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"When it comes to solving word problems in the math classroom, children should be able to explain their thinking. This includes identifying the strategies they used and the thought process behind their decisions. Students should use grade-appropriate math vocabulary and models that demonstrate the steps they took to solve a problem. In this post, we're going to take a look at how screencasting can be used in a fourth grade classroom to meet a Common Core State Standard while addressing a 21st century skill: communicate clearly. "

"A great management tip for school or class sets of iPads, tablets, and iPods is to number each device. Setting the lock screen wallpaper to an image with each device's number will make it easy to identify devices. Just press the home or power button and the lock screen instantly lights up and displays the number. "

"Hypothetical situation: you're a student and your teacher has tasked you with identifying a topic that is important to you, understanding it, interpreting it, and then delivering a report to your classmates. Aside from the nerve-wracking part of talking at the front of the classroom (eep!) there are a lot of things to consider. For example, how do I find my particular topic? How do I find relevant resources, interpret what I read, and then distill it all into a presentation that shows I learned … you know … something."

"If there was ONE thing that I'd want every practicing educator to know about learning in social spaces it would be that no matter what field you are working in, there are TONS of folks who are sharing resources that you can use in your work immediately. The trick is tracking down those resources quickly and easily. Just because people are SHARING resources doesn't automatically mean that you are going to FIND those resources. Thankfully, practitioners using social spaces for learning are also adding hashtags -short identifiers that start with the # symbol - to the end of their messagges."

"Two 5-year-old boys, one with autism, were having some friendly playtime when they had a communication breakdown. One boy didn't respond to the other and walked away. The ignored kid got frustrated and pushed over a small staircase, causing the first boy to fall. Their speech therapist, Jordan Sadler, decided to address the issue by recreating it in an iPad app called Puppet Pals. She restaged the scenario as a movie, even taking photos of the room for the background and of the kids for the characters. Using the app to show an instant replay of the scuffle, Sadler and the kids identified what went wrong and then recreated the scene, this time making better decisions. Creating custom stories to help kids learn communication skills or understand complex situations is just one of the ways parents, therapists and educators have taken advantage of tablets to work with kids with autism."

"In this presentation, Brad Ovenell-Carter shows you the work he and his students have done on what they call the "field school model," an innovative instructional methodology distinguished by the way it asks students-not teachers-to curate and catalogue the content they themselves gather, effectively creating their own textbooks as they study. The model capitalizes on mobile and web technologies and borrows design-thinking strategies to get students to identify and collaboratively resolve original, real world problems. "

"When we made the decision to equip our students with iPads, either for class use for our younger users or 1:1 for students in the senior school and sixth form, we knew we were unlocking a host of opportunities. Some were easily identified, others have gradually revealed themselves through an iterative process. An illustrative list in no order of priority includes the benefits of instant access to the Internet without the hassle of booking IT rooms; enriched digital communication; a range of handy apps; a virtual multimedia studio; and the creation of our own iBooks and iTunesU resources tailored to the learning needs of our students. What we did not perhaps appreciate was the impact digital devices could have on the physical learning environment. "

"Technological Pedagogical Content Knowledge (TPACK) attempts to identify the nature of knowledge required by teachers for technology integration in their teaching, while addressing the complex, multifaceted and situated nature of teacher knowledge. The TPACK framework extends Shulman's idea of Pedagogical Content Knowledge."

"Earlier this year, a study was completed that aimed to understand how teachers use technology in their classrooms, and to identify some best practices for all to benefit from. As most of you well know, many teachers have to approach classroom technology from different angles. Some have to follow a specific set of rules from their school or district, including what devices and software to use. Some have great support from their school. Others have none at all, and if they want to integrate classroom technology, it is 100% up to them. But where ever you're coming at it from, a few best practices can help a lot. "

"Using games or game play elements in the classroom to drive learning outcomes is sill gaining popularity. Though most teachers aren't ready to embrace bringing serious games like Minecraft into their classrooms, many are willing to gamify learning or use other types of games. That said, getting an idea of how many teachers are (or aren't) using gamification (or are interested in doing so) is a somewhat difficult task: Many people define gamification in different ways, when it may be a more accurate description to identify different levels of gamification. The handy infographic below takes a look at gamification and more 'serious gaming' in organizational learning. It offers some interesting statistics on just what types (or levels) of gamification are happening in classrooms. Keep reading to learn more!"

