Industrial - Bachelor
FridgeMATe is an IoT device designed to reduce household food waste, particularly among adults aged 18–34 whose academic or professional commitments make managing their food habits more difficult. The device integrates smart technology to weigh food items in the fridge, translating this data into identifiable contents and volume through a connected mobile app. By providing real-time access to this information, FridgeMATe empowers users to make more informed decisions, minimise waste, and save money while fostering smarter food management habits.

Insights from my primary research survey and participant responses led to the following conclusion.
The most notable reasons household food waste remains a challenging and multifaceted problem include:
1. The currently existing tactics or products are ineffective in reducing, mitigating, or adapting to food waste
2. The currently existing tactics or products are inconvenient or require effort to use and maintain which discourages consistency, therefore prevents long-term sustainability
3. The currently existing tactics or products are lacking incentives that personally or directly benefit the user
Good intentions ≠ good outcome. Individuals are generally less motivated to address food waste when personal financial impacts are negligible, as food is often viewed as an abundant and easily replaceable resource, especially by higher-income households.
To set up the system, users connect all mats to the FridgeMATe hub box, which is powered via a wall outlet to provide continuous, real-time updates. To ensure energy efficiency and address sustainability concerns, the mat sensors remain in standby mode and activate only when a change in weight or movement is detected. This functionality enabled by the MCP6541 component on the PCB allows the system to measure and record updated food weights, automatically reflecting changes in the connected mobile app. Shared app access enables all household members to view updates in real time, promoting effective communication and coordination. In the event of a power outage, the hub box’s integrated LiPo 1000mAh rechargeable battery serves as a temporary backup power source to maintain system functionality.
Quruli is an aspiring industrial designer driven by a passion for enhancing quality of life through the thoughtful integration of creativity, innovation, art, and logic. Her studies at QUT have deepened her understanding that every individual perceives and experiences the world through a unique lens. This insight continually inspires her to refine her design skills, explore the psychology behind human behaviour, and approach design with empathy and curiosity.