Group items tagged

"If "children grow into the intellectual life around them" (see L.S. Vygostky's Mind in Society), then what kind of intellectual life are we providing to the students in our classrooms and schools? Teachers all over the world have had to accept the compromise of focusing more on delivering prescribed curriculum than developing understanding - test-taking rather than learning. This, among other reasons, is why strategies focused on ingraining cultures of thinking have been such game changers in many of today's classrooms. One good example of this that I've worked with is the Cultures of Thinking Project, led by Ron Ritchhart as part of Harvard's Project Zero. The Cultures of Thinking Project focuses on two main ways of moving towards cultures of thinking: the eight cultural forces that act on a classroom, and documentation. Curious as to what that means? Continue reading for more."

"One of the most common criticisms leveled at teachers who do attempt to integrate technology into their classroom environment, is that this often results in a lot of 'faffing around' or time wasted while struggling to get the technology to work properly. To some extent I feel that this criticism is fair, but I don't think it's a criticism that should be leveled at teachers, but would be better directed at the people who control the way technology is layered onto the classroom environment, so lets look at that."

ne of the most common criticisms leveled at teachers who do attempt to integrate technology into their classroom environment, is that this often results in a lot of 'faffing around' or time wasted while struggling to get the technology to work properly. To some extent I feel that this criticism is fair, but I don't think it's a criticism that should be leveled at teachers, but would be better directed at the people who control the way technology is layered onto the classroom environment, so lets look at that.

"Mention robots to many English teachers and they'll immediately point down the hall to the science classroom or to the makerspace, if they have one. At many schools, if there's a robot at all, it's located in a science or math classroom or is being built by an after-school robotics club. It's not usually a fixture in English classrooms. But as teachers continue to work at finding new entry points to old material for their students, robots are proving to be a great interdisciplinary tool that builds collaboration and literacy skills. "For someone like me who teaches literature by lots of dead white guys, teaching programming adds relevance to my class," said Jessica Herring, a high school English teacher at Benton High School in Arkansas. Herring first experimented using Sphero, essentially a programmable ball, when her American literature class was studying the writing of early settlers. Herring pushed the desks back and drew a maze on the floor with tape representing the journey from Europe to the New World. Her students used class iPads and an introductory manually guided app to steer their Spheros through the maze. Herring, like many English teachers, was skeptical about how the Sphero robot could be a useful teaching tool in her classroom. She thought that type of technology would distract students from the core skills of reading, writing and analyzing literature. But she decided to try it after hearing about the success of another English teacher across the country."

"Teachers can't escape the growing trend of technology in the classroom. It's more than just hype. More schools are buying tablets for use in the classroom, with Apple's tablet sales to the education sector doubling last year. As a mobile software company whose product is used extensively in education, we dream big about the future of technology in the classroom. We have worked with numerous great teachers who have successfully leveraged tablets to improve the learning experience for students. Are you tempted to join the trend? Here are ten tips for introducing tablets into your classroom."

"I have a couple of more 3D printing projects that I haven't written about this year, but by the time this posts it will be the last day of school, and I feel like this would be the right time to reflect on what a year of 3D printing in the classroom was like. I started the year with a lot of ideas and excitement, but I wasn't really sure how the year would pan out. Looking back now I couldn't be happier. The level of learning that occurred this year was more than I expected. As excited as I was at the prospect of using a 3D printer in the classroom, I was nervous that I wouldn't be able to figure out how to tie it to the curriculum. I wondered if my students would be able to understand how it works and be able to use it effectively. I was concerned that I wouldn't have time for projects with all the other demands that happen in a classroom. My concerns were overshadowed by the novelty and the excitement of the printer. I think that is what many of my students felt too. They were curious, excited, and bewildered."

