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Igniting Collaboration: Strategies for Engaging Learning

https://tinyurl.com/tceaicsel

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Your TCEA Host

Miguel Guhlin believes in changing teaching, learning, and leadership with technology. He's an experienced educator, skilled in using technology in classrooms, schools, and districts.

mglink.org

mguhlin@tcea.org

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Earn CPE Credit for Today’s Session

https://tinyurl.com/tceacpetracker

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View this slide deck

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Get an outline of this presentation

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“What’s Your Biggest Challenge When Implementing Student Collaboration?”

Share in the chat for this webinar.

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Goal: Explore high-impact collaborative strategies and integrate practical tech tools to enhance them.

Review Research: Collaborative learning consistently shows high positive effects on student achievement.

Nurtures Essential Skills: Builds critical communication, problem-solving, diverse perspective-taking, and deeper understanding.

Today’s Focus

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Goal: Explore high-impact collaborative strategies and integrate practical tech tools to enhance them.

Review Research: Collaborative learning consistently shows high positive effects on student achievement.

Nurtures Essential Skills: Builds critical communication, problem-solving, diverse perspective-taking, and deeper understanding.

Today’s Focus

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Think:

This stage involves posing a compelling question or prompt. Students take silent, individual time to process and formulate thoughts. Make sure to allow for wait time.

Strategy #1: Think-Pair-Share

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Pair:

Students discuss their ideas with a partner, explaining their reasoning and listening to their partner's perspective.

Strategy #1: Think-Pair-Share

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Share:

Pairs share key takeaways or synthesized ideas with the larger group.

Strategy #1: Think-Pair-Share

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Strategy #1: Think-Pair-Share

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Tech Tools: Whiteboards

Think: Individual sticky notes (can be anonymous initially).
Pair: Partners group/theme notes, comment on each other's ideas in shared space/breakout.
Share: Use the organized board as a visual anchor for discussion.

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Prior Knowledge

Surface Learning

Brainstorming maps—students create individual maps of what they already know about a topic before formal instruction.

Hierarchical maps—show clear categories, definitions, and basic relationships.

Flowcharts, Concept maps, and concept sorts

Pre-Structural

May or may not have prior knowledge

Uni-Structural

Has limited understanding but doesn’t know how to apply it or how it connects to other concepts

Multi-Structural

Has a basic understanding but isn’t sure how to fit ideas together

Deep Learning

Network-style maps that show how different ideas depend on each other, show cause-n-effect, or connect events/ideas with their impact.

Relational

Understands how ideas fit together and the relationship between them; needs scaffolding to be successful

Transfer Learning

Comparative maps such as Venn diagrams, flowcharts that compare ideas, information, and or events.

Extended Abstract

Can take what has been learned and make something new; directions are not needed

To get a better grasp of where students are at in their learning using assessment data, identify their phase of learning with the SOLO Taxonomy.

The SOLO Taxonomy: Concept Maps

CONCEPT MAPS AS SCAFFOLDS

PHASE OF LEARNING

SOLO TAXONOMY

Miguel Guhlin. https://blog.tcea.org/data-informed-student-groups/

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Concept mapping helps students organize, relate, and structure information, leading to a deeper conceptual understanding rather than just memorizing facts.

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B.O.O.M.

Brainstorm Big Ideas – Write down all the key ideas from your lesson.
Organize & Outline – Pick one main idea and place it in the center.
Open Connections – Link related ideas to the main idea and connect them with lines.
Make It Meaningful – Add linking words to explain how ideas are connected and adjust as needed.

Concept Mapping (effect size: 0.66) is one of the most effective strategies for helping students organize new learning. It excels because it makes connecting new information to prior knowledge easier.

So, it doesn’t matter how BAD my concept maps look. The act of making them by hand translates into more powerful learning. That’s learning that will cross the barrier from short-term to long-term memory.

It may seem obvious as to why concept maps are so powerful. In addition to serving as a tool for metacognition, they assist students in:

✔ Organizing and structuring their knowledge

✔ Identifying relationships between concepts

✔ Enhancing critical thinking and problem-solving skills

✔ Improving long-term retention of information

According to John Hattie’s Visible Learning research, mapping is a high-effect size strategy, making it a valuable addition to any educator’s toolkit. To maximize its impact, we must integrate it into different learning phases: surface, deep, and transfer learning.

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John Hattie’s research emphasizes that Outlining and Organizing deepens learning.

This occurs because students are developing cognitive clarity. That is, when students categorize and structure information. This supports their efforts at critical thinking and problem-solving.

