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Differentiation TechniqueThink Big! But Also Small.

Read The Overview: Moving Between the Specific and Abstract

When differentiating, it's helpful to note where on the "spectrum of abstraction" your content lies. Then, see what happens when you move that content to be more abstract or more specific. It often unlocks lots of new opportunities for thinking.

Specific Examples of “Think Big! But Also Small.”

Encourage Curiosity With Calculators

Encourage Curiosity With Calculators

It's easy to fall in love with chasing the newest technology to use in the classroom. But sometimes, the perfect tool is a plain old calculator. We'll be using this tool to develop curiosity about math.

Inductively Evaluate Website Reliability

Last time, we discussed a few ways to help students search Google. Google helps us find related websites, however its ranking system does not necessarily return the most reliable pages. The final step requires our human mind to make difficult decisions that computers can only approximate. Simply choosing the top result is not enough. We must teach our students to evaluate websites.

Concentric Circles – Getting Students to Think Bigger (and Smaller!)

This differentiation technique is called "Concentric Circles". You use it to move students up and down the ladder of abstraction, applying a single idea in multiple contexts.

The Original Puzzlement: A Zoetrope

As teachers, I spend a ton of time searching for inspiration to enliven my lessons. But sometimes, inspiration hits as soon as you leave the desk and books behind. Friday my wife and I took a trip to Disneyland and saw this unbelievable (literally, it seems like magic) intersection of art & technology.

Exploring Circumference With Famous Circles

Remembering the formulae for area and circumference of a circle is often a challenge for students due to their surface similarities as well as the additional confusion of radius and diameter. I like to tackle them one at a time and give students a chance to explore the origin of each formula. Let's look at circumference today by utilizing some famous circles from around the world... and beyond!

Climbing Bloom’s Taxonomy In Science

Science should be more than memorizing facts. Let's spice it up and push our students from the doldrums of remembering to the soaring heights of evaluation. While it's true that this will take longer than just following a textbook, we're not just teaching facts, we're equipping students with the ability to make well-informed judgements.

Differentiate Math with Inductive Learning

With inductive learning, we still define terms, explain rules, and practice, but the order is different. We’re harnessing gifted students’ natural abilities to enhance our lessons.

Concept Attainment: A Model for Inductive Thinking

The first grammar lesson in our reading program is titled "types of sentences." Nothing excites gifted 11 year olds less than watching me explain the difference between interrogative and declarative sentences. This year, rather than teach the lesson using direct instruction, I used another model of instruction: concept attainment.

An Inductive Exploration of Linear Graphs

Let's play with linear graphing! First, don't set this up as a direct instruction lesson. That wouldn't be playing. Instead, capitalize on your students' ability to think inductively and recognize patterns. Set up a situation where they can construct their own meaning.

Analyzing Suffixes Inductively

The year opens with a vocabulary skill analyzing "Suffixes: -ful, -less, -ly." I adjusted this lesson to examine how these suffixes change the part of speech of words, rather than the meaning.
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