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"Slice It! is a sneakily simple and completely engaging way of teaching users of all ages to visualize geometric figures. The goal of Slice It! is really quite simple: cut the provided shape into whatever number of pieces the level asks for, with just the number of lines the level offers you. Oh, and just to keep it interesting: make all of the pieces EQUAL."

"A group of children on a playground, each kid clutching a slip of paper with a number on it, moves along a line drawn in chalk, comparing numbers as they go and sorting themselves into ascending order from one to ten. Another group of children, sitting in a circle, passes pieces of fruit - an apple, an orange - from hand to hand until the color of the fruit they're holding matches the color of the T-shirt they're wearing. It may not look like it, but the children engaged in these exercises are learning computer science. In the first activity, they've turned themselves into a sorting network: a strategy computers use to sort random numbers into order. And in the second activity, they're acting out the process by which computer networks route information to its intended destination. Both are from a project called Computer Science Unplugged, which endeavors to teach students computer science without using computers."

"Working with more than one app in a lesson is a great way to push students with technology.  There are combos for math I love to use, and here is another one to try out: Have students create a visual model using virtual base ten blocks and take a screenshot of their work.  Add the screenshot to a ScreenChomp creation and have students record themselves as they explain their thinking!"

Part of the problem, he suggested, is the time it takes educators to move from learning about a piece of technology to actually integrating and manipulating its specific uses for the classroom. "If you take the five stages from the evolution of thought and practice," he said, "starting with 'entry' and moving through 'adoption' to 'adaptation' to 'appropriation,' and finally 'innovation,' research shows it takes seven years on average to go from the top of that list to the bottom. That's a long time." Too long, according to Benno. Which is why, as educators, "we have to figure out how to close the gap."

"For our 50th issue of Make: (April/May 2016), we decided to talk to a number of people who have contributed to the magazine, shown at Maker Faire, written for the website, and who have basically been a huge part of the success of Maker Media, to share some of what they've been up to recently. We asked them about current projects they're working on, some of their favorite tips (on everything from practical shop workings to a maker pro's bottom line), and any inspiring memories they've had during their time in the maker movement. You can see the full feature piece in the magazine. We got responses from 28 people. As you can imagine, we received way more material than we could fit in the magazine. Since many of the tips were too good not to share, we decided to share the rest of them here on the website. Enjoy."

"Students in our 1:1 iPad class bring their own devices to school, loaded with a set list of apps. There are very few "drill and practice" apps, rather those that allow for creativity and true demonstration of understanding. Our maths lessons have been completely transformed with the wide array of opportunities now available with apps such as Doodle Buddy, Number Pieces, Captions and Explain Everything."

"Originally, we used Book Creator in English lessons, where children enjoyed producing more creative and interactive pieces, using the various tools, such as images for scenes in their stories or to link with the subject of their non-fiction work. It also helped our younger years' classes, both with writing and speaking and listening because the children were able to record their sentences, using the microphone tool. Moreover, we have a significant number of children who speak English as an additional language, so Book Creator provides excellent support for them too because they are able to practice both their written and speaking skills simultaneously. Book Creator can really work in the science classroom, according to @MrW_BVPS CLICK TO TWEET The hypothesis Realising the potential of Book Creator, I wanted to see how effective it would be in other subject areas. In this instance, we used it in Science. The children were investigating the importance of surface area when thinking about floating and sinking. I felt this would be a good fit because it would help to immerse the children in the experiment."

"Math Shake is an engaging, playful app that helps students learn to solve word problems.  It contains thousands of questions which students turn into an equation by looking for keywords and clues in the problem. Once students have discovered the equation, they can use a variety of built-in learning tools such as number lines, tens frames, fraction pieces and counters to work our their answer. Teachers and parents can also use these tools to teach effective strategies."

