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"Learning is one of those topics that the more you learn about it the more you want to learn. As teachers and educators we all have at least some basic knowledge of some of the foundational theories on Learning including Behaviourism, constructivism, constructivism, and the list of isms goes on and on. What is of particular interest to us is to explore how students learn and what strategies they use to learn. Knowing about such theories help us take informed decisions as to what can be done to meet the different learning styles of our students."

"The Next Generation Science Standards (which are still in draft form until January 29th, 2013 and can be downloaded here) are what they sound like they'd be-new standards for science education that focus on not only what to teach (content), but how to teach it (knowledge and skills)."

After two days of talking about curriculum, integration, STEM, STEAM and HASS I am left with more questions than I started with. In some respects, the concept of curriculum integration is simple. It is after all something that Primary teachers almost take for granted. But for Senior and Tertiary educators the question of curriculum integration is inherently complex. At all levels questions emerge of what curriculum integration might achieve, what purposes it serves, what it could and should look like and how it should be supported by curriculum planners. In the current climate, with its debate around the role of education within an innovation economy, shaped by technology and confronting demands for a STEAM enabled workforce the shape of our curriculum is under pressure. 

"Luckily, I realized (sooner rather than later) that I was part of their reading problem, not the change in their reading lives I hoped to be. This aha! moment led me to dig deep, talk to my boys about their reading experiences and help them unpack what was really going on underneath the surface. My ultimate goal was to figure out what was blocking boys from reading for pleasure and most importantly, how to open them up and let it into their lives. After lots of conversations with 9- to 14-year-old boys, here's what I discovered."

"Hello, I am Sam Patterson and this is Beyond The Hour of Code, a podcast dedicated to helping teachers use programming and creative self-expression in the learning experiences they design for their students. This episode is about . . . Chapter seven of my book exploring the instructional models most useful for robot-based learning in the primary grades. This is the last in a mini-series of "how to teach with robots" posts. Robot as Constant Robots used in a lesson should be used to their full potential. What does a robot do? Exactly what you tell it to do. Pedagogically, to capitalize on this, think about the robot serving the role of "constant" in an experiment. Ask a robot to roll forward at fifty percent power for two seconds and that is exactly what it will do. How far will it go? That depends on so many things outside of the robot and its programming. This space, just outside of the robot and its programming, is where teachers build the learning experience."

"As Abby walked into the school building she had a sinking feeling in her stomach. It was November and she had just moved into a new community. She was nervous about starting a new school midway through the school year. This was her first day of school and she kept her eyes down, nervous, not knowing what to expect as she walked into the main office. Suddenly, the office secretary called out to her in a tone that made her skip a breath, "Where are you supposed to be?  Do you have a pass?  Move on now before the tardy bell rings and the vice principal gives you a detention for being late." Each day in school offices across the country this scenario is playing out with regularity.  Although it may come across as somewhat exaggerated, those of you who have spent any amount of time in school have probably at one time or another been witness to such an interaction in the main office area.  It is these defined interactions that has led to us to ponder this question.  Have we reached the point where we are willing to allow negative interactions to drive the level of success of our students, staff and our school? What if we were to pause, step back and view our office culture through the eyes of students, parents, guests or even staff who visit the main office? What would they say?  If we manage our interactions appropriately they will leave feeling valued and cared for and look forward to their next return trip."

"Inquiry-based learning is more than asking a student what he or she wants to know. It's about triggering curiosity. And activating a student's curiosity is, I would argue, a far more important and complex goal than the objective of mere information delivery. Nevertheless, despite its complexity, inquiry-based learning can be somehow easier on teachers, too. True, it's seemingly easier because it transfers some responsibilities from teachers to students, but it's really easier because releasing authority engages students. Teachers who use inquiry-based learning combat the "dunno" -- a chronic problem in student engagement.  Let's face it, when you ask a student something like, "What do you want to know about _______?" you are often met with a shrug, or a, "dunno." Inquiry-based learning, if front-loaded well, generates such excitement in students that neurons begin to fire, curiosity is triggered, and students can't wait to become experts in answering their own questions."

""AI won't obliterate jobs, but it will transform jobs," said Daniel Pink, author of Drive: The Surprising Truth About What Motivates Us. Pink said he's told his own kids to "think about what you can do to augment what AI does-work that only humans can do that smart machines cannot." That includes: creativity; dealing with ambiguity, nuance and poorly defined problems; understanding other's emotions and point of view; Developing expertise and sense making; and Identifying reliable sources. "

""You don't need to teach us.  That's what Google is for." That was the message a student shared with a surprised audience of educators during a popular technology conference. The students went on to say, "If I can't figure something out I prefer to watch a YouTube video or text a friend rather than ask a teacher." The other students in the room nodded their heads in agreement. Many teachers understand this is how today's students prefer to learn, but what does that look like? As danah boyd recently shared on her site, "too many students I met were being told that Wikipedia was untrustworthy and were, instead, being encouraged to do research. As a result, the message that many had taken home was to turn to Google and use whatever came up first. They heard that Google was trustworthy and Wikipedia was not." Here's what happen when you do that."

