9 Easy STEAM Projects for Kids

Get kids excited about STEAM with these fun, hands-on projects that make learning science, tech, engineering, art, and math a total blast!

STEAM (Science, Technology, Engineering, Arts, and Math) activities are a fantastic way to introduce kids to the magic of learning. These projects engage their creativity, critical thinking, and problem-solving skills, all while giving them a sneak peek into real-world applications of these fields. Whether they’re building a mini volcano, painting with salt and water, or coding a simple game, kids are diving into a world full of exciting possibilities. Here are some fun, easy STEAM projects to get started.

Why STEAM Is Important for Kids

Incorporating STEAM into a child’s education goes beyond fun—it helps develop skills that will serve them for a lifetime:

Boosts Problem-Solving Skills

STEAM projects encourage kids to think outside the box. They learn to identify problems, come up with solutions, and test their ideas in creative ways.

Encourages Curiosity

Through hands-on experiments, kids see how the world around them works, inspiring them to ask questions and dig deeper.

Builds Resilience

Not every project will go as planned, but that’s part of the learning process. Kids learn to handle setbacks, adapt, and try again—just like real scientists, artists, and engineers.

Prepares for Future Careers

Careers in STEAM fields are on the rise, and introducing kids early to these concepts can spark a passion that leads them down new career paths.

Combines Creativity and Logic

By blending artistic skills with logical thinking, STEAM projects encourage kids to use both sides of their brain, making them better problem solvers and innovators.

9 Easy STEAM Projects

1. Magic Milk Science Experiment

Materials Needed

• Milk (whole or 2%)
• Food coloring
• Dish soap
• Cotton swabs

Instructions

Pour some milk into a shallow dish, then add a few drops of different food colors around the dish. Dip a cotton swab into dish soap and touch it to the surface of the milk. The colors will burst and swirl in a beautiful “magic” reaction!

How It Works

Milk contains fat molecules that don’t mix with the water-based food coloring. The dish soap breaks down the fat molecules, causing the colors to move around. Kids can experiment with different types of milk and colors to see how they affect the reaction!

2. DIY Volcano

Materials Needed

• Baking soda
• Vinegar
• Dish soap
• Red food coloring
• A small container or plastic bottle
• Modeling clay or playdough (optional for decoration)

Instructions

Place the container in the middle of a tray. Add a few tablespoons of baking soda, a drop of dish soap, and a few drops of red food coloring to the container. Slowly pour in vinegar and watch as your volcano erupts!

How It Works

The baking soda and vinegar create a chemical reaction that releases carbon dioxide gas. This is a simple way to show kids the basics of chemistry and introduce them to the concept of reactions.

3. Balloon-Powered Car

Materials Needed

• Balloon
• Plastic bottle
• Drinking straws
• Bottle caps
• Tape
• Scissors

Instructions

Tape two straws horizontally to the bottom of a plastic bottle to act as axles. Push a bottle cap onto each end of the straws as wheels. Inflate a balloon with a straw tied inside of it, insert the straw in a small hole on top of the car with the straw facing the opening, then release it to see the car zoom forward.

How It Works

This project teaches basic principles of engineering and physics. The air from the balloon pushes against the air outside, creating a force that propels the car forward—a demonstration of Newton’s third law of motion!

4. Salt and Watercolor Painting

Materials Needed

• Watercolor paints
• White paper
• Salt
• Paintbrushes

Instructions

Have your child paint a picture with watercolors. While the paint is still wet, sprinkle salt over the painting and watch as it creates beautiful, crystallized patterns.

How It Works

The salt absorbs water from the paint, which leaves behind unique textures and designs. This is a wonderful mix of art and science, showing how materials interact with each other in creative ways.

5. Coding with Scratch

Materials Needed

• Computer or tablet with internet access

Instructions

Visit the Scratch website (scratch.mit.edu) and let your child explore coding by creating interactive stories, games, or animations. Scratch has tutorials and an easy-to-use, drag-and-drop interface that’s perfect for beginners.

How It Works

Scratch introduces kids to coding fundamentals, such as sequences, loops, and events. By designing their own games or animations, kids learn logical thinking and problem-solving while getting a taste of what it’s like to be a programmer.

6. Growing Crystals

Materials Needed

• Epsom salt
• Hot water
• Food coloring (optional)
• Glass jar

Instructions

Mix equal parts of hot water and Epsom salt until the salt is fully dissolved. Add a few drops of food coloring if desired. Let the solution cool, and place it in a sunny spot to sit undisturbed. In a few hours, you’ll see crystals begin to form!

How It Works

As the water evaporates, the salt molecules start to stack on each other, forming crystal structures. This activity combines chemistry and patience, giving kids a rewarding, sparkly result at the end.

7. Egg Drop Challenge

Materials Needed

• Eggs
• Various household materials like paper, bubble wrap, cardboard, tape, etc.

Instructions

Challenge your child to design a protective “egg carrier” that will prevent an egg from breaking when dropped from a certain height. They can use whatever materials they think will work best.

How It Works

The egg drop challenge encourages kids to think like engineers by designing, testing, and adjusting their contraptions. This project teaches them about impact, force, and how engineers work to keep things safe.

8. Paper Circuit Cards

Materials Needed

• Copper tape
• Coin cell battery
• LED light
• Paper or cardstock

Instructions

On a piece of paper or cardstock, use copper tape to create a pathway for electricity. (You could even create fun drawings and designs on the paper!) Attach an LED light and place the coin cell battery at the other end of the copper tape. When you connect the circuit, the LED will light up!

How It Works

Paper circuits introduce kids to the basics of electronics and circuits. This project is a fun and simple way for them to learn about the flow of electricity while creating something unique and personal.

9. Rainbow in a Jar

Materials Needed

• Mason jar
• Sugar
• Water
• Food coloring

Instructions

In different cups, dissolve increasing amounts of sugar in each, adding different food coloring to each cup. Slowly layer the colored water into a jar starting with the densest (most sugary) solution at the bottom and working up to the least dense. Tilt the jar as you pour so that the colors don’t mix, creating a rainbow in a cup!

How It Works

This teaches kids about density. The layers stay separate because the more sugar in a solution, the denser it is, making it heavier and causing it to sit below the less dense solutions.

Making STEAM Fun and Accessible for Kids

Introducing kids to STEAM at an early age can spark a lifelong love for learning and discovery. These easy projects show kids that science, technology, engineering, art, and math aren’t just subjects in a textbook—they’re the building blocks of our world! From crafting “magic” milk swirls to coding their own video game, STEAM projects give children the chance to think creatively, solve problems, and maybe even imagine themselves as the scientists, engineers, or artists of the future.

Discover More Ways to Teach Kids about STEAM

^{Shaelyn Topolovec earned a BA in Editing and Publishing from BYU, worked on several online publications, and joined the Familius family. Shae is currently an editor and copywriter who lives in California’s Central Valley.}