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Hands-on Robotics and AI Projects by RFL Academy

byRFL AcademyCenters across Mumbai, Ahmedabad, Surat, Jamnagar & PorbandarStarts from299 per workshopView full gallery

We help kids move from consuming technology to creating it. From building their first robots to mastering AI and drones, here is a look at the projects our students bring to life in our labs.

This image represents the core of what we offer: a complete package of future-ready skills in Robotics, AI, and Drone technology, all designed to nurture your child's potential.

See how we blend the digital and physical worlds. This project shows a student demonstrating a functional elevator model he built and coded, showcasing how our Core Robotics Course (CRC) turns AI concepts into tangible creations.

Meet Arshia, one of our bright students. In this video, she explains how she built and coded a remote-controlled car and a gyro-sensor robot, highlighting the practical problem-solving and logical reasoning skills she gained in our Core Robotics course.

We celebrate our students' real-world impact. Here, our student Yashas Gupta presents his award-winning robotic hand glove, a project designed to help paralytic patients, which won the "Future Ready Solution" award at a national STEM exhibition.

Our academy is more than a classroom; it's a hub of innovation. This video gives you a glimpse into our bustling Ahmedabad center, where kids are actively engaged in building their future with hands-on robotics, AI, and coding projects.

Get a head start on the holidays with our popular Summer Camps. This is a great opportunity for your child to dive into the world of Robotics, AI, and Drones with our hands-on, project-based learning approach. Pre-registrations are now open.

We believe in empowering children to be creators, not just consumers of technology. This image captures our philosophy, combined with our Super Saver Days offer, making it the perfect time to enroll your child and start their journey as an innovator.

About Featured

When your child joins us, they move beyond simple assembly. We take them from block-based drag-and-drop coding for beginners all the way to Python and C++ for older students. The robots you see here use real sensors—like gyroscopes and ultrasonic modules—because we want students to solve actual engineering challenges, not just follow manuals. Whether it is a line-following robot or an AI-driven drone project, every build is about logical reasoning and fixing errors until the code works exactly as planned.

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