IB & Cambridge Aligned | Grades 6–12

BUILD. FAIL.
LEARN. REPEAT.

The sequential challenge-based platform that turns students into master makers through hands-on innovation and real-world problem solving.

1
Modules
3
Sessions

Access Management

Licensing & Duration

Seamless management for institutions. License duration controls platform-wide access for both educators and students.

Institutional Access

Deploy the platform across your campus with centralized slot management.

Approved: TinkerStore (full)
Full Module Access
0D
100 Students
Approved: Ehime University (demo)
Full Module Access
90D
100 Students
Unlimited Demo Package
Full Module Access
36500D
999999 Students

Learner Experience

Direct access for students with no complex setup required.

Duration Alignment
Student access periods are automatically synchronized with your institution's active license.
Curriculum Reach
Unlimited browsing of assigned modules, immersive workshops, and expert presentations.

The Methodology

THE SIX PILLARS

Spatial Thinking

Visualizing objects in 3D and translating complex ideas into physical structures through CAD and sketching.

Systems Thinking

Sense → Decide → Act

Breaking down the world into fundamental elements. Understanding how data becomes decision, and decision becomes action.

Logic Thinking

The architecture of behavior. Defining the rules of the game through coding challenges and computational logic.

UX Design

Empathy in engineering. Designing interactions that feel natural, intuitive, and human-centered.

Fabrication

The bridge from idea to reality. Mastering the tools of physical creation—from circuits to mechanical assembly.

Storytelling

Communication is the final product. Learning to articulate the "What", the "How", and most importantly, the "Why".

The Inquiry-Based Structure

A cross-disciplinary framework that aligns with IB Middle Years Programme (MYP) and Cambridge IGCSE Global Perspectives.

1

Arduino Challenges (1-100)

From physical computing basics to expert open-ended design.

2

CAD & 3D Printing

Turning digital designs into physical objects using additive manufacturing.

3

Robotics & IoT

Building interactive machines and connected data systems.

4

Design Thinking & Demo Day

Brainstorming, ideation, and showcasing project creations to the world.

Arduino
Robotics
3D Printing
IoT
Innovation Hardware

The Mini Makerspace

A compact, high-impact innovation lab designed for the modern international campus. Low-cost, portable, and engineered for rapid deployment.

01. Fabrication

Digital Prototyping

Bambu Labs A1 Mini 3D Printers, High-speed PLA, and 3D Doodler Pens.

02. Robotics

Autonomous Systems

4-Motor Platforms, Traveling Robots, and DIY Electromagnetic Kits.

03. Electronics

Interactive IoT

ArCoBotics coding environments and Tinker Electro Kits for system design.

Target Audience

Designed for Scale

International Schools

Aligned with IB/Cambridge standards

Empower your students with inquiry-based maker curriculum and self-directed innovation through MYP and IGCSE lenses.

Teacher Enablement

No technical degree required

We provide the full framework and resources to help any educator become a world-class Maker-Mentor.

Outcomes

THE MAKER MINDSET

Systems Thinking & Complex Interactions
Digital Fabrication & Rapid Prototyping
Advanced Electronic & IoT Architecture

"Students gain the confidence to inquiry, build, and iterate on their ideas in the real world."

Ecosystem

Platform Roles

Schools

Centralized management for students, license oversight, and curriculum deployment across your international campus.

Innovation Hubs

Full access to the library of professional-grade maker workshops and cross-disciplinary presentations.

Learners

A seamless, immersive experience to browse modules, tackle challenges, and document their making journey.

Content Structure

Content is organised in a clear two-level hierarchy.

Level 1
MODULE
e.g. MakerSpace
Level 2
SESSION
Google Slides

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