Singaporean teachers make math purposeful, interesting, and relevant using a layered curriculum founded on solid number sense and concrete, pictorial, and abstract computational strategies. This course will introduce numerous strategies to create meaningful math lessons of your own.
You will be introduced to what Singapore Math is and how it has become such a powerful and highly regarded math curriculum. Then you discover how number sense and place value instruction are the basis for all Singapore Math. From there, you will learn a variety of computational strategies to make addition, subtraction, multiplication, and division a cinch.
You won't need a passport to discover the curriculum of the world's math leader!
1 Discovering New Computational Strategies
Get ready to learn the revolutionary curriculum from Singapore, one of the world's math leaders! This lesson introduces Singapore Math, the number sense instruction that it revolves around, and how number sense and Singapore computation can help you reach your students.
2 Building Number Sense, Part 1
Singapore Math takes number sense to the next level. It integrates number sense into every computation by building a solid foundation on concrete, pictorial, and abstract number sense activities. This lesson explores Singapore's number sense instruction in detail.
3 Building Number Sense, Part 2
Ready to learn how Singapore Math brings place value instruction to life? Place value instruction shows how a number can occupy different places in an equation and represent different quantities in doing so. If your students love games, you're sure to enjoy this concrete way of learning about place value.
4 Addition Strategies, Part 1
Addition is such a basic part of math, but surprisingly, many students struggle with this operation. In this lesson, you will learn three impressive Singapore Math addition strategies and use place value mats and disks to complete all of your addition problems.
5 Addition Strategies, Part 2
Let's say that your students have been working with mats and disks for a while, and they're ready for more advanced addition strategies. That's when you will be glad you know about branching, left-to-right addition, and vertical addition, the three strategies you will meet in this lesson.
6 Subtraction Strategies, Part 1
Once students are comfortable doing addition, it's time to move onto subtraction. It may come as no surprise that this lesson starts with subtraction on your place value mats. As you did with addition, you will start with single-digit problems that don't require regrouping.
7 Subtraction Strategies, Part 2
This lesson introduces more advanced subtraction strategies. You will practice subtraction with branching and with the traditional algorithm. You will build on previous knowledge of how branching builds on the work you laid with the mats.
8 Multiplication Strategies, Part 1
Now that you have mastered two operations using Singaporean computational strategies, it’s time to turn your attention to multiplication strategies that double the learning. You guessed it— you will begin by using your place value mats to complete simple multiplication problems.
9 Multiplication Strategies, Part 2
While the place value mats are a great start with multiplication, they aren't the only strategy. In this lesson, you will meet model drawing, multiplication through the distributive property, and area model multiplication, three inventive strategies for looking at multiplication.
10 Division Strategies, Part 1
Are you ready to tackle division? Often considered the hardest of the four core mathematical operations, division sometimes gets the short end of the stick. There are a number of ways that you can make this operation click for the struggling learner, so this lesson starts with place value mats and disks.
11 Division Strategies, Part 2
This lesson is all about computational strategies, so you will take your division skills to the next level. You will see the distributive property in action, partial quotient division, and short division. Each of these strategies has a Singaporean twist that makes it particularly powerful and innovative.
12 Integrating Computational Strategies
Now that you these new computational strategies at your disposal, you may be wondering how you bring this together in the classroom. This lesson will answer this question. You will create a portable toolkit you can use to share Singapore Math with your students and other teachers at your school.