This site offers a collection of resources to help support learning while families are home due to the COVID-19 pandemic and suspension of in-class instruction. It will be updated as more resources are identified and there is new information to share.
Sections include: (for Early Learning and Primary Years through to Adult Learning)
- Weekly Home Learning Videos
- Activities
- Learning from Home
- Everyday Learning Activities (ideas for promoting learning in many subject areas and with many activities)
- Resources (including educational programming from museums, science centers, zoos, artists, storytellers and others on a wide variety of topics, activities, games, videos, books and reading, educational collections, hands-on activities, languages, math, outdoor education, science, natural and human history, special education, French resources, and much more)
- Keeping Healthy

Pour chaque élève,
chaque classe.
Des résultats réels.
Nous sommes une organisation à but non lucratif ayant pour mission de fournir un enseignement gratuit et de qualité, pour tout le monde, partout.

Maths
Sciences
Informatique
Économie et finance
Arts
Ressources pédagogiques
Compétences pratiques

This comprehensive resource from Saskatchewan Rivers Public School Division includes units of study plus curricular and assessment resources for Kindergarten Arts Education, ELA, Health Education, Physical Education, Mathematics, Science and Social Studies. Look for rubrics, vocabulary lists, summarized outcomes, unit plans, sample year plans (and templates), Treaty Education outcomes and indicators as well lots of other teacher resources. Some of the information is not available as a login is required.

The University of Saskatchewan offers this tremendous resource that promotes the richness and diversity of the sciences, nurture curiosity and innovation, and inspire students to consider a career in science, and support teachers to provide exciting educational experiences.

Check out the great collection of video and activity resources for teachers and parents to supplement and enhance Kindergarten science learning.

Playing with LEGOS is fun. But, they can also teach us something about matter. In this episode of Crash Course Kids, Sabrina chats about chemical reactions and the Conservation of Matter.

Taking STEAM Learning to new heights! LEGO® Education is teaming up with NASA and the Artemis I team to bring students and teachers an out-of-this-world STEAM learning series. Build to Launch is an exploration of the technology, STEAM concepts and careers behind the Artemis I mission to the Moon. Join the all new LEGO® Space Team and their Artemis I team counterparts for a 10-week interactive digital learning adventure. Each episode students will find themselves in the shoes of NASA engineers, scientists, and of course astronauts. Through open ended lessons students will get hands-on and solve similar problems the Artemis I team faces as they build towards launch.

Downloadable teacher resources include: Teacher Resource Guide, LEGO Space Team Cards, Engineering Design Notebook, Module 1 Teacher Guide, Module 1 Student Lessons, Module 2 Teacher Guide, Module 2 Students Lessons, Module 3 Teacher Guide, Module 3 Student Lessons, Professional Development Resource Guide, Certificate of Completion.

There is a series overview webinar and videos for each of the episodes.

Check out the great fun!

One interesting thing about the energy we get from the sun is that it's not absorbed the same way by different materials. In this episode of Crash Course Kids, Sabrina chats about how the properties of land and water differ enough for absorption and reflection.

If you look out your window, you'll probably notice a bunch of things; houses, streets... hopefully a tree. But beyond that you'll see things like mountains, rivers, volcanoes... well, hopefully not a volcano. These are landforms and they come in different varieties. In this episode, Sabrina chats about how things like mountains, volcanoes, and plateaus come into being.

Today Shini explains the law of conservation, beginning with simple, steady-state systems. We’ll discuss conversion and yield, accumulation, and how generation and consumption can affect how much accumulation there is in a system.

"Votre classe pourrait diriger un rover lunaire lors d’une mission simulée!
Il y aura des rovers canadiens sur la Lune d’ici la fin de la décennie. Parlons sciences, Canadensys Aerospace et Avalon Space unissent leurs efforts pour donner aux jeunes Canadiens de la 6e à la 9e année (3e secondaire) l’occasion d’en apprendre davantage sur la technologie des rovers et sur la façon de planifier des missions sur la Lune.

Le Défi de recherche du rover lunaire invite des équipes d’élèves à présenter leur plan de mission pour courir la chance de contrôler à distance un rover Canadensys dans un environnement de type lunaire."

Videos, Podcasts, Quizzes!
Learn how anything works. It's all here from health, science, home/garden, auto, tech, money, lifestyle, enterainment, adventure, animals and more!

These amazing and engaging videos are made by teacher Kim Preshoff to teach her students about a variety of topics including: smog, visualization of a million, population pyramid, diversity, life cycle of plastic, adaptations, and continental collision.

You can even pitch an idea for a video here at this link: https://ed.ted.com/get_involved

This awesome science video explores using the engineering process to build a city, while considering all the the variables.

This awesome science video goes over how and why engineers evaluate different solutions to come up with the best solution to the problem they are working on.

Today we're going to take a hike up Mt. Kilimanjaro so we can talk about how the geosphere changes based on many different things. On the same mountain we can travel through many different habitats like rain forests, savannas, and moorlands. Let's take a walk with Sabrina and see how!

This is one of the best K-12 Science resources available!
Resources are available for Grades Pre-school-12 including multiple articles and videos available for students to explore the many science concepts being learned in the classroom.

You can:
*Book an outreach visit from a scientist to teach STEM (science, technology, engineering & math) to your class

*Enter your Grade 6-8 students in team-based competitive enrichment events

*Use CurioCity with Grade 8-12 students to learn about STEM careers, Space and countless other topics with videos. You can also register and get amazing resources for STEM (in English or French) for FREE! (These are even aligned to SK curriculum!)

*Visit Ideapark for Pre-school to Grade 3 to register and receive access to a wealth of FREE STEM resources.

*Register for Tomatosphere to investigate the effects of outer space on seed germination with your class. Tomatosphere™ is a hands-on program that builds scientific inquiry and experimentation skills.

This site brings STEM discovery home. Let's Talk Science has a great selection of resources and activities for engaging children and youth at home. Check back often as more learning resource collections are added every week!

This video takes use down into the ocean to see what habitats await us there. Yep, the ocean has layers and the types of things we encounter there change the deeper we go.

Science Background:

The basis of how the balloon works is that warmer air rises in cooler air. This is because hot air is lighter than cool air as it has less mass per unit of volume. Mass can be defined by the measure of how much matter something contains. The actual balloon (called an envelope) has to be so large as it takes such a large amount of heated air to lift it off the ground. For example, to lift 1000 pounds worth of weight you would need almost 65,000 cubic feet of heated air! To help keep the balloon in the air and rising, hot air needs to be propelled upwards into the envelope using the burner.

Materials: lightweight kitchen garbage bags, timer, hair dryer with various speeds and temperatures, scissors, thread, extension cord, tape, other types and sizes of bags

This is an introductory text intended for a one-year introductory course of the type typically taken by biology majors, or for AP Physics 1 and 2. Algebra and trig are used, and there are optional calculus-based sections. .