How to Be Good at Science, Technology, and Engineering

PDF

	Author(s):	DK
	Collection:
	Publisher:	Dorling Kindersley Ltd
	Year:	2018
	Langue:	English
	Pages:	320 pages
	Size:	43.79 MB
	Extension:	PDF

[tab] [content title="Summary"] Young scientists will grasp scientific concepts in no time with this essential homework aid. Explore topics ranging from molecules and magnetism to rockets and radio waves. Discover how hot-air balloons ascend, how erosion shapes mountains, how light waves travel through space, and how the human eye perceives color! With STEM (science, technology, engineering, and mathematics) becoming increasingly vital in today's tech-driven world, "How to Be Good at Science, Technology, and Engineering" serves as the ideal book to inspire and educate curious young minds, equipping them for the future. This comprehensive homework guide covers all core areas of the science curriculum, making it perfect for both parents and children. Engaging illustrations demonstrate the application of science in everyday life, showing how microchips, tractors, and suspension bridges operate. The book also includes hands-on projects featuring fun experiments to try at home or school, like polishing old coins with vinegar or creating an erupting volcano using baking soda. [/content] [content title="Content"] [/content] [content title="Author(s)"] [/content] [/tab]

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Robot

PDF

	Author(s):	DK
	Collection:
	Publisher:	DK Publishing
	Year:	2018
	Langue:	English
	Pages:	162 pages
	Size:	39.01 MB
	Extension:	PDF

[tab] [content title="Summary"] Discover the captivating evolution of robotic technology, from the earliest automatons to today's humanoid assistants. This book takes you on a journey from Leonardo Da Vinci's automata to contemporary androids and animal robots, exploring the history of artificial intelligence (AI). Dive into the forefront of robotics, where science, technology, mechanical engineering, and computing converge. "The Robot Book" explains how robots function, how they are created, and their role—both beneficial and challenging—in modern society. Designed for young readers, this robot book highlights the latest innovations in AI through vibrant graphics and striking photography. Tech panels feature intriguing facts about each robot's design, production, and capabilities. A thematic approach explores various topics, including iconic robots in popular culture and their impact on the workforce. The final chapter discusses the future of robotics, addressing the opportunities and challenges of increasing robot use in everyday life. With its dynamic visuals, lively colors, and mind-expanding information, "The Robot Book" will captivate and engage young readers. [/content] [content title="Content"] [/content] [content title="Author(s)"] [/content] [/tab]

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Fashioning Technology: A DIY Intro to Smart Crafting (Craft: Projects)

PDF

	Author(s):	Syuzi Pakhchyan
	Collection:
	Publisher:	O'Reilly Media
	Year:	2008
	Langue:	English
	Pages:	pages
	Size:	34.90 MB
	Extension:	PDF

[tab] [content title="Summary"] ### Ready to Elevate Your Craft Projects? With "smart" materials, innovative assembly techniques, and the right tools, you can create accessories, housewares, and toys that light up, make sounds, and do even more. *Fashioning Technology* is an introductory DIY book that seamlessly blends technology and crafts in a fun and unique way. You'll find jargon-free explanations and a variety of how-to projects that enable you to create—and even wear—functional works of art. Written for a broad audience, this book shows how to merge sewing and assembly techniques with basic electronics. You'll learn to assemble simple circuits using conductive thread, solder joints for snaps, and switches as buttons. With a sewing machine as a substitute for a soldering iron, you can craft a new generation of interactive, quirky, and fashion-forward objects. Author Syuzi Pakhchyan, an experienced artist, roboticist, and educator, guides you through the use of smart materials like thermo- and photochromatic inks that change color with touch or sunlight, magnetic and conductive paints, polymorph plastic, fiber optics, and more. In *Fashioning Technology*, you'll discover: - An invaluable reference section that clearly explains materials, components, and tools, complete with photos - A wide range of projects, including electronic accessories, interactive plush toys, and color-changing blinds, utilizing diverse crafting techniques - Techniques for seasoned crafters looking to incorporate simple electronics into their projects - Methods for makers skilled in electronics who want to explore unconventional project ideas Each project encourages personalization and customization, allowing you to use your own designs, materials, and craft skills. *Fashioning Technology* transforms traditional electronics into engaging, fashionable interactive projects for geeks, fashionistas, and craft enthusiasts alike. Now you can truly be the flashiest dresser in town! [/content] [content title="Content"] [/content] [content title="Author(s)"] [/content] [/tab]

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Machinery's Handbook (30th Ed.) - Machinery's Handbook - A reference book for the mechanical engineer, designer, manufacturing engineer, draftsman, toolmaker, and machinist

