Implementation of Scrum Framework for Crowdfunding Application Development in Pari City Village
Keywords:
Fundraising; Scrum; Website Apps;Abstract
Funds can be utilized for various purposes, including both physical and non-physical endeavors such as infrastructure, scholarships, and social activities. Limited budgets and multifaceted needs often necessitate fundraising efforts, typically undertaken by non-profit organizations. However, fundraising initiatives frequently encounter several challenges, including the time and resources required for information dissemination, inaccuracies in disseminating information, restricted funding methods, low public trust, and suboptimal fundraising calculations. To address these obstacles, a mobile-based software application for fundraising has been developed using the Scrum framework, enabling its completion within 35 days. This application facilitates the efficient dissemination of information, implement notification systems, and provide real-time community access to funding opportunities. Additionally, it enhances the collection and calculation processes in real-time. A System Usability Scale test has demonstrated a usability level of 82.1% for this mobile application.
References
M. S. Shrestha et al., "The last mile: Flood risk communication for better preparedness in Nepal".
V. U. Tjhin, R. E. Riantini, D. L. Kusumastuti and E. Ellynia, "Scrum to support application development project for online learning".
D. Martínez, X. Ferré, G. Guerrero and N. Juristo, "An Agile-Based Integrated Framework for Mobile Application Development Considering Ilities".
[W. Ramadani, T. S. E. Fatdha, H. Yenni and D. Haryono, "Application of the Scrum Method in the Android-based TPQ Learning Application"..
F. A. E. Hakim, A. Prayudi, K. Hanifati, A. Fariza and H. Rante, "Scrum Framework Implementation for Building an Application of Monitoring and Booking E-Bus Based on QRCode".
T. A. Nugrahani and K. N. Amalia, "Implementasi Scrum dalam Perancangan Aplikasi Pembelajaran Budaya Nusantara berbasis Mobile".
R. Setiawan, A. D. Supriatna, S. Hudawiguna and F. F. Roji, "Electronic culinary reservations based on Android with the Scrum methodology and Firebase database".
[A. L. Garcia, I. D. R. Miguel, J. B. Eugênio, M. D. S. Vilela and G. Marcondes, "Scrum-Based Application for Agile Project Management".
A. Anand, J. Kaur, O. Singh and O. H. Alhazmi, "Optimal Sprint Length Determination for Agile-Based Software Development".
M. F. Abrar et al., "De?motivators for the adoption of agile methodologies for large?scale software development teams: An SLR from management perspective".
G. Arcos-Medina and D. Mauricio, "Identifying Factors Influencing on Agile Practices for Software Development".
C. Verwijs and D. Russo, "A Theory of Scrum Team Effectiveness".
M. M. Tshabalala and L. T. Khoza, "A conceptual framework for effective management of conflict risk within Agile software development environments".
C. Tam, E. J. D. C. Moura, T. Oliveira and J. Varaj?ão, "The factors influencing the success of on-going agile software development projects".
S. M. Ågren, R. Heldal, E. Knauss and P. Pelliccione, "Agile Beyond Teams and Feedback Beyond Software in Automotive Systems".