Technology has become a major component of today�s classroom environment. Teachers are using new methods like makerspaces in order to engage their students. Makerspaces refer to tools students can use to explore, discover, and create new ideas and concepts using technology. This book will focus on makerspace projects that will help students with math. Complete with detailed directions and examples, this easy-to-read guide will focus on new methods of learning and mastering mathematical concepts. At last there's a way to make math fun and hands-on using the latest tools and technology.

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.

Makerspaces are community-based, hands-on workshops in which people of all ages and skill levels come together to learn, work together, and create. Using creativity and collaboration, makerspace science projects are both fun and fulfilling. This guide brings science to life with ten easy-to-follow makerspace activities using sewing machines, laser cutters, 3D printers, electronics, woodworking tools, and metalworking equipment. Makers will develop new people and project skills, build confidence by overcoming challenges, and possibly discover innovative ways to address modern-day issues with science.

Technology and tools once available only in factories can now be found in classroom makerspaces. Maker culture uses 3D printers, laser cutters, and other manufacturing tools to provide invaluable learning experiences. Combining technology with more abstract ideas such as social justice, history, and civics can lead students to become more involved with the local community as well the global one. This interesting guide provides step-by-step instructions to help both educators and students experience social studies projects like never before. Learn how to implement STEM principles to make social studies hands-on and fun at the same time.

Makerspaces, equipped with 3D printers, laser cutters, robotics, and other high-tech tools, are often associated with STEM programs like science, math, and technology. Educators have discovered that the learning opportunities makerspaces offer can be just as valuable in other curriculum areas as well. This volume fuses this fabulous technology with the Language Arts.

Bridges, furniture, musical instruments, games, vehicles—all of these things were invented and improved upon by people who love to put stuff together, take stuff apart, and figure out how things work! In Explore Makerspace! With 25 Great Projects, readers ages 7 through 10 explore what it means to be an engineer. They discover how inventors use science, art, and math to create new and exciting structures, games, and more. Readers also learn how to set up their own makerspaces at home, using inexpensive and easy-to-find supplies for their tinkering projects. Humans have been inventors throughout history. From the wheel to the rocket, scientists and other engineers have designed new technologies that have made daily life easier and stretched our horizons far beyond our own atmosphere. But inventions don’t have to be full of computer chips or other sophisticated parts. Designing the fastest toy car made from recycled materials can be just as thrilling! Makerspaces can be found in schools, libraries, community centers, and homes all around the country. These are places where both children and adults can work with materials and use the engineer design process to come up with new ideas. Here, imagination, art, and logic combine to produce lasting lessons in science, math, and physics. In Explore Makerspace! With 25 Great Projects, readers learn how to think proactively when faced with a challenge and discover the trial-and-error processes that lead to new discoveries. They find out about the motivation behind some of the world’s most amazing inventions. Through STEAM projects ranging from designing a bridge to creating board games and musical instruments, children discover how to be an engineer.

You've created a STEAM program in your library, but how do you work literacy into the curriculum? With this collection of resource recommendations, direction for program development, and activities, you'll have students reading proficiently in no time. Many schools and libraries are implementing STEAM programs in the school library makerspace to promote problem solving by allowing students to create their own solutions to a problem through trial and error. In order to enhance literacy development in the STEAM program, however, they need resources for integrating literature into the curriculum. In this collection of resources for doing just that, veteran education professionals and practiced coauthors Liz Knowles and Martha Smith bring readers over eight hundred recommended and annotated books and web resources, selected based on research on successfully integrating STEAM and literacy programs and organized by the five STEAM areas. Titles are complemented by discussion questions and problem-solving activities that will aid educators in both adding and using the best literature to their STEAM programs for encouraging learning. In addition to promoting literacy, these resources will help to develop creativity, lateral thinking skills, and confidence in students.

This new compilation from editor and maker Kroski spotlights a multitude of creative projects that you can tailor for your own library. Librarians and makers from across the country present projects as fun as an upcycled fashion show, as practical as Bluetooth speakers, and as mischievous as a catapult. Included are projects for artists, sewers, videographers, coders, and engineers. The handy reference format will help you quickly identify the estimated costs, materials, and equipment; and because several projects don’t even require a dedicated makerspace, every library can join in. Inside you’ll find how-to guidance for projects like a foam rocket launcher;stop-motion animation with 3D print characters;found-object robots;glowing ghost marionettes;Arduino eTextiles;magnetic slime;yarn painting;fidget flannels;an LED brooch; andcardboard sculpture. With takeaways like origami tea lights or a t-shirt tote bag, your patrons will be sure to remember how much fun your library can be.

A recently created trend within the past few years is the active involvement of the business community in the development and implementation of various educational programs. Business Community Engagement for Educational Initiatives provides innovative insights into the implementation of educational programs jointly by businesses, schools, teachers, and educational organizations. Featuring coverage on a broad range of topics such as educational travel, internships, and summer school, this publication is designed for educational administrators, teachers, business leaders, academicians, and researchers seeking coverage on topics centered on business-supported educational programs.

Maker learning spaces in schools and public libraries are made real through the narratives of professional librarians around the world, comprising the collaborative activities, experiences, and perspectives of librarians as they have implemented makerspaces for students of all ages. School Library Makerspaces in Action is for any librarian looking for inspiration for their own makerspaces, hackerspaces, fablabs, or DIY locations and how to use these spaces in libraries and educational settings. Contributions from authors around the world address the needs of most all readers, including how to provide the staff training necessary for a successful makerspace. Each chapter is written from an author's personal experience, and with only a little fine-tuning and imagination, many of these ideas can be used throughout all levels, disciplines, and subjects in K–12 education and carry over into higher education. The successes and optimism shared in this collection will inspire librarians and educators to think positively about how to implement maker learning locations, train staff, and use makerspaces in their libraries and classrooms to promote and share new ideas.