"You'll find essential advice and captivating projects for uing Minecraft to enhance students' learning experiencce from educators using MIne craft in the classroom." - cover.

Learn how educators are using Minecraft® as a powerful instructional tool to engage students and teach subjects as varied as math and humanities. This book offers ten classroom projects from teachers using Minecraft® to teach math, science, languages, and more. Each project includes learning objectives, project organization and tasks, and ideas for reflection and assessments. You’ll also find detailed instructions for setting up and running a Minecraft® server in the classroom, both the regular and the popular MinecraftEdu versions. In this book, you’ll discover What Minecraft® is and why it’s such an engaging tool for the classroom. How to set up and administer servers that students use for their projects. What MinecraftEdu is, how to set up and manage it, and how to use its teacher controls. Techniques for using the game in special-education settings. Step-by-step instructions for printing 3D models of your classroom projects. Ways to use the game in a variety of different subject areas. You’ll find essential advice and captivating projects for using Minecraft® to enhance students’ learning experience from educators using Minecraft® in the Classroom: Shane Asselstine, Dan Bloom, André Chercka, Adam Clarke, Stephen Elford, Colin Gallagher, David Lee, John Miller, Eric Walker, and James York. Minecraft® is a trademark of Mojang Synergies/Notch Development AB. This book is not affiliated with or sponsored by Mojang Synergies/Notch Development AB.

101 fun maths games and activities for parents to play with kids aged 4 to 14 Need some help with addition? Play a game of Salute Having trouble with times tables? Try Times Table Donk Floundering with fractions? Get creative cutting up the toast with your kids at breakfast Busy mums or dads are crying out for quick and easy ways to help their children with primary school maths and beyond. Here are 101 simple tips, games and activities to make practising maths as engaging and enjoyable as possible, for you and your child. All can be incorporated into the everyday routine – at home and on the go – with minimal fuss and no expensive kit – helping children have fun with numbers. Indeed, most of the time they won’t even realise that maths is involved. Sneaky! Areas covered include, addition and subtraction, multiplication and division, fractions, ratio and proportion, telling the time, estimation, measurement, geometry and shapes, with an emphasis on problem solving throughout.

You’ve bested creepers, traveled deep into caves, and maybe even gone to The End and back—but have you ever transformed a sword into a magic wand? Built a palace in the blink of an eye? Designed your own color-changing disco dance floor? In Learn to Program with Minecraft®, you’ll do all this and more with the power of Python, a free language used by millions of professional and first-time programmers! Begin with some short, simple Python lessons and then use your new skills to modify Minecraft to produce instant and totally awesome results. Learn how to customize Minecraft to make mini-games, duplicate entire buildings, and turn boring blocks into gold. You’ll also write programs that: –Take you on an automated teleportation tour around your Minecraft world –Build massive monuments, pyramids, forests, and more in a snap! –Make secret passageways that open when you activate a hidden switch –Create a spooky ghost town that vanishes and reappears elsewhere –Show exactly where to dig for rare blocks –Cast a spell so that a cascade of flowers (or dynamite if you’re daring!) follows your every move –Make mischief with dastardly lava traps and watery curses that cause huge floods Whether you’re a Minecraft megafan or a newbie, you’ll see Minecraft in a whole new light while learning the basics of programming. Sure, you could spend all day mining for precious resources or building your mansion by hand, but with the power of Python, those days are over! Requires: Windows 7 or later; OS X 10.10 or later; or a Raspberry Pi. Uses Python 3

Mathematics is as old as civilization. The Maya developed sophisticated arithmetic to study the stars and the weather, the ancient Greeks used geometry to estimate the size of the earth with remarkable accuracy, and the Chinese mathematician Liu Hui calculated pi to five decimal places two millennia before computers had been invented. And mathematics is alive and well today, with new discoveries made every day, sometimes about problems that are easy to understand but surprisingly difficult to solve. Some problems lie around for centuries waiting to be solved: Johannes Kepler made a guess in 1611 about how a pile of spheres could be packed most densely into three-dimensional space; it took four centuries until Thomas Hales proved that Kepler was right. And mathematicians love to expand old problems and turn them into new ones: Marina Viazovska won a Fields Medal in 2022, equivalent to a Nobel Prize, for solving an even harder version of Kepler's problem! Much of the power of mathematics comes from how it enables us to understand things that we can't see or experience directly. And throughout the history of mathematics, abstract ideas have proven to be unexpectedly useful in solving concrete problems. Mathematicians have been playing with prime numbers since antiquity; who would have thought that they would become an essential ingredient of modern cryptography? Who would have thought that complex numbers, first discovered in the 1500s and derided as "imaginary," would turn out to be exactly the right tools to describe real world phenomena like radio signals and electrical circuits? Even infinity, literally the biggest mathematical concept of all, is useful: Georg Cantor's revolutionary discovery that infinity itself comes in different sizes introduced ideas that have become indispensable for the study of computers and computer algorithms. Every year, the Abel Prize, the Gödel Prize and the Turing Award honor far-reaching mathematical discoveries. Sometimes these discoveries are brand new ideas, and sometimes they are applications of mathematics to solve real-world problems. In this collection, recipients of these awards will show you both the beautiful abstract ideas they study, and the amazing power they have to transform the modern world.

Using the fun, interactive world of Minecraft and key concepts in STEAM, two teachers developed the Minecraft and STEAM series to be used in and out of the classroom. In Minecraft and STEAM, students discover that Minecraft isn't just a game, it's a tool that can be used to learn about real-world science, technology, engineering, art, and math. Patterns and Numbers in Minecraft: Math focuses on math but includes other STEAM concepts in the sidebars. Includes table of contents, glossary, index, sources for further reading, and an extension activity.

As technology continues to play a pivotal role in society, education is a field that has become heavily influenced by these advancements. New learning methods are rapidly emerging and being implemented into classrooms across the world using software that is low cost and easy to handle. These tools are crucial in creating skillful learning techniques in classrooms, yet there is a lack of information and research on the subject. The Handbook of Research on Software for Gifted and Talented School Activities in K-12 Classrooms is an essential reference source that discusses newly developed but easy-to-handle and less costly software and tools and their implementation in real 21st-century classrooms worldwide. The book also helps and supports teachers to conduct gifted and talented school activities in K-12 classrooms. Featuring research on topics such as educational philosophy and skillful learning techniques, this book is ideally designed for software developers, educators, researchers, psychologists, instructional designers, curriculum developers, principals, academicians, and students seeking coverage on the emerging role that newly developed software plays in early education.