Industrial Design: Why Smartphones Aren't Round and Other Mysteries with Science Activities for Kids
With 25 Science Projects for Kids
Look up, up, up! How do skyscrapers get so tall? Skyscrapers are amazing feats of engineering that kids (and adults!) find fascinating. How do they get so high? How do they stay standing? Who is involved in designing and building these gravity-defying structures? In Skyscrapers! With 25 Science Projects for Kids, children ages 7 to 10 learn$14.95 - $19.95
Cool Women Who Fly
Being a pilot means having technical expertise, persistence, and lots of courage! In Aviation: Cool Women Who Fly, readers ages 9-12 meet three women who are working in aviation and discover what it takes to fly high in this challenging field.$9.95 - $19.95
Gutsy Girls Go for Science: Programmers
With Stem Projects for Kids
In Gutsy Girls Go for Science: Programmers with STEM Projects for Kids, readers ages 8 to 11 meet several female programmers who made revolutionary discoveries in the field of technology—Ada Lovelace, Grace Hopper, the ENIAC women, Dorothy Vaughan, and Margaret Hamilton. These women worked incredibly hard to follow their passion for technology while breaking through$14.95 - $19.95
Discover How They Work with 25 Projects
To a child, a city is a chaotic, vibrant community whose workings can seem quite mysterious. How did people create subways? How does the water get to the very top of a skyscraper? Is there any organization to a bustling metropolis? Cities: Discover How They Work will give kids a view into the inner functioning$16.95 - $21.95
CLEAR Review (Clermont County Public Library)
“Recommended. Written in a conversational style, Industrial Design introduces its subject through examples such as the iPod, the electric light, Thonet’s chair, the VHS/Betamax showdown, and the toilet. . . Intended for ages ten through fifteen, Industrial design provides excellent science fair ideas and material, though it would also be useful for the STEM educator.” Click here to read the complete review.
Wayne Chung, associate professor, Carnegie Mellon University School of Design
“It is great to see this book create awareness and interest in the field of industrial design. By introducing the design process and including reflection questions and relevant activities, the reader can start changing their own world and start seeing themselves as future industrial designers.”
Constantin Boym, chair of industrial design, Pratt Institute
“In this book, Carla Mooney neatly packages the entire field of industrial design, including design history, methodology, and—most importantly—the impact of design on society. This book is meant to excite and inspire and will help send a new, better-informed cohort of American kids to design colleges.”
Bruce M. Hanington, director of graduate studies, Carnegie Mellon University School of Design
“This is a wonderful resource for children and adults alike, providing a condensed yet comprehensive overview of industrial design in an accessible format, interspersed with activities and resources. I’m so glad this book exists, to promote industrial design to curious and creative young minds, and inspire them to learn about and create the world of products we all live with but tend to take for granted every day!”
For educators! Download a packet of essential questions, mentor texts, and Common Core State Standards to use in classrooms and libraries.Classroom Guide
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Detailed Book Description
What is industrial design? Why do microwaves open with a swinging front door? Why aren't smartphones round?
In Industrial Design: Why Smartphones Aren't Round and Other Mysteries with Science Activities for Kids, readers ages 10–15 engage in and learn about the engineering design process from its earliest beginnings, when individuals designed and crafted their own tools, to today, when engineers work to find the best design for products that are then manufactured in bulk by automated machines. Engineers consider the user experience of every product they design to ensure that users have the best experience possible. Good design combines the right materials, colors, details, and form to make a person want to buy and use a product. A well-designed product is easy to use and does what it is meant to do!
Throughout Industrial Design, inquiry-based activities, essential questions, links to online primary sources, and an extensive engineering glossary all serve to highlight the importance and beauty of engineering design and the role it plays in our world.
TABLE OF CONTENTS
What Is Industrial Design?
From Craftsmanship to Mass Production
The Design Process
How Industrial Design Has Changed the World
Industrial Design and Electronics
Changing Needs, Changing Solutions
Metric Conversions Resources