"This is number 6 in my blog series on major learning theories. My plan is to work through the alphabet of psychologists and provide a brief overview of their theories, and how each can be applied in education. In the last post we examined the work of Craik and Lockhart on Levels of Processing theory. In this post, we explore the work of Mihály Csíkszentmihályi on Flow Theory. This is a simplified interpretation of the theory, so if you wish to learn more, please refer to the original work of the theorist. There is an interesting news report on the BBC News website this morning. It is a piece claiming that children who use technology at home are finding that they are not able to concentrate in school. They are not able to focus, claims the report, because 'they're spending so much time on digital games or social media.' Yeah right. It's easy to blame lack of concentration on technology, but what about the quality of the lessons they are attending? The onus is on teachers to make lessons more interesting, and that is what they are trained to do. Part of the solution might be to incorporate these digital games and social media into some of the lessons. Just how can we engage students more effectively? Here's Flow Theory:"

"Coding is the ability to write step by step instructions (programs) for a computer to understand to complete a task. The Hour of Code website has tons of ready to go online activities that get students to write code that results in a number of cool outcomes, such as making a monster dance, creating avatars, remixing music or making a game. When students complete these easy tutorials they learn these important skills- logic, problem solving, fitting puzzle pieces together, selection, instructional writing, editing, revision, and creation. Below are some great websites to find engaging coding projects that take an hour or less. Most require no registration! Just provide students with a quick introduction to the task on the projector and the link for them to get started. I would highly recommend doing the activity first. In the next post I will introduce you to unplugged activities, which get students to focus on specific coding skills you will notice in these activities, which include working with puzzles, providing good instructions, problem solving and algorithms."

"You saw the pictures in science class-a profile view of the human brain, sectioned by function. The piece at the very front, right behind where a forehead would be if the brain were actually in someone's head, is the pre-frontal cortex. It handles problem-solving, goal-setting, and task execution. And it works with the limbic system, which is connected and sits closer to the center of the brain. The limbic system processes emotions and triggers emotional responses, in part because of its storage of long-term memory. When a person lives in poverty, a growing body of research suggests the limbic system is constantly sending fear and stress messages to the prefrontal cortex, which overloads its ability to solve problems, set goals, and complete tasks in the most efficient ways. This happens to everyone at some point, regardless of social class. The overload can be prompted by any number of things, including an overly stressful day at work or a family emergency. People in poverty, however, have the added burden of ever-present stress. They are constantly struggling to make ends meet and often bracing themselves against class bias that adds extra strain or even trauma to their daily lives."

"Regardless of whether you think every infant needs an iPad, I think we can all agree that technology has changed education for the better. Today's learners now enjoy easier, more efficient access to information; opportunities for extended and mobile learning; the ability to give and receive immediate feedback; and greater motivation to learn and engage. We now have programs and platforms that can transform learners into globally active citizens, opening up countless avenues for communication and impact. Thousands of educational apps have been designed to enhance interest and participation. Course management systems and learning analytics have streamlined the education process and allowed for quality online delivery. But if we had to pick the top ten, most influential ways technology has transformed education, what would the list look like? The following things have been identified by educational researchers and teachers alike as the most powerful uses of technology for learning. Take a look. 1. Critical Thinking In Meaningful Learning With Technology, David H. Jonassen and his co-authors argue that students do not learn from teachers or from technologies. Rather, students learn from thinking-thinking about what they are doing or what they did, thinking about what they believe, thinking about what others have done and believe, thinking about the thinking processes they use-just thinking and reasoning. Thinking mediates learning. Learning results from thinking. So what kinds of thinking are fostered when learning with technologies? Analogical If you distill cognitive psychology into a single principle, it would be to use analogies to convey and understand new ideas. That is, understanding a new idea is best accomplished by comparing and contrasting it to an idea that is already understood. In an analogy, the properties or attributes of one idea (the analogue) are mapped or transferred to another (the source or target). Single analogies are also known as sy

"Over the last couple of years, the Maker Movement has ushered in a new wave of low-cost hardware that enables anyone of any age and skill level to begin tinkering. Easy-to-use boards like the Arduino continue to lower the barriers to entry, while simplifying the prototyping process. Ultimately, this allows kids to explore basic electronics, learn coding, pursue STEM-related disciplines, and in some cases, even start their own business. Here are a few young Makers from 2015 that prove age is just a number when it comes to innovation…"