure accurate transactions and transparency. The interface is designed for non-technical users, emphasizing clarity, reliability, and operational speed. Implementation results show improved efficiency, reduced processing time, and enhanced financial accuracy. Despite technological constraints related to scalability and legacy database architecture, the system remains a cost-effective and practical solution for small parking operators. Future improvements could include migration to modern relational databases, integration with mobile and web platforms, and adoption of emerging technologies such as IoT sensors and AI-based analytics to support smart, data-driven parking management.
Development of a Cross-Platform Application for Islamic Inheritance Distribution Calculation Using Python and Streamlit Iqbal, Taufiq; Bahruni, Bahruni; Al-Bahri, Fauzan Putraga
Journal Dekstop Application (JDA) Vol. 4 No. 2 (2025): December
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i2.662

Abstract

This research describes the development of a cross-platform Islamic inheritance calculation system using the Streamlit framework with Python. This study aimed to create an accessible digital tool that accurately calculates inheritance distribution according to Islamic law (faraid), as mandated in Surah An-Nisa (verses 11–12). A Research and Development (R&D) approach was employed in this research, utilizing a prototyping model, where the system was designed through several iterative stages: analysis, design, implementation, and testing. The resulting application integrated modular architecture separating business logic from user interfaces and validation layers for flexibility maintainability as well as platform independence. Testing on various scenarios confirmed 100% accuracy in calculating shares of six main heirs—husband wife father mother son and daughter validated against manual computations and computations based on fiqh. The application runs without additional installation requirements on Windows macOS Linux plus mobile browsers supported by responsive design plus real-time validation. Although the system has high accuracy plus usability it is limited to basic cases since advanced inheritance mechanisms such as aul radd or hijab are not included in this version. Future development is suggested to increase categories for heirs enable data storage provide educational content and integrate AI-assisted features for complex case analysis. In general, this study contributes to the digital transformation of Islamic law applications which promote accessibility transparency and computational precision in managing inheritances.
Ping Pong Game Implementation in C#: A Desktop Gaming Application Razormist, Razormist
Journal Dekstop Application (JDA) Vol. 4 No. 2 (2025): December
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i2.663

Abstract

Ping Pong: The Game is a desktop-based educational project developed in the C# programming language to illustrate the practical application of programming principles through interactive game design. The project was created within the Visual Studio environment using the .NET Framework, emphasizing object-oriented and event-driven programming approaches. Its modular structure integrates several core components, including a game engine, AI controller, collision detection system, and real-time rendering module. Designed to merge entertainment and learning, the game enables users to explore algorithmic logic, graphical rendering, and artificial intelligence behavior in an accessible and engaging context. The implementation demonstrates stable performance, responsive controls, and accurate collision handling, providing a balanced gameplay experience against an AI opponent. Results indicate that the system effectively translates theoretical programming concepts into functional interaction, reinforcing learners’ comprehension of coding, logic structuring, and software architecture. Although limited to single-player mode and fixed AI difficulty, the project provides a strong foundation for future development such as multiplayer integration, dynamic difficulty scaling, and cross-platform deployment. Overall, Ping Pong: The Game exemplifies how simple, well-structured applications can serve as effective educational tools that bridge the gap between theoretical understanding and practical programming experience.
Sales and Collection - MS Access Application: A Comprehensive Reporting and Data Management Solution Kumar, Rajan
Journal Dekstop Application (JDA) Vol. 4 No. 2 (2025): December
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i2.664

