Active Learning Activities

Safety First! Rank and Sort Case for Clinical Reasoning Skills

Case-based ranking & sorting activities based on pre-class quiz on exercise safety in a client with a cardiac condition.

The Heart of the Matter: Exploring Exercise in Cardiac Disease

Before class, students read an article and gather 5 elements. In class, they "pool" findings and sort into categories.

Nature of Science Ice-Breaker

A first class ice-breaker activity introducing the nature of science.

Data Mining and Sorting: Scaffolding the Exploration of Scientific Articles

The purpose of this activity is to deepen students' understanding of cardiac pathophysiology.

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

Real-World Physics: Mini Video Projects

These mini-video projects require students to engage with course concepts and make connections to the world in which we live.

How to Write Reading Annotations

This activity helps students improve their quality of reading annotations using platforms like Perusall.

Live Demonstrations of Beats and Interference of Sound

In this activity, students learn to apply the principal of superposition to two new sound contexts.

Yeas and Nays: Using Smartphones for Gathering Data

Solving World Issues: One Smartphone at a Time

The purpose of this activity is to familiarize students with the potential of online tools for problem-solving.

Concept Map: Furniture Design Time Ripple

Mass of A Car

Students measure the mass of a car using diagrams to find equations of motion describing stages - acceleration & deceleration

Falling Object Tracker

Through this activity students analyze 1D kinematic problems & see examples of both constant velocity and acceleration.

Dart Gun Velocity

In this activity, students will find the muzzle velocity of a foam dart gun and predict its maximum range.

Motion Diagrams

In this activity, students learn to create and interpret motion diagrams using a notebook file in interactive whiteboards.