"lassroom Flipped learning is more than just having students do homework during the school day. It's more than just putting the onus on students to teach themselves. In fact, it's neither of those things. Don't be fooled by simple explanations of flipped classrooms that simplify a highly complex undertaking. Flipped learning is a hot trend in most stages of education right now - and for good reason. It's a way to really shake up the typical classroom and incorporate education technology in a positive way. The graphic below from Circulus dives into the benefits of flipping your classroom, homework, and learning in general"

"The rise of the Maker has been one of the most exciting educational trends of the past few years. A Maker is an individual who communicates, collaborates, tinkers, fixes, breaks, rebuilds, and constructs projects for the world around him or her. A Maker, re-cast into a classroom, has a name that we all love: a learner. A Maker, just like a true learner, values the process of making as much as the product. In the classroom, the act of Making is an avenue for a teacher to unlock the learning potential of her or his students in a way that represents many of the best practices of educational pedagogy. A Makerspace classroom has the potential to create life-long learners through exciting, real-world projects. Making holds a number of opportunities and challenges for a teacher. Making, especially to educators and administrators unfamiliar with it, can seem to lack the academic rigor needed for a full-fledged place in an educational ecosystem. However, project-based learning has already created a framework for Making in the classroom. Let's see how Making could work when placed inside a PBL curriculum unit."

"In my last post I talked about the ability to transform what we do in the classroom using technology as opposed to simply substituting what we do as teachers in the classroom. Of course, students can use a word processor instead of writing out by hand, or they can use email to submit work or they can do their research using google or safari instead of a book. This is the first level where technology can play a part. However, technology can do more than just substitute and in order for it to impact more effectively we must look at how technology can augment, modify and redefine tasks in the classroom. The top level of the SAMR model calls for redesigning tasks where what can be achieved goes beyond traditional and takes tasks to a new level allowing students to go further in their studies and thought processes. The other key, in my opinion, is to remember that technology is not the star of the show but is there to enable teachers to move learning on beyond traditional expectations and help students construct knowledge in a way that they might not have been able to before."

"When I speak about using iPads in a primary school classroom, I am often asked about how it would work if I only had one iPad as is the case in many classrooms. This post is the first of what I hope will be several with suggestions as to how to make that work effectively."

"The myth about social media in the classroom is that if you use it, kids will be Tweeting, Facebooking and Snapchatting while you're trying to teach. We still have to focus on the task at hand. Don't mistake social media for socializing. They're different -- just as kids talking as they work in groups or talking while hanging out are different. You don't even have to bring the most popular social media sites into your classroom. You can use Fakebook or FakeTweet as students work on this form of conversation. Edublogs, Kidblog, Edmodo, and more will let you use social media competencies and writing techniques. Some teachers are even doing "tweets" on post-it notes as exit tickets. You can use mainstream social media, too."

"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."

"There is a lot of controversy and passion surrounding the flipped classroom. Advocates of flipping point to many advantages including students learning at their own pace, availability of online lessons and time for real work in the classroom. Opponents of flipping point to holes including student access to internet"

"Social media offers some great opportunities for learning in the classroom, bringing together the ability to collaborate, access worldwide resources, and find new and interesting ways to communicate in one easily accessible place. Teachers and educators around the world have found innovative ways to use Twitter as a teaching tool, and we've shared many of these great ideas here with you. Read on, and we'll explore 60 inspiring ways that teachers and students can put Twitter to work in the classroom."

"The recent 3D printing explosion on the educational market has left many educators wondering how they can afford to integrate this technology into the classroom. Most schools do not have the luxury of purchasing a 3D printer but still want to provide the experience for their students. 3D pens made their debut on Kickstarter this year as an affordable 3D printing option. After the initial investment of the pens, they are an incredibly affordable tool for classrooms. The pens allow students to illustrate - in 3D - concepts in math, history, art, design, and chemistry, giving them a tangible means to explore complex ideas. The pens work as a manual operating 3D printer. Heated filament is extruded through the pen's tip, which quickly cools down to form a stable 3D structure. It actually adopts the same FDM technology which powers mainstream desktop 3D printers. The human ergonomic design allows students to draw an infinite variety of shapes and items, on both the 2D plane and within 3D free space."

