Industrial Design: Why Smartphones Aren’t Round and Other Mysteries with Science Activities for Kids (Build It Yourself)

Description

What is industrial design? How does it impact our everyday lives?

Why do microwaves open with a swinging front door? Why Don’t seem to be smartphones round? Why do drivers sit on the left in the United States?

Industrial design is the study of the design process at the back of the products we use each day, from blenders to school buses to laptops. In Industrial Design: Why Don’t seem to be Smartphones Round and Other Mysteries with Science Activities for Kids, readers ages 9–12 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.

Why does design matter? It’s the design of a product that increases or decreases its chances at success. If the design of your phone isn’t reasonably right and you feel uncomfortable or frustrated every time you use it, you probably won’t buy that model again. Engineers imagine the user experience of every product they design to ensure that users have the best experience imaginable. Good design combines the right materials, colors, details, and form to make a person need to buy and use a product. A well-designed product is easy to use and does what it is meant to do.

In Industrial Design, readers practice their own engineering design skills the use of the engineering design process and learn how to create useful, aesthetically pleasing designs for a number of products. They learn about the history of industrial design and the transition from craft-based design to mass production. Through fun science and engineering projects, they explore the steps of the industrial design process including brainstorming, idea sketching, technical drawings, creating models and prototypes, and product testing. Like a good designer, they learn how to evaluate products for function, usability, ergonomics, aesthetics, and green design.

Throughout Industrial Design, inquiry-based activities, essential questions, links to online primary sources, and an extensive engineering glossary all promote critical and creative thinking and serve to highlight the importance and beauty of engineering design and the role it plays in our world.

Why do microwaves open with a swinging front door? Why Don’t seem to be smartphones round? Why do drivers sit on the left in the United States?

Industrial design is the study of the design process at the back of the products we use each day, from blenders to school buses to laptops. In Industrial Design: Why Don’t seem to be Smartphones Round and Other Mysteries with Science Activities for Kids, readers ages 9–12 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.

Why does design matter? It’s the design of a product that increases or decreases its chances at success. If the design of your phone isn’t reasonably right and you feel uncomfortable or frustrated every time you use it, you probably won’t buy that model again. Engineers imagine the user experience of every product they design to ensure that users have the best experience imaginable. Good design combines the right materials, colors, details, and form to make a person need to buy and use a product. A well-designed product is easy to use and does what it is meant to do.

In Industrial Design, readers practice their own engineering design skills the use of the engineering design process and learn how to create useful, aesthetically pleasing designs for a number of products. They learn about the history of industrial design and the transition from craft-based design to mass production. Through fun science and engineering projects, they explore the steps of the industrial design process including brainstorming, idea sketching, technical drawings, creating models and prototypes, and product testing. Like a good designer, they learn how to evaluate products for function, usability, ergonomics, aesthetics, and green design.

Throughout Industrial Design, inquiry-based activities, essential questions, links to online primary sources, and an extensive engineering glossary all promote critical and creative thinking and serve to highlight the importance and beauty of engineering design and the role it plays in our world.