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"In a big leap into a new but adjacent market, Silicon Valley digital education start-up Kno said entering the K-12 space, expanding from its college-only focus."

7 over-arching tensions, these being: 1. The tension between the global and the local. 2. The tension between the universal and the individual. 3. The tension between tradition and modernity. 4. The tension between long term and short term considerations. 5. The tension between competition and concern for equality of opportunity. 6. The tension between expansion of knowledge and our capacity to assimilate it. 7. The tension between the spiritual and the material.

Increasingly we aim to teach dispositions but some care in the use of the term is required as it is easily oversimplified. While teaching for dispositions is encouraged it will have little effect if it means doing little other than engaging with the terminology. If we are to encourage the expansion of the desired dispositions, we must be sure to adequately unpack them and understand the implications in store for our culture of learning. 

"Education in Social Studies is needed to achieve levels of civilization that the nation requires of its citizens. Teaching and learning in Social Studies is effective only when it is substantial, authentic, integrated and value-based. Its disciplines are diverse with an expanse of historical, geographical, political, civic and a lot more content. So, learners and educators of Social Studies should possess tools and resources to learn about it and acquire skills in it. Here are some worthy and free tools and resources for Teaching and learning Social Studies, available online:"

"Apple didn't include SD Card slots or other expansion options in its iPods or iPhones, and pretty much ruled out third-party storage accessories. With nearly 350,000 apps and counting, the iPhone's maximum capacity of 32GB doesn't allow you to even scratch the surface of the App Store's catalog. Thanks to the Kingston for their most recent innovations of new Wi-Drive."

"David Hockney's exhibit at the DeYoung Museum in San Francisco is awe inspiring, jaw dropping and a tribute to what is possible with a phone or tablet. His imagination is boundless, providing the viewer with a journey into a wonderful world of color, space, expanse and tributaries into landscape and portraiture. "

"ReadWorks is a free service that I have been recommending for about a year now. It provides teachers with hundreds of lesson plans and more than two thousand reading non-fiction and fiction passages aligned to Common Core standards. Recently, ReadWorks expanded again. The latest expansion includes poems and question sets. The collection is organized by grade level. In the collection you will find poems by Frost, Dickinson, Stevenson, and other notable poets. "

"As a school librarian, I always thought of the notion of collection as expansive. Collections might include any of the experiences we discover, as well as any of the people we meet who might enhance learning for our communities. Among those experiences are virtual field trips. Opportunities now abound for connections to curriculum and student interests. And easier strategies for video conferencing, combined with new types of interactions, make virtual field trips even more affordable and engaging. You don't risk weather conditions or losing any wandering kiddos who can't find their way back to the bus. You can ignore issues of distance relating to both space and time. And these escapes from daily classroom routine can result in very sticky learning."

"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."

"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."

A significant shift continues to occur within global education markets. It is signified by the manner in which it makes sense to speak of a global education market. It is driven by neo-liberalism and the expansion of markets into all aspects of our lives and it is made possible by manipulation of the third messaging system within the educational triad of curriculum, pedagogy and assessment. It is a drive towards accountable, comparable and productive education systems fine-tuned to maximise the return on investment and provide industry with the workforce it desires. What must be asked is how does this trend impact students and are these the forces that should be driving change in our education systems?

"In January 2004, NASA announced it was canceling a mission to service the Hubble Space Telescope. In light of dangers associated with the Columbia tragedy the previous year, it was considered too risky. As a result, the Hubble, lauded as one of the most influential scientific instruments of all time, would have only a few remaining years to survive. Over the following months, the plan was intensely debated. Petitions garnered thousands of signatures from members of the public. Congressional committee meetings and hearings were held. Citizens and scientists alike, inspired by the discoveries and images the telescope had produced, clearly weren't ready for the telescope's premature retirement. By that point, the Hubble had nearly fulfilled all its mission objectives since its launch in 1990. With 100,000 observations, it had measured the universe's expansion, studied planetary origins, and produced a vast trove of pictures like the iconic Deep Field (seen at the top of this piece) and Pillars of Creation, which changed the way we see our place in the universe. These images, taken for science and re-mastered by astronomers, captured the public's imagination in a way no telescope had before. "

"When someone mentions scientists, chances are good that the face that pops into mind is male: perhaps a picture of Albert Einstein or Neil DeGrasse Tyson, or maybe a more generic man in a lab coat. However, even when women were largely shut out of science, there were still groundbreaking women making discoveries, conducting experiments, and publishing research! And while school curricula and popular culture are slowly expanding to include women beyond a few notable favorites such as Marie Curie and Jane Goodall, many people - young and old alike - still often find themselves struggling to name even a handful of female scientists. Fortunately, with the increasing availability of great biographies for children and teens, we can show our girls that women in science make contributions every day! And, of course, these titles are just as important to share with boys because all kids need to know that science is for girls! With that in mind, we've showcased 25 of our favorite biographies of female scientists for young readers. From primatology to physics, the expanses of space to the vast floor of the ocean, these women made their mark and changed the way we see the world... just like the budding Mighty Girl scientists of today will one day! For fictional stories featuring Mighty Girl scientists and engineers, check our our blog post Ignite Her Curiosity: 25 Books Starring Science-Loving Mighty Girls."

Unfortunately, we are not all blessed with expansive classrooms which can readily accommodate a diversity of learning zones. The challenge becomes one of creatively using the space and furnishings you have to create flexible spaces.

Check out our new #ComputationalThinking Competencies! They're like an expansion pack for the #ISTEStandards for Educators! https://t.co/4EPMUFTWrl #edtech https://t.co/vYMzc4hPY8

"Artificial Intelligence (AI) is driving the next wave of technological innovation and is changing almost every industry around us. With the expansion and ubiquity of AI being a motivating factor in the decisions and need for all children to develop their understanding of Computer Science, it is logical that children also must need to develop their understanding of AI itself. We have two free teacher professional development MOOCs in AI available to suit your year level: Teaching AI in the Primary Classroom and Teaching AI in the Secondary Classroom. Our AI courses are presented in two related parts. Firstly, we provide school teachers with an overview of AI, unpacking AI and key concepts across both MOOCs. The second half of our AI MOOCs are specific to the year level you have selected (primary or secondary). In these units, we present the practical implementation of classroom activities that engage students in learning about AI, including support for teachers about the design and assessment of learning activities. You may complete one or both primary and secondary courses! From the 21st of June, our "Overview" units will be available to access, with the second half of the course being available in July. Registration is now open!"