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"With most teachers out of school for the summer by now, summer learning loss probably isn't top priority. After all, the kids are back in their parents' hands for at least a couple of months, right? If the students aren't in your classroom, there isn't a whole lot you can do beyond a summer reading list (that the parents may or may not encourage their students to complete, anyway). What you do have to worry about is the amount of catching up you need to do once you have students back in your classroom in the fall. The handy infographic below takes a look at some interesting statistics on summer learning loss, aka the 'summer slide'. It also offers some really simple ways to keep kids' brains churning along during their summer break. You can even offer these as simple recommendations to parents, to show them that summer learning doesn't necessarily mean their kids need to sit down and read all of Dostoevsky's works before the evenings get chilly!"

"Before the advent of the uber-popular show Mythbusters or the push for more STEM (Science, Technology, Engineering and Mathematics) in schools, parents and their kids were doing at-home science experiments. Now, the trend continues to blossom, although many of the experiments have remained somewhat the same…and always awesomely exciting! If you're a parent and you want to do something with your kid that isn't related to cleaning the toilets or forging through homework, check out these 20 great science projects that you can complete in the confines of your humble abode. Most of them use around-the-home items that you probably have on hand, although some will require a little bit of shopping ahead of time. To help you decide which are best for your children's needs, the 20 have been divided into projects for younger students and projects for older ones."

"The Educational and Mobile Learning site highlighted a great step by step iPad task tutorial by the folks over at iSupport. They outline five tasks that "every modern teacher" should be able to do and use in their classrooms. It's a great list: A PDF A presentation An interactive book A podcast A movie I really like how they put together an easy way to see how using iPad tools can lead kids through low level to high levels of thinking and doing. But the list isn't comprehensive. And it might start past the point where some teachers are right now. So I've added five extra iPad basic skills that I think every teacher using iPads needs to have: Edit Photos"

"There's no disputing the fact that iPhones and iPads are very sought after devices, but the price of owning these gadgets can be very costly, especially when Apple charges over $600-$700 for 32GB and 64GB models. So many customers end up getting a 16GB iPad, but what do you do you when start running out of iPad memory space? Or another important question is, do you even need more than 16GB, especially in the era of cloud storage and syncing?"

"Have you read The Paperless Classroom with Google Docs by Eric Curts? If not, you should. It is a great way for Google schools to harness the power of Google for sharing documents, and establishing a workflow for students to turn in work for teachers to grade and return in a paperless environment. I love it. In fact, I liked it so much that I decided to pay homage to it with a version that is dedicated to doing the very same thing on the iPad using just the Google Drive app. Regular readers will have seen my last post, How to Use Comments on the Google Drive iPad app. For me, this was a key change to the Google Drive iPad app, and one that had huge implications for the iPad classroom. It inspired me to think about just how much you can do in Google with an iPad and the Drive app, and I soon discovered that you can do a lot more than you might think. So, with the blessing of Eric Curts himself, I sat down and went through all the steps he meticulously outlined for the desktop version of Google Drive, and converted as many as I could to the equivalent actions in the Google Drive iPad app. Then I added some additional steps for other things like taking documents offline, or grading PDFs, images and movies."

"I have been doing a lot of apps review here in Educational Technology and Mobile Learning but I have never posted about the tools you as teachers and educators can use to create your own apps. Just lower your eyebrows down, you can do it without any coding knowledge. Of course Android and Apple do provide tech savyy guys with the tools necessary to create their own apps but for us who know nothing about SDK and app development skills, platforms like the ones below will serve the purpose. You can create your app in less than a minute and the process is completely free. Here are some of the apps I learned from Steven Anderson and which you can use to create your customizable apps. Enjoy"

"Do you know what critical thinking is? Do you know how to successfully incorporate it into your classroom? If you're a student, do you know how to think critically about a particular topic, idea, or project? This handy visual is truly"

"If you've recently gotten an iPad or a set of iPads in your school and you're not sure what to do with them, here are four things you can do right away:"

"Popular mobile devices may come and go, but the iPad has remained a hit in the K-12 classroom. But even though they're in schools, our work with teachers has led us to understand that while many of them would like to use iPads meaningfully in their classrooms, they can't because of time, access, and training. So for the past year and a half, we've both been working with teachers and university students integrating iPad technology into the classroom in a controlled way. While doing this, we came across several outcomes that made us question and dig deeper into what the research actually says about using them in the classroom. Do students and younger teachers use them more effectively? Do they work better for some student populations? It's probably not giving much away to say that the most important learning outcome we found was that experience is the greatest teacher."

