Getting The Most Out Of Makerspaces To Explore Arduino Electronics

If makerspaces allow young people to collaborate on building projects, then Arduino allows them to go to the next level. Arduino is a do-it-yourself kit that includes a microcontroller that makes using electronics more accessible. Basically, this means that even those who are not experts in electronics can do amazing things, such as build and program robots. This book opens young people up to the possibilities of this exciting world by explaining exactly what makerspaces and Arduino are and how virtually anyone can use these tools to build programmable devices, a skill that is essential in any STEM field.

If makerspaces allow young people to collaborate on building projects, then Arduino allows them to go to the next level. Arduino is a do-it-yourself kit that includes a microcontroller that makes using electronics more accessible. Basically, this means that even those who are not experts in electronics can do amazing things, such as build and program robots. This book opens young people up to the possibilities of this exciting world by explaining exactly what makerspaces and Arduino are and how virtually anyone can use these tools to build programmable devices, a skill that is essential in any STEM field.

Robots are at the heart of the makerspaces movement, which aims to bring together like-minded computer experts to build collaborative projects. This book introduces readers to the nascent world of makerspaces and its potential. Readers learn how to find these spaces in their local community or even in the local library. They then learn how to use makerspaces tools such as Arduino microcontrollers or Lego Mindstorms to build full-functioning programmable robots, all to their specifications. Not only does this knowledge inspire a sense of fun, it can also be applied to any number of STEM careers.

Makerspaces are all about teaching through collaboration. This title grabs the attention of young people who are musically as well as technically inclined by showing them that they can make their own instruments—literally. Recent technologies such as 3-D printing and Arduino microcontrollers allow virtually anyone to make a fully functioning instrument. This resource shows young people exactly how to take advantage of the burgeoning makerspaces phenomenon with expert interviews and information on “meet-ups” where like-minded musicians can share their knowledge.

This volume teaches young people how members of the maker movement are producing their own unmanned aerial vehicles (UAVs) for productive purposes.

Makerspaces, labs where hobbyists build things from scratch, are thought to be the new frontier in the entrepreneurial world, and this resource is the perfect gateway for those who have an idea for a product they want to make as well as bring to market. Readers get a sense of what it takes to take that creation and sell it for a profit. What are the costs? How does one get a product into stores? Where are advertising dollars best spent? These are all questions young entrepreneurs must ask and ones that this volume helps to answer.

3-D printing allows for the creation of nearly any type of object, from an entire house to a human organ. Now with makerspaces, collaborative engineering workspaces, virtually anyone can utilize these printers to make anything they can dream up. This title shows young people just how. With information on where to find makerspaces in their local community to the latest types of 3-D printers available, this resource grabs the interest of engineering-minded students and sets them on course to excel in STEM classes. This book also includes examples of interesting beginner projects to create and print at a makerspace.

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.