How to use:

1. Think- Students take a moment to think individually about a question or topic

2. Pair- They then pair up with a partner to discuss their thoughts.

3. Share- Finally pairs share their ideas with a larger group or whole class.

This method encourages active engagement, deeper understanding, and better retention of concepts. It is a great strategy for brainstorming, problem solving, and discussing specific topics.

Here are some ideal times to use this strategy:

• Before a lesson - This can help activate prior knowledge.

• During a lesson - To help break up instruction and allow more time to process complex topics

• After experiments - To help students analyze results and discuss observations

• Reviewing - For reenforcing concepts

This strategy is especially helpful in science because it promotes discussion, reasoning, and making connections.

• Choose a thought provoking question or prompt from the lesson

• Ensure it encourages critical thinking, explanation or prediction

Step 2: Think (Individual Reflection 1-2 minutes)

• Give students time to silently think about the question

• Encourage them to jot down notes if they need to

Step 3: Pair (Partner Discussion 2-5 minutes)

• Have students pair up and share their ideas with a partner

• Encourage respectful listening

Step 4: Share (Class Discussion 5+ minutes)

• Each pair should share their ideas with the class

• Use a variety of methods

  • Cold calling

  • Round Robin

  • Group Reporting

Step 5: Clarify and Conclude

• Discuss similarities and differences in responses

• Summarize key takeaways and connect them back into the lesson

• Address misconceptions

• Split the lesson into smaller subtopics

• Assign each student to a small expert group where they will learn about one subtopic

• Students in expert groups study their subtopics together discussing key points

• Students leave their expert groups and form new groups where each member teaches their subtopic to the others

• The jigsaw groups put all their pieces together discussing how the subtopics connect to form complete understanding

  
  

• Introducing a multi-part concept

• Reviewing for a test

• After a lab or experiment

• Reading and analyzing texts

• Problem solving or inquiry based learning

Jigsaw is especially useful when you want students to have active participation, peer teaching, and collaborating.

• Break Lesson into smaller subtopics

Step 2: Form Expert Groups

• Assign each student to small "expert groups" that forces on one subtopic

• Each group will research, discuss, and become experts in their subtopics

Step 3: Form Jigsaw Groups

• Create new "jigsaw groups" with one student from each expert group

• Each student is responsible for teaching their subtopic to the group

Step 4: Share and Synthesize

• After all members have presented, you could have students create a summary chart, concept map, or sketchnote to visualize the big picture

Step 5: Class Discussion and Wrap-Up

• Have students present their findings or discuss key takeaways as a class

• Address any misunderstandings and reinforce connections

• Organize information before writing or studying

• Summarize key concepts from a lesson or text

• Compare and contrast ideas, characters, or events

• Show Relationships between concepts in science, history, or literature

• Break down complex processes into steps

• Plan projects or presentations by structuring ideas visually.

• Determine why you need a graphic organizers

Step 2: Chose the right type

• Select an appropriate graphic organizer based on your goal.

