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Jill Bergeron

Why Daydreaming is Critical to Effective Learning | MindShift | KQED News - 1 views

  • It’s never too early to learn smart strategies to focus in on priorities and tune out what’s not immediately necessary.
  • Neuroscience has shown that multitasking — the process of doing more than one thing at the same time — doesn’t exist.
  • Multitasking is also stressful for the body. When people try to do several things at once, like drive and text, the brain uses up oxygenated glucose at a much faster rate and releases the stress hormone cortisol.
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  • Rather than trying to do everything at the same time, the most productive people prioritize and block off their schedules to focus on one task at a time.
  • the basic principle of focusing in on one task at a time holds true for anyone.
  • “When they’re doing something, they’re really doing it,” Levitin said. “They get more done because their brain isn’t half somewhere else.”
  • “People who take regular breaks — and naps even — end up being more productive and more creative in their work,” Levitin said.
  • The brain has a natural way of giving itself a break — it’s called daydreaming. “It allows you to refresh and release all those neural circuits that get all bound up when you’re focused,”
  • “You need to give your brain time to consolidate all the information that’s come in, to toss it and turn it.”
  • “Children shouldn’t be overly scheduled,” Levitin said. “They should have blocks of time to promote spontaneity and creativity.”
  • Daydreaming and playing are crucial to develop the kind of creativity many say should be a focal point of a modern education system.
  • The world has changed much more quickly than the genome can keep up with, which means schools have a responsibility to help kids develop the skills to sift through the overwhelming stimuli.
  • It can be hard to focus on one thing when there’s a long, nagging list of things that need to get done in a day, both personal and professional. Levitin recommends writing all those things down on notecards, externalizing the memories into digestible bits that can be shuffled as priorities change. “My brain knows I’ve written it down and it stops nagging me,” Levitin said of his method.
  • he hyperactive child might be able to help develop a more creative set of ideas, while the more focused child knows how to take that idea
  • to fruition.
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    Article may be four years old, but its emphasis clearly supports more current discussion surrounding cognitive consolidation.
Scott Nancarrow

Toxic Stress and SPD, Dr. Jamie Chaves, OTD, OTR/L, SWC - Dr. Jamie Chaves, OTD, OTR/L - 0 views

  • Stress isn’t necessarily a bad thing—it can mobilize us and allow us to function well.
  • our bodies and brains are designed to handle small amounts of stress.
  • “toxic stress” and it has a myriad of negative implications for the body, brain, emotions, and relationships. Examples include inattention, poor emotional control, decreased memory, difficulty learning, poor frustration tolerance, irritable bowel syndrome, and even a compromised immune system.
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  • children with SOR experience a stress response on a more frequent and more intense basis.  And, they can remain in elevated states of stress for longer periods of time than neurotypical children.
  • what happens when we cannot habituate to the unimportant sensory stimuli
  • Our brain must integrate all of this input in order to determine the most important stimuli or information to attend to in order to socially engage and function in the situation. This requires our brainstem to receive all the sensory information from our nerves and our amygdala, and to interpret whether or not the sensory information is a threat.  When the brain works the way it’s supposed to, sensory stimuli that is not important is filtered out
  • After several exposures to those negative situations the brain begins to anticipate the threat, thereby heightening the stress response even more. They cannot be “talked through” the situation or “reasoned with” because access to the higher, thinking, cognitive cortex has been blocked by the stress response.
  • Because it is impossible to control all sensory-related aspects of the environment, children with SOR can present as highly anxious, controlling, withdrawing, or with acting out behaviors-- all of which are responses to repeated, elevated stress
  • Children must be in a state of regulation, or optimal arousal, or what we can call “tolerable stress” before they have the capacity to learn, develop new skills, and try novel activities.
  • Changing the way the neurological system responds to incoming sensory stimuli, however, takes time—usually 6-12 months of ongoing therapy. In the meantime, it is important that parents, educators, relatives, and other professionals recognize that acting out behaviors may actually be a sensory-related stress response, and the child may need support, soothing through co-regulation, and intervention instead of behavioral interventions or punitive responses.
  • Caregivers and professions can also be more aware of scenarios that cause stress in children with sensory overresponsiveness and take steps to decrease the intensity of those sensory experiences to prevent a toxic stress load.  
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    Brief blog post by Dr. Chaves (who works at the Center for Connection in Pasadena) on the topic of Sensory and Stress. Heavy on the language of Occupational Therapy, but good perspective for anyone and everyone
Scott Nancarrow

