Student Robotics & Automation Projects

Parking made easy. These students explain their parking sensor model, which uses an ultrasonic sensor, LEDs, and a buzzer to indicate distance, just like the technology in real cars.

This team of young innovators presents their solar-powered motion sensor. They explain how it uses a PIR sensor to detect movement and a Raspberry Pi to trigger an alert, all powered by clean energy.

Time for a great project. Students demonstrate a digital timer they built, explaining how the display and buttons work. It's a fantastic introduction to programming time-based functions and user interfaces.

Open sesame. A student showcases his sound-activated "Safe Door" that uses a sound sensor and servo motors to open and close, a creative project with applications in homes, offices, and more.

This team demonstrates a sequential LED light system that responds to an ultrasonic sensor. As an object gets closer, more lights turn on, visually representing distance and teaching sensor calibration.

Presenting the "NBO Time," a smartwatch prototype built by our students. Using a Raspberry Pi and various sensors, it measures air quality, pressure, and temperature, showcasing an advanced level of system integration.

A student presents her solar-powered motion sensor with a buzzer. She clearly explains how the solar panel charges the battery for nighttime operation, making it a self-sufficient security device.

This Grade 4 student demonstrates his security car system. He shows how an ultrasonic sensor detects a nearby object and triggers a buzzer, a simple yet effective alarm system.

Clap on, clap off. This team of Grade 4 students proudly demonstrates their sound-activated switch, explaining the components like the clap sensor and transistor that make it work.