What ages do the tech tracks cover?

Ages 5-18 across the six tracks. Game and Python start as young as 8-9, Web around 11, Mobile around 12, and Electronics and 3D fit kids from around 9 upwards. Every track is age-graded inside Kidocode's platform.

Does my child have to pick one track?

No. The package includes access to all six tracks. Kids start where they are most curious, then add tracks as their interests grow. The thinking transfers between them.

What languages and tools do you teach?

Python, JavaScript, HTML, CSS, React and React Native, Unity and Godot for games, C-family for Arduino electronics, and modern 3D tools for printing and modelling. Plus AI coding assistants used the way real engineers use them.

Do students actually ship real projects?

Yes. Web kids deploy real sites their friends use. Mobile kids put apps on their own phone home screen. Game kids release games their friends play. Electronics and 3D kids build hardware that works in the room.

Where are tech classes held?

On-campus at Mont Kiara (KL) and Sunway Nexis (Petaling Jaya) in the Klang Valley, and at our three Penang branches in Bayan Lepas, Tanjung Tokong, and Bukit Mertajam. Online classes run the same curriculum with the same instructors. The trial class is free at every location.

Is the coding really free?

Coding is bundled free with every Kidocode package. The price you pay covers Math and AI; the six tech tracks come with it because engineering thinking is the multiplier under both.

Pillar 03 · The maker mindset

Watch your kid become a maker, not a user.

Six tracks: Python, web, mobile, games, electronics, 3D. The thinking transfers to whatever they do next.

Book free trial See the six tracks

A young Kidocode student lighting up an Arduino circuit, focused on the build

Six tracks. One mindset.

Six things your kid will actually build.

Each track is a real maker craft, not a syllabus. The thinking that holds them up - engineering, decomposition, debugging, shipping - is the same across all six. Pick a starting door, the mindset transfers everywhere they go next.

Tech Course
Python for AI and Data Science
Their first data tool. Their first agent.
AI for Data Science, AI-assisted coding, API programming, and intelligent automation.
Tech Course
Web Development
A site they can show their friends. A web app real people use.
HTML, CSS, JavaScript, React, deployment. The most-used stack on the planet.
Tech Course
Mobile App Development
An app on the home screen of their phone.
React Native, native APIs, App Store and Play Store shipping.
Tech Course
Game Development
A game their friends actually play.
Game loops, physics, level design, sound, multiplayer.
Tech Course
Electronics & Robotics
A thing that moves and reacts.
Arduino, Raspberry Pi, sensors, motors, embedded code.
Tech Course
3D Modelling & Printing
A part they can hold. A toy they can give.
Tinkercad, Fusion 360, slicing, FDM printing, geometric thinking.

Coding isn't a subject.

Building is.

Schools teach computer science as memorising syntax. We teach kids to build things they wish existed. The skill that transfers to anything - medicine, design, business, sport - is engineering thinking. Not the language.

Important to say directly

Same code. Different makers.

Same languages every coding bootcamp uses. Completely different way to teach kids to use them. Each card below contrasts how it usually goes vs how we run it.

School

Drag-and-drop blocks forever

Real code from day one

School

"Hello World" toy projects

Real apps real people use

School

One language at a time

Right stack for the job

School

Memorise syntax

Decompose problems

School

Bugs are failures

Bugs are the lesson

School

Solo classroom code

Ship like a team

We are not training future engineers. We're raising kids who can build a thing, debug a thing, and ship a thing - whatever path they pick at 25.

Shipped by Kidocode kids

Things kids actually built. This term.

From games and apps to websites and robots. Built by real students in real Kidocode classrooms.

Python
Koosha, 10 - created a digital drawing app where every shape follows his own code.
Web
Zara, 14 - shipped a website for her dance studio. The owner pays her now.
Mobile
Sachin, 11 - designed an adventure game on his tablet and shared it for friends to play.
Game
Ning Zhen Hao, 12 - built a mobile game and watched classmates compete for the high score.
Electronics
Diamonde, 9 - built a smart dancing light that changes colour in her room.
3D
Parsa, 10 - printed a custom case for his guitar pedal. The music shop ordered five more.

The loop every Kidocode build runs

Problem → design → build → test → debug → ship.

The engineering design cycle. Same six beats every time, every track. Once kids run this loop a hundred times, they run it for any problem they meet - in code or out.

Problem

Understand what needs to exist. Sketch it. Talk to whoever is going to use it.

Design

How will it work? Pick the right tools. Plan the moving parts.

Build

Write the code. Solder the wires. Print the parts. Make it real.

Test

Does it actually work? Run it. Watch it. Find what doesn't hold up.

Debug

Errors are teachers. Track the cause, not the symptom. Fix it for good.

Ship

Deploy it. Hand it over. Watch someone else use it. Then iterate.

AI + Human + Visibility

The platform that does more with less.

9,500+ kids building real projects on it. AI tutors catch their bugs in real time. Human coaches step in when it matters. Parents see every commit, every prototype, every moment a kid got stuck.

XP this week

Projects shipped

Day streak

Today's activity

09:14Pushed habit-tracker v0.4
09:38Earned Bug Slayer badge
10:02AI tutor session · 22 min
10:41Started React state module

Skills mastered

Python0%
Web stack0%
Hardware0%
Algorithms0%

AI Tutor · 24/7
Live Dashboard
Smart Alerts
Skill Mapping
Bug Detection
Live Human Mentors
Real-time Reports
Mastery & Streaks

9,500+
Kids on the platform
2,400+
Projects shipped this month
17,000+
Bugs squashed
24/7
AI tutor availability

Every parent gets their own dashboard. No mystery, no waiting for report cards. The dashboard is live.

Parents tell us this

The line we hear most.

★ 4.6
Parent rating
370+
Parents say this
70%
Trial-to-paid

"My kid stopped asking for things. Started making them."

almost every parent, within the first term. Verbatim, from many.

Ravi

Kuala Lumpur

★★★★★

"My son fixed our family WiFi by writing a script. Then he wrote one to track his sister's allowance. He's 12. We are still catching up."

Lin

Penang

★★★★★

"She built a website for her dance studio. The owner pays her now. I didn't see that coming."

James

Singapore

★★★★★

"My boy 3D-printed a custom case for his guitar pedal. He took it to a music shop and they ordered five more. Real money. Age thirteen."

Coding is bundled with everything.

Every Math and AI track at Kidocode includes coding. There is no separate "tech" surcharge. One package, three pillars.

Why coding is bundled →

Tech Program FAQ

Everything parents need to know before booking a trial.

“The ones who get there first won’t be the smartest. They’ll be the ones who started right now.”Demis Hassabis, Nobel Laureate, CEO Google DeepMind

Trial is free. Missing it costs your kid a career.

Two hours, hands-on. Both parents welcome. No payment, no pitch.

Book Free Tech Trial

A Kidocode student lighting up an Arduino circuit they wired by hand

Watch your kid become a maker, not a user.

Six things your kid will actually build.

Python for AI and Data Science

Web Development

Mobile App Development

Game Development

Electronics & Robotics

3D Modelling & Printing

Same code. Different makers.

Things kids actually built. This term.

Problem → design → build → test → debug → ship.

Problem

Design

Build

Test

Debug

Ship

The platform that does more with less.

The line we hear most.

Coding is bundled with everything.

Everything parents need to know before booking a trial.

Trial is free. Missing it costs your kid a career.