A Formative Assessment - The Center for Transformative Teaching & Learning - 0 views

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    take advantage of this opportunity to prime your brain and how it is currently and accurately thinking about ways research in Mind, Brain, and Education Science can inform, validate, or transform how we design schools, classrooms, and work with each individual student.
Scott Nancarrow

How to Tap Memory Systems to Deepen Learning - MindShift - 0 views

  • When teachers have a better understanding of the brain’s memory systems, they can help students develop stronger study habits and engage them in deep learning. 
  • In classrooms, some students absorb and master these skills faster than others. Oakley calls these “race car learners” who zoom to the finish line. In contrast “other students have hiker brains,” says Oakley. “They get to the finish line, but more slowly.”
  • It’s also why many students struggle at following multi-step directions. It’s not a lack of focus. Their working memory simply does not have the capacity to “keep in mind” something like a five-step process –  unless they’ve practiced those steps so many times that it has become a routine that doesn’t require active thought. That’s why skilled teachers spend so much time at the beginning of the year establishing classroom procedures and thinking routines. These practiced routines can free up working memory space for students to learn novel material.
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  • Because many students don’t understand their working memory, they study ineffectively, she says. They read over their notes or stare at a list of vocabulary words and think “I’ve got it.” And they do have it in their brain – while they have their notes in front of them. But working memory is short term. Hiker students, in particular, need concrete strategies for moving material into long-term storage. 
  • Active learning is when “the student themself is grappling with the material,” says Oakley. “This really builds our procedural links in long-term memory. While you can be actively learning while you are staring at the professor, you can’t do that for very long.”
  • Offering brain breaks: Breaks are crucial to long-term memory formation. When students relax mentally, even for a minute or two, it gives their brain time to consolidate new learning.
  • Use the Jot-Recall Technique: Pause while teaching and help students check whether they’ve moved the material from working into long-term memory. Take one minute and have them jot down important ideas from class, jot down a sketch to visually represent their learning, or jot down key ideas from previous classes that relates to the topic at hand.
  • Teach Students How to Engage in Active Recall: Remember the student who looks at the vocabulary list and thinks they have it memorized? Teach students to regularly put away their notes or shut their book and see what they can recall.
  • Engage in Think-Pair-Share: Activities such as think-pair-share ask students to engage individually, engage with a partner and then engage with the class. In effect, they are interacting with the information three times in quick succession, helping strengthen their neural pathways.
  • Practice Interleaving: Interleaving involves mixing up practice problems instead of working on nearly identical activities over and over again.  This builds in active recall practice and cognitive flexibility as students have to consciously decide what information or procedure to apply to a given problem.
  • “The best way to make rapid progress is to make things tougher on yourself,” says Oakley, drawing on the concept of “desirable difficulties”,
  • And for those students who already feel like learning is a constant struggle? Remind them that speed isn’t smarts.
Jill Bergeron

