A 12-lesson, in-person course where children plan, design and build their first game or mini app with guided AI.
Our students planned, built and tested these playable projects with instructor guidance and a responsible AI-assisted workflow.
A bilingual, 58-mission game where players write Python commands to guide a car through puzzle worlds.
A bilingual retro browser arcade game with a jetpack Siamese cat, enemy waves, scoring, levels and boss battles.
The lasting advantage is not memorising syntax. It is learning how to turn a vague idea into a clear system, test it and improve it.
Children practise defining a goal, breaking it into smaller jobs and deciding what must happen first. That planning habit helps far beyond a computer screen.
Conditions, loops and variables make cause and effect concrete: if this changes, what should happen next?
Debugging teaches children to pause, inspect evidence, change one thing and test again instead of guessing.
Students learn to give context, question an answer and check whether generated code matches their own design.
Every lesson adds a tool the child needs for the final project. The sequence can be paced to the learner's readiness.
The course is taught in English. A child should be able to follow everyday instructions, describe a simple idea and ask for help when stuck. Perfect grammar is not required.
The free trial checks the part that an age label cannot: whether the child can follow the logic, stay with a problem and communicate well enough to benefit from the session.
A younger child may be ready; an older child may need a different pace. We use a short real lesson before admission instead of guessing from age alone.
Meet the instructor, try a real logic task and assess whether the child is ready for the course. Children younger than seven are welcome to try.
Register interestPlanning, working memory, mental flexibility and self-control are part of what researchers call executive function. Coding gives children repeated opportunities to hold a plan in mind, follow rules, resist guessing and revise after feedback.
Controlled studies with young children have reported improvements in some planning, inhibition, computational-thinking or executive-function measures after structured coding activities. The evidence is promising, but it does not mean every child will get the same result, and this course does not promise a cognitive or academic outcome.
