
Reach for this book when your child is struggling with a project that went wrong or when they show a budding interest in how the world is built. It offers a fascinating look at twenty structures, from the Great Wall of China to the Leaning Tower of Pisa, examining why some became icons of success while others collapsed into disaster. Beyond the engineering, the book explores the human side of creation: the pride of accomplishment, the shame of mistakes, and the resilience needed to try again. It is perfect for children aged 8 to 12 who enjoy logic, history, and the science of how things work. Parents will appreciate how it frames failure not as an end point, but as a crucial part of the learning and design process.
Your experience helps other parents find the right book.
Sign in to write a reviewThe book discusses structural failures that resulted in historical disasters. The approach is direct and secular, focusing on the mechanical causes of the collapses. While it mentions that people were affected by these disasters, the tone remains objective and focuses on what was learned to prevent future tragedies.
A 9-year-old perfectionist who gets frustrated when their LEGO tower falls or their science project fails. It shows them that even the world's smartest experts make mistakes and that those mistakes lead to better inventions.
Parents should be prepared to discuss the concept of 'consequences.' While the book is not graphic, the sections on failures (like the Tacoma Narrows Bridge) imply high stakes. It can be read cold, but discussing the 'Growth Mindset' after reading helps reinforce the message. A parent might notice their child becoming overly discouraged by a mistake or asking dark questions about why a bridge or building they saw on the news collapsed.
Younger readers (8-9) will gravitate toward the 'cool' illustrations and the drama of the failures. Older readers (10-12) will better grasp the specific engineering concepts like tension, compression, and torque.
Unlike many STEM books that only celebrate success, this book uniquely treats failure as a necessary data point in the history of human progress, making it as much a book about psychology and persistence as it is about engineering.
The book provides an engaging tour of twenty global structures, categorizing them into successes (feats) and failures. Each entry uses detailed illustrations and accessible text to explain the physics and engineering choices, such as foundation depth or material strength, that determined the outcome.
This overview was generated by AI based on the book's content and reviews, and may not capture every nuance.