How we teach — and why it works
Our learning model was developed in-house with 10 years of experience innovating what learning could look like. It takes the best from various learning models and theories, with tried and tested methods, to develop well-rounded students.
What we develop in every student
🚀 Fast Learners
Able to learn anything fast.
💪 Resilience
Resilient and adaptive to changes.
🌈 Wide Interests
Have wide-ranging interests.
⚡ Problem-Excited
Get excited when they see problems.
🧠 First Principles
Think in first principles.
🗣️ Communicators
Convey what they think and understand what others say.
🛠️ Creators
Able to create something out of nothing — or out of something else.
❤️ Love Learning
Develop a genuine love for learning, and skill in learning how to learn.
A multi-disciplinary curriculum
The Maker Academy curriculum covers a wide range of topics designed to move students from passive learners to active makers and problem-solvers.
🌏 Global Citizenship
💰 Financial Literacy
📰 Media Literacy
🤖 Digital Citizenship & AI
⚙️ Technology & Engineering
Core curriculum pillars
Digital Literacy & Coding
Students learn programming through tools like Scratch, Arduino, micro:bit and Raspberry Pi — lessons designed to build computational thinking skills.
Design Thinking
A central part of the curriculum that teaches students how to empathise with users, define problems, and prototype solutions.
Maker Skills
Hands-on instruction in 3D modelling, robotics and physical computing to build tangible prototypes.
Financial & Global Literacy
Beyond tech, the curriculum includes financial simulations and Global Citizenship Education (GCED) projects.
Communication
Includes TED-Ed Club modules where students learn to articulate their ideas and present their projects effectively.
A progression model, not a one-size class
Arus classifies students into a progression model so each student gets the personalised guidance they need.
| Stage | Description | Type of Learning |
|---|---|---|
| Explorers | Early stage focusing on fundamental learning habits, with introductory topics across our core curriculum. | Direct & explicit |
| Settlers | Early stage where students begin to make their own learning choices with teacher suggestions. | Suggested & choice-making |
| Heroes | Intermediate stage where students apply skills to solve more complex, guided challenges. | Enabling & controlled |
| Superheroes | Independent learners who identify real-world problems and design their own original solutions and prototypes. | Coached & thought-partnering |
Learning how to learn is taught deliberately
"Learning how to learn" isn't a slogan here — it's a set of named habits, trained explicitly in every lesson and assessed in our rubrics:
- Diverge before you converge — generate every idea first, then select with explicit criteria.
- Ask "why" until it's uncomfortable — chase root causes, not surface answers.
- Read your work like a stranger — see what it actually says, not what you meant.
- Change one thing at a time — the core discipline of debugging anything.
- Listen harder than you speak — wait for full answers; pauses are data.
- Explain it, or it doesn't exist — every project must survive being presented to a real audience.
Teachers don't lecture. They check understanding before every step forward, and circulate with questions rather than answers — because a child who was told the answer learned less than a child who was asked the right question.
A curriculum built like a professional product
What parents don't usually see is the engineering underneath. Ours is worth showing:
Internationally benchmarked
Topics are aligned to CSTA K-12 Computer Science and ISTE student standards — the same frameworks used by leading school systems.
Every topic, one rigorous template
Objectives, prerequisites, hook, guided content, practice and a four-tier mastery check — consistent across every field we teach.
Reviewed like a publisher would
The curriculum is formally checked for gaps, circular dependencies and difficulty jumps — then restructured when it falls short.
Mastery you can see
Students produce artefacts at every stage — recorded explanations, design documents, working builds — so progress is visible, not vague.
Where we sit in the education landscape
Every tier of education has its place and purpose. We believe we deliver at the top tier with our self-directed learning methodology.
| Type of Learning | Examples |
|---|---|
| Self-directed learning 🏔️ (the apex — where we operate) | World-class education programmes (IB, un-schooling, Arus Academy) |
| Creative and innovation training | Design Thinking studios, innovation hubs, inquiry-based programmes |
| Creative arts and expression | Music programmes, acting studios |
| Skills development training | Robotics and STEM classes with complete guided modules to follow |
| Rote learning and memorisation | Tuition, maths & language centres for basic academic support |
An education-first programme
Tools that personalise learning
- Digital learning portal
- AI-powered student management system
- Personalised learning system for a unique learning experience
How we guide students
- Student agency & independent learning — students master skills by creating their own projects from scratch and tracking their progress professionally.
- Personalised coaching — coaching and mentorship so students truly get the guidance they need.
- Reflective practice — group reflections help students process what they've learned and grow from their experiences.
Learning beyond the classroom
- Exposure to Global Citizenship via the GCED framework
- Intuitive real-world simulation
- Regular group / team work
- Immersive classroom management system
- Learning trips / field trips for wide-ranging exposure
See our approach in action
The best way to understand our learning model is to visit. Message us on WhatsApp to arrange a time.
Chat With Us on WhatsApp