"Hello, I am Sam Patterson and this is Beyond The Hour of Code, a podcast dedicated to helping teachers use programming and creative self-expression in the learning experiences they design for their students. This episode is about . . . Chapter seven of my book exploring the instructional models most useful for robot-based learning in the primary grades. This is the last in a mini-series of "how to teach with robots" posts. Robot as Constant Robots used in a lesson should be used to their full potential. What does a robot do? Exactly what you tell it to do. Pedagogically, to capitalize on this, think about the robot serving the role of "constant" in an experiment. Ask a robot to roll forward at fifty percent power for two seconds and that is exactly what it will do. How far will it go? That depends on so many things outside of the robot and its programming. This space, just outside of the robot and its programming, is where teachers build the learning experience."

"Fact, I have anxiety about math facts. I have a degree in math. I graduated college with honors. I got the highest score at my university on the Putnam exam, which is supposedly a big deal to get a non-zero score. I taught high school math for 14 years. I am the Queen of Spreadsheets. I code for fun and share my coding projects. I repeated the 4th grade due to math facts. After 2 years of 4th grade, I never passed the timed math tests. If you ask me to do basic arithmetic in my head, even 7×8, I freeze. My heart races. I try to dodge the question. I'm perfectly capable. I'm more inclined to use strategies when doing math problems than memorization. When I'm alone and tallying student scores on a paper, I do great. If I need to design a spreadsheet and apply math, I excel at that. I am not alone. Reading Mathematical Mindsets by Jo Boaler, for the first time in my life I realize I am not dumb."

"Before the advent of the uber-popular show Mythbusters or the push for more STEM (Science, Technology, Engineering and Mathematics) in schools, parents and their kids were doing at-home science experiments. Now, the trend continues to blossom, although many of the experiments have remained somewhat the same…and always awesomely exciting! If you're a parent and you want to do something with your kid that isn't related to cleaning the toilets or forging through homework, check out these 20 great science projects that you can complete in the confines of your humble abode. Most of them use around-the-home items that you probably have on hand, although some will require a little bit of shopping ahead of time. To help you decide which are best for your children's needs, the 20 have been divided into projects for younger students and projects for older ones."

"December is one of the most exhausting months of the year for teachers. The days are shorter. The weather grows colder and (at least here in Oregon) wetter. Students are anxious - whether it's a buzzing excitement for vacation or a sense of dread that some kids feel in homes that are unsafe during the holidays. And teachers are tired. They're tired of redirecting behaviors and tired of the mid-year pressure of the test and simply tired of the sheer energy it takes to be a teacher. It's no wonder that so many teachers begin playing holiday movies around this time of year. They want to create a sense of fun and escape and enjoyment, and a motion picture promises exactly that. Maybe that's okay. Maybe that's a part of creating a culture of joy. But for me, movies always fell flat. For my first few years, I showed a movie the day before the winter break. However, within minutes, kids were disengaged. They were passive. It wasn't special. My students could go home and watch a movie whenever they felt like it. It had me wondering . . . was there something that they could do in my class that they couldn't do anywhere else? Was this actually the chance to do something epic and make something memorable?"

