Child Architecture

Tree-ear is an orphan boy in a 12th-century Korean potters’ village. When he accidentally breaks a pot, he must work for the master to pay for the damage by setting off on a difficult and dangerous journey that will change his life forever.

In this intricate, magnificently imagined sequel to Blue Balliett's international best seller, Chasing Vermeer, supersleuths Petra and Calder, along with Calder's old friend, Tommy, are cryptically drawn into another art mystery, this time involving a Frank Lloyd Wright architectural masterpiece, the Robie House.

A counting book that follows the construction of a building, from one plan to twelve stories.

Welcome to Golf lesson for beginners, as we all know your first encounter with any new action can be intimidating - that goes for a spin course, salsa dance, or a round of Golf. Are you new to golf or you’re willing to know more about golf or this is the first golf book you will be reading, then do not worry? I have made this book more transparent for dummies in the aspect of Golf, explaining in details what Golf is and how the game is played. I’ve played with a couple of beginners lately, and it forced me to take a look at the experience from their perspective. I have drilled down into...

Have you ever seen the Eiffel Tower? Gustave Eiffel’s tower is one of the most recognized landmarks in the world, but it wasn’t an easy path to turn his idea into a reality. Listeners will love learning the story behind the name as they follow along with Gustave’s beginnings as a bridge designer and the engineer behind the Statue of Liberty, the criticism and personal attacks by the media he faced while building the tower, and his eventual world-renowned success.

This audiobook uses engaging nonfiction text and hands-on projects to help young listeners explore real-life structure and tower engineering projects, including the science behind how these buildings are planned and built.

New Happy Hills? Now that Jeff and Lila are free again, Jeff has one thing on his mind — winning the house building competition. But there’s another architect in town. And he’s got plans for Happy Hills that are really going to upset Governor Zion… Jump into this continuing tale of adventure today! Disclaimer: This book is an unofficial Minecraft book, a work of fan fiction. It is not endorsed, authorized, licensed, sponsored, or supported by Mojang AB, Microsoft Corp. or any other entity owning or controlling rights to the Minecraft name, trademarks or copyrights. Tags: Great ...

A duel with Herobrine. There’s a chance to make original Happy Hills a paradise again—by beating Herobrine in a duel. Two candidates are up for the job. Who will win and what will happen to the loser? Disclaimer: This book is an unofficial Minecraft book, a work of fan fiction. It is not endorsed, authorized, licensed, sponsored, or supported by Mojang AB, Microsoft Corp. or any other entity owning or controlling rights to the Minecraft name, trademarks or copyrights. Tags: Great Minecraft Books for kids age 6-12, and older. Minecraft adventure stories for kids. Computer games tie-in....

Most houses have two or three bathrooms. Not a castle or palace! A palace in the country of Brunei has 257 bathrooms! Take a peek inside real royal homes.

This friendly, fun biography series focuses on the traits that made our heroes great--the traits that kids can aspire to in order to live heroically themselves. Each book tells the story of an icon in a lively, conversational way that works well for the youngest nonfiction listeners and that always includes the hero's childhood influences. This book features I. M. Pei, the award-winning Chinese American architect whose projects include the John F. Kennedy Library and the pyramid at the Louvre.

The story of the skyscraper began more than 3,000 years ago.

Discover how bridges are made! Young engineers and architects are introduced to the world of bridges, including the types of bridges, how they’re built, and key terms.

For engineers and architects, mistakes are part of the creative process. Learn why the Leaning Tower of Pisa leans, how the reflections from the Walt Disney Concert Hall caused a heat ray, and what engineers and architects did to solve these types of problems.

Cable-stayed bridges are one of six main types of bridges built around the world. Learn about the Zakim Bridge in Boston and try the activity to see how cable-stayed bridges are so strong. Can you guess how strong a cable-stayed bridge is?

Have you ever seen a fractal? You probably have, and just didn’t know it! These repeating shapes can happen anywhere, whether in nature or in math—it’s easy to make one out of a series of lines and triangles! Follow along and make a fractal of your own in a fun craft.

When her parents took away her candles to keep their young daughter from studying math...nothing stopped Sophie. When a professor discovered that the homework sent to him under a male pen name came from a woman...nothing stopped Sophie. And when she tackled a math problem that male scholars said would be impossible to solve...still, nothing stopped Sophie.

Have you ever wondered why the Tower of Pisa isn’t straight? Find out how this famous tower started to lean. Learn how the tower was built and the ways architects have tried to fix it. Find out how this famous tourist attraction became the Leaning Tower of Pisa!

Big cities will soon boast supertall and megatall skyscrapers. This means we’ll need elevators that can safely handle them! Engineers are busy rising to the challenge of designing high tech elevators to help people reach these new heights.

Have you ever wondered how tall and long bridges are built? Learn about three different bridges and try the activities to learn about how strong bridges, like the Golden Gate Bridge, are made.

Do you know what architecture is? It is the art of designing and constructing buildings! Learn the different variables architects consider in the design of a building. Discover how buildings differ all over the world—where building materials from nature are used like mud, ice, and sod! How have buildings changed through history and new technology?