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"According to Flavell (1979, 1987), metacognition consists of both metacognitive knowledge and metacognitive experiences or regulation. Metacognitive knowledge refers to acquired knowledge about cognitive processes, knowledge that can be used to control cognitive processes. Flavell further divides metacognitive knowledge into three categories: knowledge of person variables, task variables and strategy variables."

Sternberg defined intelligence as mental activity central to one's life in real-world environments; individuals "succeed" in life when they use mental skills to adapt to, select, and shape external environments. Correspondingly, in the late 1990s, Sternberg changed the name of the theory to the Theory of Successful Intelligence. As per its original name, the theory comprises three types of intelligence: analytical (also referred to as componential); practical (also referred to as contextual) and creative (also referred to as experiential).

Integrating the science process skills within your teaching does not require drastic changes. It simply involves making the process of science more explicit in lessons, investigations, and activities you are already using in your curriculum. The science process skills are the methods used for helping our students understand how we know what we know about the world in which they live. This often means going beyond a science textbook and supplementing the core-content within textbooks. It also means using your course content as a means for exposing students to the real process of science.

"What Makes a Great Teacher? Image credit: Veronika Lukasova Also in our Special Report: National: "How America Can Rise Again" Is the nation in terminal decline? Not necessarily. But securing the future will require fixing a system that has become a joke. Video: "One Nation, On Edge" James Fallows talks to Atlantic editor James Bennet about a uniquely American tradition-cycles of despair followed by triumphant rebirths. Interactive Graphic: "The State of the Union Is ..." ... thrifty, overextended, admired, twitchy, filthy, and clean: the nation in numbers. By Rachael Brown Chart: "The Happiness Index" Times were tough in 2009. But according to a cool Facebook app, people were happier. By Justin Miller On August 25, 2008, two little boys walked into public elementary schools in Southeast Washington, D.C. Both boys were African American fifth-graders. The previous spring, both had tested below grade level in math. One walked into Kimball Elementary School and climbed the stairs to Mr. William Taylor's math classroom, a tidy, powder-blue space in which neither the clocks nor most of the electrical outlets worked. The other walked into a very similar classroom a mile away at Plummer Elementary School. In both schools, more than 80 percent of the children received free or reduced-price lunches. At night, all the children went home to the same urban ecosystem, a zip code in which almost a quarter of the families lived below the poverty line and a police district in which somebody was murdered every week or so. Video: Four teachers in Four different classrooms demonstrate methods that work (Courtesy of Teach for America's video archive, available in February at teachingasleadership.org) At the end of the school year, both little boys took the same standardized test given at all D.C. public schools-not a perfect test of their learning, to be sure, but a relatively objective one (and, it's worth noting, not a very hard one). After a year in Mr. Taylo

Powerpoint presentation by systems engineer Christopher Bearden for a FIRST robotics competition team.  Describes how industry engineering design process can be used by students preparing for the FIRST Robotics Competition. 

We need autonomous, self-motivated students in love with the process of how humanity has learnt.

Take time to read this PEW research about teachers and how they are using technology in their classrooms. It is shocking that 73% say they or their students use cell phones to complete assignments. I wish they had separated out this number to know exactly how many let their STUDENTS use their cell phones. To me, this number shows the tide has turned.  Some of the highlights of the research: "Mobile technology has become central to the learning process, with 73% of AP and NWP teachers saying that they and/or their students use their cell phones in the classroom or to complete assignments More than four in ten teachers report the use of e-readers (45%) and tablet computers (43%) in their classrooms or to complete assignments 62% say their school does a "good job" supporting teachers' efforts to bring digital tools into the learning process, and 68% say their school provides formal training in this area Teachers of low income students, however, are much less likely than teachers of the highest income students to use tablet computers (37% v. 56%) or e-readers (41% v. 55%) in their classrooms and assignments Similarly, just over half (52%) of teachers of upper and upper-middle income students say their students use cell phones to look up information in class, compared with 35% of teachers of the lowest income students"

I love Carol Lieber's book "The Advisory Guide" (published by Educators for Social Responsibility) Make it matter by making it a core function of the school. We don't have traditional Parent-Teacher Conferences here. We have Parent-Student-Advisor conferences where teachers all write narrative report cards which are then processed / talked about / reviewed by the parent, student and advisor together. This makes the Advisor the primary link to the families, which goes a long way toward really making the power of Advisory tranparent to families (and teachers.) If a child gets in trouble, advisors are looped in immediately. Our college counselor works with the advisors so that they are the primary school-based adults to help students make decisions about their college process. Kids should never be the implied object of their own education.

Leo Babauta gives great advice on forming new habits. As you think about the habits that need to change in your life, read this thought provoking post. "Here's the process: Start small. What's the smallest increment you can do? Do this for at least 3 days, preferably 4-5. Get started. Starting the change each day is the most important thing. Want to run? Just get out the door. Want to meditate? Just get on the cushion. Enjoy the change. Don't look at this as a sacrifice. It's fun, it's learning, it's a challenge. Stick to the change. Notice your urge to quit. Don't act on it. Keep going. Adjust again. When the change becomes normal, make another small adjustment. This is the process of creating a new normal. It's beautiful and simple."

