Latest / New Teacher Talk / Ep 170: Hexagonal Thinking: A Versatile Strategy for Connecting Concepts Across All Subjects
Transcript
- My name is David Atkins,
- and I'm a high school US history teacher.
- I wanna share with you a strategy that was shared with me
- called hexagonal thinking.
- I'm a state tested area,
- and I'm routinely thinking through what strategies give my
- students the most return for their investment.
- I'm in my sixth year as a teacher,
- and when I'm thinking through an activity to engage my
- students, I want it ideally to fit two criteria.
- One,
- I want it to engage as much of my students as possible.
- Reading, writing, speaking, listening, critical thinking,
- hands-on, cooperation, et cetera.
- And number two, I want it to be adaptable.
- First, the more ways students can engage with content,
- the more they will understand and retain the material.
- We all know this.
- Reading is good.
- Reading and writing about what they read is better.
- Reading, writing, discussion, analysis, synthesis,
- tactile arrangement, evaluation,
- and we're getting into off-the-charts engagement.
- Hexagonal thinking can utilize all of these.
- Hexagonal thinking is also adaptable.
- It's not tied to explaining one concept or for use with one
- lesson or one teaching standard.
- It's a great go-to activity,
- so long as you don't mind cutting out hexagons or if you
- can get your students to cut them out for you.
- You can also tweak it to increase its rigor.
- It doesn't have reading and writing and discussion and
- evaluation all on the first go round.
- It can evolve with your students as they get used to the
- activity.
- And there are ways to modify it to scaffold in struggling
- students.
- So what is hexagonal thinking?
- Hexagonal thinking involves paper hexagons with terms or
- concepts written on them that are then placed side by side
- in a web or pattern creating connections between the
- concepts.
- Students place hexagons next to each other with sides
- touching to show they are related in some way.
- Then students have to explain why they are related.
- There are six sides to a hexagon,
- so multiple terms can be connected together.
- Hexagonal thinking can be used with any content.
- For science,
- you could use scientific concepts and their explanations or
- animals with classifications.
- With English,
- you could use parts of a story with specific elements from
- say, The Crucible.
- For social studies,
- you can use vocabulary terms and have students connect them
- and explain why they are connected.
- For math,
- have some hexagons with problems and some with solutions
- and students have to show their work on a separate sheet of
- paper.
- If a hexagon is touching the side of another hexagon,
- there has to be an explanation for why they belong
- together.
- What's the relationship?
- Is it cause and effect?
- Are they in the same group?
- Is this one hexagon the solution for these other hexagons?
- Please explain why.
- Students can work independently,
- but with a partner or in small groups is where you get that
- discussion piece.
- This can be scaled up to increase rigor.
- You change it up for your students to ensure it doesn't get
- stale.
- The first time I recommend using concepts your students
- will already be familiar with.
- I typically use 10 hexagons that include the names of
- points of interest from our local town, street names,
- stadiums, maybe local celebrities, colleges.
- You could try using pop culture references like movies or
- celebrities or superheroes, music bands.
- You might include things that seemingly have nothing to do
- with each other, like NASCAR, Spiderman,
- and K-pop demon hunters,
- just to see what kinds of connections your students could
- create.
- It's easier for them to start with something familiar when
- learning a new activity.
- The next time you could use hexagons from your content that
- already have concepts printed on them that you want your
- students to think through.
- As you monitor group discussions,
- call on students in the group to explain why certain
- concepts are connected.
- This helps them know that everyone in the group is
- accountable to know why these hexagons are connected.
- On the third time through the activity,
- we have students pick from a list of terms or concepts and
- fill in their own hexagons.
- .
- Connect them all and glue them on a large post-it.
- And then each student picks two or three points of
- connection.
- And they have to provide written explanations on the large
- post-it for each connection they chose.
- On a fourth time through,
- you could additionally have each group hang their hexagon
- post-it creation on the classroom wall and have all the
- student groups do a gallery walk with the goal of making at
- least two comments on a different group's creation,
- either affirming a particular connection or a suggestion
- for an incorrect or weak connection.
- If your students are anything like mine,
- the evaluation piece will require some additional
- instruction as to what does and what does not constitute
- constructive feedback.
- There's so much more that could be added to this activity
- to change up where you want the students to focus.
- And as you're modifying this activity,
- there are also ways to modify it to make sure all your
- students, even struggling ones,
- are included and can contribute.
- You can use roles.
- I typically have a researcher, a timekeeper, a facilitator,
- and a connector.
- The researcher types and searches on the computer and uses
- the notes to look up information about terms.
- The connector is the only one who physically connects the
- terms.
- So my special education student, who can't type very fast,
- can still connect terms as the group discusses.
- And they are still utilizing tactile learning while they
- connect the terms.
- While students are writing about a three-point connection
- where three hexagons are connected,
- which is a little more complicated than a connection that
- only includes two hexagons,
- you can have some students stick with explaining a two
- -point connection.
- They are still learning,
- but at a level that is more attainable for them.
- I love hexagonal thinking.
- It engages students in lots of kinds of learning at the
- same time and can evolve with them as they grow and learn.
- I hope it's helpful for you, too.
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