Snow ball fights, candy canes, and reindeer…time for some winter STEM activities for kids! Read on for 30 science experiments, math activities, engineering design challenges, and even coding fun - all with a winter theme! All these activities use simple materials and are perfect for the classroom or at home while stuck indoors.

Let’s talk about roller coasters! Make the stimulating challenge of creating a roller coaster part of your next STEM (science, technology, engineering and math) project. By using the engineering design process, student teams are tasked with creating a thrilling ride! Students learn about the science of roller coasters, including various forms of energy, and then using common materials such as craft sticks, paper and tape, students design a track for a ping pong ball to land safely in a cup at the bottom. This activity is definitely one of my new favorite STEM activities for kids!

Do you participate in the Elf on the Shelf tradition? Take the Elf antics up a notch by adding some STEM flair. We have compiled a list of our favorite ways to both entertain and educate using Santa’s little helper.

Are you staying cool in the pool this summer? Take advantage of those long summer days at the pool by adding some fun STEM challenges! Read on to learn how to turn play into learning including 10 ideas for STEM at the pool.

We are forever thankful for STEM education and the promising future it gives to our world. From designing a turkey nest for an egg drop challenge to sailing the Mayflower, we have compiled a list of our current favorite Thanksgiving STEM activities for you to enjoy. Don't forget to grab our FREEBIE Thankful for STEM resource!

A staple science experiment is the famous Diet Coke + Mentos reaction. Every child loves the impressive geyser created from combining these two ingredients. If you are not familiar with this classic, I highly recommend you try it out or at least watch this video: MythBusters

One problem with conducting this experiment in a classroom is the obvious messy factor. Another issue is having students actively participate instead of just watching an awesome explosion (still highly recommended). My twist on this experiment involves a smaller version of the reaction that is contained inside a balloon! Read on to learn more.