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.

Active Learning Activities

19 Results

Photo by NASA on Unsplash
Applied arts

From Bauhaus to Britney: A Catchall Timeline

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

Physics STEM

Card Sorting Activities for Mechanics

Biology STEM

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

Humanities

Categorizing for Review

Humanities Interdisciplinary

Peer Review, Assessment & Feedback

Chemistry STEM

Acid Base Equilibrium

Students learn how to problem solve and review their peers in a low stakes situation (no grades).

Engineering STEM

Interrupted Case Study in Material Engineering

This activity uses real life case study examples to give students a more in-depth look at analytics.

Physics STEM

Model Building

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

Environmental science

Sustainability Development Plan (Part 1 and Part 2)

In this activity, students learn to define sustainability and apply this to a single Montreal neighbourhood. 

Biology STEM

A Case for Cystic Fibrosis (CF): A Québec Perspective

In this activity students take on the role of a geneticist helping an individual recently diagnosed with cystic fibrosis.

Social sciences

Who am I: (Mis)conceptions of Self

Applied arts

Concept Map: Furniture Design Time Ripple

Biology STEM

Homeostasis: Mapping the Endocrine System

Engineering STEM

Peer Review Calibration and Constructive Feedback Workshop

This activity's goal is to familiarize students with the peer review process and teach them how to accept peer criticism.

Physics STEM

Kinematics Concept Mapping

Chemistry STEM

Chemicards

Using cards in a "Chemicard' deck, students determine which ionic compounds are most likely to form.

Photo by Ramon Salinero from unsplash
Physics STEM

Projectile Tracker

Students use the Tracker software to analyze projectile motion to determine which equations fit the plots produced.

Physics STEM

Energy Tracker

Students learn to analyze data using spreadsheet programs and gain a deeper understanding of conservation of energy.

Physics STEM

Photo Concept Maps: Parts 1, 2 & 3