Our Young Innovators in Action

Ashwath showcases his ambitious "Robotic Path Finder," designed for exploration in dangerous terrains. He integrated a camera and plans to add satellite connectivity, demonstrating how our courses inspire students to think big and solve complex challenges.

Rahini demonstrates her final project from the Codi course, a fully functional robotic arm. She explains how she used an Arduino, joystick, and servos to create a prototype for industrial pick-and-place applications, showing a clear link between her learning and real-world engineering.

Vivaan presents his "Medicine Delivery Robot," a thoughtful project with practical applications. The robot features a grabber claw and a compartment for fluids, showcasing his ability to combine mechanical design with problem-solving.

Harish, an 8th-grade student, explains his Bluetooth-controlled bot. He demonstrates how it can be controlled via joystick or phone gestures and lists the components used, from the Arduino board to the motor driver, showing his comprehensive understanding of the project.

Inspired by the ICC Cricket World Cup, Gurvish built a "Cricket Playing Bot." This creative project uses two separate bots, one for bowling and one for batting, demonstrating his ability to integrate multiple systems to achieve a fun and interactive goal.

Vidheshwar from our Puducherry community presents his "Delivery Drone" project. Using a Tello drone and Scratch programming, he created a working model for automated delivery, showcasing his grasp of basic drone physics and block-based coding.

Jaden demonstrates his line-follower robot, a classic project with important industrial applications. He explains the C++ code and the function of the IR sensors, Arduino, and motors, showing how our curriculum connects to factory automation concepts.

Nandhan presents his autonomous robot, which combines line-following and object detection capabilities. By integrating both IR and ultrasonic sensors, he demonstrates a more advanced level of robotic navigation and control.

Dharan walks us through his radar project built with a Micro:bit. He clearly explains the wiring of the ultrasonic and servo motors and demonstrates the code that allows the system to detect objects and display their distance.