project-proposal-2024

Recycling Assistant: Better Ask Me

Abstract

‘Recycling Assistant: Better Ask Me’ is an artificial intelligence-based app that transforms sustainable living by making recycling enjoyable and approachable. The software recognises recyclables from user-uploaded photographs using cutting-edge image recognition, assisting with appropriate disposal. Beyond categorisation, it provides useful information for cutting waste and promotes environmentally friendly behaviour with a community space and rewards system. With ‘Recycling Assistant: Better Ask Me’, take a smooth step towards a more environmentally friendly way of living where sustainability and technology meet.

Author

Name: Ojaswin Kohli

Student number: 47533101

Functionality

The ‘Recycling Assistant: Better Ask Me’ app delivers:

Scope

The MVP for ‘Recycling Assistant: Better Ask Me’ is built around fundamental features that encourage recycling practices through an intuitive and engaging user interface. It includes AI-powered waste identification/classification, allowing users to upload photographs for instant waste classification, focusing on common recyclable materials such as plastics, metals, and paper. The software provides recycling guidance with instructions based on the type of waste material. User accounts and profiles track recycling progress and goals, alongside a community space for sharing suggestions. A rewards system incentivizes proper recycling with points.

Quality Attributes

  1. Usability: The software is designed to be easy and accessible to users of all ages, allowing them to quickly learn about and benefit from its features.

  2. Maintainability: Uses a modular architecture enabling updates and integration of new features.

  3. Testibility: Uses extensive testing techniques to guarantee the app’s reliability and effectiveness, especially for the accuracy of AI recognition and UI features.

Evaluation

‘Recycling Assistant: Better Ask Me’ will be evaluated from a variety of perspectives:

  1. User Feedback: Measure usability and impact by analysing app usage patterns, user retention rates, and satisfaction surveys.

  2. AI Performance: Regular testing phases are conducted to assess the accuracy of the image recognition system, with updates based on user feedback and technology improvements.

  3. Environmental Impact Assessment: To measure the app’s overall contribution to improved sustainability through higher recycling and decreased waste, we will compile user data on recycling rates and the decrease in waste mismanagement.