"A number of insightful writers have suggested the skills that people need in order to cope with the 21st century. One of my favourites that appears to summarise all of them is from Jackie Gerstein who has put together a neat pictorial of these skills. See also Tony Wanger's work, which Jackie acknowledges. The skills she has identified are: effective oral and written communication; collaboration across networks; agility and adaptability; grit; resilience; empathy and global stewardship; vision; self-regulation; hope and optimism; curiosity and imagination; initiative and entrepreneurialism; and critical thinking and problem solving. Some of the implications of self-determined learning are:"

"Women have long been underrepresented among undergraduates in computer science and engineering for a complex variety of reasons. A new study by University of Washington researchers identifies a main culprit for that disparity: inaccurate stereotypes depicting computer scientists and engineers as geeky, brilliant and socially awkward males. And they say broadening those stereotypes is key to attracting more girls to the two fields."

"Pre-assessment is a powerful instructional tool. Conducted prior to new learning experiences, the process empowers students as much as it empowers teachers. I became acquainted with pre-assessment during the early years as a classroom teacher. This was when differentiated instruction felt new to everyone. In those days, we used pre-tests, anticipation guides, and student work samples from previously taught units to identify what kids knew, what they were already able to do, and where we should invest our greatest energies. Our pre-assessment practices have evolved quite a bit since then. Many teachers have come to understand that assessment in any context rarely requires testing, and data isn't just a simple set of numbers, and defining strengths and needs serves learners in more ways than we previously understood. Sure, we still pre-assess to compact the lessons we teach, but engaging learners in this sort of reflective work helps them carve productive pathways through student-directed learning experiences as well. Consider some of these approaches as you design learning experiences for your students or prepare to engage them in self-directed projects:"

"arlier, I wrote about four activities teachers and school leaders can use to jump-start creative problem-solving in teams. Given the increased pressure on educators to innovate, the goals for each activity were to build or deepen skills associated with that work. Readers expressed particular interest in one of these activities, so I wanted to do a deep dive and provide additional information. This activity grew out of my work with teachers and school leaders to identify effective solutions to school problems. Over time, I became curious about how schools might make pain points visible, in order to tap into educators' collective wisdom to solve them. I wondered, too, if we could structure this problem-solving in such a way that everyone's voice would be heard. Finally, I wondered if there might be a way to make it a fun and creative game. That's where a set of index cards comes in."

"Learning is about reaching your full potential and can help you achieve self-actualization, the highest need identified by Maslow's Hierarchy of Needs. However, traditional education generally has a beginning and an end which culminates in taking tests. Lifelong learning preserves an individual's desire to obtain new knowledge outside of the formal education system. Developing an attitude where you constantly learn is the only way to succeed in the dynamic environment which we live in today. There is so much technology at your fingertips which you can take advantage of to help you learn throughout your life. This means you can follow your passion for languages, improve your craft skills and even develop a mobile app using resources you can find online."

"While not every student might want to write their own software, understanding the big ideas of coding is a skill that all students would benefit from, even the very young ones. Understanding the key ideas of computational thinking - identifying patterns, thinking algorithmically, manipulating data, solving real problems, etc - is an important step in helping our students build mastery over their world. This presentation aims to take you on a guided tour through some of the resources available to your students to help them learn the principles of creating code. It starts by looking at a range of desktop and mobile apps suitable for teaching very young students to program, right through to tools and websites that can help your older students learn to hack code, and much more."

"Give your smartphone or tablet a workout while you and the kids head outside for some healthy, tech-infused fun. Apps designed for outdoor adventures let kids do everything from study bugs to identify constellations and create a compilation video of bike stunts. Whether you're interested in family fitness, DIY, or survival skills, you'll find plenty to keep kids active and engaged. So grab your device and head outside armed with these amazing tools."

"Understanding HOW to learn is critical. But learning WHEN to learn is just as important. We talk a lot about the best ways to learn, the best tools for the job, and more. But what about identifying the best times to learn? I'm not talking about 'during school hours' or 'between 5pm and 7pm' or something. I'm talking about understanding a term that is slowly rising in popularity in the education and technology realm: the five moments of needs."

"Tiny Tap is one of the free iPad and Android apps that continues to stay in my Best of the Web presentations. Whenever I show it off there is always a great response to it. Tiny Tap allows you to create simple games based on pictures that you take. The purpose of the games you build is to help young students (pre-K through grade 4) practice identifying objects and patterns."