Children design, wire and program real robots with motors, sensors and microcontrollers, following RoboClub's proven curriculum and mentoring approach.
Gears, levers, pulleys and wheels, understood by building with them. Children learn how machines actually work.
Code that makes something physical move is easier to care about. Children begin with blocks and can progress to Python and C++.
Robots rarely work first time. Troubleshooting, refining a design and trying again become second nature.
Plan, prototype, test, improve. A way of approaching open-ended problems that carries well beyond robotics.
Builds are shared. Children learn to divide the work, explain their thinking and lead when it is their turn.
From four, building develops fine motor control, sequencing and spatial awareness alongside imagination.
Foundations of mechanics through building, with LEGO kits chosen for small hands.
A first robot, built and coded in small groups with the LEGO Spike Essential kit.
From simple machines to sensor-driven models, programmed with LEGO WeDo software.
More sophisticated robots, with a route from block coding into Python.
Beginner to advanced robotics on LEGO Mindstorms EV3, and good preparation for robotics competitions.
RoboClub mentors teams for national and international robotics competitions, with team-based and one-to-one coaching on skills, strategy and confidence. Older students can also take on a capstone project of their own, or carry their Arduino skills into the Drone Lab.
See RoboClub's results
We keep batches small, so places are limited and every family starts with a visit. Bring your child, see a session, and talk to us about what they would enjoy.