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Bo Adams

NAIS - The Learning Curve: How We Learn and Rethinking the Education Model - 0 views

  • Unlike Semmelweis, whose theory about the need for cleanliness was rejected because it lacked the scientific support that Louis Pasteur’s germ theory would eventually provide, today we have ample research that suggests a mismatch between learners and schools—a mismatch between how people learn and how educators think they learn.
  • emotion and cognition are intertwined and inseparable
  • “Emotion is the rudder for thought,”
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  • We think and learn about things that matter to us, that are emotionally relevant because we perceive them as important to our physical or social survival and well-being.
  • Motivation, engagement, perseverance, creativity, optimism, resilience—pretty much all the so-called “soft skills”—are rooted in emotion.
  • If students’ programs of study include significant, meaningful opportunities for them to follow their expanding and changing interests during their many years in school,  motivation and perseverance will spontaneously combust because, as some students told me, “my interest and involvement in my studies became personal. I felt like my school had meaning, like there was purpose.”
  • regression is essential to learning because each time the learner rebuilds the network, the more stable and automatic it becomes. Regression is not failure, although it is often treated as such.
  • natural process of learning—building, regression, rebuilding
  • So what matters to students? What are they learning in school that forces them to focus on what matters to adults?
  • Because emotional goals motivate and direct people’s thoughts and behavior, as Immordino-Yang suggests, understanding students’ goals can provide insight into what they are likely to learn and help educators understand how they might change their practices
  • Engagement in school does not always reflect engagement in the sort of deep, meaningful learning—developing intellectual skills and conceptual understanding—that educators value.
  • how to rethink school designs and create a new conceptual model for schools—a model that combines and finds an effective balance among the goals that adults have for students and the needs that students have for themselves, a balance between what matters to students and what matters to adults.
  • more effective model will offer real opportunities for students to pursue personally meaningful interests and questions
  • we don’t need to try to make all students masters of all disciplines.
  • Instead of insisting that all students collect identical promotion and graduation credits by meeting minimal standards to “pass” anywhere from five to seven courses each year in discrete, unrelated subjects, educators might be more successful ensuring that all students work each year on a body of specific essential skills—perhaps communication, collaboration, creativity, critical thinking, and problem-solving, which are getting so much attention today—that can be learned while working in any subject area.
  • Some of the changes that make this new model possible involve significantly reducing the number of traditionally required courses, creating individualized rather than rigidly standardized courseloads, giving students more control of the subjects they study, and establishing graduation requirements based on skill development.
Bo Adams

What's Going on Inside the Brain Of A Curious Child? | MindShift | KQED News - 1 views

  • when kids are curious, they’re much more likely to stay engaged.
  • ‘Curiosity really is one of the very intense and very basic impulses in humans. We should base education on this behavior.’
  • brain’s chemistry changes when we become curious, helping us better learn and retain information.
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  • “But even people with really good memory will remember only a small fraction of what happened two days ago.”
  • When the participants’ curiosity was piqued, the parts of their brains that regulate pleasure and reward lit up. Curious minds also showed increased activity in the hippocampus, which is involved in the creation of memories.
  • dopamine
  • curious brains are better at learning not only about the subject at hand, but also other stuff — even incidental, boring information.
  • She says her students love exploring the mysterious unknowns in science: What happens when a car crashes? Why does one car get more beat up than the other? Why do some people look more like their aunt than their mom? How do rainbows work?
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    HT Kelly Kelly
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