Make a Balloon Car

Build a balloon-powered car from recycled materials in this fun activity. You can even grab a friend, build two cars, and race them against each other! Read more

Inspire students of all ages to enjoy STEM when you let them loose in a creative makerspace! These hands-on engineering activities use simple materials and encourage students to brainstorm, problem solve, and innovate. Enabling Exploration Community makerspaces… Read more

Join Science Buddies this summer for virtual summer camp! Each week, we'll have a fun STEM theme for kids of all ages, suggestions for simple hands-on activities, book picks, and more. With our Summer of STEM, we'll keep you and your kids inspired all summer with creative and innovative science and engineering activities — for free. This week: up, up, and away with superhero science! Superhero STEM Superhero stories appeal to people of all ages.… Read more

Use these free lesson plans and hands-on activities to explore potential and kinetic energy with students! What happens when you stretch a rubber band and let it go? Why? Explaining how energy is stored and transferred and how that relates to the movement and momentum of objects in motion involves understanding potential and kinetic energy. This is an area of science where getting hands-on with the storage, transfer, and release of energy really helps… Read more

Check in each week at Science Buddies this summer for our Awesome Summer Science Experiments series! Each week, we'll highlight a few activities for awesome science and engineering kids can do at home. We've got a whole summer of fun STEM themes lined up for kids of all ages — for free. This week: Ready, Set, Go! STEM — awesome summer science experiments that take off, roll, fly, spin, and more! From the Vault!: This post was part of our… Read more

Use these free STEM lessons and activities to teach about Newton's laws of motion. Newton's Laws of Motion in the K-12 Classroom Across all grade bands, students explore science related to forces, motion, and interactions between objects; concepts that use Newton's laws of motion as a fulcrum for understanding forces and motion; inertia and equilibrium; the relationship between mass and acceleration; the difference between acceleration and velocity;… Read more