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Ron King

ctillustrated.com | - 1 views

www.ctillustrated.com

shared by Ron King on 18 Mar 12 - No Cached
  • Ron King on 18 Mar 12
     
    A cartoon guide to solving problems, designing systems and understanding human behavior!
Ron King

Can't We Do Better? - NYTimes.com - 0 views

mobile.nytimes.com/...riedman-cant-we-do-better.html

shared by Ron King on 09 Dec 13 - No Cached
  • Ron King on 09 Dec 13
     
    THE latest results in the Program for International Student Assessment, or PISA, which compare how well 15-year-olds in 65 cities and countries can apply math, science and reading skills to solve real-world problems were released last week, and it wasn't pretty for the home team. Andreas Schleicher, who manages PISA, told the Department of Education: "Three years ago, I came here with a special report benchmarking the U.S. against some of the best performing and rapidly improving education systems. Most of them have pulled further ahead, whether it is Brazil that advanced from the bottom, Germany and Poland that moved from adequate to good, or Shanghai and Singapore that moved from good to great. The math results of top-performer Shanghai are now two-and-a-half school years ahead even of those in Massachusetts - itself a leader within the U.S."
Troy Patterson

16 Modern Realities Schools (and Parents) Need to Accept. Now. - Modern Learning - Medium - 0 views

medium.com/...eed-to-accept-now-64b98710e4e9

msm332

shared by Troy Patterson on 23 May 16 - No Cached
  • What’s happened to get people thinking and talking about “different” instead of “better?”
  • The Web and the technologies that drive it are fundamentally changing the way we think about how we can learn and become educated in a globally networked and connected world. It has absolutely exploded our ability to learn on our own in ways that schools weren’t built for.
  • In that respect, current systems of schooling are an increasingly significant barrier to progress when it comes to learning.
  • ...10 more annotations...
  • The middleman is vanishing as peer to peer interactions flourish. Teachers no longer stand between the content and the student. This will change the nature of the profession.
  • Technology is no longer an option when it comes to learning at mastery levels.
  • Curriculum is just a guess, and now that we have access to so much information and knowledge, the current school curriculum bucket represents (as Seymour Papert suggests) “one-billionth of one percent” of all there is to know. Our odds of choosing the “right” mix for all of our kids’ futures are infinitesimal.
  • The skills, literacies, and dispositions required to navigate this increasingly complex and change filled world are much different from those stressed in the current school curriculum.
  • In fact, instead of being delivered by an institution, curriculum is now constructed and negotiated in real time by learner and the contributions of those engaged in the learning process, whether in the classroom our out.
  • “High stakes” learning is now about doing real work for real audiences, not taking a standardized subject matter test.
  • While important, the 4Cs of creativity, collaboration, critical thinking, and communication are no longer enough. Being able to connect to other learners worldwide and to use computing applications to solve problems are the two additional “Cs” required in the modern world.
  • Our children will live and work in a much more transparent world as tools to publish pictures, video, and texts become more accessible and more ubiquitous. Their online reputations must be built and managed.
  • Workers in the future will not “find employment;” Employment will find them. Or they will create their own.
  • Embracing and adapting to change must be in the modern skill set.
Troy Patterson

The best way to understand math is learning how to fail productively - Quartz - 1 views

qz.com/...rning-how-to-fail-productively

msm313 math learning

shared by Troy Patterson on 29 Oct 15 - No Cached
  • Students who are presented with unfamiliar concepts, asked to work through them, and then taught the solution significantly outperform those who are taught through formal instruction and problem-solving. The approach is both utterly intuitive—we learn from mistakes—and completely counter-intuitive: letting kids flail around with unfamiliar math concepts seems both inefficient and potentially damaging to their confidence.
  • So far, teachers have mixed reactions. They recognize that the approach is good but they worry about efficiency and standardized tests: will kids fall on high-stakes national and international tests?
  • Kapur uses the research to make his case. Students get more output (deeper learning) for the same input (hours of instruction), which presents another problem: teachers have to get out of the way. “They [teachers] say it’s stressful to teach this way,” he says. “It’s easier to tell them [students] what you know.”
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  • In fact, Kapur theorizes in one of his studies that direct instruction might close students’ minds. Once a teacher presents a solution, students may no longer see the possibility of other solutions, or more creative approaches.
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