Hands-on Robotics and Coding Curriculum

The "Electroblocks" kit in action. This kit allows young students like Ayaansh to build their first circuits, like this burglar alarm, learning about sensors, LEDs, and buzzers in a safe, solderless environment.

Our "Ranger" robotics kit provides the chassis, motors, and Bluetooth controller board for building mobile robots. Here, Harish uses it to create a versatile Bluetooth-controlled car, demonstrating the kit's flexibility.

Explore the Internet of Things with our "Spark" IoT kit. Harshith uses it to build a cloud-connected storyteller, learning to code in Python and work with APIs, a key skill for future tech careers.

We make learning about drones accessible and fun. Using a Tello drone and our Scratch-based coding platform, students can program flight paths and create projects like this automated delivery drone.

Our Android App Development course uses a block-based coding interface to teach the fundamentals of creating mobile apps. Students can build and test their own games, like this interactive football app, right on a smartphone.

The Micro:bit is a powerful tool in our curriculum for learning physical computing. Dharan's radar project shows how students combine it with sensors and servos to create sophisticated electronic devices.

Scratch is the starting point for many of our young coders. This visual, block-based language allows students to learn fundamental programming logic by creating fun, animated projects like this "Writing Name" program.