Here’s the case for a different approach —
and why it matters more right now than it ever has.
A page for parents who want the full picture before deciding.
There’s a version of the AI story that says: if machines can code, why teach kids to code? That version misses the point.
The skills that AI cannot replicate are the ones that become most precious: knowing which problem is worth solving, framing it well, questioning the assumptions built into the brief, building a response and iterating when it doesn’t work.
These are not “soft skills.” They are the skills. And they are developed by doing — not by being taught about them.
The two-part answer to AI
Critical thinking, design thinking, computational thinking, problem framing — these are our curriculum spine.
AI tools are part of our growing curriculum — not a threat to it. Students who understand how to use tools thoughtfully have an edge over students who fear them.
One teaches coding in isolation. The other teaches it through building something real — where skills actually stick.
Every build follows the same five-step process. Students use it on every project until it becomes instinct — not a framework they memorise, but a habit of mind.
Who are you designing for?
What's the real problem?
How might you solve it?
Build and test your idea.
What worked? What's next?
Toy problems create toy engagement. Children learn best when they build solutions for things they care about.
Every theme begins with something familiar: at home, in the community, or across the city. Students observe, question, and build ways to make it better.
“How might we use less water at home without thinking about it every day?”
“How might we help a grandparent stay active and independent at home?”
“How might we alert residents when a flash flood is approaching?”
“How might we grow food in a small balcony space with minimal maintenance?”
“How might we make waiting for a bus less frustrating for everyone?”
“How might we reduce the energy used by appliances left on standby?”
These are real “How Might We” prompts from our curriculum. Each one becomes a project.
Most enrichment programmes ask parents to outsource. Drop off, pick up, trust the process. Code Gakko is built differently. Every build comes with resources — not to teach you the subject, but to give you the tools to stay engaged.
Nudge thinking without giving answers.
Try asking →
"What do you think will happen if you change that value?"
"What's one thing you'd do differently next time?"
When to step in, when to step back.
Notice the moment
What are they trying to do?
Question first
Ask something that helps them think.
Guide, don't solve
Offer a hint or point to resources.
Let them decide
Give space to try, fail, and learn.
The 5-step process your child uses on every build.
Key terms, defined so you can follow every conversation.
A first version made to learn from and improve.
Improving something based on what you find out.
A device that detects changes in the environment.
A set of steps a computer follows to solve a problem.
A sample of the parent resources included with every build.
The full set covers facilitator notes, walkthrough videos, and more.
Critical, adaptive and inventive thinking. Design thinking. Computational thinking. MOE's 21st Century Competencies, developed through actual practice.
A growing portfolio of working prototypes. Code, photos, reflections, outcomes. Evidence of real thinking and real effort that builds over months.
A shareable portfolio URL and verified PDF. Something your child can bring to DSA panels, competitions, secondary schools, or just show the family proudly.
The compounding effect
Skills, confidence, and impact all grow — build by build.
Not because they completed a course, but because they developed a habit of mind.
Early builds
Months 1–3
Growing builds
Months 4–9
Meaningful impact
Months 10+
This cycle repeats. Skills deepen. Confidence grows. Impact compounds.
Code Gakko does not guarantee DSA or admissions outcomes.
The team behind Code Gakko has spent years building Applied Learning Programmes (ALP), Interdisciplinary Project Work (IPW), and Maker CCAs inside Singapore schools — working with real students, real constraints, and real teachers. More than 10,000 students across 30+ schools since 2017.
We know what it looks like when a child genuinely understands something because they built it. We know what it looks like when they don’t. This programme is built on that knowledge.
Only 50 Founding Member spots.
Access starts 27 June 2026.
S$49/mo per child · Year One founding price · Kit optional
Questions? info@codegakko.com