R.A.T.

Why R.A.T.?

C2M R.A.T. stands out as a transformative mathematics program that prepares students for the challenges of tomorrow. Moving away from traditional rote memorization, this program trains students to independently interpret complex information and reason their way through unfamiliar problems. By emphasizing active writing, presenting, and group discussions, R.A.T. transforms passive learners into analytical thinkers who can effectively apply mathematical concepts to real-world situations, making it the definitive choice for cultivating advanced reasoning abilities.

Core Point

Independent Thinking

When faced with an unfamiliar problem, students are encouraged to think it through independently, express their ideas in writing, present them to peers, and defend their logical approach in discussions.

Mathematical Reasoning

The program trains students to dynamically apply established mathematical concepts and knowledge to entirely new and unfamiliar problems, turning theoretical knowledge into practical problem-solving tools.

Integrated Thinking

It offers a highly integrated curriculum that covers the five major areas of primary mathematics alongside a dedicated sixth strand focused heavily on problem-solving strategies.

Real-World Application

Students learn to make sound, rational judgments in real-world mathematical situations while continuously sharpening their spatial awareness and strategic thinking skills.

Introduction

C2M R.A.T. reasoning mathematics textbooks across the program levels
Structure
4 domains · 10 levels · 64 core textbooks
Target Age Group
Recommended: Ages 5–10 · Extended use: up to Grade 6
Format
4 units per book · 192 topics · 2,048 problem types
Domains
Logical Reasoning · Numerical Reasoning · Spatial Awareness · Strategic Thinking

Learning Flow

Start with an unfamiliar problem, then develop and share a reasoned solution.

  1. 5-Minute Focus

    No matter how hard a problem looks, students give it five focused minutes of their own thinking, then revisit it after the class has solved it.

  2. Writing

    Students record their reasoning, or the pattern they noticed, in words or drawings.

  3. Presenting

    Students explain their solution, or describe the pattern they found, aloud or at the board.

  4. Discussing

    By comparing approaches, the class works together toward the best solution.

  5. Creating Problems

    Students become authors, writing new problems based on the types they have just mastered.

Program Materials & Supplementary Books

Program Materials & Supplementary Books

64 core textbooks, with Supplementary Books providing additional problems for Levels A–H.