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Engagement Strategies for the Classroom

Bringing Your Research into the K–12 Classroom

Presented by: Dr. Rachel Acuna

racuna26@gmail.com

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Session Goals

  • Learn practical engagement strategies
  • See how the strategies fit into the 5E lesson format
  • Tips for learning student names and classroom management strategies
  • Practice making research accessible and relevant to students

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Fellow Teaching Context

  • Visit classrooms approximately twice per month throughout the school year
  • Build continuity from one visit to the next
  • Coordinate planning and between-visit activities with the educator
  • Establish predictable routines even when visits are periodic

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Strategy 1 - Stations and Rotations

  • When to use: Periodic visits (Explore and Elaborate)
  • Description: Students complete different short activities at designated locations around the classroom.
  • Why it works: Variety, hands-on participation, manageable content chunks, physical movement
  • Geoscience example:
    • Set up 4 stations:
      • Mineral identification
      • Topographic map interpretation
      • Earthquake wave analysis
      • Groundwater modeling

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Strategy 2 - Card Sorts

  • When to use: Periodic visits (Explore)
  • Description: Students organize cards into categories, sequences, or relationships.
  • Why it works: Requires comparison, reasoning, and pattern identification
  • Geoscience example:
    • Sort rocks by observable properties or formation process
    • Clarify evidence type

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Strategy 3 - Gallery Walks

  • When to use: Periodic visits (Explore or Elaborate)
  • Description: Students move around the room to examine posted images, data, models, or responses
  • Why it works: Movement increases attention and exposes students to multiple perspectives
  • Geoscience examples:
    • Analyze different coastline photos for erosion and deposition evidence
    • Students create posters about different rock types/earthquake hazards/climate zones and present while others walk around to view and take notes

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Strategy 4 - Anticipation Guides/

Agree-Disagree Statements

  • When to use: First visit or periodic visits (Engage and Evaluate)
  • Description: Students respond to statements before and after learning, then discuss how their thinking changed
  • Why it works: Activates prior knowledge, reveals misconceptions, and shows learning growth
  • Geoscience example: Before learning about plate tectonics, students agree or disagree with statements such as “Mountains form slowly over millions of years” or “Earthquakes only happen near oceans”

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4 Corners

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Strategy 5 - Sticky Note Parking Lot

  • When to use: Explore (Bell Ringer) and Evaluate (Exit Ticket)
  • Description: Students share questions and observations in writing during a presentation or demonstration
  • Why it works: Quieter students participate and instructors can check understanding in real time
  • Geoscience example:
    • During a volcano-monitoring presentation, students post questions about warning signs

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Strategy 6 - Whiteboarding

  • When to use: Periodic visits (Explore or Elaborate phase)
  • Description: Students work in small groups on whiteboards to solve problems, draw models, brainstorm ideas, or show their thinking visually
  • Why it works: Makes thinking visible, encourages collaboration, easy to share with the class, low-stakes and easily erasable
  • Geoscience example:
    • Groups draw and label the rock cycle with arrows showing processes
    • Sketch a cross-section showing different rock layers and explain what each layer tells us about Earth's history

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Whiteboarding in the Science Classroom

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Making Research Accessible to K-12 Students

  • You are the expert, but students may be encountering the topic for the first time
  • Students need a clear path from experience to understanding
  • The goal is not to remove the science or dumb it down
  • Build accurate, appropriate challenging explanations step by step

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Key Approaches

Approach

Purpose

Example

Ladder of Abstraction

Move from concrete experiences to models, vocabulary, and data

Observe water in soil before introducing pore space and permeability

Familiar Analogies

Connect unfamiliar systems to experiences students already understand

Compare plate boundaries to pieces of a cracked eggshell

Chunk Information

Break complex explanations into short sections separated by questions or activities

Trace one carbon atom through several reservoirs

Visual Models

Make invisible, microscopic, or large-scale processes observable

Use a stream table to model erosion and deposition

CREDITS: This presentation template was created by Slidesgo, and includes icons by Flaticon, and infographics & images by Freepik

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Ask Scaffolding Questions

  • Move from simple observations to explanations and evaluation
  • Weather map example:
    • What patterns do you notice?
    • Where is the warm front?
    • What weather might occur next?
    • What evidence supports your prediction?
  • Use the “10-year-old test”: Explain the central idea in one or two sentences without specialized vocabulary
  • Introduce formal scientific terms after students understand the basic concept
    • Example: Earth’s surface is broken into huge pieces that slowly move. Then introduce tectonic plates.