  • Venn diagram

  • flowchart

  • concept map

  • t-chart

Step 3: Gather information

• Collect key ideas from the lesson

• Highlight main points and supporting details

Step 4: Fill in the organizer

• Start with the central idea or topic

• add related information

Step 5: Review

• Check for completeness and accuracy

• rearrange or add details if needed

Step 6: Use the organizer for learning

• Refer to it when studying

• Share it with others

• Introducing new concepts

• Listening to lectures or discussions

• Summarizing readings or lessons

• Reviewing for exams

• Explaining scientific processes

• Taking interactive or group notes

• Use a notebook, blank paper, or digital device

• Have pens, markers, or other color materials ready

Step 2: Listen and Read Actively

• Focus on key points, main ideas or important details

• Pay attention to keywords, definitions and relationships

Step 3: Sketch Main Ideas

• Draw simple icons or symbols to represent concepts

• Use arrows and lines to show connections

• Add speech bubbles or thought clouds for emphasis

Step 4: Incorporate text

• Use short phrases, keywords, and bullet points

• Highlight key terms with bold letters, underlining or color

Step 5: Organize

• Add borders, frames, or separate sections

• Use different sizes and colors

• Keep it simple and clear

Step 6: Review

• Add any missing details to refine connections

• Use for studying, discussions or teaching

• Reviewing concepts

• Showcasing students work

• Introducing new topics

• Analyzing different perspectives

• Encouraging peer feedback

• Exploring complex processes

• Display posters, diagrams, sketchnotes around the room

• Arrange stations with room for students to move

Step 2: Explain Activity

• Give students clear instructions on what they are doing

• Provide guided questions or a worksheet

Step 3: Group Students

• Divide students into small groups

• Give each group a starting station

Step 4: Rotate

• Give students 3-5 minutes at each station

• Create a rotation: clockwise or counter clockwise

Step 5: Discussions

• Allow students to write comments or questions on sticky notes

Step 6: Reflection

• Have a class discussion about key takeaways

• Optional, have a students write a reflection or summary

• Introducing or reviewing controversial topics in science, history, or ethics

• Developing argumentation and critical thinking skills

• Promoting active engagement and student led discussions

• Acknowledging different view points and perspectives

I also like to use this strategy as a fun ice breaker game at the beginning of the year and brain breaks throughout the year. For brain breaks I will come up with a random topic for debate and let the students pick a side. The following are some of my favorites to hear in the classroom: Should mac and cheese be eaten with a fork or a spoon? Is purple a shade of blue or red? What color folder would science class be? Is a hotdog a sandwich?

• Topic has to have two or more opposing viewpoint

Step 2: Have Student Pick a Side

• Designate areas in the classroom for different positions, agree on one side and disagree on the other

• Allow students to physically move to the side they support

Step 3: Encourage Debate

• Have students explain why they chose their side using their own evidence, facts, or own reasoning

• Encourage respect

Step 4: Facilitate Discussion

• Ask probing questions to bring students one step further

• Allow students to switch sides if they change their mind

Step 5: Reflect

• Discuss any key takeaways from all sides

• Students could be encouraged to write reflections on what they learned and whether their sides changed throughout the debate

• To track participation in class debates or Socratic seminars

• To visualize how ideas develop

• To ensure equitable participation in group conversations

• To help students reflect on their communication skills

• Use a whiteboard, large poster, or digital tool

• Draw a circle for each student or use names

Step 2: Introduce the Topic

• Pose an opened ended question or discussion prompt

• Encourage students express their own ideas

Step 3: Track the discussion

• As students speak, draw lines between participants

• Highlight frequent contributors

Step 4: Analyze

• Review how ideas connected

• Discuss patterns

Step 5: Reflect

• Encourage students to set goals for future discussions

• When introducing new science concepts

• Encouraging critical thinking and problem solving

• For project based learning and hands on investigations

• Deepen engagement in lessons

• Present a question, scenario, or problem

Step 2: Student Inquiry

• Have students brainstorm what they already know

• Ask them to generate their own questions for investigation

Step 3: Guide the Investigation

• Provide the resources

• Allow students to research, experiment or collect data

• Facilitate but do not give direct answers

Step 4: Discuss Findings

• Have students share their discoveries through discussion

• Encourage comparison of results

Step 5: Reflection

• Have students summarize what they have learned and how they came to their conclusions

• Reviewing concepts in a fun way

• Motivating students to participate and complete assignments

• Encourage teamwork and critical thinking

• Making challenging topics more interactive

• Define what students should learn during the game

Step 2: Choose Game Elements

• Use point, badges, leaderboards, levels or challenges to encourage participation

Step 3: Collaboration and Competition

• Divide students into teams if you want

• Use friendly competition such as classroom leaderboards or rewards for effort

Step 4: Provide Instant Feedback and Rewards

• Give immediate feedback to keep students engaged

• Use small rewards throughout

Step 5: Reflect

• Have students reflect on what they are learning from the game

• Modify the approach if needed

• K (Know): What students already know about the topic

• W (Want to Know): What student want to learn

• L (Learned): What they have learned after the lesson

• Before and after introducing a new topic

• To assess prior knowledge and guide instruction

• To encourage active learning and reflection

• To review and summarize key concepts

• Draw or hand out a three column K-W-L chart

• Explain what each section means

Step 2: Fill out the K column

• Have students note what they already know about the topic

Step 3: Complete the W column

• Ask students what they want to know about the topic

• Encourage curiosity and critical thinking

Step 4: Teach the lesson

• Present information through reading, discussions, or activity

• Students can take notes during this time.

Step 5: Fill out the L column

• After the lesson, students list what they learned in the last column

• Address any unanswered questions

Step 6: Reflect

• Compare K and L column to track learning progress