Abstract

This study presents the development of a Sales and Collection System designed on the Microsoft Access platform to enhance financial management efficiency in small and medium-sized enterprises (SMEs). The system integrates relational database principles, SQL-based query processing, and Visual Basic for Applications (VBA) automation to streamline sales transactions, payment tracking, and reporting. Its architecture combines modular design, normalized data structures, and a user-oriented interface that simplifies data handling and supports real-time financial monitoring. Interactive drill-down reports transform static records into analytical insights, enabling managers to evaluate performance and prioritize collection activities effectively. The system demonstrates substantial improvements in workflow efficiency, data accuracy, and decision-making by reducing manual input, minimizing errors, and consolidating financial operations within a single environment. Despite inherent limitations in scalability, platform dependency, and cloud integration, the solution remains a practical and cost-effective option for SMEs with moderate data volumes. Future enhancements may include integration with accounting and e-commerce platforms, web-based accessibility, and mobile extensions to improve flexibility and responsiveness. Overall, the project illustrates how Microsoft Access can serve as a viable foundation for data-driven business management when supported by sound design, structured development practices, and user-centered implementation.
Simple Antivirus Scanner: A Signature-Based Malware Detection System Using Delphi Alin, Antonov
Journal Dekstop Application (JDA) Vol. 4 No. 2 (2025): December
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i2.665

Abstract

The Simple Antivirus Scanner was developed as an instructional model to demonstrate the core mechanisms of signature-based malware detection. Implemented using Delphi, the system integrates MD5 hashing, database-driven signature comparison, and asynchronous scanning through the TBackgroundWorker component, providing both functionality and responsiveness in a Windows environment. The project’s architecture includes recursive file traversal, efficient hash computation, and a structured virus definition database that enables accurate identification of known malware. The inclusion of a harmless test virus allows for safe experimentation and validation of the detection process, reinforcing user understanding of hash-based recognition. Results show that the system performs effectively in detecting catalogued threats, offering a predictable and transparent learning experience. However, it lacks the capabilities of modern antivirus systems such as heuristic analysis, real-time protection, and automated signature updates. As a pedagogical platform, it serves as a bridge between theory and practice—illustrating file system operations, cryptographic applications, and data-driven threat identification. Future development may expand the scanner into a more comprehensive framework incorporating multi-layered detection, cloud-based updates, and AI-based classification. Ultimately, the project emphasizes clarity and accessibility, making it a valuable resource for students, educators, and cybersecurity enthusiasts seeking practical insight into antivirus design principles and malware detection logic.
Transport Management System for Africa University: A Web-Based Solution for Fleet Operations Moyo, Trust
Journal Dekstop Application (JDA) Vol. 4 No. 2 (2025): December
Publisher : Divisi Riset, Lembaga Mitra Solusi Teknologi Informasi (L-MSTI)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59431/jda.v4i2.666

Abstract

Efficient transport management is essential for universities that coordinate vehicle fleets for academic and administrative purposes. At Africa University, reliance on manual systems caused delays, scheduling conflicts, and poor accountability. To address these issues, a web-based Transport Management System (TMS) was developed using ASP.NET, Visual Basic.NET, and SQL Server 2014. The system automates booking, approval, vehicle allocation, and reporting processes, providing secure access and real-time visibility for all users. Implementation of the TMS significantly improved efficiency by reducing processing time, minimizing paperwork, and enhancing coordination across departments. Automated workflows and audit trails strengthened accountability, while role-based access improved security and transparency. Users benefited from faster approvals, reliable scheduling, and accessible online services. For management, analytical dashboards enabled data-driven decisions on fleet utilization and resource optimization. Although challenges arose during implementation—such as system integration and user adaptation—ongoing training and technical support ensured successful adoption. The system’s modular structure supports future enhancements like GPS tracking, predictive maintenance, and mobile access. Overall, the TMS demonstrates how digital transformation can enhance institutional logistics, reduce operational costs, and promote sustainable management practices at Africa University.

Page 4 of 4 | Total Record : 40

 1   2   3   4 

Filter by Year

2022 2025


Reset
Filter By Issues
All Issue Vol. 4 No. 2 (2025): December Vol. 4 No. 1 (2025): June Vol. 3 No. 2 (2024): December Vol. 3 No. 1 (2024): June Vol. 2 No. 2 (2023): December Vol. 2 No. 1 (2023): June Vol. 1 No. 2 (2022): December Vol. 1 No. 1 (2022): June