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"According to findings by the Economics & Statistics Administration, less than 25% of STEM (science, technology, engineering, and mathematics) jobs are held by women - even though they make up more than half the workforce and college degrees. An undeniable glass ceiling hovers over these industries, and women and men alike do their best to start lugging stones at it. While plenty of progress has been made over the past few decades, more efforts need undertaking to ensure a more equitable place for females in these traditionally male-dominated industries-a goal the following essentials share."

"An ever-present worry for teachers through the summer months is that students will relax a little TOO much over the break. While it can be tempting to try to micromanage students' summer learning with packets and reading lists, there are tons of resources available online that can keep your students' brains active and their enthusiasm high. Take a step back and let students drive their own learning this summer. Here are five ways you can help students' excitement, motivation, and passion for engaging activities fuel their learning through the summer months."

"NASA's website full of excellent educational resources. I just did a quick look through my archives and over the last few year I've written about NASA-related topics more than sixty times. Here are five of the most popular NASA resources for teachers and students that I've covered over the years."

"Over the last few years, Thomas Goetz and his research team in Konstanz, Germany identified five different types of boredom and reached the conclusion that students tend to experience just one type over the course of their lifetimes. Interestingly enough, Goetz suggested that boredom was by far the most intense and most common emotion experienced by students as well. As it turns out, boredom leaves us feeling far more uncomfortable than any other emotion. It's no small wonder then that many parents invest great time, energy, and cash in the battle against it."

"On Saturday, a handmade craft rose 78,000 feet to capture the view from the edge of space. The craft, built by two Seattle youngsters, reached speeds of over 100 km/h on its journey over central Washington. Kimberly and Rebecca Yeung built their spacecraft out of wood and broken arrow shafts, but it flew twice as high as commercial aircraft usually travel. Attached to a weather balloon filled with helium was a flight computer tracking their craft, two GoPro cameras, and a picture of their cat next to a Lego R2-D2. Called the Loki Lego Launcher, the craft was named after that cat and the figurine."

LIste over ulike web 2.0-verktøy

Lots of web2.0 tools that have an application in many areas of the curriculum.

This site is designed to provide teachers with a directory of free webtools along with some suggestions as to how they may be used in the classroom. I have searched over 2000 websites and listed over 295 tools, that's almost 300 opportunities for you to use ICT in your classroom and all for free!

"The Smartphone Wars Are Over "

"A tessellation is created when a shape is repeated over and over again. The collection of figures on the plane have no gaps and no overlaps. Patterns created this way have an incredible mathematical rhythm. Not only are tessellations fun to create, they can teach students about the function, and relationship between, the elements of art (line, shape, colour, etc). They can also be used to make strong links to other subjects, particularly maths (incremental increases, angles, space, golden ratio, etc)."

"Researchers say that the problem with "drill and kill" and other kinds of blocked study isn't just that they're boring. They also stunt student learning. "There are always two steps to solving a problem: identify the solving strategy, and then execute it," Rohrer said. "In blocked study, [students] know that this is a unit on, say, the Pythagorean theorem, so they don't need to choose a strategy. All they have to do is execute, over and over." When teachers give homework sets made up of only one kind of problem, they deny their students the chance to practice choosing a solving strategy. Later, when students are faced with a mix of types of problems on an exam, they're unprepared."

"f you're already an avid follower of our Polar Bear, Beluga Sky (Northern Lights) or Underwater Beluga Whale Cams, then you've heard the name Churchill over and over again. But where exactly is it and what makes it such a hot spot for these amazing and threatened creatures? On the western side of Hudson Bay and just southwest of the Northwest Passage is a little coastal town in Canada. The Northwest Passage, of course, was long sought after as a short-cut trade route for countries near the Arctic Circle. It could potentially allow places like Russia to have a direct route to Canada, Greenland or New York City without going south. Famously impassable, the Northwest Passage has now become more accessible as climate change melts the Arctic ice. This could be good news for shippers but is bad news for bears. More on that later."

"By definition, you are reading this on an electronic device. More than likely a tablet or a phone. And if that's the case, then it's more than likely that you're hunched over a little, head forward. Did you just sit up straighter? Thought so… The noises from medical researchers are increasingly shrill on the damage done to us by technology  and the back pain it causes - slumped postures, 'text neck' caused by leaning over our devices is causing wear and tear from the extra pressure the unnatural postures put on our spines. The warnings are, more and more, that this is reaching 'epidemic' proportions, with 'significant' numbers looking like they will need corrective surgery. So are you going to give up your mobile and tablet? No, of course not, that would just be silly, wouldn't it? So instead, try some corrective actions:"

Handing Assessment Over to Students I have been giving a lot of thought about how to give my students more of a voice in their learning and in our classroom. Initially, I was focused on increasing their presence on our classroom blog through podcasts, videos, and blog posts. I even gave thought to asking my district IT to unblock Twitter so that we could create a class account (which I am still going to do). But never would assessment have crossed my mind. Fortunately, I took my thoughts to my PLN. Janine Campbell (@campbellartsoup) responded to my tweet about amplifying students' voices with rich insights and a couple articles that got the cerebral wheels turning. If you like what you read here, be sure to follow Janine on Twitter. Assessment for learning is a pedagogical golden nugget. No one ever said that the teacher had to do it alone. Why not give your students a voice in how they are assessed? It might tell you more about where they are at than assessing your class conventionally. Rubrics are my favorite way to assess student projects. I'm even pretty good at creating them. By doing so, I completely understand the assignment and learning outcomes for any given project. But do my students? Is there a way to better utilize rubrics as assessment of learning where students' voices are intensified. Yes! Allowing students to create the criteria for assessment does just that. It doesn't just serve the purpose of better summative assessment. Student-created rubrics also provides a medium for formative assessment as well. If my assignment is for students to analyze the effects of the assassination of Abraham Lincoln on post-war America, I will be able to formatively assess the class' understanding of the main points of this event by the criteria that they suggest this assignment should be graded on. I will know that I need to reteach aspects of this event in American history if students believe that including a description of John Wilkes Booth's escape from Ford's The