Quadrant outlining supports this process by:

Encouraging active engagement with content.
Helping students see relationships between ideas.
Reducing cognitive overload by breaking down information into manageable sections.

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Digital Concept Mapping Tools

Canva offers a ton of concept map templates

Single Sign-On (SSO) for Canva can be set up through Google Workspace Admin. This feature is now available for Canva Enterprise, Canva for Education, and Canva for Campus.

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Digital Concept Mapping Tools

Coggle Mind Maps - https://coggle.it

Three private diagrams, unlimited public diagrams, PDF/image download, and more.

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Digital Concept Mapping Tools

Most AI Chatbots Support Mermaid Syntax

graph TD;

A[Sunlight] --> B[Photosynthesis];

C[Carbon Dioxide] --> B;

D[Water] --> B;

B --> E[Glucose];

B --> F[Oxygen];

graph TD;

A[Start] --> B[Gather materials];

B --> C[Conduct experiment];

C --> D[Record results];

View tutorial

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Digital Concept Mapping Tools

Miro Mind Maps

You get 3 boards and access to templates for free

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Digital Concept Mapping Tools

Bubbl.us

Three mind maps, basic sharing, layouts, notes, and math symbols are included in free version.

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Digital Concept Mapping Tools

Cmap Cloud - https://cmap.ihmc.us/cmap-cloud/

The FREE Cmap Cloud integrates the 3 versions of CmapTools: for the Cloud, for iPad and the client for desktop/laptop, making your Cmaps available from anywhere, and allowing you to use the right tool at the right time to work on your Cmaps.

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Concept Map Example

https://www.yworks.com/yed-live/

Created with yED Live

yED Live

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Share Your Knowledge

What digital tools have you used?

Three questions you will want to keep in mind as you dig into these digital tools:

Does the tool make it easy to build hierarchical organizations of diagrams and ideas?

How easy does the tool make it to access and edit or revise content?

Can learners capture self-talk and questions about the intellectual tasks they work on in the tool?

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Strategy #1: Think-Pair-Share

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Tech Tools: Padlet Video Recording

Think/Share: Students post initial thoughts as text or a short video recording directly onto a Padlet board.
Pair: Partners review each other's posts (text or video) and add comments/replies.
Share: The Padlet wall itself becomes the shared space for discussion input.

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Strategy #1: Think-Pair-Share

Tech Tools: Padlet Video Recording

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Strategy #2: Jigsaw Method

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Divide & Conquer: Break a larger topic or text into smaller, manageable sections (e.g., 3-5 sections).

Home Groups: Form initial groups with one student responsible for each section.
Expert Groups: Students move to 'Expert' groups with others assigned the same section. They collaborate to deeply understand and master their piece.
Return & Teach: Students return to their original 'Home' groups and take turns teaching their mastered section to their group mates.

Benefits: Creates strong interdependence, ensures individual accountability (each student is the expert), promotes deep learning of one part, leverages peer teaching (high impact).

Let's move to another powerful strategy: the Jigsaw method. This is excellent for tackling larger amounts of information or complex topics.

First, you divide the content into logical chunks – say, 3 or 4 key sections.

Then, form 'Home' groups, ensuring each home group has members who will become experts on each different section.

Next, students regroup into 'Expert' groups – everyone who has section A goes together, everyone with B goes together, and so on.

In these expert groups, their job is to deeply discuss, analyze, and truly master their assigned section. The critical final step is returning to the original 'Home' groups, where each student now teaches their area of expertise to their peers.

The benefits here are huge: it fosters true interdependence – the group needs every expert – ensures individual accountability, and leverages the power of peer teaching, which research shows is incredibly effective for learning.

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Strategy #2: Jigsaw Method

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Divide & Conquer: Break a larger topic or text into smaller, manageable sections (e.g., 3-5 sections).

Home Groups: Form initial groups with one student responsible for each section.
Expert Groups: Students move to 'Expert' groups with others assigned the same section. They collaborate to deeply understand and master their piece.
Return & Teach: Students return to their original 'Home' groups and take turns teaching their mastered section to their group mates.

Benefits: Creates strong interdependence, ensures individual accountability (each student is the expert), promotes deep learning of one part, leverages peer teaching (high impact).

Technology can significantly streamline the Jigsaw process, especially online or in blended environments.

Your Learning Management System (LMS) like Google Classroom, Canvas, Schoology, or even a simple shared drive structure, is key for organization.

You can easily push out the specific readings, videos, or guiding questions needed for each 'Expert' group, ensuring they have the right materials.