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Connect to Student Experience

  • Begin with something students have seen, felt, or encountered
    • Examples:
      • Puddles drying ➡ evaporation
      • A hot car ➡ energy transfer
      • A local storm ➡ atmospheric pressure
      • Beach erosion ➡ sediment movement
  • Use the familiar experience as a foundation for formal concepts, models, and data

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5E Lesson Plan Example

Phase

Suggested Time

Purpose

Geoscience Example

Engage

5-10 minutes

Hook students and activate prior knowledge

Show before and after satellite images of a landslide

Explore

15-25 minutes

Let students investigate before formal instruction

Sort rock samples by observable properties

Explain

10-15 minutes

Connect observations to scientific vocabulary and concepts.

Introduce rock types after students examine samples

Elaborate

15-20 minutes

Apply new knowledge to a different context.

Predict which rocks might form in different tectonic settings

Evaluate

5-10 minutes

Gather evidence of student understanding

Explain how local rock formed and what it reveals about regional history

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Free Technology Tools

Purpose

Tools

When to Use

Formative Assessment

Review pre-assessment, quick checks, and exit tickets

  • Use Kahoot! to identify earthquake hazards

Collaboration

Brainstorming, questions, observations, and reflection

  • Use Padlet for local erosion observations

Simulators

Phenomenon observation, exploration, spatial reasoning, and real-world data

  • Use PhET to explore plate boundaries
  • Use USGS maps to analyze recent earthquake patterns

Data, Surveys, Quick Assessments

Graphing, surveys, field observations, and class data collection

  • Use Desmos to graph geoscience data

Always have a non-technology backup plan!

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Learning Names and Building Relationships

Quick strategies:

  • Use a seating chart, preferably with photos
  • Name tents
  • Name tags
  • Name sticks
  • Greet students at the door
  • Learn names through small-group work
  • Ask students how to pronounce their names
    • Interest inventory

➤Strong relationships support engagement and helps with classroom management

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Classroom Management Basics

Your role: Partner with the educator and follow established routines

Preventative strategies: Move around the room, build relationships, reinforce productive behavior

Responsive strategies: Start with a pause, gesture, proximity, or quiet reminder. Correct privately when possible. Use classroom procedures established by educator. Follow school policy and involve the teacher when needed.

Safety essentials: Establish boundaries and buddy systems for fieldwork simulations. Follow school procedures for chemical testing. Label materials and provide appropriate protective equipment.

Transitions: State what to do, where to go, materials needed, time available, and expected product

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Quick Planning Checklist

  • Before the lesson, ask yourself:
    • What should students learn or be able to do?
    • What familiar phenomenon introduces the topic?
    • What will students do, not just listen to?
    • Which vocabulary is essential?
    • How will you move from concrete to abstract?
  • Which 2 or 3 engagement strategies will you use?
  • How will you check understanding?
  • What directions and safety procedures are needed?
  • How does this visit connect to the next one?
  • What will students do if they finish early?

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Work Session

Work with your educator-fellow partner:

  1. Choose a topic or research area to focus on.
  2. Outline one 5E lesson or a two-visit sequence.
  3. Select 2 or 3 engagement strategies to include.
  4. Identify one way to make the research accessible for students.
  5. Plan how to assess student understanding.
  6. Prepare a brief share-out of your lesson idea.

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Planning Resources

(also posted on CIELO-G website)

  • 5E Model Graphic Organizer

  • CIELO-G Lesson Plan Guide (with guidance)

  • Lesson Plan Template v2 (blank template)

  • My completed example - Endothermic and Exothermic Reactions Lab (HS Chemistry)
    • Note: This contains more detail and resources than you are expected to include