Students don't just learn about robots — they build them. From writing code to working with actuators and sensors, every step is hands-on. Teams iterate, tinker, and compete in head-to-head robot challenges.

Students get hands-on with the Raspberry Pi — a pocket-sized computer used by engineers worldwide. They'll connect components, write code, and bring their own creations to life through exciting electronics projects.

Students code their own interactive games and AI projects in MIT's creative visual coding environment. Combined with micro:bit, they design smart gadgets and explore the exciting intersection of software and hardware.

Beyond playing the game — into the driver's seat of creation. Using block-based coding, students automate tasks, build structures, design games, and solve puzzles within the familiar Minecraft environment.

Young learners discover age-appropriate AI tools in a safe, guided environment. They'll create research projects, AI-generated artwork, original stories, presentations, and even compose music turned into video clips.

Sphero BOLT is an energetic ball of code and machinery that rolls, rocks, and lights its way. Using visual Scratch coding, students navigate challenges with this unique learning companion featuring an LED Matrix and sensors.

Students are introduced to Python — one of the world's most popular programming languages. Through fun, hands-on projects, they learn real coding fundamentals: giving computers instructions, solving problems, and building programs.

Every session ends with an immersive VR experience, taking students on virtual adventures that spark curiosity and bring learning to life in an entirely new dimension.w