The Marshall Memo Admin - Issues - 0 views

  • Every superintendent, or state commissioner, must be able to say, with confidence, ‘Everyone who teaches here is good. Here’s how we know. We have a system.
  • school-based administrators “don’t always have the skill to differentiate great teaching from that which is merely good, or perhaps even mediocre.” Another problem is the lack of consensus on how we should define “good teaching.”
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      We need consensus on how we define good teaching. We don't have metrics in place to determine good, mediocre and bad teaching.
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  • Only about six percent of teachers are ineffective, she continues. For the remaining 94 percent, the emphasis should shift from ratings to learning.
  • And what do we know about professional learning? That it requires: • Active intellectual engagement – That is, self-assessment, reflection on practice, and on-going conversations; • Trust – “Fear shuts people down,” says Danielson. “Learning, after all, entails vulnerability. The culture of the school and of the district must be one that encourages risk-taking.” • Challenge – “The culture must include an expectation that every teacher will engage in a career-long process of learning,” she says, “one that is never ‘finished.’ Teaching is simply too complex for anyone to believe that there is no more to learn.” • Teacher collaboration – PD and supervisory suggestions rarely drive classroom improvements, says Danielson. “Overwhelmingly, most teachers report that they learn more from their colleagues than from an ‘expert’ in a workshop… or being directed by a supervisor to read a certain book or take a particular course.” Most often, classroom improvement comes from working with colleagues analyzing student work and planning curriculum.
  • a new system should include: -   An emphasis on professional learning in a culture of trust and inquiry; -   A career ladder from probationary to continuing status after about three years; from that point on, the main emphasis becomes professional learning; -   Differentiation in the evaluation system, with novice teachers getting support from a mentor and being evaluated every year; -   Career teachers assessed periodically to ensure continuing quality; -   Teacher leadership positions (mentor, instructional coach, team leader) for which experienced teachers in good standing are eligible to apply; these come with training and support, extra compensation, or released time during the regular school day; -   The ability to identify seriously underperforming teachers, support their improvement, and if sufficient progress isn’t made, deny them tenure or continuing employment.
  • “Former service members tend to be committed to their students and tenacious in their efforts to improve,” say Parham and Gordon. Some early studies suggest that over time, veterans are stronger in classroom management, instructional practices, and student results.
  • Veterans who have had life-and-death combat experiences “tend to have low tolerance for petty politics in schools or for initiatives that seem unrelated to educating students. Former service members may sometimes seem overly assertive in discussions with colleagues.”
  • Veterans entering the classroom may feel like novices and have to adjust to their students not snapping to attention when given an order.
  • Veterans who are used to explicit operating procedures have to decode the unspoken expectations on how to relate to colleagues, handle student discipline, deal with parent concerns, get supplies, and get help.
  • “Discussions of shared experiences, shared values, and shared goals can help veterans and other teachers begin to build relationships.”
  • This might consist of a well-chosen mentor (similar to their “battle buddy” in the military), a support team (perhaps a grade-level or subject team that meets regularly), and a support network with other veterans in the school or district.
  • Veterans need an especially thorough briefing as they enter a new setting, including policies, procedures (copying machines, grading, and more), formal and informal rules, and a map of the school.
  • up to speed on teaching priorities, curriculum breadth versus depth, dealing with student differences, lesson planning, instructional materials, and, of course, discipline.
  • Support for this common challenge can come from peer coaching, observing expert teachers, workshops, articles and books, and seminars.
  • Effective teachers assign tasks that require explanation or require students to organize material in meaningful ways. Stories and mnemonics are also helpful in getting students to impose meaning on hard-to-remember content.
  • Effective teachers make content explicit through carefully paced explanation, modeling, and examples; present new information through multiple modalities; and make good use of worked problems.
  • Rather, the mastery of new concepts happens in fits and starts. “Content should not be kept from students because it is ‘developmentally inappropriate,’” says the report. “To answer the question ‘is the student ready?’ it’s best to consider ‘has the student mastered the prerequisites?’”
  • we shouldn’t push skeptical students to say, “Natural selection is one of the most important ways species came to be differentiated.” Better for them to say, “Most scientists think natural selection is one of the best explanations.”
