Expand on your childâs time-telling skills by helping him learn how an analog clock and a digital clock correspond.

Science fair project about different digital image file types, compares different encoding algorithms used to compress the data.

Kindergarten algebra is a lot different than high school. In kindergarten math, algebra means grouping like things, or noticing what doesn't belong in a set.

This activity introduces growth mindset and looking at mistakes as opportunities to learn and grow, rather than obstacles. Your child will understand the difference between seeing a mistake as a learning opportunity, rather than as a disappointment.

In this social emotional learning activity, your child will create a goal board and practice setting one goal for an assignment or task and the steps they will need to achieve it.

This project examines whether playing music during class helps students learn or if it distracts students from learning.

This fun photography activity will build your child's vocabulary, their understanding of the world, and they'll make their own game of concentration!

Study how we perceive color by exploring optical illusions such as pointillism, digital images, and Ishihara tests.

This science fair project investigates which of two learning modes most commonly used in school, visual and auditory, is better for information retention.

Believe it or not, the common spud has enough electrochemical energy to power a small digital clock.

Combine fun sensory play with early number awareness in a squishy sun catcher project. It's a fun way for your kid to learn about numbers.

In this matching activity, your kid will match the clock faces representing analog time with the numeric readings representing digital time.

In this activity, students will create a stop motion animation by creating a clay figure and taking a series of digital photographs.

In this activity, your child will learn about the benefits of yoga and will practice different yoga poses. Then, they will teach someone else three poses and explain how yoga can help us find calmness and ease.

This science fair project idea determines whether volunteers remember more information presented orally or visually or kinesthetically.

Check out this science project idea that will have your kid investigate how dots (also known as pixels) are used to create digital photographs.

Familiarize your preschooler with the concept of numbers one through five and counting with this hands-on activity.

This project examines various algorithms to determine the ideal algorithm for a strategy game.

Use a digital camera and some simple drawing supplies to help your kindergartener make a personalized letter-sound book.

Did you know that August is American Artist Month? Your child can explore the art of photography by using a digital camera to capture the landscape around her.

Before digital cameras, before Polaroids, there was the original pinhole camera. Build a pinhole camera and see what true vintage photography looks like!

Children learn about mindfulness tools that may support them to manage their emotions. Then they will create their own video to teach others these same mindfulness tools.

In these three games, children work on letter recognition skills with the help of some tape, music, and a few stuffed animal friends.

This slightly messy, but tons-of-fun tactile activity will cement the idea of the land and water as pictured on maps in your young learner's mind.

Children will learn why and how to compost as they help with the process of filling their compost, turning it, and observing the changes that occur.

Use common kitchen tools to create an entirely uncommon work of art!

This science fair project idea identifies clouds as a means of predicting the weather.

In this activity, your child will have an opportunity to discuss what they like about themselves, and they will design a digital or physical poster that displays their talents, what they like, and images that describe themselves.

This Labor Day, help your child explore various occupations by discussing the tools workers use on a daily basis at their jobs.

There is debate about whether chalkboards or whiteboards are better. This experiment explores which leads to better retention of visually-displayed information.