Danzel Maxdriel Samuel Jones, Catherine Olivia Sereati, Henoch Juli Christanto, Linda Wijayanti, Melisa Mulyadi

Perancangan Aplikasi Koperasi Berbasis Android

Introduction

Perancangan aplikasi koperasi berbasis android. Rancang aplikasi koperasi Android dengan Xamarin.Forms untuk efisiensi data anggota & transaksi. Kurangi error manual, jadikan koperasi online lebih efektif dan mudah diakses.

Abstract

The development of information technology cannot be separated from the use of mobile applications, which are increasingly varied. Mobile applications allow users to easily connect to internet services anywhere. Cooperatives are joint business entities that generally still use the manual method for recording members, transactions and so on, which can lead to human errors and time inefficiencies. The existence of a website-based cooperative mobile application that is implemented on smartphones using the Xamarin.Forms framework can reduce these problems. Smartphones will make online cooperatives more effective because they are portable, easy to use and more affordable.

Review

The paper, titled "Perancangan Aplikasi Koperasi Berbasis Android," addresses a pertinent issue within traditional cooperative operations: the reliance on manual methods for recording members and transactions. The abstract clearly identifies this as a source of human errors and time inefficiencies, setting a strong foundation for the need for a digital solution. By proposing an Android-based mobile application, the work positions itself to directly tackle these challenges, aligning with the contemporary trend of leveraging mobile technology to enhance operational efficiency and user accessibility in various sectors. The core contribution outlined is the design and implementation of a cooperative mobile application utilizing the Xamarin.Forms framework. This choice suggests a cross-platform approach, potentially allowing for broader reach, though the title specifies Android. The abstract effectively highlights the anticipated benefits, including reduced errors, improved time efficiency, and enhanced effectiveness due to the portability, ease of use, and affordability of smartphones. These advantages are particularly relevant for cooperatives, which often serve diverse populations and could greatly benefit from streamlined, accessible digital tools to manage their operations and engage members more effectively. While the abstract presents a compelling vision, the full paper would benefit from significantly more detail to substantiate its claims and demonstrate its novelty. The phrasing "website-based cooperative mobile application" requires clarification regarding its underlying architecture—whether it's a native app consuming web services or a mobile-optimized web application. Crucially, the abstract lacks specifics on the methodology used for the application's design, the actual features implemented beyond general "recording," and any form of evaluation or user testing to validate the claimed reductions in error and improvements in efficiency. A robust submission would include details on the system architecture, feature set, development process, and, ideally, empirical results or user feedback demonstrating the application's impact.

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