Coding & Robotics Courses for Kids
From building block-based games to designing AI robots, we turn tech into a playground. Explore our structured learning paths designed for kids aged 5 to 18 to build, code, and innovate.
This is our WonderBox robotics kit, which we send to every student. It's a mini-lab packed with over 180 components, enabling kids to build more than 100 different projects right from home.
This video gives you a peek into our learning spaces and the WonderBox kit. We've designed our entire experience, from the classroom to the tools, to be engaging and inspiring for young builders.
Our Scratch Coding course is perfect for beginners. Kids learn to code using colorful blocks to create animations and over 20 interactive games, developing logical thinking and problem-solving skills.
In our Micro:bit Robotics course, students dive into electronics and block coding. They learn to build mobile and autonomous robots, and even integrate Micro:bit with Scratch for more creative projects.
For older students, our Arduino Robotics course introduces C++ coding and advanced electronics. They build Bluetooth-controlled robots and even create home automation projects.
Our Robotics and AI course teaches kids to build real-time AI projects. Students learn to create face recognition systems, AI river cleaning robots, and smart traffic lights using an AI vision camera.
This course focuses on building an AI chatbot using Python. It's a hands-on project for kids aged 10 and up, teaching them a powerful, real-world programming language.
About this collection
Every course we offer is backed by our WonderBox, a complete home lab we ship to your doorstep. It moves learning off the screen and directly into your child’s hands, allowing them to physically assemble circuits, wire sensors, and test code for real projects like autonomous robots and AI cameras.
A Progressive Learning Path
We don't believe in one-size-fits-all education. Whether your child is a complete beginner or a tech-savvy teen, we have a path designed to build confidence and capability:
- Junior Innovators (Ages 5-10): We start with the fundamentals using Scratch block coding. Kids create interactive games and animations while learning logic, loops, and conditions. It’s about building a foundation through fun, visual problem-solving.
- Electronics & Arduino Lab (Ages 10-15): This is where coding meets the physical world. Students move to text-based C++ and start working with Arduino Uno boards. They build real gadgets—line-following robots, obstacle avoiders, and home automation prototypes—learning how voltage, current, and sensor logic actually work.
- Advanced AI & Python Prototyping (Ages 12-18): For our older students, we dive into Python, Raspberry Pi, and Computer Vision. This track is for students ready to build complex systems like face recognition and IoT devices. It’s perfect for those building portfolios for college applications or preparing for hackathons.
How We Teach
Our classes are conducted in small batches of 1 or 2 students. This isn't a lecture-style course where students get lost in a crowd. It’s 1:1 or 1:2 mentorship. We focus on the 'aha!' moments that happen when code finally meets hardware. If a robot doesn't move on the first try, we don't just fix it for them; we work together to debug the circuit, check the wiring, and rewrite the logic until it works perfectly. That is how real engineering is learned.
Roboticschools
We are Roboticschools. We started as a small team in Bangalore and now help kids from the UK to Singapore build robots instead of just playing with toys. We believe that if a 6-year-old can build a robot that blinks, they can build anything.
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