Sari Azhariyah, Lani Nurlani

Dashboard Mobile untuk Visualisasi Data dan Monitoring Limbah Tekstil UMKM Berbasis Android

Introduction

Dashboard mobile untuk visualisasi data dan monitoring limbah tekstil umkm berbasis android. Kembangkan dashboard mobile Android untuk visualisasi dan monitoring limbah tekstil UMKM di Subang. Membantu pengelolaan limbah, perencanaan, dan potensi daur ulang.

Abstract

Kabupaten Subang memiliki potensi industri dan UMKM yang terus berkembang, termasuk sektor konveksi yang memiliki kontribusi dalam menghasilkan limbah berupa potongan kain sisa produksi. Hasil observasi pada beberapa UMKM menunjukkan bahwa pencatatan limbah masih belum dilakukan secara teratur dan konsisten, sehingga pemilik UMKM tidak memiliki data dasar terkait jumlah limbah yang dihasilkan dalam kurun waktu tertentu. Hal ini merupakan kendala dalam proses perencanaan pembuangan limbah, pengaturan ruang penyimpanan, serta penilaian potensi nilai ekonomi dari daur ulang limbah tekstil. Penelitian ini bertujuan untuk mengembangkan sebuah dashboard mobile berbasis Android untuk mendukung pencatatan dan monitoring data limbah tekstil UMKM di kabupaten Subang. Metode pengembangan sistem yang digunakan yaitu extreme programming dengan implementasi menggunakan Flutter (Dart) dengan Firebase sebagai penyimpanan data. Metode pemngembangan yang dilakukan mencakup analisis kebutuhan, perancangan, implementasi dan pengujian. Pengujian yang dilakukan yaitu blackbox testing untuk melihat fungsionalitas sistem. Hasil pengujian menunjukkan bahwa seluruh fungsi sistem dapat berjalan dengan baik. Aplikasi ini merupakan tahap awal dalam mendukung digitalisasi pengelolaan limbah tekstil UMKM.

Review

This paper presents a timely and relevant solution for addressing the challenges of textile waste management within Micro, Small, and Medium Enterprises (UMKM) in Subang Regency. The authors accurately pinpoint the core problem: a lack of consistent and regular data recording for textile waste, which subsequently impedes effective planning for disposal, storage optimization, and the crucial assessment of potential economic value through recycling. The study's objective to develop an Android-based mobile dashboard for digitalizing waste data recording and monitoring directly tackles this identified gap, aiming to equip UMKM owners with actionable insights into their waste generation. The methodology adopted for system development is Extreme Programming, an agile approach suitable for rapid prototyping and iterative refinement, although the extent of user involvement in feedback loops isn't detailed in the abstract. Technologically, the choice of Flutter (Dart) for implementation coupled with Firebase for data storage is contemporary and indicates a robust, scalable foundation for the mobile application. The development lifecycle encompassed essential stages from needs analysis and design to implementation and testing. The abstract confirms that blackbox testing was successfully conducted, validating the core functionalities of the system. While the successful functional validation through blackbox testing is a positive outcome, demonstrating the system's technical readiness, the abstract highlights this as merely an "initial stage" in supporting digitalized waste management. To further strengthen the impact, future research could benefit from including extensive user acceptance testing (UAT) with UMKM operators to evaluate usability and practical adoption. Additionally, exploring the application's actual impact on waste planning efficiency, storage optimization, and tangible economic benefits derived from improved waste data would provide a more comprehensive assessment of its real-world contribution. Integrating features such as waste marketplace connections or advanced economic valuation tools could also be valuable future enhancements.

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