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"I argued yesterday that authentic learning is a vital part of education in the 21st Century. The need to create learning opportunities that are grounded in reality, and form a concrete basis for real world transferable knowledge and skills has never been more important. We also need authentic assessment for learning. Too often in school classrooms around the world the delivery of content is abstract, disconnected and decontextualised. Students are then regularly tested on their recall of what they have 'learnt' and graded as successes or failures. But exactly what is their success or failure? And what does this process of assessment teach students about the school system? Part of the problem is that content is delivered, with little opportunity for students to make personal sense of that content. Another problem is that students are then expected to replicate that 'knowledge' in a form that is recognisable as the original. Students are therefore learning exactly what is already known, rather than exploring new knowledge and gaining fresh insight on the world. "

"What if the most underrated skill in school is thinking? I know, that sounds crazy. But how often do we tell kids what they are going to learn, tell them what to make, tell them what tool to use, tell them when to finish, tell them what questions to find the answers to. What if we stopped telling them things? What if we realized that knowing everything as the "teacher" and being the "expert" in the room is overrated. Because thinking? Asking questions? Growing? Developing ideas? Creating? Solving problems by digging in and pushing through the hard stuff that lies between a problem and a solution? That's learning."

"TenMarks is a service that offers an online mathematics program designed to supplement your in-classroom mathematics instruction. I tried the service when it launched a couple of years ago. Today, I revisited it when I learned that they now align all of their practice activities to Common Core Standards. "

"With the rise of new trends such as a flipped classroom and whole brain teaching, there is an emphasis on getting students more actively involved in learning in the classroom. And whether or not you choose to fully embrace either of these methods, we can all agree that we want students participating as much as possible. When students are actively participating, they are learning. In math classes we typically involve students in the problem-solving side, but we don't often expect them to provide explanations."

"Science is one of the areas where the impact of technology has been markedly observed. It triggered an unprecedented revolution and reshaped people's knowledge about the world. It has also enhanced the way science is being instructed inside schools and colleges. Experimentations are being facilitated by the use of technology and students are able to learn and get engaged in simulated experiments that mimic the real life problems. This revolution is being carried on to the mobile platforms. There are now several science apps that students and teachers can use to perform a wide variety of science tasks. Below, for instance, is a set of apps that enable students to explore the human body in 3D. Check them out and share with us if you have any additions. Enjoy"

"We're rapidly heading into a world where those who can't understand code are left behind. Everyone should try learning at least one programming language, even if it's just so that they can communicate their needs to tech people. Knowing some code-fu does wonders for your problem-solving and logic, too. Whether you're aiming for eventual App Store success, dipping your toes into a new hobby, or just trying to learn a new skill, these eight iOS apps will help you distinguish loops from conditionals and provide all the groundwork you need to become a 1337 coder - no matter your age or technical know-how."

"The video consists of three sections. It starts introducing Gardner and the main problem of education versus different individual skills. Then it turns to present the eight intelligences as proposed by Howard Gardner, including a suggested learning strategy for each of these intelligences. Then in the third and final part it presents the concepts of personalization and pluralization, defined in respect of the multiple intelligences theory, as the guiding principle for a more including and developing educational strategy. Regardless of what type of student, their age, level, or subject you're teaching, awareness and understanding of the theory of multiple intelligences will help reach more and deeper in the teaching effort. Even for people not directly involved in education, this theory will help in getting a more nuanced and deeper picture of human skills and personalities."