Computational Thinking Series
Explore Mathematics through a Computational Thinking Lens
Based on Singapore Mathematics curriculum
Ready-to-use interactive Mathematics tools for lessons, guided exploration and independent learning.
Meet the four apps in the Computational Thinking Series.
Different tools. One goal: deeper mathematical thinking.Explore concepts. Develop thinking. Apply ideas.
The thinking behind the tools
Four pillars of Computational Thinking
Different ways to think through a problem, made visible through simple visual cues and guided interactions.
Decomposition
Break it down.
Pattern Recognition
Spot what repeats.
Abstraction
Focus on what matters.
Algorithm Design
Build the steps.
A flexible thinking layer
Switch on the CT Lens when you want to go deeper.
Make your mathematical thinking process more explicit.
Trig Lab + Clinometer
Explore visually. Apply practically.
From right-triangle relationships to real-world measurement.
Use Trig Lab to build understanding, switch on the CT Lens for an extra thinking layer, then extend the same Mathematics with the Clinometer.
Explore the triangle
Pyramid Lab
See a solid become a net.
Explore the structure, then unfold the pyramid to see how its faces connect.
Unfold each 3D pyramid into a complete net at any time. Switch on the CT Lens to explore your thinking further.
Explore the solid
Flowchart Builder
Build the steps.See the logic.
A visual Algorithm Design tool for Mathematics, and beyond.
Use the same visual flowchart language across different Mathematics topics, then carry the approach into other subjects and projects too.
Computational Thinking Series
Ready to explorethe series?
Discover the tools and choose the learning experience that fits.