iTrade: Reverse Vending Machine for Empty Plastic Bottles
- IZELLAH CILLO
- JOELYN MANUEL
- JUSTIN MANUEL
- MARC PASCUA
- VYETE RAYMUNDO
- CHRISTINE SUGUI
- LORENZO C. MACAM
- FREDERIC D. SANTOS
- ERNIE LEE E. PINEDA
Abstract
Comprehensive exploration of the transformative potential of incentivized reverse vending machines (RVMs) in mitigating the global plastic pollution crisis. The escalating environmental challenges posed by plastic waste demand innovative solutions, and the integration of RVMs into waste management systems emerges as a promising strategy. The researchers used a prototyping model to encourage active user participation, enabling quick identification and resolution of bugs or issues, facilitating necessary adjustments and improvements based on user feedback. The researchers used the ISO 25010 Software Quality Standards, the alpha test results for the iTrade application and prototype show exceptional performance in Functional Suitability, with a mean score of 4.77 and an "Excellent" grade. This highlights iTrade's efficacy in addressing environmental issues related to plastic waste, showcasing its capacity to manage recycling responsibilities in practical scenarios. Even in locations with erratic network connectivity, the system keeps a strong connection, demonstrating a robust and dependable interface. In the beta test, usability stands out more in the results, receiving an "Excellent" grade and a mean score of 4.76. Appropriateness Recognizability received the best rating, highlighting iTrade's user-friendly currency claims and bottle entry design. In conclusion, the iTrade system excelled in Functional Suitability, Maintainability, Usability, Performance Efficiency, and Security.
