CodeLarn uses real programming languages to build something bigger than syntax: computational thinking — the ability to break down problems, spot patterns, and reason step by step. Code is how we teach it. Real projects are how kids prove it. Ages 6–16.
No fake simulators. Students work in a real, built-for-learning editor — because the struggle of writing, running, and debugging actual code is exactly what builds structured thinking.
Each stage builds on the last — visual logic, then Lua, then Python — on one continuous platform without ever switching tools.
Every lesson builds toward something real — a game, an animation, an app — so the problem-solving kids practice is applied to something that matters to them, not a drill they’ll forget.
CodeLarn is funded by subscriptions, not advertising. We don’t sell student data or run third-party trackers in the learning environment.
A plain-language dashboard shows exactly what a student has learned, what they’ve built, and where their thinking is sharpening — no guesswork, no chasing kids for updates.
Building a thinking skill that lasts shouldn’t cost a fortune. Plans start at ₦8,000/month for one child, and family plans cover up to 5 children on one subscription. Annual billing takes 20% off — and every plan starts with a 14-day free trial.
Every learner starts from a different place. Explorer builds visual logic, Creator turns that logic into real code, and Builder applies it to increasingly complex projects.
Before kids can write code, they need to think like problem-solvers: in sequences, in if-this-then-that logic, in cause and effect. Colorful drag-and-drop blocks remove the friction of syntax so kids can focus entirely on the logic — and build the mental habits every later stage depends on.
This is where thinking in steps becomes thinking in code. Students learn Lua — a real, lightweight programming language used in actual games and software — translating the logic they already understand into real syntax: variables, loops, and functions applied to games, stories, and mini-apps.
Learners use Python — one of the most widely used professional languages on Earth — to tackle real-world complexity through apps, automations, and data tools. The goal isn't just working code. It's the ability to look at an ambiguous problem, design an approach, and debug their own thinking when it doesn't work.
From signup to a first real project — in four steps.
Sign up in minutes — no card required. Your account is the hub for managing all the students or children you add.
Add one child or an entire class. Each learner gets their own profile, progress history, and workspace — all under your account.
Start with Explorer for visual logic, Creator for real Lua projects, or Builder for applied Python. Choose by confidence and experience, and switch any time.
Every session ends with something real on screen — a game, a tool, an animation. The code is real, and so is the thinking it builds.
Your dashboard shows exactly what each student has completed, which skills they've mastered, and where their problem-solving is growing — in plain language.
Real languages. Real projects. A way of thinking that lasts. Start a 14-day free trial — no card required.
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