"Libraries have existed since approximately 2600 BCE as an archive of recorded knowledge. From tablets and scrolls to bound books, they have cataloged resources and served as a locus of knowledge. Today, with the digitization of content and the ubiquity of the internet, information is no longer confined to printed materials accessible only in a single, physical location. Consider this: Project Gutenberg and its affiliates make over 100,000 public domain works available digitally, and Google has scanned over 30 million books through its library project. Libraries are reinventing themselves as content becomes more accessible online and their role becomes less about housing tomes and more about connecting learners and constructing knowledge. Cushing Academy in Ashburnham, Massachusetts has been in the vanguard of this transition since 2009, when it announced its plans for a "bookless" library. A database of millions of digital resources superseded their 20,000-volume collection of books, and a café replaced the circulation desk. With this transition, not only did the way in which students consumed content change, but also how they utilized the library space. Rather than maintain a quiet location for individual study, the school wanted to create an environment for "collaboration and knowledge co-construction.""

"As the self-publishing industry grows larger, Apple's iBooks Author (free) exists as a unique tool for publishing e-books than can reach a large audience of iPad, iPhone and Mac users. The iBooks format is also useful for showcasing and distributing content independent of the iBooks Store. Apple first released iBooks Author back in 2012, and it was and still is largely geared to the textbook and education community. iBooks has introduced many ways to present and display content, with an audience of over 800 million iPad users across the world. It's been reported that since mid-September 2014, over one million customers visit the iBooks store every week, which makes for a huge potential market for authors and publishers."

"I'm now a little over a month into my new role as the coordinator of our brand-new makerspace in my PS-8th grade school here in Seattle, and I'm honestly loving it every bit as much as I expected! Over the course of this month, 450 students made prototype boats for their stuffies (PK), built "doodle bots" (K and 1),  "hacked" their notebooks with surface-mount LEDs (2), made dioramas powered by Hummingbird Robotics kits (3 and 4), designed and laser cut labels for their new classroom spaces (5), made postcards using the greenscreen of themselves visiting exotic locales (5 French), built casino games for math class (6), and built symbolic representations of their personal core values (8). 7th grade will be building turbine-driven generators next week! And, that's not even a comprehensive list… In the process of collaborating with my colleagues to develop and implement these projects with our students, I've figured out a few tips to pass along to educators at other schools initiating similar programs."

"A "robot revolution" will transform the global economy over the next 20 years, cutting the costs of doing business but exacerbating social inequality, as machines take over everything from caring for the elderly to flipping burgers, according to a new study."

"We all have them, some good and some bad. We pick them up from friends, family, and even strangers. But we may not recall who we picked them up from or when they began. Because we've practiced them over and over, these seemingly thoughtless repeated habits or behaviors, the pathways in our brain have become so broad, fast, and efficient in carrying them out that we do them automatically without even thinking. Yet these unconscious habits and behaviors add structure and order to our lives and help us to make sense of the world we live in. Our classrooms are full of them. We teachers are pros when it comes to employing and modeling good habits and routines that enable us to manage and carry out the many tasks and demands of teaching. And when it comes to teaching mathematics, we model and teach our students how to carry out procedures and algorithms flawlessly. But why is it that these same students often struggle when confronted with a problem to which the immediate answer is unknown?"

"Last year, at an event where teens showcased apps that they created for a competition, I spoke with the high school boys who won first prize. They expressed surprise at their achievement. "We built something, thought it worked, tested it, only to find out that there were snags," one of them said. "We started again, got a little farther along, and had to stop again. This happened over and over." Their comments highlight what the maker movement is and isn't. It's not about the stuff: the 3-D printers, the soldering irons, the sewing machines, the iPads, or the craft materials. A successful experience is about learning and innovation. That's what those teenagers discovered as they worked through the iterations of their app, and it's something to keep in mind as you consider software for your libraries. Below are three of my favorite maker apps."

"ACCORDING TO AYAH Bdeir, technology is the language of our time. The 33-year-old founder and CEO of littleBits likes to compare the engineers of today to the clergy of the Middle Ages, who controlled access to knowledge and power via their monopoly over the use and understanding of the written word. Today's engineers have a special kind of social and technological influence, which derives from their understanding of the stuff that makes our everyday gadgets work. If our lives today depend on technology, then those who truly understand it have an outsized influence over the rest of us. In Bdeir's view, littleBits-a range of Lego-like electronic circuits that can be used by virtually anyone to innovate their own gadgets-isn't just a plaything, it's an aid to achieving widespread tech literacy. You might even think of littleBits as a democratizing project. "You see these kids growing up with laptops and smartphones, and by the time they're toddlers, they already seem so tech savvy," Bdeir notes. "But they don't actually understand how the technology works. They're great at navigating around a touchscreen, but if they only ever know that much, they'll wind up relying on other people-these specialists who studied engineering in school-to decide what kind of technology they have access to.""