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"Having taught PE using iPad since it first came out in 2010 I have seen it grow rapidly as a tool to support teaching and learning. Having purchased one for personal use I could straight away see the opportunities it lent for me as a teacher with no fixed classroom.  All of a sudden I had access to information wherever I was round the school.  iPad 1 had its limitations though, namely the lack of a camera, but even without this it allowed me to make notes on learning, share videos with students about model technique and numerous other things to support my teaching, even simply planning and evaluating lessons on the go. Then came iPad 2 and the camera.  This changed everything and I knew straight away that this was the way forward for the whole of the department."

"This episode of ETYSK features the app Kodable, which aims to teach primary grade students how to code by means of an incredibly appealing game. Gretchen, one of the apps founders, explains what Kodable is, how teachers are using it in the classroom, why they target the age of kids that they do, and more."

"So we thought we'd start an ongoing collection-that is, one that is updated to reflect trends and changes-of the best resources for teaching with the iPad. This will include resources from all of the best sources, from Apple's own stuff to TeachThought to edutopia to MindShift to DMLCentral to Jackie Gerstein and more. We can update it, or make it a wiki to crowdsource the process, or you can add suggestions in the comments below. Based on the activity of the comments, and the sharing of the post, we'll decide how to handle it moving forward."

"Everyone has a pet theory on how to improve public education: better professional development for teachers, more money, better curriculum, testing for accountability, teacher incentives, technology, streamlined bureaucracy. Policymakers have been trying these solutions for years with mixed results. But those who study the brain have their own ideas for improving how kids learn: focus on teaching kids how to learn."

"Some lessons are better learned earlier in life -- and kindness is no exception. That's why teachers like Kimberly Smith and Pamela Jung are beginning to teach a compassion-based curriculum in their kindergarten classrooms -- and as a result, they're finding that the lessons are helping their young students in a multitude of ways."

"When my niece was finishing school in Finland, more than anything else she wanted to become a primary teacher. Despite her genuine interest in teaching she failed to get into a teacher education programme at the University of Helsinki. She was smart and bright, yet she was not deemed qualified. This is not unusual. Finnish universities regularly turn away applicants such as my niece to try again or to study something else. In fact, Finnish primary school teacher education programmes that lead to an advanced, research-based degree are so popular among young Finns that only one in 10 applicants is accepted each year. Those lucky students then have to study for five to six years before they are allowed to teach a class of their own."

"Remembrance Day commemorates the sacrifices of people in all armed conflicts.  In order to assist our fellow educators, here are a few Remembrance Day teaching resources that have been shared inside Cube for Teachers."

"Stewart Middle Magnet is a STEM magnet school, and part of our curriculum comes from Project Lead the Way, including classes in engineering, robotics and aerospace.  The Design Process is an important part of that curriculum.  It also ties in beautifully with what we do in our makerspace.  So it made sense for me to partner up with one of our Project Lead the Way classes to teach our students about the basics of the design process.  While this was a lesson with a specific class, it could easily work with small groups, after-school clubs, or any group that you bring into your makerspace."

"Kathy Perez has decades of experience as a classroom educator, with training in special education and teaching English language learners. She also has a dynamic style. Sitting through her workshop presentation with like being a student in her classroom. She presents on how to make the classroom engaging and motivating to all students, even the most reluctant learners, while modeling for her audience exactly how she would do it. The experience is a bit jarring because it's so different from the lectures that dominate big education conferences, but it's also refreshing and way more fun. Perez says when students are engaged, predicting answers, talking with one another and sharing with the class in ways that follow safe routines and practices, they not only achieve more but they also act out less. And everyone, including the teacher, has more fun. "If we don't have their attention, what's the point?" Perez asked an audience at a Learning and the Brain conference on mindsets. She's a big proponent of brain breaks and getting kids moving around frequently during the day. She reminded educators that most kids' attention spans are about as long in minutes as their age. So a third-grader can concentrate for about eight minutes before losing interest. It's a teacher's job to make sure there are lots of quick, effective brain breaks built into the lesson to give children a moment to recalibrate. Perez says teachers must be prepared for a diverse cross section of learners with a large toolkit of strategies for teaching in multiple modalities, with many entry points to participation and content."

The Teaching Practices Inventory (formerly called the "Teaching Practices Survey") was designed to characterize the teaching practices used in undergraduate science and mathematics courses. The inventory requires 10-15 minutes to fill out and provides a detailed characterization of practices used in all aspects of a "lecture" course (it is not suitable for use with courses that are primarily laboratories, seminars, or project courses).

"What is it? This rubric describes beginning, developing, and Gold Standard levels for Project Based Teaching Practices for K-12 teachers. Why do we like it? This rubric features detailed, concrete indicators that illustrate what it means to teach in a PBL environment. How can you use it? Teachers and school leaders can use this rubric to reflect on their practice and plan for professional growth."