"Catherine Good has experienced stereotype threat herself, although she didn't know it at the time. She started her academic career in pure math, expecting to get a Ph.D. But somewhere along the way she started to feel like it just wasn't for her, even though she was doing well in all her classes. Thinking that she'd just chosen the wrong application for her love of math, Good switched to math education, where she first encountered the idea of stereotype threat from a guest psychology speaker. "As he talked about students feeling that they don't really belong, I had an epiphany," Good said. She realized the discomfort she'd felt studying mathematics had nothing to do with her ability or qualifications and everything to do with a vague sense that she didn't belong in a field dominated by men. Stereotype threat is a term coined by psychologists Joshua Aronson and Claude Steele. They found that pervasive cultural stereotypes that marginalize groups, like "girls aren't good at math," create a threatening environment and affects academic achievement. Good was so fascinated by how powerful psychological forces can be on learning, including her own, that she switched fields again to study social psychology, and she ended up working closely with Carol Dweck for several years when Dweck's growth mindset work was in its early stages and not yet well-known among educators. Good now works at a psychology professor at Baruch College. Originally, Dweck and Good hypothesized that believing intelligence is flexible - what we now call a growth mindset - could protect students from stereotype threat, an inherently fixed idea."

""AI won't obliterate jobs, but it will transform jobs," said Daniel Pink, author of Drive: The Surprising Truth About What Motivates Us. Pink said he's told his own kids to "think about what you can do to augment what AI does-work that only humans can do that smart machines cannot." That includes: creativity; dealing with ambiguity, nuance and poorly defined problems; understanding other's emotions and point of view; Developing expertise and sense making; and Identifying reliable sources. "

"To be sure, there have been changes in the Maker movement in the decade-plus since the first Maker Faires wooed a new generation of DIYers. Along the way, we've celebrated successes and asked hard questions. How can we help making become more equitable and inclusive? How can maker ed embrace traditional technology, including computer science? What are the benefits of a maker education, and how do we measure them? In this guide, we hope you'll find answers to-or at least ideas about-these and other questions that explore the meaning of making. We've also included tips and techniques for building and funding your maker program and honing your maker skills. You'll learn how to do a lot with a little, and find inspiration for what's possible-in a school district, college library, even on a bus. For those of you who've never been to a maker event-we've brought one to you. And if you're an experienced maker educator ready to up your game, check out our roster of professional development opportunities. At its core, making is about doing. So we've also made sure you can build something-sitting right where you are. "

"Root looks like a smoke detector but is actually a sophisticated robot. A magnetic surface, wheels, and an impressive arsenal of sensors allow it to navigate a classroom white board. But Root isn't actually programmed to do anything. Its tasks and functionality hinge on a child's imagination. To operate - Root needs instructions, a line of code. Zivthan Dubrovsky of Harvard's Wyss Institute recalls testing out Root with kids for the first time. He asked them this: "Can you make a text based java script line follower? They go 'no that's hard, can't do that', but we can put level one in front of them and they can do it in minutes." Level one introduces kids to principles of programming using an interface of simple instruction and pictures. As they become more adept, they jump to levels 2 and 3, at which point writing computer code becomes second nature, according to Dubrovsky."

"My school is a STEM magnet school and unfortunately, that leads to a disproportionate number of male students.  This year the ratio was 65% male, 35% female, which led to many of my female students feeling disenfranchised.  I wanted to do something to help create a safe environment for my girls to explore STEM and to build a community with one another, so this year I partnered with several science teachers to start a STEMgirls club at our school.  At our first meeting, we talked about possibilities of projects and activities that we would like to do.  When I mentioned a workshop I had seen others do where you could sew light up bracelets, my students got really excited.  Thus, our Circuit Bracelet Workshop was born."

"I love teaching! I love being a School Librarian & Technology Specialist. I love my practice, my profession, my school, my library, my students, my families, and my community! I can't imagine doing anything else that feeds my soul like being an educator. I love the seasons and the time and tide of it. * Every new school year is a do-over. Any and all the mistakes or things you didn't get to do the year before can be corrected the next year. I can't think of any other profession that gives you such a clear start and stop and a time to reflect. The great thing about summers off (other than that they are made of awesome) is the ability to step back and reflect about the past school year. "

"I visited a classroom this morning as the supervisor of our Educational Technology practicum. I love visiting schools, not because it gives me a sense of "relevance" but because it allows me to do something I rarely got the chance to do as a classroom teacher: visit other classrooms and watch the amazing things that happen. Somewhere in the back of my mind, there is this question, "What do you forget when you leave the classroom?""