2016 PDF

	Author(s):	Erik Oberg, Franklin D. Jones, Holbrook Horton, Henry Ryffel, Christopher McCauley
	Collection:
	Publisher:	Industrial Press, Inc.
	Year:
	Langue:	English
	Pages:	2896 pages
	Size:	42.76 MB
	Extension:	PDF

[tab] [content title="Summary"] For over a century, *Machinery's Handbook* has been the go-to reference for metalworking, design, engineering, and manufacturing, as well as for technical schools and colleges worldwide. It is widely recognized as an authoritative, comprehensive, and practical resource, covering the essential aspects of advanced manufacturing practices. The 30th edition of this "Bible of the Metalworking Industries" features significant updates to existing content alongside new material on various topics. This edition is an indispensable reference for mechanical, manufacturing, and industrial engineers, designers, draftsmen, toolmakers, machinists, engineering and technology students, and serious hobbyists. **New to the 30th Edition:** - An expanded metrology section that includes v-blocks and micrometers, as well as vernier and dial calipers. - A new section on fluid power, covering pneumatic, hydraulic, and vacuum theories and applications. - A section on powder metallurgy, including additive manufacturing techniques. - Additional specifications such as tap drill sizes for Unified threads, reaming allowances, mesh and grit sizes, taper calculation rules, and assembly methods with pins and studs. - Newly included information on sheet metal and presses, keys and keyways, shaft alignment, taps and tapping, helical coil screw thread inserts, metric screw threads, miniature screws, fluid mechanics, solid geometry, statistics, calculating hole coordinates and thread dimensions, and differentiating between bolts and screws. - Many sections have been thoroughly revised and updated. The book includes comprehensive tables of contents at the beginning of each section and extensive indexing, along with hundreds of new illustrations and thousands of refined equations. Standards have been updated, and metric content has been expanded. [/content] [content title="Content"] [/content] [content title="Author(s)"] [/content] [/tab]

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Learning the Art of Electronics: A Hands-On Lab Course

PDF

	Author(s):	Tom Hayes, Paul Horowitz
	Collection:
	Publisher:	Cambridge University Press
	Year:	2016
	Langue:	English
	Pages:	1140 pages
	Size:	53.16 MB
	Extension:	PDF

[tab] [content title="Summary"] This introduction to circuit design stands out for several reasons. First, it provides not just theoretical explanations but a complete course structure. Each of the twenty-five sessions begins with a discussion of a specific type of circuit, followed by hands-on opportunities to experiment and observe how the circuits behave in practice. This approach allows students to grasp the operation of circuits more deeply and satisfyingly than simply manipulating formulas. Second, the course covers circuits that are typically postponed in more traditional engineering texts. For instance, on the third day, students construct a radio receiver, and by the fifth day, they build an operational amplifier using a collection of transistors. The digital portion of the course focuses on microcontrollers while also introducing students to Verilog, a powerful Hardware Description Language. Lastly, the course moves at a brisk pace but does not require any prior knowledge of electronics. Through immersive learning and practical application, students develop an intuitive understanding of effective circuit design. [/content] [content title="Content"] [/content] [content title="Author(s)"] [/content] [/tab]

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Feynman and computation: exploring the limits of computers

PDF

	Author(s):	Anthony J.G. Hey
	Collection:
	Publisher:	Westview Press
	Year:	1998
	Langue:	English
	Pages:	462 pages
	Size:	5.38 MB
	Extension:	DjVU

[tab] [content title="Summary"]Feynman and computation: exploring the limits of computers [/content] [content title="Content"]Feynman and Computation: Exploring the Limits of Computers delves into the fascinating interplay between Richard Feynman's contributions to physics and the field of computation. This book examines Feynman's insights into quantum mechanics and their implications for computer science, particularly the concept of quantum computing. The author explores the theoretical foundations of computation, highlighting the limitations of classical computers and the potential of quantum systems to overcome these boundaries. By analyzing Feynman's ideas on how nature computes and how these principles can inform the development of new computing technologies, the book presents a thought-provoking discussion on what can be computed and the resources required. Through a blend of physics, computer science, and philosophy, this work offers a comprehensive perspective on the challenges and possibilities that lie at the intersection of these fields. It serves as both an homage to Feynman's legacy and a forward-looking exploration of the future of computation. [/content] [content title="Author(s)"]Anthony J.G. Hey is a prominent physicist and computer scientist known for his work in computational science and quantum computing. As the author of Feynman and Computation: Exploring the Limits of Computers, Hey explores the intersection of Richard Feynman's ideas in physics and the theoretical foundations of computation. His research emphasizes the implications of quantum mechanics for computing and aims to deepen our understanding of computational limits. With a background in both physics and computer science, Hey's insights contribute significantly to the ongoing dialogue about the future of technology and computation. [/content] [/tab]

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