If you can build it, you can play it! Create fun games just by making a simple circuit. Learn about what a circuit is by creating your own. Each project contains a list of easy-to-find supplies and step-by-step instructions.

Spark your interest in circuitry! Get ready to be amazed with this electrifying combination of five circuit games to build from scratch. Use actual electronic components to construct a DIY operation game, compete with friends in a Space Loop race, assemble a quiz show board, and more. A step-by-step book of instructions teaches you how to be a maker by adding wires, LEDs, and buzzers for super-charged fun. Includes: AA battery holders, Popsicle stick, 2 blue LEDs, 3 white LEDs, Paper clip, Craft wire, Coated wire, Copper brads, 2 buzzers, Paper craft game pieces, Metal tweezers

This guide shows youth librarians how to use the appeal of Minecraft—a game that many young learners are intensely passionate about—to create engaging library programs that encourage creativity and build STEAM (Science, Technology, Engineering, Arts, and Mathematics) learning through library programs. Minecraft is more than "just a video game"; it's a powerful tool that librarians and other educators can use to engage students and spark legitimate learning experiences. This book shows you how to use Minecraft as a vehicle to promote learning and creativity, supplying specific, easy-to-replicate programs, ideas, and instructions for hands-on activities. By connecting the game to the maker movement and building off the game's popularity, you'll be able to use Minecraft to promote STEAM (Science, Technology, Engineering, Arts, and Mathematics) learning. The book ties Minecraft to maker activities, learning in the library, three-dimensional printing, literary activities, crafting, and more. The activities in this book will also enable you to help children ages 8–14 to expand their key 21st-century skills, such as collaboration, trial and error, and discovery.

Videogames were once made with a vast range of tools and technologies, but in recent years a small number of commercially available 'game engines' have reached an unprecedented level of dominance in the global videogame industry. In particular, the Unity game engine has penetrated all scales of videogame development, from the large studio to the hobbyist bedroom, such that over half of all new videogames are reportedly being made with Unity. This book provides an urgently needed critical analysis of Unity as ‘cultural software’ that facilitates particular production workflows, design methodologies, and software literacies. Building on long-standing methods in media and cultural studies, and drawing on interviews with a range of videogame developers, Benjamin Nicoll and Brendan Keogh argue that Unity deploys a discourse of democratization to draw users into its ‘circuits of cultural software’. For scholars of media production, software culture, and platform studies, this book provides a framework and language to better articulate the increasingly dominant role of software tools in cultural production. For videogame developers, educators, and students, it provides critical and historical grounding for a tool that is widely used yet rarely analysed from a cultural angle.

From the team behind Computer Science for Fun (cs4fn), The Power of Computational Thinking shows that learning to think can be fascinating fun.Yes, and this book shows you how.Computational thinking has changed the way we all live, work and play. It has changed the way science is done too; won wars, created whole new industries and saved lives. It is at the heart of computer programming and is a powerful approach to problem solving, with or without computers. It is so important that many countries now require that primary school children learn the skills.Professors Paul Curzon and Peter McOwan of Queen Mary University of London have written a unique and enjoyable introduction. They describe the elements of computational thinking — such as algorithmic thinking, decomposition, abstraction and pattern matching — in an entertaining and accessible way, using magic tricks, games and puzzles, as well as through real and challenging problems that computer scientists work on.This book gives you a head start in learning the skills needed for coding, and will improve your real life problem solving skills. It will help you design and evaluate new technologies, as well as understand both your own brain and the digital world in a deeper way.

The Really Useful Primary Design and Technology Book brings together essential subject knowledge and pedagogy to support and inspire those planning to teach D&T in the primary school. Offering comprehensive coverage of the 2014 National Curriculum, as well as exciting ideas to extend beyond it, the book is packed full of everything the busy teacher needs to be able to develop children’s key skills and techniques, and a range of big and small projects to put them into practice. With crucial subject knowledge explained in detail, useful ‘How To’ guides at the end of each chapter reinforce the skills and technology covered with instructions for making a variety of models. Sets of lesson plans include information on the resources needed to support both more and less able children, and assessment guidance, ‘Top Tips’ and ‘Things to Consider’ provide extra help and inspiration. Key topics covered include: cooking and nutrition textiles and the design cycle IT control and monitoring mechanisms structures electronic systems the roles and responsibilities of the DT leader assessment of D&T. The Really Useful Primary Design and Technology Book provides all the information a new teacher needs to be able to teach D&T confidently, and with valuable cross-curricular links and photocopiable templates, even experienced teachers and subject leaders will find fresh inspiration for their lessons.