Introduction to Singapore Mathematics Framework

About Course

Embark on an exciting journey into the fundamentals of Singapore Mathematics with this introductory course, perfect for educators, parents, and enthusiasts.

Learn the key principles of the Singapore Maths Framework and discover how its core components can be used to effectively teach or support students.

This course lays the foundation for understanding this globally acclaimed methodology, equipping participants with essential skills and insights to make mathematics engaging and impactful.

Course Content

1. Overview of the Framework
The central focus of the Framework is the development of mathematical problem-solving as the core competency. This is supported by five interchangeable components

1.1 Course Introduction

01:05
1.2 Course Content

01:28
Quiz 1

2. Mathematical Problem-Solving
Highlights the mathematical problem-solving as its core focus. It explains how students can use Pólya’s Four Steps to Problem-Solving and various heuristic strategies to tackle both routine and complex problems.

3. The 5 Key Components
To support Problem-Solving, the Singapore Maths Framework uses five key components that work together to give students a well-rounded math education. These are Concepts, Skills, Processes, Metacognition and Attitudes.

4. Mathematics & 21st Century Competencies

5. Summary
The Singapore Mathematics Framework goes beyond traditional maths education. It is a comprehensive approach that develops confident, creative problem-solvers by prioritising problem-solving, logical reasoning, and positive learning attitudes, shaping the innovators and thinkers of the future.

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Introduction to Singapore Mathematics Framework

About Course

What Will You Learn?

Course Content

1. Overview of the Framework
The central focus of the Framework is the development of mathematical problem-solving as the core competency. This is supported by five interchangeable components

1.1 Course Introduction

1.2 Course Content

Quiz 1

2. Mathematical Problem-Solving
Highlights the mathematical problem-solving as its core focus. It explains how students can use Pólya’s Four Steps to Problem-Solving and various heuristic strategies to tackle both routine and complex problems.

2.1 Mathematical Problem-Solving

Quiz 2

3. The 5 Key Components
To support Problem-Solving, the Singapore Maths Framework uses five key components that work together to give students a well-rounded math education. These are Concepts, Skills, Processes, Metacognition and Attitudes.

3.1 The 5 Key Components

Quiz 3

4. Mathematics & 21st Century Competencies

4.1 Mathematics & 21st Century Competencies

Quiz 4

5.1 Singapore Mathematics Framework Summary

Singapore Maths Method

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About Course

What Will You Learn?

Course Content

1. Overview of the Framework The central focus of the Framework is the development of mathematical problem-solving as the core competency. This is supported by five interchangeable components

1.1 Course Introduction

1.2 Course Content

Quiz 1

2. Mathematical Problem-Solving Highlights the mathematical problem-solving as its core focus. It explains how students can use Pólya’s Four Steps to Problem-Solving and various heuristic strategies to tackle both routine and complex problems.

2.1 Mathematical Problem-Solving

Quiz 2

3. The 5 Key Components To support Problem-Solving, the Singapore Maths Framework uses five key components that work together to give students a well-rounded math education. These are Concepts, Skills, Processes, Metacognition and Attitudes.

3.1 The 5 Key Components

Quiz 3

4. Mathematics & 21st Century Competencies

4.1 Mathematics & 21st Century Competencies

Quiz 4

5.1 Singapore Mathematics Framework Summary

Student Ratings & Reviews

Blog

FAQ

1. Overview of the Framework
The central focus of the Framework is the development of mathematical problem-solving as the core competency. This is supported by five interchangeable components

2. Mathematical Problem-Solving
Highlights the mathematical problem-solving as its core focus. It explains how students can use Pólya’s Four Steps to Problem-Solving and various heuristic strategies to tackle both routine and complex problems.

3. The 5 Key Components
To support Problem-Solving, the Singapore Maths Framework uses five key components that work together to give students a well-rounded math education. These are Concepts, Skills, Processes, Metacognition and Attitudes.