5 NSF-supported STEM education resources that are perfect for virtual learning

For many parents, teachers and students, back-to-school routines look a little different this year. Whether you're a teacher searching for lesson-planning content or a parent looking for activities to supplement classroom instruction, these five U.S. National Science Foundation-supported STEM education resources are perfect for virtual learning.  

 

By Emily K. Gibson, PhD

 

Time-lapse photo showing the movement of stars across the sky over the Gemini North telescope
Star trails over Gemini North. Photo Credit: Gemini Observatory

1.  My Sky Tonight (pre-K)

Figuring out how to best engage young children in science topics can be intimidating. Luckily, the My Sky Tonight project can help. Astronomy educators at the Astronomical Society of the Pacific teamed up with developmental psychology researchers to produce a set of research-based, hands-on astronomy activities rich in science practices and designed for preschool-aged children. Lessons include activity guides and videos that teach children about a range of topics, from the phases of the moon to the sun's energy. Additionally, tutorial videos provide a primer on how to guide young children's learning across a range of disciplines.

 

two children experiment with liquids in beakers
Photo Credit: Mama Belle and the kids/Shutterstock

2.  Hands-on Chemistry Activities (grades K-12)

You don't need a chemistry lab to teach chemistry. With the National Informal STEM Education Network's "Let's Do Chemistry" kits, learners explore what chemistry reveals about the world around them through hands-on activities involving everyday objects like chewing gum, water and soap. Each activity comes with handouts, instructions and training videos for teachers and parents, all of which are also available in Spanish.

 

graphic illustration of the science of the electromagnetic spectrum
Photo Credit: VectorMine/Shutterstock

3.  Greenbank Observatory's 'Try it at Home' Activities (grades K-12)

Did you know a little red cabbage juice can go a long way in teaching students about the pH scale? Learn about acidic and basic substances, the electromagnetic spectrum, birds of prey and more on the Greenbank Observatory's "Try it at Home" webpage. Resources include worksheets, coloring pages and hands-on activity guides and are color-coded from green to orange to indicate difficulty level and whether adult supervision is required.

 

Image:
an illustrated worksheet designed to teach kids about the Earth's water cycle
Photo Credit: NSF

4.  Earth Science Worksheets and Resources (grades K-7)

Unlock the wonder of science with these printable worksheets from NSF that introduce learners to key Earth science concepts like plate tectonics, water cycles, fossils and more. Check out NSF's Earth & Environment Classroom Resources page for related coloring books and videos.

 

emoji swimmer superimposed over image of water
Photo Credit: NSF/NBC/GE

5.   Emoji Science Worksheets (grades 5-12)

Bring a bit of digitally inspired fun to your classroom with these emoji lesson plans. Lessons include engaging videos and hands-on activities that explore chemistry and physics using everyday objects. 

 

A penguin jumping into the water from a chunk of ice
Gentoo penguin leaping off ice flow into Mikkelsen Harbor, Antarctic Peninsula Photo Credit: Kelton W. McMahon, Graduate School of Oceanography, University of Rhode Island

**Bonus: Virtual Field Trips (fun for all ages!)

Take your students on an adventure to the depths of the ocean or to the world's largest solar telescope without leaving the classroom with these NSF-funded virtual escapes or invite one of our experts to speak with your class through our Speakers Bureau. Our scientists, engineers and other passionate professionals are available to provide STEM-related talks to your virtual elementary, middle, and high school students.

 

For more STEM learning resources, check out NSF's Facebook and Pinterest accounts, which share tips, ideas and resources for fun and educational activities you can do at home.

 

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About the Author

Image of author
Emily K. Gibson, PhD
Science Policy Analyst