Discover the Universe has created a series of educational resource guides for you to download and use in class. Each can be tailored to meet your curriculum, grade level, or class objectives.
You will also find links to our partner pages with additional activities, tools, and resources.
Use the menu to the right to navigate quickly.
When was the last time you looked up at the sky?
For many of us, this simple act is often forgotten, yet many interesting celestial objects and phenomena are easily witnessed. Therefore, we propose exploring the sky with students through simple and fun activities.
This resource proposes eight (8) activities to help students discover the sky during the day and at night. The activities can be adapted to many grade levels.
These activities were created to support the Climate App, a resource developed by a McGill team.
They will help you and your students to better understand the role of our atmosphere on our climate and on the greenhouse effect, and to simulate the climate on exoplanets!
Astrodigenous is a collective of educators, scholars, astronomers, and students looking to disrupt the colonial education system by providing resources and tools for educators to incorporate Indigenous Astronomy Knowledges (IAK) in their classrooms.
The Solar System
Visit our partner websites featuring programs and interactive activities to help you create models of the solar system with your students!
In response to the Covid-19 pandemic, as a way to help parents at home
with their young ones, Discover the Universe offered daily astronomy activities for children aged 8-12.
You can now watch a wide variety of Astronomy subjects with the goal of engaging learners at home. Scroll through the videos to find a topic that interests you! Don't forget to check out the YouTube video description for links to resources and activities you can try at home!
Inquiry-based activity guide for secondary school teachers to help students investigate the solar cycle through real satellite images of the Sun. After completing this activity, students will be able to:
Explain why it’s useful to observe astronomical objects at multiple wavelengths, including those not visible to the eye.
Distinguish between true and false colour images.
Distinguish between pictures of the Sun taken in visible and ultraviolet light.
Relate the seemingly chaotic behaviour on the Sun’s surface to the long-term pattern of solar activity.
Use a web-based tool to access real astronomical observations.
Correlate solar activity with terrestrial phenomena, such as auroras.