She spoke about love, beauty, and respect for children (of all ages) and their learning process. She showed some photos and videos of children learning together and how teachers have the opportunity to make small decisions in this process. To watch or intervene; to ask a question or remain quiet; to suggest an expansion of the complexity of the children's investigation or to help them simplify their ideas.

A game which is about geological processes on land formation. Choose the correct process and timescale to get from one type of land to the other. http://ictmagic.wikispaces.com/Science

This 2004 study on second-language writers determined that although students prefer oral feedback that e-feedback has a greater impact on the revisions process. Online feedback is a valuable tool in the revisions process.

Enter your name, and Personas scours the web for information and attempts to characterize the person - to fit them to a predetermined set of categories that an algorithmic process created from a massive corpus of data. The computational process is visualized with each stage of the analysis, finally resulting in the presentation of a seemingly authoritative personal profile.

"Personas is a component of the Metropath(ologies) exhibit, recently on display at the MIT Museum by the Sociable Media Group from the MIT Media Lab (Please contact us if you want to show it next!). It uses sophisticated natural language processing and the Internet to create a data portrait of one's aggregated online identity. In short, Personas shows you how the Internet sees you. "

For most of us, science arrives in our lives packaged neatly as fact. But how did it get that way? Science is an active process of observation and investigation. The Evidence Project examines that process, revealing the ways in which ideas and information become knowledge and understanding. a case study in human origins In this case study on human origins, we explore how scientific evidence is being used to shape our current understanding of ourselves: What makes us human-and how did we get this way?

The importance of experimental design in science is that helps students infer about causes or relationships, as opposed to simply describe what happened in a canned experiment. As students learn to develop their own experimental design they must be able to answer the most important question of all regarding the design process.

Both wikis and blogs provide teachers with a a dynamic process for integrating Web 2.0 technology in their science and math classes. These two types of online tools offer students a more engaging process for learning. Both are relatively easy tools which do not require teachers or students to learn any special program tools or computer skills. Their uses and applications are only limited by the vision and purpose for helping students learn.

Every hour, 10x10 scans the RSS feeds of several leading international news sources, and performs an elaborate process of weighted linguistic analysis on the text contained in their top news stories. After this process, conclusions are automatically drawn about the hour's most important words. The top 100 words are chosen, along with 100 corresponding images, culled from the source news stories. At the end of each day, month, and year, 10x10 looks back through its archives to conclude the top 100 words for the given time period. In this way, a constantly evolving record of our world is formed, based on prominent world events, without any human input.

And the price is this: facts learned in this way, and especially by rote, and especially at a younger age, take a direct route into the mind, and bypass a person's critical and reflective capacities, and indeed, become a part of those capacities in the future.

while it is necessary (and possible) to teach facts to people, it comes with a price. And the price is this: facts learned in this way, and especially by rote, and especially at a younger age, take a direct root into the mind, and bypass a person's critical and reflective capacities, and indeed, become a part of those capacities in the future.\n\nWhen you teach children facts as facts, and when you do it through a process of study and drill, it doesn't occur to children to question whether or not those facts are true, or appropriate, or moral, or legal, or anything else. Rote learning is a short circuit into the brain. It's direct programming. People who study, and learn, that 2+2=4, know that 2+2=4, not because they understand the theory of mathematics, not because they have read Hilbert and understand formalism, or can refute Brouwer and reject intuitionism, but because they know (full stop) 2+2=4.\n\nI used the phrase "it's direct programming" deliberately. This is an analogy we can wrap our minds around. We can think of direct instruction as being similar to direct programming. It is, effectively, a mechanism of putting content into a learner's mind as effectively and efficiently as possible, so that when the time comes later (as it will) that the learner needs to use that fact, it is instantly and easily accessible.

A new blogger doing great things... drop by and leave her a comment.

...writing is moving into the public sphere. Most writing that is published electronically is, by nature, works in progress. We post, we receive feedback (solicited or not) and we often rewrite or reconceptualize. In this way, teaching collaborative writing explicitely is crucial. For me, the value of collaborative writing does not lie in the product but in the process; students are challenged to think critically, negotiate tactfully and engage meaningfully in a real life skill. The learning is layered and seamless.

@4:16 - Great definition of education wherein Robinson says, "What it is, is a process of helping people to engage with the world around them and make more sense of themselves in the process."

"Ainsworth, Prain and Tyler  (2011) in a paper in Science argue that  drawing  can play a number of  important roles in learning:, namely: Drawing to enhance engagement - surveys have shown than when students draw to explain they are more motivated to learn compared to traditional teaching of science. Drawing to learn to represent in science - the process of producing visual representations  helps learners understand how scientific representations work. Drawing to reason in science - student learn to reason like scientists as they select specific features to focus on in their drawings, aligning it with observation, measurement and/or emerging ideas Drawing as a learning strategy - if learners read a text and then draw it, the process of making their understanding visible and explicit helps them to overcome limitations in presented material, organise and integrate their knowledge and ultimately can be transformative. Drawing to communicate - discussing their drawings with their students provides teachers with windows into students' thinking as well being a way that the peers can share knowledge, discovery and understanding."