Active Learning Activities

Active learning activities are tailored to specific learning outcomes and content. They incorporate one or more of the evidence-based strategies. Structured to expose their theoretical underpinnings, the activities can be used by practitioners and researchers alike.

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29 Activities

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Social sciences Humanities

Put Your Theory on Trial

Scaffolded debate that explores the nuances of a belief that the teacher has introduced.

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Languages and Literature

Taskmaster: Diction Icebreakers

These gamified activities will help sensitize students to the nuances of diction and allow them to work together.

Health science

PatientGPT: Using AI to Compile Mental Health Case Studies

Student groups will generate an assigned patient profile and care plan by using AI, verify the references and present.

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STEM Physics

Running on Water: Activating Prior Knowledge of Static Equilibrium

Students watch, discuss, then analyze the veracity of a video in which hydrophobic shoes allow people to run on water.

Mathematics

Crossing Dimensions: A Math Odyssey into Cross Products

In groups, students learn about orthogonality and cross products by creating geometrical shapes.

Cell Phone and tablet with programming code
Mathematics

Decoding Decimal, Binary & Octal: Number System Adventures

In teams, students explore the binary number system and create parameters for an octal number system.

Elementary school science teacher in biology class
Interdisciplinary

Snowball Starter: Goals of Science Education

In this activity, the snowball strategy links students' prior beliefs to a deeper inquiry of science education goals.

Social sciences Psychology

More Than One Way to Cook an Egg: Exploring Gardner’s Theory of Multiple Intelligences

Teams explore Gardner's Theory, present one component, summarize presentation content, and conduct a self-assessment.

Interdisciplinary Health science

Role Reveal 201: Exploring Interdisciplinary Collaboration

In teams, students from each discipline complete a patient interview then contrast their approaches.

Chemistry

Crash Course: Collision Theory

Students use PhET simulation to learn how factors affect reaction rate (collision theory) through hands-on activities

STEM Biology

Don’t go NUTS: A Case Study on the Physiology of Stress

STEM Biology

Feeling Feverish: Homeostasis of Pyrexia

STEM Physics

Preparation for Future Learning: Electric Flux

STEM Mathematics

An Abundance of Bells

STEM Biochemistry

Blended Learning

STEM Chemistry

CLAW At-Home Experiment: Crystallization of Borax

STEM Chemistry

CLAW At-Home Experiment: Organic Chemistry Introduction to Solubility

STEM Chemistry

CLAW At-Home Experiment: Spectrophotometry Using Gatorade

STEM Chemistry

CLAW At-Home Experiment: Volumetric Analysis of Household Acid with Cabbage Juice

STEM Chemistry

CLAW At-Home Experiment: Paper Chromatography of Food Dyes and Ink

STEM Chemistry

CLAW At-Home Experiment: Colligative Properties

STEM Chemistry

CLAW At-Home Experiment: Activation Energy in Chemical Kinetics

STEM Chemistry

CLAW At-Home Experiment: The Rate Law in Chemical Kinetics Using Blue Dye

History

Let’s Role Play the French Revolution!