How Was That Built?

How Was That Built? takes readers on an exciting journey into the world of engineering, unveiling the stories behind some of the world's most iconic structures. Written by award-winning structural engineer Roma Agrawal, who worked on The Shard in London, this book offers a behind-the-scenes look at how awe-inspiring landmarks like the Brooklyn Bridge, the Pantheon, and the Burj Khalifa were constructed. Through stunning illustrations by Katie Hickey, readers explore detailed cross-sections and close-ups of engineering techniques that made these feats possible.

This visually captivating book dives into the challenges and ingenious methods used to build structures on land, underwater, in space, and even on ice. With fun and informative ˜Try it at Home' experiments, young engineers can test their own engineering skills and see the forces and materials that shape the world around us. Whether it's a conversation about the Pantheon's dome or the unique challenges of building on the moon, How Was That Built? sparks curiosity and encourages young minds to think like engineers.

Benefits for Educational Use:

• Introduces young readers to the field of engineering, showcasing the incredible innovation behind famous structures.
• Engages children with hands-on ˜Try it at Home' experiments to better understand the forces and materials involved in construction.
• Encourages STEM learning by providing insight into the science and technology behind architectural and engineering feats.
• Supports problem-solving and critical thinking as children explore the challenges engineers face.
• Inspires children to consider a career in engineering or construction through the fascinating stories of pioneering engineers.

Classroom Ideas:

• Engineering Challenges: Have students design their own building or structure using simple materials to test strength and stability.
• Research Project: Assign different famous landmarks from the book for students to research and present to the class.
• STEM Experiments: Use the ˜Try it at Home' activities to conduct classroom experiments demonstrating basic engineering principles.
• Art and Design: Have students create cross-sectional illustrations of their own imagined structures, inspired by the book's artwork.
• Guest Speaker: Invite an engineer or architect to talk about the challenges of building in extreme environments (e.g., underwater, space).

Product Details:

• Ages: 8+
• Book Size: 310 (H) x 245 (W) mm
• Pages: 80
• Format: Hardcover