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"I was painfully bored during my K-12 education. I looked forward to college anticipating that it would be different - more engaging, more interesting, more innovative. I was wrong. My undergraduate education, except for a few bright spots, was just an extension of my K-12 education including more grill and drill with sages on the stages (literally since I went to such a large university); taking notes and taking lots of multiple choice tests. During my freshman year, I thought that if I had one wish, it would be to change the educational system (which has stayed with me ever since). One of those bright spots was being asked to read Carl Rogers, Freedom to Learn, which was published 1969 in an upper level Educational Psychology course. The big aha for me was that school systems should be focused on helping learners develop the skills for how to learn not what to learn, one that was sorely lacking in most of my K-graduate-level education and a concept and goal that as an educator I've held onto ever since."

"Augmented Reality (AR) is the imposing of digitally generated images into a viewer's real-world surroundings. Unlike Virtual Reality, which creates a completely artificial environment, AR uses the existing environment and overlays it with new information. Augmented reality apps are usually written using special 3D programs which allow developers to superimpose animation in the computer program, to an AR "marker" in the real world. It is now popularly being used by advertisers to create 3D renders of products, such as cars, the inside of buildings, and machinery. This provides consumers with a 360-degree product view. The term 'Augmented Reality' was coined by Boeing researcher Thomas Caudell in 1990, to explain how head-mounted displays of electricians worked during the assembling of complicated wiring. Since then, the technology has been used in CAD programs for aircraft assembly, architecture, digital advertising, simulation, translation, military, and various medical procedures. Tech giant Google, unveiled Google Glass in 2013, propelling AR to a more wearable interface - glasses. It works by projecting on the user's lens screen while responding to voice commands, overlaying images, videos, and sounds."

The consistent message is that we are preparing our students for success in a world very different to that which was the norm only a short time ago. The implications of this change are immense and require a shift in our thinking about what matters most in our classrooms. Such is the pace of change that within any school there will be multiple generations who normalise different perspective on technology and its place in their lives. What becomes clear that the skills we most need within our schools at every level are those which are critical for individuals to be empowered, self-navigating learners. But what does this mean in practical terms?

"There's an old saying that the things that change your life are the books you read, the places you go, and the people you meet. But I'd like to add a fourth: the challenges you face (and how you face them) will always change your life. If we want our students to respond to challenges with creativity and inventiveness, we must create the conditions in which innovation is not only possible but encouraged. You don't help students learn to invent by giving worksheets or cookie-cutter assignments. In fact, these one-size-fits-all approaches may actually take up the time that could be used for such creativity. Get the best of Edutopia in your inbox each week. According to the Torrance Test-which measures CQ, or creativity quotient-the United States has been declining in creativity since 1990. There has to be a reason. Perhaps it is because we focus on students' weaknesses instead of their strengths. In many schools, we'll put a math genius who struggles with grammar into extra English classes. Should we not give this math genius access to college-level advanced math work, and figure out the basic English requirements he or she needs for a basic understanding of grammar? Why do we think that all students should be good at everything? We can either be average at everything or exceptional at something. With this in mind, here are some things we need to do to encourage student inventors as we nurture student passions, interests, and strengths."

"One of the things I love most about BreakoutEDU is how freely its creators share resources. There are tons of people creating and sharing digital breakouts that are for you to use with students. And if you can't afford the fabulous official BreakoutEDU boxes, (which run $125 each), they generously provide you with links for purchasing your own materials. Still, putting together a few sets (and you will need a few) can be a little pricey. That said, recently I received a question on Facebook about how I put together my own BreakoutEDU boxes - each of which cost me around $35.00. Depending on the number of locks you purchase, you might be able to put them together even cheaper. The document below lists all the items I purchased for my own boxes and how much they cost."

