| Title | Making Things Move: DIY Mechanisms for Inventors, Hobbyists, and Artists |
| Author(s) | Dustyn Roberts |
| Publisher | McGraw-Hill/TAB Electronics |
| Year | 2010 |
| Edition | 1st edition |
| Language | English |
| Pages | 350 pages |
| ISBN | 9780071741675 |
| Genre / Domain | Mechanical Engineering, DIY, Makerspace |
| Size | 8.06 MB |
| Extension |
Summary
"Making Things Move: DIY Mechanisms for Inventors, Hobbyists, and Artists" by Dustyn Roberts is a unique and practical guide that demystifies the world of mechanical design for a broad audience . Published by McGraw-Hill/TAB Electronics in 2010, this book is designed to empower makers, artists, and hobbyists to create their own moving mechanisms using straightforward explanations and hands-on projects . It emphasizes real-world applications, from art installations to toys and labor-saving devices, making complex engineering concepts accessible and engaging .
The book covers a wide range of fundamental topics, including an introduction to mechanisms and machines, materials selection, fastening methods, and the principles of forces, friction, and torque . It delves into the conversion between rotary and linear motion, the use of bearings, bushings, couplers, and gears, and the creation of automatons and mechanical toys . Each concept is reinforced with practical examples and small projects that help readers apply what they have learned, building a solid foundation for more complex endeavors .
For readers, this book provides a practical roadmap to turning ideas into functioning mechanical devices. It emphasizes the use of off-the-shelf components and easily accessible materials like metals, plastics, wood, and cardboard, making it cost-effective and accessible . The inclusion of over a dozen topic-focused projects and three large-scale projects—such as a drawing machine, a mini wind turbine, and a mousetrap-powered car—integrates lessons from throughout the book . The book also covers modern fabrication techniques like laser cutting and 3D printing, discussing access options and their practical applications .
The primary audience for this book includes inventors, hobbyists, artists, and students who want to learn the principles of mechanical design through practical application . It is also an invaluable resource for educators and makerspace facilitators looking for project-based learning materials . The content assumes no prior engineering knowledge, making it accessible to beginners, but offers enough depth to inspire and inform more experienced makers .
"Making Things Move" has established a strong reputation as a go-to resource for the maker community . Its focus on practical, hands-on learning has made it a favorite among those who prefer learning by doing . The book's companion website and blog provide additional resources and a platform for continued learning, ensuring readers can stay engaged with the material long after finishing the book . This combination of clear instruction, practical projects, and online support has made it a cornerstone publication in the world of DIY mechanical design .
Key Features
- Provides straightforward explanations of mechanical design principles for a non-engineering audience .
- Features over a dozen topic-focused projects and three large-scale projects that integrate multiple lessons .
- Covers the use of off-the-shelf components and easily accessible materials like metals, plastics, and wood .
- Includes practical guidance on fastening and joining parts, including screws and adhesives .
- Explains the conversion between rotary and linear motion, and the use of gears, bearings, and couplers .
- Offers insights into modern fabrication techniques like laser cutting and 3D printing .
- Emphasizes real-world applications, from art installations to toys and labor-saving devices .
- Features photographs, drawings, and screenshots to illustrate components and systems .
- Provides shopping lists and sourcing guides for finding off-the-shelf components .
- Includes access to a companion website and blog for continued learning and community engagement .
About Author
Dustyn Roberts is an experienced mechanical engineer, educator, and author with a passion for making engineering accessible to everyone . She holds a B.S. in Mechanical Engineering from Carnegie Mellon University and an M.S. in Mechanical Engineering from the University of Pennsylvania . Her career has spanned roles in industry, academia, and entrepreneurship, giving her a well-rounded perspective on the practical applications of mechanical design .
Roberts is known for her ability to explain complex technical concepts in a clear and engaging manner, a skill that is evident in her writing and teaching . She has developed and taught courses on prototyping, mechanisms, and design for manufacturing at various institutions . Through her book, "Making Things Move," she has inspired countless makers, inventors, and artists to explore the world of mechanical design and bring their creative ideas to life .
Related Books
- Making Things See: 3D Vision and Kinect — Greg Borenstein
- Getting Started with Arduino — Massimo Banzi
- Making Things Talk — Tom Igoe
- Make: Electronics — Charles Platt
- Mechanical Engineering for Makers — Brian Bunnell and Samer Najia
- Designing with Mechanisms: The Engineer's Guide to Mechanisms — S. S. Rattan
- The Art of Mechanical Invention — S. S. Wilson
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FAQ
Q : Who is the author of this book?
R : The author is Dustyn Roberts, a mechanical engineer, educator, and author with a passion for making engineering accessible to everyone .
Q : What is the main focus of "Making Things Move"?
R : It focuses on providing practical, hands-on guidance for designing and building moving mechanisms using easily accessible materials and components .
Q : What topics are covered in the book?
R : It covers mechanics, materials, fastening, forces, friction, torque, gears, bearings, and the conversion between rotary and linear motion .
Q : Who is the target audience for this book?
R : It is aimed at inventors, hobbyists, artists, students, and makers who want to learn mechanical design principles through practical application .
Q : Does the book include projects?
R : Yes, it includes over a dozen topic-focused projects and three larger projects like a drawing machine, a mini wind turbine, and a mousetrap-powered car .
Q : What is the ISBN of the book?
R : The ISBN is 9780071741675.
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