Sponsored by: Forever Ware
Project Summary
Twenty billion disposable containers cause tons of waste and major environmental issues. To reduce this, Forever Ware provides asset tracking technology for reusable takeout container programs at food service establishments across the US. Reusable containers are tracked and returned using wireless scanning technology. Their current return device has a high tolerance for misuse, which leads to interruptions at busy venues. The design of a smart return bin would reduce this interruption, assist with returns, and provide refunds, while also facilitating information collection for future product decisions. This user-friendly experience will encourage more customers to use reusable containers when buying takeout.
Design Goal
Design a smart return bin that allows the Forever Ware’s reusable takeout containers to be returned easily and accurately.
Design Constraints
- Be within the approximate dimensions of a commercial garbage can
- Read asset tags on containers with wireless scanning technology
- Mechanically prevent theft
- Keep the bin clean with a liner or another mechanism with a low waste strategy
- Be a durable and long-lasting structure for commercial use
- Battery powered and charged via wall outlet
- Process container returns via wi-fi
Full model of the Smart Return Bin
Members of the Project Team
Student Team:
- Allie Paterson - Major: Mechanical Engineering
- Jeffrey Balfany - Major: Mechanical Engineering
- John Vogel - Major: Computer Engineering
- Owen Kavie - Major: Electrical Engineering
Industry Representatives: Natasha Gaffer and Nolan Singroy
Faculty Advisor: Lucas Koerner
Pictured left to right: Allie Paterson, Jeffrey Balfany, John Vogel, Owen Kavie