You can also set up shared documents or folders for expert group note-taking.

Then, Breakout Rooms in tools like Zoom, Google Meet, or Teams are fundamental.

They allow you to easily send students to their 'Expert' groups for focused collaboration and then bring them back to their 'Home' groups for the crucial teaching phase.

Microsoft OneNote Class Notebooks are also amazing for this.

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Strategy #3:

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Reciprocal Teaching for

Metacognitive Comprehension

01

02

03

04

Predicting

Clarifying

Questioning

Summarizing

Guess what will happen
Use clues to figure it out
Look at pictures and titles

By consistently using this powerful strategy for just 15-20 days, 15-30 minutes per day, you can expect to see a significant increase in students' comprehension.

“Students not only improve their comprehension skills almost immediately, but also maintain their improved comprehension skills when tested a year later.”

Reread the text
Find new words
Use clues to guess meaning
Think to understand better

Ask questions about the text
Respond to questions from others
Engage in discussion with classmates

Put ideas together
Find the big points
What matters most
Say it your way
Skip the small stuff

Miguel Guhlin (mglink.org)

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Strategy #3: Reciprocal Teaching

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Predictor

Clarifier

Questioner

Summarizer

I think the story will be about...
The title and pictures make me think...
I bet the next part will tell us...
I imagine we will find out...
My prediction is that...

To understand this better, let's look back at...
The most important things are...
In other words, ...
To make it clear, ...
This makes sense if we think about...
Let me tell you how I understand this...

What does the author mean when they say...?
How does this part fit with...?
Can someone explain...?
I want to know more about...
What happens if...?

The big idea is...
Let's sum up the main points...
The story is mostly about...
In short, the author is telling us...
We learned that...
In the end, this story shows us...

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Strategy #3: Reciprocal Teaching

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Using RT with Your Class

When introducing RT to students, the following process can be helpful:

Teacher provides direct strategy instruction

Introduces, defines the four strategies
Models the four strategies

Students become actively involved

Teacher selects “reader-friendly” texts
Teacher leads students through interactive dialogue, providing specific wording to model
Students participate at their own levels, with teacher guidance and feedback

Teacher gradually relinquishes control to students

Students assume the role of teacher by taking turns leading their peers through the same types of dialogues in small collaborative reading groups discussing more complex texts that they have read independently
Teacher provides support on an as-needed basis only
Students eventually begin to internalize the strategies, so that they can use them independently in their own academic reading

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Super Slurper

Seaweed!

The Wonky

Donkey

The Mysterious

Noise

Group Activity

Ready to Try Reciprocal Teaching?

Get into small groups of five or six people each. Each person assumes one of the following roles:
Lead Speaker - Introduces the group, and explains and discusses (like a news broadcaster) what we will be seeing to the Videographer

Predictor - Predicts what will happen in the reading
Questioner - Asks questions about the reading
Clarifier - Clarifies answers and vocabulary
Summarizer - Summarizes the reading

Videographer - Record video on your smartphone to capture the lead speaker and Fab Four modeling, then share via Padlet

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Facilitation and Management Keys

Clear Expectations:

Define the task AND the collaboration process explicitly.

What does successful group work look/sound like?

Structure & Roles:

Consider assigning roles (facilitator, timekeeper, reporter, etc.) especially for complex tasks. Use timers!

Monitor & Support:

Circulate (physically or virtually via breakouts). Listen in. Offer sentence starters or clarifying questions if groups are stuck.

Assess the Process:

Briefly mention assessing not just the final product, but the collaborative skills themselves (simple rubric, self/peer reflection via Google Forms, etc.).

Implementing these strategies effectively requires thoughtful facilitation.

First, Clear Expectations are non-negotiable. Students need to understand not only the academic task but also how you expect them to work together. What are the norms for discussion? What does helpful feedback look like?

Second, provide Structure. Especially for longer tasks or newer groups, assigning simple roles like a timekeeper, note-taker, or facilitator can really help. And always use timers to keep groups on track!

Third, Monitor and Support. Move around the room or pop into breakout rooms. Listen more than you talk, but be ready to provide prompts, sentence starters, or redirect groups if they get off track.

Finally, remember to think about Assessment. You might review or listen to check for understanding Lunch and Learns.

While the final product matters, consider how you can give feedback or even assess the collaborative process itself – perhaps through simple observation checklists or quick self/peer reflections using a tool like Google Forms.

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Choose ONE strategy or ONE tech tool integration we discussed today and make a plan to try it with your students in the coming week!