Getting Creative with Fab Lab

This title is a guide for makers who want to revolutionize their sewing game. Readers will learn the difference between mechanical, electronic, and digital sewing machines and how these machines work in conjunction with other machines in a Fab Lab. There's plenty of information about careers available to digital sewing machine operators and about what education and projects can help them gain the necessary skills. And readers can check out the sources in the back to continue learning about digital sewing machines even after they're done reading this book.

This exciting title serves as an access point for students whose interests in the Fab Lab tend toward production and the introduction of new objects into the world around them. It comes packed with tangible examples of projects that can be undertaken by beginner, intermediate, and advanced Fab Lab users. Furthermore, this title acts as a practical guide to better understanding 3D printers and how they can be used in a Fab Lab setting. Most important, the text shows how Fab Lab skills are relevant to students' STEM classes at school and their development of a career path.

Readers will learn where vinyl cutters fit into a Fab Lab and how vinyl cutters can bring precision to intricate designs. Beginner, intermediate, and advanced projects will explain what materials each project requires and what processes are involved in completing a project. An overview of making industries will offer the reader an understanding of how operating a vinyl cutter can translate into a career. This title fits well into grades five through eight Common Core standards with its wealth of engaging information that asks the reader to think about creativity and problem solving in the context of making.

This title aimed at sixth-grade-level readers will explain how CNC milling complements the other processes completed in a Fab Lab and where a CNC milling machine operator fits as a maker. The many sources for further reference fulfill Common Core Standards by offering a means through which readers may draw on information from multiple print or digital sources, demonstrating the ability to locate an answer to a question quickly or to solve a problem efficiently. If the projects ranked by difficulty don't offer enough inspiration, real-life examples of how milling machines solve problems will do it.

This title is the go-to guide for students with interests in replication, cataloging, and archiving. In addition to covering the basics of 3D scanning, readers will learn in-depth details about these machines work, about the different kinds of 3D scanners that exist, how to operate them, and what differentiates various models from each other. There are many uses for 3D scanners in the world, and in this text, they all have their moment in the spotlight. Also included are relevant projects for beginner, intermediate, and advanced Fab Lab users, and how their learning applies to STEM courses and beyond.

This text provides readers with an exploratory lens into the general world of the Fab Lab with an in-depth focus on two specific types of machinery: laser cutters and engravers. These machines give users the unique opportunity to create through the removal of material from its source. Included for readers are hands-on tips and tricks for operating laser cutters and engravers, providing a variety of projects for every experience level, all the while connecting these skills to real-world business models and careers. This title tackles the arts and design element of STEAM more than any other Fab Lab machines do.