"I was listening to Chris Molanphy's excellent Hit Parade podcast this week, which is based on his equally great Hit Parade column for Slate Magazine. In this episode, he details the circumstances that lead the Beatles to hold the still-unbeaten record of having the top 5 spots on the Billboard charts all at once. More remarkably, it's not that this feat was achieved through their own talent - it was almost entirely a snafu caused by the lack of interest in the Beatles by major labels. Indeed, much of the feedback they had received from labels and the American music industry was tepid at best and negative at worst. Dick Rowe at Decca Records cemented his place in history by declining to sign the Beatles, saying "Guitar groups are on the way out." He wasn't wrong - the data he had showed that there wasn't likely to be much of a return in signing the Beatles. Instead, Decca signed Brian Poole and the Tremeloes, who would cost them less money. And so, you're probably wondering how in the world this connects to education. When I look at this moment in history, I see a lot of talented people making choices which are informed by data. As teachers, we too need to look at data. It's how we understand our students better, and when used properly, can be influential in shaping our practice to make our teaching more effective. Certainly data is used as a summative tool, but it is most useful as a formative tool for students and teachers alike. How does the use of data in regards to the Beatles relate to teachers?"

"I am a big fan of music in the history classroom and I have created a number of Spotify Playlists for this purpose. Often this is merely to help create a calm and purposeful working atmosphere, when a bit of Chopin or Debussy sets the tone perfectly. Occasionally it's even possible to have calming instrumental music directly related to the topic in question: for example, Elgar's Cello Concerto in E Minor, which was inspired by the composer watching British troop ships heading off to France in 1914. However, some songs are better used to stoke up some energy during lessons, whilst the very best of all are historical sources in themselves, combining musical feeling with powerful lyrical content. What follows is a list of songs I regularly use in class, organised in broadly chronological order in terms of the topics they relate to, with a brief explanation of how you could make use of them with your own students. What follows is a list of 25 principal songs, but with links to others on similar themes or by similar artists, bringing the total up to over 50. If you have any other suggestions, please contact me (@russeltarr / @activehistory on Twitter) and I'd be delighted to add them to the list (as long as it isn't "We didn't start the fire" by Billy Joel. which I admit is superb, but we all know this one, surely?)."

"Fused deposition modeling (FDM) 3D printers are everywhere - from the home to the office, from the classroom to the workshop! The most commonly used materials in 3D printing are the thermoplastics PLA and ABS, but the list goes on (and on). Other materials that are sold as 3D printer filament include nylon, polycarbonate, carbon fiber, polypropylene, and many more! There are even special blends which can conduct electricity or glow in the dark! With so much variety on offer, it's easier than ever to create functional, beautiful, and high performing prints in a variety of exciting materials. Read our 3D printer filament guide to find out which 3D printer filament - standard, exotic, or professional - is right for you."

"From packing peanuts to disposable coffee cups, each year the US alone produces some two billion pounds of Styrofoam - none of which can be recycled. Frustrated by this waste of resources and landfill space, Ashton Cofer and his science fair teammates developed a heating treatment to break down used Styrofoam into something useful. Check out their original design, which won both the FIRST LEGO League Global Innovation Award and the Scientific American Innovator Award from Google Science Fair."

"Helping children visualize math is critical to their success in the subject. I recently observed a 5th grade class starting a lesson on area and perimeter. I turned to a girl who was in my class four years earlier and reminded her that she knew the topic. "Yes I do!" she said excitedly. "The perimeter is where you sit along the outside of the rug in morning meeting, and area is the inside of the rug, where the squares are. That's from 1st grade," she said confidently, circling her fingers in the air to represent her thinking. Visual cues, like this one I use with my six- and seven-year-old students, stick and show that envisioning math helps children learn in lasting ways. We teachers can do more to give students internal ways to see the structure of mathematics-to understand types of units and what it means to move between them, and to pull apart and combine numbers. But math instruction is changing. At my school, in the early grades, we encourage children to use their fingers, something that feels so natural to them, to better understand numbers and the numbering system. We might talk about how a "high five" involves using a whole hand, which is really a unit made up of five fingers; while a thumbs-up involves just one segment of that five-part unit. We then go on to using things like beads on a string and, later, place-value disks, which are like poker chips, to help children see and work with numbers, units, and place value."

"My children are in a French Immersion school, which means eighty-some-percent of the day they are taught in French. My own French is not exactly stellar. I mean I have the basic "I learned this in grade school because I am Canadian" level of French, which my kids, who are in 1st and 4th grade, are already surpassing. Yesterday I was doing the dishes with my seven year old, Gigi, and she was excitedly telling me about watching Paw Patrol at school en francais. We were drying dishes, and she was dancing and jumping up and down with excitement as she told me about La Pat' Patrouille. She also told me they watched Sid the Science Kid for science class today, and yes, of course, it was in French."

