Sept 2023 - Dec 2023 | SFU
Engineered a fully functioning self-polarizing window that reacts to luminosity levels and can also be adjusted using a manual joystick input. The system automatically adjusts the polarization based on the amount of light it senses.
Programmed a stepper motor using Arduino IDE to customize gear movement to fit our functional specifications. Motor control was fine-tuned to provide smooth and accurate polarization adjustments dependent on amount of light present or movement of joystick.
Designed custom gears using SolidWorks to fulfill. Laser cut a model room to demonstrate the system, contributing to a 20% increase in the system's efficiency and accuracy.
This project involved planning, researching, and creating a prototype as a team, as well as training in laser cutting and woodworking techniques.