This book highlights how to integrate your makerspace within the wider community. Discover how you can connect your makerspace with service learning to support different groups, take makerspace tools to various points of need through community partnerships, and build relationships with faculty, students, and patrons through makerspace projects.

Spaces that have been designed to allow users to create, build, and learn new projects and technologies, makerspaces employ a variety of tools such as 3-D printers, AutoCAD design software, and even open-source hardware like Arduino Kits. Developing a community around shared use of space and equipment, a tenet of the makerspace movement, fits squarely into libraries’ mission. Bagley examines nine makerspaces in public, academic, and school libraries, describing their design and technical decisions in depth and showing how each is doing something unique and different, under a wide range of budgets and project offerings. Enabling readers to quickly gather information about these trailblazing projects, Bagley’s guide Defines the makerspace, and describes why it fits perfectly into the library’s role as community center Answers common questions about implementing a makerspace project, detailing how libraries are addressing issues such as registration, usage policy, noise, software programs in digital workspaces, adapting spaces, funding, and promotion Illustrates approaches libraries are taking to staffing makerspaces, from Anchorage Public Library’s Maker in Residence and Mesa Public Library's THINKspot coordinator, to the library school students involved with University of Michigan and University of Illinois makerspace projects Covers the demographics of makerspace users, from children and teens to hobbyists and job seekers, offering guidance for targeting, marketing, and programming A sourcebook of ideas that readers can apply at their own institutions, this resource also demonstrates how makerspaces can be gathering places for people to learn how to create and build together as a community.

Makerspaces: A Practical Guide for Librarians, Second Edition is an A–Z guidebook jam-packed with resources, advice, and information to help you develop and fund your own makerspace from the ground up. Learn what other libraries are making, building, and doing in their makerspaces and how you can, too. Readers are introduced to makerspace equipment, new technologies, models for planning and assessing projects, and useful case studies that will equip them with the knowledge to implement their own library makerspaces. This expanded second edition features eighteen brand new library makerspace profiles providing advice and inspiration for how to create your own library makerspace, over twenty new images and figures illustrating maker tools and trends as well as library makerspaces in action and new lists of actual grant and funding sources for library makerspaces.

Makers often come together to form communities where they can exchange ideas and equipment. Readers will set foot in some of the world's most interesting makerspaces and see what kinds of tools makers use to create their projects. They will also learn how to find makerspaces of their own.

Makerspaces, sometimes also referred to as hackerspaces, hackspaces, and fablabs are creative, DIY spaces where people can gather to create, invent, and learn. In libraries they often have 3D printers, software, electronics, craft and hardware supplies and tools, and more. Makerspaces are becoming increasingly popular in both public and academic libraries as a new way to engage patrons and add value to traditional library services. Discover how you can create a makerspace within your own library though this step-by-step guidebook. From planning your innovation center to hosting hack-a-thons, guest lectures, and social events in your new lab, Makerspaces in Libraries provides detailed guidance and best practices for creating an enduring, community driven space for all to enjoy and from which both staff and patrons will benefit. This well researched, in-depth guide will serve libraries of all sizes seeking to implement the latest technologies and bring fresh life and engaging programming to their libraries. Highlights and best practices include: budgeting and business planning for a librarymakerspace, creating operational documents, tools and resources overviews, national and international case studies, becoming familiar with 3D printers through practical printing projects (seed bombs), how to get started with Arduino (illuminate your library with a LED ambient mood light), how to host a FIRST Robotics Team at the library, how to develop hands-on engagement for senior makers (Squishy Circuits), and how to host a Hackathon and build a coding community.

The urge to experiment and create has been strong in humankind since time immemorial. So, too, has the need to gather together for the greater good. Makerspaces, where innovators meet to advance technologies through physical computing, answer the call of

Library Makerspaces: The Complete Guide is a comprehensive road map for libraries of any size, with any budget, seeking to redesign or repurpose space or to develop creative, hands-on maker-style programming. It features guidance on: Holding stakeholder discovery sessions for community-driven space and program development Evaluating existing library spaces for the most cost-effective and user-friendly facilities design and programming Asset mapping for developing community partnerships Best practices from different types of library makerspaces in the United States and internationally Sample budgets, inventories, and space plans Risk management considerations Programming recommendations and resources for a range of patrons from youth to seniors and business to hobby groups Funding and in-kind support This book will help librarians develop and implement makerspaces, write grant proposals to fund such spaces, and help frontline staff and administrators learn about the technologies and processes involved.

Makerspaces are public spaces located in schools, public libraries, and other community locations where people can meet up, share creative interests, tinker with new technologies, and learn as they go. The specialized resources in many makerspaces are perfectly suited for artists and other creative people. This easy-to-follow guide explores ten compelling art projects students can work on with friends at local makerspaces. 3D printers, graphic computer programs, creative mobile apps, traditional arts and crafts supplies, and even LEGOs are just some of the tools used in the projects described in this dynamic book.

In recent years, Maker-centered learning has emerged in schools and other spaces as a promising new phase of STEM education reform. With a sharp focus on equity, the authors investigate community-based STEM Making programs to determine whether, and how, they can address the educational needs of youth of color. They explore what it means for youth to engage in making with the explicit goal of addressing injustices in their lives. The text features longitudinal ethnographic data and compelling examples that show how youth of color from low-income backgrounds innovate and make usable artifacts to improve their lives and their communities. This book is essential reading for anyone interested in the theory and practice of Making, STEM learning with adolescents, and equity in both formal and informal educational settings. “This much-needed book critically and constructively examines the stories of making and makers that have captured the public imagination.” —From the Foreword by Yasmin B. Kafai, University of Pennsylvania “This book offers a timely critical framing of STEM-rich making brought to life with vivid portraits of youth engaged in equitable and consequential learning in and across community settings.” —Beth Warren, Boston University “A critical framing of STEM-rich making brought to life with vivid portraits of youth engaged in equitable and consequential learning.” —Beth Warren, Boston University

Education has changed dramatically in recent years as educational technologies evolve and develop at a rapid pace. Teachers and institutions must constantly update their practices and curricula to match this changing landscape to ensure students receive the best education possible. 3D printing has emerged as a new technology that has the potential to enhance student learning and development. Moreover, the availability of makerspaces within schools and libraries allows students to utilize technologies that drive creativity. Further study on the strategies and challenges of implementation is needed for educators to appropriately adopt these learning practices. The Research Anthology on Makerspaces and 3D Printing in Education considers the benefits these technologies provide in relation to education as well as the various ways they can be utilized in the classroom for student learning. The book also provides a review of the difficulties educators face when implementing these technologies into their curricula and ensuring student success. Covering topics such as educational technologies, creativity, and online learning, this major reference work is ideal for administrators, principals, researchers, scholars, practitioners, academicians, instructors, and students.