"This week I'd like to talk about a topic that has been a focus in my role as an Instructional Coach this past year - that of mathematical thinking, reasoning and proving. I supported teachers in my schools in these areas and it has been great to see students develop and demonstrate their mathematical thinking, aligned with learning goals and success criteria. When students reason and prove in mathematics, they are explaining their thinking and providing the evidence in a systematic manner using a variety of representations. Many times, it is difficult to understand what a student is showing in his/her work. Before I provide some suggestions, we need to understand what reasoning actually is; what is reasoning?"

"I came back from my morning run completely energized. I took my headphones out and continued to puzzle over Sugata Mitra's compelling segment on the TED Radio Hour of "Unstoppable Learning," which suggested that in many ways, teachers are getting in the way of learning. A tough pill for me - a teacher of seven years - to swallow. I scrawled some thoughts in my journal: "Students in pursuit of learning," "fostering curiosity," "CHOICE," "unstoppable learning," and grinned as I imagined what this transformation could look like in my classroom. A few weeks later, I told my students we'd be starting "Inspiration Time." I explained this time was designed for them to ask themselves what they are curious about and what they want to pursue."

"Maker education, when planned around skills acquisition, can enhance social-emotional development. Self-Awareness: Making in all its forms requires a full range of skills including cognitive, physical, and affective skills. Given this need for multiple and diverse skill set, effective and successful making comes from an accurate assessment of one's strengths and limitations as well as having optimism and confidence that challenges can be overcome within the making process. Example questions related to self-awareness and making include: What strategies am I using to increase my awareness of my emotions and how they influence my performance during the making-related tasks? What are my strengths given this particular making task? What are my limitations and how can I use my strengths to overcome them?"

"Physics and Mathematics are extremely important subjects. Actually, that's a bit of an understatement. Physics and Mathematics allow us to peer out into the cosmos and understand the inner workings of the universe. At once, they show us our  insignificance and our remarkable potential; they give us a hint of the vast possibilities that exist-of what we could (and may) one day accomplish. They allow us to see the world and to see ourselves anew. That begins to scratch the surface of these subjects. No one can deny their importance; however, it is also a fact that many people don't know where to begin investigating these topics…what books to study, what themes to begin with. On top of this, many feel intimidated by physics and math-they seem to think that they are things which only the sharpest individuals are able to understand. But nothing could be farther from the truth. True, these subject areas might not be the easiest that you will ever happen across, but they are far from impossible. So. If you want to be a physicist or a mathematician,  or if you just want to understand the subjects, here's where to start. Huge thanks to the wonderful Moinak Banerjee for his work on this."

What purposes does education serve? What needs of humanity does education serve? What might the product of our labours be like and how might our efforts contribute to the greater good? These are questions we have long struggled with but with but it seems that in the current times we might need to rethink how we answer these questions.

"What lies at the center of my work productivity? What are the things I want to do with my iPad at work? These two questions are what each of the requirements below seek to answer."

"I get asked a lot what are my favorite apps. And I usually can rattle off a few. Evernote, Twitter, Wunderlist to name a few. But what about apps that actually teach? What about apps that kids (or you) can use to learn?"

"The answer to the question of how much can you eat of different foods before you hit 200 calories varies, depending what you're consuming. Two hundred calories is a whole lot of apples, but less than half of a Big Mac. It's a plate full of broccoli, but more like a spoonful of peanut butter. But it's a lot easier to understand what that really means when you actually see the food in front of you in this video from ASAP Science."

"Think back 20 years. Pay phones still worked, and only doctors carried pagers. Laptops weighed as much as bowling balls, and few of us had Internet access. In fact, much of what we now consider commonplace -- Google, email, WiFi, texting -- was not even possible. If that was 20 years ago, where are we going in the next 20? We are all going mobile! Tablets, smartphones, Chromebooks -- and yet, these devices only serve as the most recent iteration of mobile technology in the classroom. Remember Netbooks? How about those old-school Macbooks that looked like toilet seat covers? What if we go back further? What about chalk and slate?"

"There are a lot of labels that describe the ethos and characteristics of certain times in history. The Dark Ages. The Renaissance. The Age of Enlightenment. Most recently, we've browsed, texted, and Google'd our way through the Information Age. What comes next, and when does it start? Further, what causes the movement from one epoch to another, and how does that change once technology is not just a catalyst, but the foundation for social interactions?"