"8-year-old Kaori Misue was born without fingers. Usually, creating specialized prosthetics costs upwards of $15,000. However, thanks to a 21-year-old inventor, Misue received a prosthetic hand which has changed her life. Gino Tubaro is offering kids born without limbs the chance to receive a cheap 3D printed prosthetic. Misue's mother, Karina Misue, adds: "It was magical… The confidence it gives kids is tremendous. They're using it with pride." Tubaro's 3D printed prosthetic designs are part of the "Alternative Limbs Project", which began in his home of Argentina. The prints come in a range of designs, offering users the chance to decide what they need the prosthetic for most, whether it's playing an instrument or ping-pong. The prosthetics for kids can even be superhero themed (and shoot rubber bands)."

"Michael Fullan (2013) describes critical thinking as the "ability to design and manage projects, solve problems, and make effective decisions using a variety of tools and resources" (p. 9).  Papert (1980) supports exercises that "open intellectual doors" (p. 63).  Minecraft tasks can be used to create experiences that can be otherwise challenging to design, which according to Drake (2014), should address real-world problems that may not necessarily have one clear answer.  Digital tools such as Minecraft demand higher order thinking skills, which include "the ability to think logically, and to solve ill-defined problems" and "formulating creative solutions and taking action" (Ontario Ministry of Education, 2016, p. 12)."

"Barbara Oakley's professional biography does not suggest that she was once a struggling math and science student: She is an engineering professor, author of A Mind For Numbers: How to Excel at Math and Science and Mindshift: Break Through Obstacles to Learning and Discover Your Hidden Potential (which is not affiliated with this MindShift). Oakley co-created Coursera's most popular course, "Learning How to Learn," with Terrence Sejnowski, which has enrolled nearly 2 million students.  But Oakley is a self-described "former math flunky" who "retooled" her brain - and who has since made it her life's work to help others learn how to learn by explaining some key principles from modern neuroscience. "

"False content online has only multiplied over the years. But the fake news designation has also been used to serve all kinds of purposes-including, increasingly, to disparage real news reporters-so most experts now avoid the term. Instead, researchers usually talk about disinformation, which is purposefully false, and misinformation, which is unwittingly false (either because the publisher made a mistake or because the person sharing the content did). As false content spreads through social media networks, it can oscillate between the two, and it can manifest in various forms, including memes, tweets, or "imposter" content made to imitate real news stories. "

"People of all ages struggle to evaluate the integrity of the digital information that rains down with every web search and social media scroll. When the Stanford History Education Group released findings showing that most students couldn't tell sponsored ads from real articles, among other miscues, it intensified the scramble for tools and strategies to help students discern better. But a more recent study by Stanford's Sam Wineburg and Sarah McGrew suggests that many of the techniques that students and teachers employ - which include checklists and other practices most recommended for digital literacy - are often misleading. A better solution for navigating our cluttered online environment, they say, can be found in the practices of professional fact-checkers. Their approach, which harnesses the power of the web to determine trustworthiness, is more likely to expose dubious information. The following guidelines for interrogating online information, inspired by the fact-checkers' techniques, will increase students' odds of determining unreliable sources (and consuming reliable ones)."

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One of the key ways by which we make sense of our world is by analysing the stories that we and others use to describe it. These stories are a construct of our experiences, our beliefs, our cultural perspectives and the interactions between these things. Even when the context in which the story is set is the same, the details and nature of the story that particular individuals or collective share can differ vastly. Only by listening to each story with empathy and genuine desire to understand each individual's telling of this story do we develop true insights. Making sense of the stories of education should be a key process for all educators.

"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

"Up until a week ago, I'd never heard of ChatGPT. In fact, I hadn't realised that AI chat systems were even a 'thing' and was quite surprised that the technology existed. For those of you who haven't heard of it yet, ChatGPT, powered by artificial intelligence, is a chatbot which takes human-computer interaction to a whole new level. Siri and Alexa pale in comparison. It is an online system which responds to human input in an incredibly sophisticated way. You type in a request and ChatGPT produces a response within seconds."