“Be a maker of the digital world, not just a citizen of it.”
Levels
3
Primary · Middle · Senior
Outcomes
5
Skills children walk away with
Pathways
4
Future careers unlocked
The idea
Digital capability means building with technology, not merely using it. The stream takes students from foundational digital literacy and block-based coding in the primary years through structured HTML5 web development, Python programming, and mobile application development using MIT App Inventor and Thunkable. Students learn version control through GitHub and publish completed projects on GitHub Pages. By senior school, students are designing and deploying complete digital products through a full development cycle — from brief to live publication.
Inside the stream — a story
Digital is the default medium of this generation. Teaching children to design, build and ship real software turns them from spectators into authors. By the end of the year they have a live URL, a GitHub profile, and a real product to show.
Their first webpage goes live in week one. It is usually ugly. It is always proud. They text the URL to grandparents. The grandparents reply with hearts.
From that moment, the internet has a tiny corner that belongs to them.
The internet now has a corner that belongs to them.
We move into Figma. Children learn that design is not decoration — it is decision-making. They notice spacing. They argue about font sizes. They start to roll their eyes at billboards that ‘shout too much’.
Their work, almost immediately, looks like work that adults are paid for.
JavaScript and React arrive gently. Concepts are introduced through small wins — a click counter, a to-do list, a tiny game. Each lesson ends with code running in the browser, not theory in a slide.
By the end of this module children have built three working products. Each one is on a live URL. Each one has an audience of at least their family.
Children learn the actual workflow of working developers — version control, peer review, deploy buttons. We do not water it down. We make it appropriate, but real.
On Friday afternoons we run ‘ship-it’ sessions. Code goes from laptop to live URL in a single hour. The room hums.
We do not water it down. We make it appropriate, but real.
Each child picks a real problem they care about. Some build study tools for siblings. Some build small e-commerce sites for parents' tiffin businesses. Some build games for their cousins.
Demo day is unlike any school presentation. Children stand beside their live products, take questions, accept feedback, and write down version-two ideas in real time. Many of those products are still online years later.
A scene from a real classroom
A father, watching his daughter deploy her first React app to a live URL on her own laptop, says quietly to no one in particular: ‘She just did something I cannot do.’ He is not embarrassed. He is proud.
The web does not have to be a place children scroll through. It can be a place they build. We teach them how.
— End of story · Read on for the curriculum
The journey
Author your first webpage — own your corner of the internet.
Add interaction, state and a clean component model.
Push to GitHub, deploy live, share the link.
Take feedback, measure usage, ship version two.
Signature project
Each child ships a real, indexable web product to a live URL — with a landing page, code repo and demo video.
Why it matters
Digital is the default medium of this generation. Teaching children to design, build and ship real software turns them from spectators of the digital world into authors of it — and gives them a rare, portable, modern craft.
A typical session
The curriculum
Six modules across an academic year. Every module is hands-on, project-led and ends with something children have built and can show.
Showcase moments
Every child publishes their first live, indexable webpage.
A peer-reviewed showcase of small but real apps.
Capstone products go live with landing pages, demo videos and QR codes.
For parents
By the end of the year your child will have a live URL, a GitHub profile, and a real product to show. That portfolio outlives any test score.
For teachers & schools
Lessons follow modern industry stack (React, Git, Vercel) but are scaffolded for school use. Teachers receive full code samples and grading rubrics.
What children build
Tools & tech
Levels offered
Outcomes
Design UI
Write clean code
Use version control
Deploy live products
Collaborate as a team
Questions parents ask
The honest answers to the questions families ask us most.
We introduce it in Senior streams only, after a strong JS base. Younger children stay in HTML/CSS/JS.
Only with parent and school consent. Otherwise, deployments stay on private school subdomains.
A school laptop is enough. Most tools we use are cloud-based and run in any browser.
Yes — most capstones are paired or small-team projects with clear roles.
