Active Learning Activities

100 Years of Work

This is a jigsaw activity where students map key developments in workplace design over 100 years.

Keeping Up With the Trends

This activity is aimed at getting students to write sound, scientific rationales for observed phenomena.

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.

From Bauhaus to Britney: A Catchall Timeline

Students map key movements in Architecture and Design alongside social, political, artistic, economic, and tech milestones.

Mechanics in Motion: Iterative GIF Creation

In groups, students create GIFs to demonstrate and explain how mechanic principles apply in real-life scenarios.

Nature of Science Ice-Breaker

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

Crash Course: Collision Theory

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

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.

Card Sorting Activities for Mechanics

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.

Controversy in the Science Classroom: Nature of Science Quiz

Physics Worksheet Based Activity

The aim of the activity is the application of concepts and math to solve complex problems.

Preparation for Future Learning: Electric Flux

Exam Preparation using Case Studies

The aim of this activity is to apply course materials to real-world problems using Case Studies.

Blended Learning: Just in Time

How to Write Reading Annotations

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

Two Stage Quiz

This activity gives the students the opportunity to talk about the concepts seen in class and to discuss with their peers.

Problem-based Learning: Research Project

CLAW At-Home Experiment: Crystallization of Borax

CLAW At-Home Experiment: Organic Chemistry Introduction to Solubility

Group Problem Solving with Show and Tell

Students learn to build a conceptual model describing a Mechanics-based situation and practice mathematical problem-solving.

Live Demonstrations of Beats and Interference of Sound

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

Model Building

Students learn to build a conceptual model describing a situation involving an accelerating charged particle.

Circuits: Card Sorting With Multiple Representations (E&M)

Students develop their ability to reason about physics concepts in terms of multiple representations, beyond just equations.