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AGE GROUPS & LEARNING JOURNEY

Learning Journey Overview

 Every child follows a clear journey — from curiosity to creation. We believe learning should be a roadmap, not a maze. Our journey begins by sparking a child's natural Curiosity through big questions. We then move into Active Exploration, where they reverse-engineer real-world tech. Finally, we reach Creation, where students apply their logic and teamwork to build original projects, proving they have mastered the skills to innovate on their own.

In our classroom, curiosity is the engine, and technology is the tool. We provide the mentorship and the environment where a child’s initial interest evolves into the technical confidence to build servers, code games, and automate AI, turning their wildest ideas into digital reality.


Learning Journey Flow

1

Curiosity

We spark the "Why?" by presenting Big Questions that ignite a child's natural drive to discover and investigate.

2

Play

Learning through "Hard Fun"—a safe space where mistakes are just "leveling up" and exploration has no limits.

3

Build

Turning concepts into reality. Students use Backward Learning to construct real-world projects, from apps to AI tools.

4

Collaborate

Solving complex quests in teams, learning that collective intelligence is stronger than working alone.

4

Showcase

Presenting final projects to peers and mentors, building a digital portfolio they are proud to share with the world.

4

Graduate

Earning the "Creator" badge and stepping forward, fully prepared for the next level of their digital future.

Age Group Detail

  • Tools: Scratch, Logic games, AI prompting (ChatGPT/Image Gen), Linux basics, and File Explorer navigation.


  • Outcome: Students develop "Computational Thinking." They don't just use apps; they understand how files are organized and how to talk to AI. By the end, they build their first simple games and gain the confidence to explore a computer’s operating system.

  • Tools: Roblox Studio, Gdevelop, RPG Maker MZ, Python basics, Docker, and Portainer.


  • Outcome: Students dive into 2D and RPG game development while learning the fundamentals of Python. This stage introduces "Homelab" concepts—learning how to deploy their own applications using Docker and managing them via Portainer. They learn that software isn't just "built"; it's "hosted."

  • Tools: Unity RPG templates, Linux Command Line (CLI), Kubernetes, AI APIs, RAG (Retrieval-Augmented Generation), and AI Automation.


  • Outcome: This is for the next generation of engineers. Students build advanced game projects and master the Linux Terminal. They explore Cloud Infrastructure through Kubernetes and build smart apps using AI APIs and RAG. The final result is a professional-grade portfolio that showcases their ability to build and scale modern tech.

🧒 Age 7–9

  • The focus is on Explorer"Computer Literacy & Logic Play." We move from playing games to understanding the rules behind them

👦 Age 10–12

  • The focus is on "Development & Hosting." Moving from visual blocks to real-world code and containerization.

🧑 Age 13–16

  • The focus is on "Infrastructure & Advanced AI." Preparing for professional-level engineering and cloud architecture.

2,000 parents
brought their kid to our nursery.

Entrust us with your children and go to work with peace of mind

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