My Projects
Fitness smart glasses
In progress
For my final year dissertation project, I'm creating Fitness Smart Glasses featuring a custom 3D-printed frame, specialized microcontroller, and PCBs. These glasses will display workout metrics like pace, calorie burn, and navigation on a heads-up display, akin to running watches. Designed for enhanced workout convenience, they aim to revolutionize real-time access and utilization of fitness data.
Infrared signal translator
July, 2024
Utilizing an ESP32 microcontroller alongside infrared (IR) sensors and emitters, this device translates IR signals from a Firestick remote to control an unsupported projector. It facilitates seamless adjustments for power and volume, bridging compatibility gaps and enhancing remote control functionality.
Motion sensing tv backlights
May, 2024
Utilizing an ESP32 microcontroller and an ultrasonic sensor, my TV's LED backlights now activate with a simple hand wave underneath the screen. This setup replaces the need for a remote control or manually reaching behind the TV to control the lights, enhancing ease of use and convenience.
Wages calculator application
February, 2020
During high school, I developed my first coding project using Python—a wages calculator application with a graphical user interface (GUI). This application enabled me to log shifts, track work hours, and calculate expected monthly wages. It ensured accurate predictions of income and verification of payments, providing essential financial management tools.