"Using a tablet to explore STEAM concepts is a natural pairing-as kids drag, draw and create they learn more about technology and the world around them. That's why we've gathered 60 of our favorite apps for teaching STEAM in the classroom, with recommendations for every grade level. Read on to get our list!"

"Starting from next week, EdTech and mLearning will be featuring a series of posts on the best educational web tools and mobile apps we have covered during this year. Today as we were working on some literacy and language arts' tools we thought to give a quick shout-out to two of the best resources to help you with the teaching of reading. These websites provide a wide range of materials (lessons plans, interactives, printables, graphic organizers...etc) all of which are designed specifically to help students develop their reading skills and become better readers."

"Kids can learn the physics of hockey and aerial skiing, the engineering of the halfpipe and bobsled, the chemistry of snow and ice, and the math of Olympic greatness -- all from fabulous five minute videos featuring winter Olympics. Not only that, but kids can apply these STEM concepts into improving their own winter sports abilities and use the knowledge to experiment with science, engineering and math through play. NBC Learn and the National Science Foundation have released Science of the Olympic Winter Games 2010 and Science and engineering of the Olympic Winter Games 2014 to teach the science and engineering behind individual Olympic events. There are sixteen videos in the 2010 series and ten videos in the 2014 series. Each video is approximately 5 minutes long, and the 2014 series includes lesson plans, integration guides and ideas for hands-on investigations, as well."

"Years ago, I wrote a piece suggesting that computer coding should be a basic requirement in junior high schools. I compared it to a required class I myself took in grade school: Typing, a skill that helped throughout my life. I brought up the idea again last week while moderating a panel at the South by Southwest festival in Austin, Texas. One of the panelists, MIT Media Lab Senior Research Scientist Kipp Bradford, challenged me on the idea. Bradford acknowledged the importance of coding classes. But he argued that given today's complex programming landscape (there are well over 100 languages in use), basic coding isn't the right course to prepare students for the job market of the future. He suggested teaching "computational thinking" skills instead."

"Does STEM scare you? I know it scared me. When I was a kid, I watched my brother take apart an entire computer and put it back together without a manual or guide. Me, I could barely change a lightbulb. And no matter how hard I tried, I always seemed to put IKEA furniture together backward. You should see my bookcase. Very embarrassing. It was with this same trepidation and insecurity that I approached STEM. What could I teach kids? I'm not an engineer! I'm not a scientist! I'm not a mathematician! It wasn't until I reluctantly volunteered to help out with a robotics after school program that I started gaining confidence. I put together my first robot (with a lot of help, TLC from the co-instructor, and even guidance from some eight-year-old kids) and its been downhill from there. I soon realized that leading successful STEM experiences has less to do with your actual knowledge as an instructor (though it helps), and more to do with the MINDSET you take with kids. Here are the five MAKER mindsets and how YOU can develop them starting tomorrow."

Traditional methods of teaching maths have more in common with how we programme a computer that what we might do if we wanted to engage our students in mathematical thinking. We shouldn't be overly surprised then when our students consider mathematics to be all about learning a set of rules that they need to apply in the right order so as to output the correct response. But is there a better way?

"If you think data-in education, or any field-is cut and dry, think again. Working with data in the classroom, especially, can be either exhausting or exhilarating-depending on your fitness level. Data can be big, but also quite small. It's often quantitative, but is increasingly qualitative. It's predictive, but not always inclusive. It's private, but not always protected. But one thing's for certain: data has enormous power to impact teaching and learning."

"fter talking to 350 students, educators, and parents across 30 schools, they found few schools where powerful learning, in which most students were engaged and thinking critically, was happening across the board. However, they did find individual teachers who were making it happen on their own. In those classrooms, students were enthusiastically engaged, participating in challenging tasks that drew on their analytical and problem-solving skills. Mehta and Fine describe these bright spots in their new book, In Search of Deeper Learning: The Quest to Remake the American High School. Usable Knowledge sat down with Mehta and Fine, who is now the director of the teaching apprenticeship program at the High Tech High Graduate School of Education in San Diego, to find out how other teachers can replicate the successes they uncovered - and how to prepare teachers to facilitate the kind of deeper learning we'd hope to see in every setting."

"My students come from a small, rural community and lack a broad understanding of the larger world around them. This inspired me to seek out a game, or online environment, that could provide more expansive experiences for them-a place that would allow them to explore, on their own or with others, and where I could embed history content for them to discover. On Twitter I came across an exploratory discussion of Minecraft's potential for school use. I dove in and began a journey that ultimately changed my perception of teaching and how I interact with my students. Minecraft is easy to use and implement in a classroom. It promotes student independence and creativity, but it is also an immensely collaborative tool that I have witnessed being integrated across all grade levels and content areas. Students can apply their understanding in truly unique and often unanticipated ways. Previously, my kids struggled with writing. Today, they are more creative and confident writers. Instead of getting 125 essays written in the exact same style with the same details, I now get unique historical narratives, rich with sensory experiences and observations made with their own eyes."