Robotics + design
Learners can build simple mechanisms with LEGO SPIKE Essential and model introductory objects in Tinkercad. Projects may include moving builds, rides, games, keychains, cups or basic forms. Staff operate or supervise 3D printers.
Ages 5 to 8: Learning Begins with Making, Testing and Explaining
Younger learners use visible, age-appropriate projects to connect curiosity with early design, logic, movement and cause-and-effect thinking.
We welcome learners from all schoolsYou don’t need to be a 21K School learner to book a Garage session.
Age helps you browse; readiness decides the module
The 5 to 8 range is guidance, not a fixed eligibility boundary.
Before recommending a starting point, the Garage team speaks with the learner and parent. The conversation considers interest, prior exposure, attention, fine-motor confidence, reading ability and comfort with devices. A child may begin with a module outside the usual recommendation when the activity and tools are suitable.
Age 8 also appears in the next browsing group. This overlap is intentional: two children of the same age can have very different experience, confidence and interests.
All five pathways can begin in an age-appropriate form
The team adapts the project, tools and degree of guidance without changing the underlying pathway.
Coding + gaming
Scratch introduces sequences, events, motion, conditions, loops, variables and score-keeping through a first playable game. The emphasis is on making screen time active and creative.
Electronics
Age-appropriate kits make circuits visible through LEDs, switches, motors and sensors. Learners observe what changes when a component or connection changes.
AI + IoT
Introductory projects may use Scratch, Code.org, Teachable Machine or simple connected-device demonstrations. The activity focuses on recognising inputs and responses, not on generative AI.
Capstone + tinkering
Tinkering gives a learner room to apply familiar tools in a more open-ended challenge. A formal Capstone comes later, when the learner is ready to plan and own a larger project.
The session remains structured even when the work feels playful
Every 90-minute session moves through explanation, building, testing and a closing demonstration.
An instructor models the safe use of materials, guides the first steps and then gives the child meaningful choices. Heated tools, cutting equipment, electrical work, fabrication and 3D printing remain facilitator-operated or closely supervised.
Starter, Explorer and Builder describe increasing understanding and independence across 6, 12 and 24 sessions. Learners keep permitted digital work, documentation and the applicable certificate; shared kits and most physical builds remain at the Garage.
Questions parents ask
Direct answers to common questions before you book.
Does my child need prior STEM experience?
No. The eligibility conversation helps the team select an accessible first module and decide how much guidance the learner will need.
Why is age 8 included in two groups?
The website uses overlapping guidance at ages 8 and 12 because readiness does not change on a birthday. The team recommends the better page and starting level after speaking with the learner.
Can a child aged 5 to 8 try Robotics, Coding or AI?
Yes, when the project and tools are appropriate. The programme uses age-adjusted activities rather than restricting a pathway by age alone.
Is the session shorter for younger learners?
No. Standard sessions are 90 minutes. The instructor adjusts the pace, task size and level of support.