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"Educator and blogger Alice Keeler has written extensively on integrating Google Classroom with everyday school work. Spanning three posts on her blog Teacher Tech, Keeler has assembled 46 ways teachers can take advantage of Classroom, the latest in Google's Apps for Education lineup. Google's cloud-based classroom organizer streamlines the flow of daily assignments and helps overcome teacher-student communication barriers."

From the website: "Shot at the BMW Mini assembly plant in Oxford and out on the road, these ten short sequences all feature a different aspect of mathematics for pupils to explore and investigate."

Running the Numbers looks at contemporary American culture through the austere lens of statistics. Each image portrays a specific quantity of something: fifteen million sheets of office paper (five minutes of paper use); 106,000 aluminum cans (thirty seconds of can consumption) and so on. My hope is that images representing these quantities might have a different effect than the raw numbers alone, such as we find daily in articles and books. Statistics can feel abstract and anesthetizing, making it difficult to connect with and make meaning of 3.6 million SUV sales in one year, for example, or 2.3 million Americans in prison, or 32,000 breast augmentation surgeries in the U.S. every month. This project visually examines these vast and bizarre measures of our society, in large intricately detailed prints assembled from thousands of smaller photographs. Employing themes such as the near versus the far, and the one versus the many, I hope to raise some questions about the roles and responsibilities we each play as individuals in a collective that is increasingly enormous, incomprehensible, and overwhelming.

"There is one education trend that is, well, trending. It's called project-based learning (some refer to it as PBL) and it's essentially a way to organize in-classroom learning around dedicated projects that the students oversee and are responsible for completing. There are keys to mastering PBL if you're a teacher and the always great Edutopia has assembled a quick video that explains exactly what the keys are. Below is a fun little graphic we adapted for this video if watching videos isn't your thing (or you don't have the time right now)."

"This year at ISTE in Atlanta, I shared with teachers one easy way to add QR codes to three-dimensional shapes.   The app Foldify lets users create a template for a variety of three-dimensional shapes.  Instead of drawing a picture or adding family photos, I used a QR code generator on my iPad, saved the pictures to the Camera Roll, and placed them on my Folidify creation.  They are easy to assemble after your print them out and great for having students roll a dice for a mystery writing prompt or math problem."

"It's a beautiful thing when students can use digital tools to build real world creations. While 3D printing is still a little on the expensive side, the Foldify app does an amazing job allowing students to create their own three dimensional paper masterpieces. Using the app, students can choose different paper templates, paint them digitally, model them in 3D, then print for assembly in the real world. It really is a delightfully fun, creative and rewarding experience."

"It might just be the precursor to the next industrial revolution and slowly but surely, 3D printing is expanding its presence into the realm of manufacturing. Now it seems that one of the first major industries to benefit from 3D printing is the same one that spawned the assembly line revolution - the automotive industry. Israeli company Stratasys, already a major player in the field and its subsidiary, RedEye On Demand, will be part of a project aimed at putting the first 3D printed car on the roads within two years, in partnership with KOR EcoLogic. "A future where 3D printers build cars may not be far off after all. There is a vision for a more fuel-efficient car that would change the world . URBEE 2, the name of the car, shows the manufacturing world that anything really is possible. There are few design challenges [3D printing] capabilities can't solve.""

"Model rocket kits are a fun way for kids to exercise their maker skills by assembling cool, colorful rockets that really fly. I can remember building model rockets as a child, and they are still an exciting project for all ages. In addition to maker skills, model rockets are an educational tool that can teach the concepts of propulsion, flight, and aerodynamics. It's important to note that when purchasing model rocket kits, make sure that you have all of the supplies required to build and fly your rockets. Any building tools, glue, paint, batteries for the launcher controller, and rocket specific items like wadding and engine packs should be on your list. You're also going to need an outside area large enough to fly. Go outside and get flying!"

" It was visual literacy in action this week at The Kellett School in Hong Kong as a variety of elementary classes explored logo design for packaging. These young learners needed to craft a distinctive design, using a considered colour palette and a combination of shapes, in Assembly app on their iPads. While there are a whole variety of tools that can be used for this kind of task, one of the powerful tools in this app is actually one that is missing - text! With no words 'to do the talking', the principles of art and design took centre stage during the production of this purely visual piece of communication. "

"I didn't think 2015 would be the year I created a teen maker space, but it was-and it turned out to be an exciting, challenging, and rewarding experience. After six months of planning, our maker space at the Public Library of Mount Vernon and Knox County, Ohio, where I am the YA services coordinator, opened last month. How did it come together? Organically. It began during our teen summer reading program seven months ago, when I hosted a few extremely popular Maker Mondays. Our children's librarian, Debbie Baker, and I created a collection of circulating maker-related titles. We also assembled 20 small circulating maker kits with Snap Circuits (kits for creating objects with electronic circuitry), stop-motion animation materials, and LEGO. These were such a hit that a dedicated maker space seemed ideal for us. Ideal-until we considered our budget and space restraints. We started planning anyway. Our process began with a lot of research, online and in person, visiting libraries and maker faires. There was heavy-duty continuing ed: online workshops and webinars, many hosted by School Library Journal. We knew that a maker space would benefit our community, but we couldn't see how to make it happen. With time and goal adjustments, we reached the finish line and launched in January."