  • Practice is essential to learning new facts, but not all practice is equally effective.
  • Frequent quizzes with low stakes, and students testing themselves, help establish long-term retention through the “retrieval effect.”
  • Each subject has basic facts that support higher-level learning by freeing working memory and illuminating applications.
  • Students learn new ideas by linking them to what they already know.
  • To transfer learning to a novel problem, students need to know the problem’s context and its underlying structure.
  • Explicitly comparing the examples helps students remember the underlying similarities. With multi-step procedures, students need to identify and label the sub-steps so they can apply them to similar problems. It’s also helpful to alternate concrete examples and abstract representations.
  • Motivation is improved if students believe that intelligence and ability can be improved through hard work, and if adults respond to successful work by praising effective effort rather than innate ability. It’s also helpful for teachers to set learning goals (e.g., mastering specific material) rather than performance goals (competing with others or vying for approval).
  • Intrinsic motivation leads to better long-term outcomes than extrinsic motivation.
  • It’s difficult to gauge one’s own learning and understanding. That’s why students need to learn how to monitor their own learning through assessments, self-testing, and explanation.
  • Students will be more motivated and successful when they believe they belong and are accepted.
  • Teachers need to recognize and dispel a set of incorrect beliefs about teaching and learning: -   Misconception #1: Students have different “learning styles.” -   Misconception #2: Humans use only 10 percent of their brains. -   Misconception #3: People are preferentially “right-brained” or “left-brained” in how they think. -   Misconception #4: Novices and experts think in all the same ways. -   Misconception #5: Cognitive development progresses in age-related stages.
  • having students work in groups for 30-45 minutes coming up with test questions that might be used (or reworded) in the actual exam. This is a two-fer, says Lang: it not only gives students a sense of control over their learning but also serves as an effective review session.
  • Open assessments – This involves leaving 10 percent of the syllabus for an assignment that students create with the instructor.
  • Class constitutions – Having students collectively come up with ground rules for a course gives them a collegial sense of working together toward a shared purpose.
  • “Teaching evolutionary theory is not in and of itself religious indoctrination.” That’s because evolution is not a religion. “How could a religion have no beliefs about the supernatural? No rituals? No moral commandments?”
  • ask students to learn about evolution without insisting that they believe it.
  • Good feedback is specific and clear, focused on the task rather than the student, explanatory, and directed toward improvement rather than merely verifying performance.
  • “It turns out children are better able to cope if they understand what they’re going through is normal, that it affects everyone, and that it will pass,” comments Adam Gamoran of the William T. Grant Foundation. “How we think about a stressful situation influences how we feel and how we perform.” Studies like this, he says, “show how deeply intertwined are cognition and emotion.”
  • use of Twitter in his middle-school science classroom
  • Connecting students to reputable, relevant scientific people and organizations in real time
  • Twitter as authentic audience – Students constantly tweet ideas, assignments, projects, suggestions, and photographs to each other, broadening the reach of their thinking.
  • Twitter as embedded literacy – Students get plenty of practice with succinct writing as they share analyses and observations.
  • Managing students’ encounters with objectionable material from the outside world, including occasional use of profanity and sexually suggestive follower requests.
  • Comparing services – Proportional reasoning, equations, creating and analyzing graphs, and number sense; -   Planning a budget – Organizing and representing information and number sense; -   Determining the costs and payoffs of higher education – Percentages, compound interest, and rates; -   Playing the Stock Market Game – Ratios, proportional reasoning, reading and analyzing reports and graphs, and algebraic thinking (e.g., gains and losses).
  • “The term generally refers to using a wide variety of hands-on activities (such as building, computer programming, and even sewing) to support academic learning and the development of a mindset that values playfulness and experimentation, growth and iteration, and collaboration and community. Typically, ‘making’ involves attempting to solve a particular problem, creating a physical or digital artifact, and sharing that product with a larger audience. Often, such work is guided by the notion that process is more important than results.”
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    ""Researchers Probe Equity, Design Principles in Maker Ed." by Benjamin Herold in Education Week, April 20, 2016 (Vol. 35, #28, p. 8-9), www.edweek.org"
Gayle Cole

