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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47 Activities

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Biology STEM

Electron Odyssey: Journey through the Mitochondria’s Electron Transport Chain

Students play the roles of protein complexes to see how electrons, protons, and energy moves through the ETC to produce ATP.

Health science Interdisciplinary

Role Reveal 201: Exploring Interdisciplinary Collaboration

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

Health science Interdisciplinary

Cross-Disciplinary Synergy 101: Uniting Expertise for Success

In teams, students interact, share information on their profession, and create cases where each discipline is needed

Health science Interdisciplinary

Team Dynamics Rx (Part 2): Motivating Change For Better Health

In teams, students learn through role play to effectively motivate a client to want to change

Health science Interdisciplinary

Team Dynamics Rx (Part 1): Building Trust for Better Patient Outcomes

In teams, students learn through role play to effectively work together as a team and to build trust with a patient

Health science Interdisciplinary

Collaborative VeinVentures: Mastering Blood Draws Together

In teams, students read through a script, role play drawing blood, and discuss issues that arise between professions

Interdisciplinary Languages and Literature

It’s All in the Delivery: 6 Rounds to Effective Presentation

Groups of students orally present a poem six times, focusing on six key aspect of effective oral presentations

Chemistry

Crash Course: Collision Theory

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

Chemistry Biology

To Pass or Not to Pass: Acting out Membrane Transport

Aim of the activity is to increase students’ understanding of molecules’ movement through the cell membrane.

Biology STEM

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

STEM Biology Social sciences

Peerwise Assignment: Human Body

Humanities Interdisciplinary

Peer Review, Assessment & Feedback

Chemistry STEM

CLAW At-Home Experiment: Crystallization of Borax

Chemistry STEM

CLAW At-Home Experiment: Organic Chemistry Introduction to Solubility

Biology Health science STEM

Case Study: Anophthalmia

Biology Health science STEM

Case Study: Malignant hyperthermia

Biology Health science STEM

Case Study: Dystrophic Epidermolysis Bullosa

Biology Health science STEM

Case Study: Discovering the Structure of DNA

Chemistry STEM

CLAW At-Home Experiment: Spectrophotometry Using Gatorade

Chemistry STEM

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

Chemistry STEM

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

Chemistry STEM

CLAW At-Home Experiment: Colligative Properties

Chemistry STEM

CLAW At-Home Experiment: Activation Energy in Chemical Kinetics

Chemistry STEM

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