"As a learning strategy, inquiry-based learning is all about learners constructing their own understanding and knowledge through asking questions. Unlike traditional learning methods that focus primarily on drills, memorization and rote learning, inquiry-based learning is essentially student-centered. It starts with posing questions and directly involves students in challenging hands-on activities that drive students to ask more questions and explore different learning paths. In today's post, we have assembled a collection of some useful web tools and apps that support the ethos of inquiry-based learning.  Using these tools will enable students to engage in a wide range of learning tasks that are all driven by a sense of inquiry and questioning."

"One thing it doesn't mean, or it really shouldn't mean, is that we replace any existing teachers with engineers or computer science specialists. "Learning how to code is certainly not an easy task, but it pales in comparison to learning how to teach," says Adam Enbar, cofounder of the Flatiron School, a coding academy in New York. Indeed, it doesn't matter how well you know your way around a line of code if you can't impart that information clearly to a pupil, a lesson Gina Sipley, a former English and social studies teacher, experienced firsthand when she herself was learning to code through a General Assembly course. "The teacher we had was a brilliant programmer, that was clear, but had never taught before," she explains. "So as the course went on, people sought out the teachers in the room and said, 'This doesn't make sense. How would you present the information?' I don't have a deep content knowledge at all, but I know how people learn best and how to structure lessons so people are going to get the most out of it." So, what's the smartest, most effective way to go about teaching our 3.1 million existing public school teachers to code, so they're prepared to teach our students?"

"School's back in session, and you're curious how you can start coding in your free time? Never fear, because Aaron Hobson, Code Next Oakland coach and lead curriculum developer, has rallied to assemble a list of opportunities and tools that you can pull from. While geared towards middle and high school students - we've found these resources to be effective for new learners of all ages who are interested in coding, the arts, or just making something with their hands. "

"If you follow my blog, you know I curate a lot of resources for teachers. This post brings together a suggested list, a curated list if you will, of 16 curation tools for teachers and students from the Shake Up Learning community. Choosing how to curate and what tools to use can be a very personal decision depending on your own needs and preferences. That's what's so great about the world wide web of tools! There is no shortage of tools. Curation is absolutely necessary in the information age! As Gayle Allen says in her book, The New Pillars of Modern Teaching, "We're assembling resources in a way that represents the ongoing story of our learning. We are the curators." Curation takes time. It can take a lot of time, and that's why I share so many curated resources on my website. Your time is valuable. Curating on your own is great. Collaboratively curating is even better. Following bloggers and feeds that deliver resources to your (virtual) door-the best!"

"Dr. Alison Head and her Project Information Literacy (PIL) research team recently released the findings of a new national study on college students and how they consume and interact with a vast and deeply polarized news ecosystem. The News Study findings are the result of an online survey of 5,844 respondents and telephone interviews with 37 participants from 11 diverse colleges and universities. The research also included computational analysis of Twitter data associated with respondents, as well as a Twitter panel of 135,891 college-age people. In the study's press release, Dr. Head shared: News is fast, social, and visual and typically delivered to students in posts, alerts, tweets, and conversations that stream at them throughout the day. And young news consumers are left to assemble and interpret what news means, while many take this evaluative step, others do not. So what? The News Study's Executive Summary offers Five Research Takeaways as well as Six Recommendations."

"Last week I finally got my trifold recording reference posters assembled and was able to take them with me to some classrooms. I travel often so I needed something that I could easily fold up and carry. I've seen many teachers create small recording booths out of foldable storage cubes that are lined with foam to enhance the recording quality but I really wanted to use Erintegration's Recording Posters from her TpT Store as a point of reference. I posted this setup pictured below on my Instagram, Facebook & Twitter accounts and received some questions so I thought I would share it with you!"

Every year, Time magazine gets swamped with pitches from thousands of companies, all convinced their product deserves to be included in Time's "25 Best Inventions" list. This past December, the magazine reserved its cover for a Pixar-like, 11-inch armless robot named Jibo. Jibo - a so-called "social robot" - is just the latest example of a clear phenomenon: A new generation of exponentially more intelligent and capable robots is on the way. In fact, they're already everywhere we look: over our heads, in our cars and operating rooms, next to us on the assembly lines, in our military, and on the last mile. And the prospect of exponentially more robots, crunching exponentially more data, necessitates not just a lot more computing power but also an entirely new product architecture."