Create a glamorous yet easy-to-store puppet stage for your preschooler or pre-kindergartener!

Help your child to create a familiar favorite from a book or series he adores out of papier-mache. Exercise your child's imagination and language arts skills.

Help your child learn about the various elements of a story by creating a play based on her favorite picture book.

Build your kindergartener's reading comprehension by making a classic box of objects that invite them into the books you're reading together.

Teaching kids that stories have an order is important, despite how fun it is to listen to the tale of the tomato that put on his pajamas and went for a swim.

Want to make number skills second nature to your preschooler? Try these cheerful, "sunny" number flash cards!

Use real elastic to help your kindergartener learn to "stretch" and blend letters to read words.

Helping your child learn to read doesn't only have to mean using books from the library or from the store. You can make a book of your own - a nonsense book!

Confused about clauses? Get the concept to stick by helping your middle schooler make mix-and-match poetry dice filled with independent and dependent clauses.

Try this goofy, first grade phonics craft that focuses on the letter "F" as in "Frog" and helps build crucial reading and spelling skills in your child.

Here's a silly game that uses nursery rhymes to introduce a big concept in first grade reading and writing: learning about nouns and verbs.

Remember the classic card game, Go Fish? Here's a fun twist on it that will help your kid learn her the different parts of speech in a fun way!

Practice reading with this fun game, where your first grader will "hunt" for hidden words around the house.

Here are some kindergarten readiness activities that you can do with reused plastic bottle caps.

The objective of this science fair project is to determine whether drawing with the right side or the left side of your brain will produce a better picture.

The goal of this science fair project was to examine how different angles of decline affect the tipping point of a vehicle.