Pittsburgh Education Blog Part 2: STEAM Learning – Tribeca Disruptive Innovation ... - 0 views

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    How #STEAM Learning is helping to bring the right and left sides of the brain back together @TFFDisruptive #TDIA http://t.co/c1LCQaf7dd
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    How #STEAM Learning is helping to bring the right and left sides of the brain back together @TFFDisruptive #TDIA http://t.co/c1LCQaf7dd
Jill Bergeron

Homework, Sleep, and the Student Brain | Edutopia - 0 views

  • Are you able to stay up with your son or daughter until he or she finishes those assignments? If the answer is no, then too much homework is being assigned, and you both need more of the sleep that, according to Daniel T. Willingham (3), is crucial to memory consolidation.
  • we see moderate advantages of no more than two hours of homework for high school students. For younger students, the correlation is even smaller. Homework does teach other important, non-cognitive skills such as time management, sustained attention, and rule following, but let us not mask that as learning the content and skills that most assignments are supposed to teach
  • A scientific approach to tackling their homework can actually lead to deepened learning in less time.
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  • Delaying gratification is an important non-cognitive skill and one that research has shown enhances life outcomes
  • But it takes teachers to design better homework (which can include no homework at all on some nights), parents to not see hours of homework as a measure of school quality, and students to reflect on their current homework strategies while applying new, research-backed ones.
Jill Bergeron

Brain Re-Energizers - 0 views

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    Verbal and physical activities to get students going again after long periods of work.
Jill Bergeron

How School Leaders Can Support Teachers and Students This Year | Edutopia - 0 views

  • One of the things we know about brains that have been pushed too far is that they can’t learn. They just can’t. They need an opportunity to calm, to feel safe, to find their way out of the lizard-brain response that is fight-flight-flock-freeze-appease.
  • High social complexity + low form predictability = stress reactive behaviors.
  • High social complexity (lack of clarity around the social expectations, cultural norms, and how to navigate the expected social realities of a situation) + low form predictability (confusion about what is going to happen moment to moment, day to day, week to week) = stress reactive behaviors (fight-flight-flock-freeze-appease or signs that the amygdala, the lizard brain, has taken control and the prefrontal cortex—the part that learns and plans and creates—isn’t fully engaged).
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  • What can we do? We can seek to decrease, wherever possible, the social complexity by slowing down, by working in the smallest groups possible, by building real community through meaningful work, by building expectations with students—keeping them simple and concrete—and then using those expectations to provide much-needed boundaries.
  • Administrators must seek to do the same: build appropriate, clear, simple, concrete expectations with teachers around expectations and routines for students and for one another and then present a unified front with the professionals in their classrooms.
  • We didn’t get here in a few months, and it’s going to take more time than that to get beyond it. We all must commit to actions and values that demonstrate a culture of support and above all flexibility. We’ve suffered a collective trauma—we’re still suffering it—and expecting business as usual or even more than that isn’t going to get us anything but anger, frustration, and hostility from those we seek to serve.
Jill Bergeron

How to Help Students Manage Anxiety - SEL Skills by SOAR Learning - 0 views

  • Anxiety severely limits –and often blocks– all logical and rational problem-solving regions of the brain. So, don’t expect to talk someone out of anxiety or rationalize with them. When students don’t respond to verbal coaching, they aren’t being difficult or defiant. The biology of their brain simply makes it impossible for them to think with reason. To help a student break out of an anxiety spell, get them moving! Aerobic activity is the fastest, most effective way to break the virtuous cycle of anxiety. Next, get them talking about the problem. Have them describe what the problem is, why it is bothering them, and how they feel about it using a feeling wheel. To get our SOAR® Feelings Wheel, sign up for our “How Do I Feel?” Curriculum Kit in the blue box on the right of this page. This process does many things, it: draws the problem up to higher regions of the brain, minimizes the sense of “threat,” gives students a great sense of empowerment over the situation, and helps them better identify potential solutions. Finally, build their skills. Build their skills for managing the anxiety and skills for managing the situation that triggered the anxiety. To learn more about skills for overcoming stress and anxiety, check out the SOAR Social-Emotional Learning Curriculum.
Jill Bergeron