"In his popular TED talk, Ken Robinson made the powerful point that most of the students doing work in your classrooms today will be entering a job force that none of you can visualize. That talk is from almost ten years ago, so we already know he was right and can only assume he'll continue to be so in the years to come. Learning a specific skill set doesn't have the value in today's world that it once did. Learning how to be more creative (and thus adaptable) - now that's what prepares students for life beyond the classroom."

"Over the past decade, maker-centered classrooms and making-centered learning have become increasingly popular - young people (and teachers and parents alike) have greater opportunities to build, hack, redesign, and tinker with a variety of materials, in school- or community-based spaces, design thinking and engineering programs, and Maker Faires. Maker-centered learning not only offers opportunities to learn about new tools and technologies, it requires certain thinking skills - such as navigating uncertainty, adaptability, collaborative thinking, risk-taking, and multiple-perspective taking - that are critical to engaging and thriving in a complex world. Drawing on research from Project Zero's Agency by Design project, this course offers classroom teachers, maker educators, administrators, and parents an opportunity to explore firsthand maker-centered learning practices and the opportunities they afford. Discover what kinds of tools might best support this kind of teaching and learning, and examine the benefits (to both young people and facilitators) of engaging in this work. Through hands-on, collaborative activities, consider how maker-centered experiences might fit into your own contexts."

"The word "grit" suggests toughness and determination. The question is how do we get students to value struggle, failure and perseverance in our classrooms? ASCD recently published Thomas Hoerr's short but great book on this subject, Fostering Grit. The subtitle "How do I prepare my students for the real world?" reflects the fact that our students will encounter challenging work and problems to solve. If this is the case, our classrooms should mirror that process and prepare our students to be successful in meeting these challenges. You might consider this a critical 21st century skill, which means that we need to scaffold the related skills we're teaching our students. "

"Educators typically aren't strangers to sonic chaos. Spend 30 seconds in my classroom of 27 ten-year-olds on a Friday before the bell rings, and you'll see what I mean. I've tried everything to quiet the cacophony that is Room 5, but nothing worked until I discovered a silencing savior called Too Noisy Pro. This app relies on a visual display and peer pressure to keep classroom volumes at appropriate levels."

"Augmented reality (AR) has evolved in recent years and its application in classrooms is limitless. Educators don't need to feel overwhelmed when trying to introduce AR in their classroom because there are many great apps that don't require a lot of knowledge in the field. There are useful apps for every subject and there are also apps that when a teacher is ready they can create their own AR targets. Augmented reality works well in schools because it brings close to real life experiences to the classrooms. It's fascinating to see the faces of students when they have the opportunity to explore space, the human body, cells or chemistry elements. You appreciate how eager and engaged they become with some simple AR apps."

"Computer science education is not a new field. Much of what we know about the pedagogy and content for elementary students comes from Seymour Papert's research on teaching elementary students to code back in the 1970's and 80's. But, as we shift from labs and one-off classrooms to a broad expansion for all students in every classroom K-12, we are seeing changes to how computer science is taught. This means we are working in a rapidly evolving field (insert metaphor of building a plane while flying it). Over time, we have gone from a focus on coding (often in isolation) to a more broad idea of computer science as a whole, and now to the refined idea of computational thinking as a foundational understanding for all students. Pause. You may be asking, "But wait, what's computational thinking again?" In her book Coding as a Playground, Marina Umaschi Bers explained: "The notion of computational thinking encompasses a broad set of analytic and problem-solving skills, dispositions, habits, and approaches most often used in computer science, but that can serve everyone." More simply, you can think of computational thinking as the thought processes involved in using algorithms to solve problems. Sheena Vaidyanathan writes some good articles explaining the differences between computer science, coding, and computational thinking here and here."