How to Think and Design in the Third Dimension
$40.00
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Description
From paper folding genius Paul Jackson comes his latest book How to Think and Design in the Third Dimension.
We live in a 3-D world, but most three-dimensional objects are designed from a series of two-dimensional side elevations and plan views. This book will teach you how to think and design in the third dimension. Through 60 construction projects, you will learn how folded paper units can be joined to create beautiful 3D structures, according to the principles of three-dimensional symmetry.
In addition to over 80 specially commissioned photographs and 300 step-by-step illustrations, this accessible book contains QR codes or hyperlinks to 30 short videos that show a selection of the projects rotating through 360 degrees.
With How to Think and Design in the Third Dimension by their side, anyone who creates in three dimensions, including designers of all specialities, sculptors, architects, engineers and craftspeople, will be able to design with a new, practical and infinitely creative language of form.Paul Jackson is a well-respected professional paper artist, bestselling author of over 30 books on paper arts and crafts, teacher and passionate advocate of folding as a language of design.
Additional information
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| Subjects | STEAM education, three dimensions in design, engineering, principles of 3-D symmetry, symmetrical structures, structural packaging, jewellery design, understanding geometry, STEM education, understanding 3-D symmetry, folding techniques for designers, design books for students, illustrated book on folding, folding techniques for design students, folding techniques for fashion designers, folding techniques for architects, folding techniques for jewellery design, folding techniques, architecture, sculpture, ceramics, fashion design, industrial design, product design, toy design, DES005000, cutting techniques, DES014000, three-dimensional design, paper arts and crafts, Origami, paper art hobby, 3-D projects, 3-D exercises, 3-D activities, 3-D structures, 3-D forms, 3-D design, 3-D symmetry and design |