The Marshall Memo Admin - Issues - 2 views

  • 1. What makes a team effective? 2. A new perspective on closing the achievement gap 3. Project-based learning 101 4. A school network experiments with high tech and student choice 5. Opening up a daily 40-minute block in a North Carolina high school 6. How to hold onto high-quality new teachers 7. The effect of reading about the struggles of accomplished scientists
  • Project Aristotle, as it was dubbed, found that some team characteristics that seemed intuitively important – members sharing interests and hobbies, having similar educational backgrounds, socializing after hours – didn’t correlate with team success.
  • The ‘who’ part of the equation didn’t seem to matter.”
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  • Then Project Aristotle began looking at group norms – the culture of unwritten rules that guide people when they collaborate – and hit pay dirt. It turned out that two group norms were shared by virtually all of Google’s most effective teams: -   Equal air time – In teams that got the best results, members participated roughly the same amount during meetings. “As long as everyone got a chance to talk, the team did well,” said Google researcher Anita Woolley. “But if only one person or a small group spoke all the time, the collective intelligence declined.” -   Interpersonal sensitivity – Effective team members had the ability to intuit how colleagues felt by their tone of voice, facial expressions, and other nonverbal cues. The members of less-effective teams were less tuned in to their teammates’ feelings.
  • The behaviors that create psychological safety – conversational turn-taking and empathy – are part of the same unwritten rules we often turn to, as individuals, when we need to establish a bond. And those human bonds matter as much at work as anywhere else. In fact, they sometimes matter more.”
  • In the best teams, members listen to one another and show sensitivity to feelings and needs.”
  • He believes there are two “ubiquitous features of conventional school environments” that trigger and reinforce the psychological factors noted above, augment the disadvantages with which minority students enter school, and feed the peer pressures to disengage from schooling – all of which creates a self-reinforcing downward spiral of achievement. The two features are: -   Students being given work that is too difficult for their current academic level; -   Students getting low grades on their work rather than frequent, individualized, objective feedback.
  • “The hypothesis,” say Yeh, “is that the conventional school system is inadvertently structured in a way that fosters disengagement, thereby reducing effort, which depresses achievement and grades, causing demoralization, which further reduces engagement and achievement.” The process kicks in around third grade, when struggling students begin to view themselves as intellectually inferior because their grades are lower than their classmates’, contributing to decreased self-efficacy and increasing passivity; it accelerates in middle school, at which point low grades strongly correlate with eventually dropping out.
  • What is to be done? Yeh’s theory is that by flipping the two pernicious factors, schools can turn the downward spiral into a virtuous upward cycle of achievement. That involves: -   Adjusting task difficulty for low-performing students to an appropriate level of challenge so that if they apply effective effort, they will be successful. -   Rapid performance feedback with respect to a standard, not other students.
  • He cites positive research on two programs using this approach – Reading Assessment and Math Assessment – and reports on a systematic study comparing different interventions aimed at closing the achievement gap – charter schools, voucher programs, an additional year of school, various high-quality pre-school programs, full-day kindergarten, class size reduction, value-added assessment, summer school, teacher salary incentives, teacher experience, teacher PD, longer school day, computer instruction, tutoring, and school reform. Rapid assessment is dramatically more successful at raising student achievement than any of the others.
  • by far the most powerful and cost-effective intervention is to adjust task difficulty and provide students with prompt, objective feedback on their efforts.
  • “When students engage in project-based learning over the course of their time in school,” says John Larmer (Buck Institute for Education) in this article in Educational Leadership, “there’s an accumulating effect. They feel empowered. They see that they can make a difference.” In addition, they’re more likely to acquire the skills, knowledge, and dispositions needed for college and career success.
  • the key elements of project-based learning, carefully planned and skillfully managed by the teacher:
  • A challenging problem or question
  • Sustained inquiry
  • Authenticity
  • Student voice and choice
  • Reflection
  • Critique and revision
  • Public product
  • four ways that project-based learning can go off the rails and not fulfill its potential: -   Mistake #1: Using materials that aren’t truly project-based; beware of PBL-lite! -   Mistake #2: Providing inadequate training and support for teachers; one-shot workshops are not enough. -   Mistake #3: Over-using projects in the curriculum; basic skills can still be taught in a more conventional format. -   Mistake #4: Implementing project-based learning on an ad hoc basis; to get the long-term effect, students need to engage in high-quality projects on a regular basis through their school years.
  • AltSchools encourage students to dive into topics they’re passionate about, with teachers tracking everything they do using classroom video cameras and elaborate K-8 databases. The schools make a point of shaping diverse student bodies by giving scholarships to students whose parents can’t afford the $30,000-a-year tuition.
  • We are raising a generation that will have the sum of human knowledge at their fingertips, for every minute of their life, so clearly education needs to change to accommodate that.”
  • “Basically, what we have told teachers is we have hired you for your creative teacher brains, and anytime you are doing something that doesn’t require your creative teacher brain that a computer could be doing as well as or better than you, then a computer should do it.”
  • To a computer measuring keystrokes, a student zoning out because he’s bored is indistinguishable from one who is moved by her book to imagine a world of her own.”
  • “People are very focused on the algorithm. But equally important is the quality of the materials” – the clarity of the math questions and the worthiness of the readings being presented on students’ computer screens. Willingham also notes that teachers in high-tech classrooms often have to prepare two lesson plans – one that uses the technology and one for when the technology breaks down.
  • Hire capable, well-matched teachers. Detailed advertisements and postings are important to giving candidates a clear idea of each position, says Clement. She also recommends longer interviews with more candidates, enlisting experienced teachers to take part in interviews, and gathering information on candidates from multiple sources.
  • Provide continuous professional development. This should include induction that eases new teachers into the demands of the full job – orientation before classes begin, well-matched mentors through the first five years, and ongoing PD specific to rookies’ needs.
  • Use colleagues to provide feedback. Traditional “gotcha” teacher evaluation has rarely been helpful in supporting new teachers, says Clement. Trained mentors can provide non-evaluative feedback that really makes a difference, perhaps with a firewall between their observations and the formal evaluation process. Of course it’s important that incoming teachers know the district’s criteria for effective teaching and are familiar with how administrators will assess their work.
  • Understand millennials. “This generation of teachers wants to network and have input,” says Clement. Most have a strong preference for electronic interaction, and administrators and colleagues should meet young teachers where they are tech-wise and provide strong online resources.
  • • Provide leadership opportunities. “While many new teachers are just surviving, others actively seek an avenue to truly make a difference,” says Clement. To find fulfillment in teaching and stay in the profession, they need to get involved in meaningful roles outside their classrooms. Some possibilities: speaking at induction ceremonies and serving on a welcome committee for the newest hires; leading book study groups; taking part in social service organizations on campus; and serving on curriculum committees
  • students who read about scientists’ struggles, whether intellectual or personal, got better grades in science after reading the texts. The positive effect was most pronounced among students whose science grades were low before the experiment.
  • Another finding: both before and after reading the texts, students who had a “growth” mindset (effort, not innate talent, determines success) tended to do better in science classes than students with a “fixed” mindset.
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    This week's articles cover PBL, differentiation, effective teams, tech integration, teacher retention and science teaching and learning.
Jill Bergeron

Can Handwriting Make You Smarter? - WSJ - 0 views

  • handwriting appears to focus classroom attention and boost learning in a way that typing notes on a keyboard does not, new studies suggest.
  • Students who took handwritten notes generally outperformed students who typed their notes via computer, researchers at Princeton University and the University of California at Los Angeles found.
  • Compared with those who type their notes, people who write them out in longhand appear to learn better, retain information longer, and more readily grasp new ideas
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  • something about writing things down excites the brain, brain imaging studies show.
  • laptop note-takers tested immediately after a class could recall more of a lecture and performed slightly better than their pen-pushing classmates when tested on facts presented in class.
  • Any advantage, though, is temporary. After just 24 hours, the computer note takers typically forgot material they’ve transcribed, several studies said. Nor were their copious notes much help in refreshing their memory because they were so superficial.
  • those who took notes by hand could remember the lecture material longer and had a better grip on concepts presented in class, even a week later. The process of taking them down encoded the information more deeply in memory, experts said. Longhand notes also were better for review because they’re more organized.
  • The problem is a typist’s tendency to take verbatim notes. “Ironically, the very feature that makes laptop note-taking so appealing—the ability to take notes more quickly—was what undermined learning,” said Dr. Kiewra.
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    Taking notes by hand with pen and paper helps students to retain information longer and understand it better than typing notes on a laptop.
Scott Nancarrow

Activity for kids outside of school time is an oasis in a 'learning desert' - NewsWorks - 0 views

  • Urban Thinkscape, is designed to re-imagine the Promise Zone by increasing caregiver-child engagement through playful learning activities installed in public spaces.
  • bring children's museum-quality learning activities right into the streets where people wait for the bus or hang out after school.
  • prioritize raising "happy, healthy, thinking, caring, and social children who become collaborative, creative, competent, and responsible citizens tomorrow." Only from our own determination will our children learn perseverance; only from our innovation will our children learn creativity; and only through our prioritizing education — inside the school walls and out — will our children learn to do so as well.
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    Transform "trapped spaces" into opportunities for brain activity - possible STEAM and/or PBL activities? WAIT... EVEN BETTER: SCHOOL GROUPS EACH DESIGN, PROTOTYPE, INSTALLATION ... gotta remember to talk about this one more...
Jill Bergeron

Over-Practicing Makes Perfect | TIME.com - 0 views

  • The brain can get by on less energy when you overlearn a task
  • Decades of research have shown that superior performance requires practicing beyond the point of mastery.
  • Whenever we learn to make a new movement, Ahmed explains, we form and then update an internal model—a “sensorimotor map”—which our nervous system uses to predict our muscles’ motions and the resistance they will encounter. As that internal model is refined over time, we’re able to cut down on unnecessary movements and eliminate wasted energy.
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  • Energy expenditures continued to decrease even after the decline in muscle activity had stabilized
  • even after participants had fine-tuned their muscle movements, the neural processes controlling the movements continued to grow more efficient. The brain uses up energy, too, and through overlearning it can get by on less. These gains in mental efficiency free up resources for other tasks:
  • Less effort in one domain means more energy available to others.
Jill Bergeron

A Learning Secret: Don't Take Notes with a Laptop - Scientific American - 0 views

  • students who write out their notes on paper actually learn more. 
  • those who wrote out their notes by hand had a stronger conceptual understanding and were more successful in applying and integrating the material than those who used took notes with their laptops.
  • taking notes by hand forces the brain to engage in some heavy “mental lifting,” and these efforts foster comprehension and retention.  By contrast, when typing students can easily produce a written record of the lecture without processing its meaning
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  • high verbatim note content was associated with lower retention of the lecture material
  • transcription fails to promote a meaningful understanding or application of the information
  • Because students can use these posted materials to access lecture content with a mere click, there is no need to organize, synthesize or summarize in their own words.
  • those who took longhand notes outperformed laptop participants.  Because longhand notes contain students’ own words and handwriting, they may serve as more effective memory cues by recreating the context (e.g., thought processes, emotions, conclusions) as well as content (e.g., individual facts) from the original learning session.
  • evidence suggests that when college students use laptops, they spend 40% of class time using applications unrelated to coursework, are more likely to fall off task, and are less satisfied with their education
  • even when technology allows us to do more in less time, it does not always foster learning.  Learning involves more than the receipt and the regurgitation of information
  • When it comes to taking notes, students need fewer gigs, more brain power.
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