This product is a smart water monitor that connects wirelessly to a matching Android app, with the goal gamifying water saving. It was designed as part of a team for the 4WBB0 (Engineering Design) course at TU/e.
The device tracks water flow and temperature, calculating the amount of water and energy used in each session, allowing users to optimize their water usage habits. The water flow is presented both numerically and as a live graph on the integrated screen.
This is all encapsulated in a sleek watertight shell, designed to be 3D printed. It is compatible with various faucets via different adapters, making the product almost universally compatible.
My input for the project was the development of the product itself, being the responsible person for: parts selection, electronics design, embedded software development (C++) and 3D case design and manufacture.
You can find my work in form of the code, 3D models and the electronics schematic on my Github:
