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Contents contributed and discussions participated by Brian C. Smith

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Will the coronavirus infect education, too? The risk of a radical shift to online learn... - 0 views

  • Learning certainly involves the mind, but also interactions between students, teacher and student, and learning spaces and tools.
  • Though online models may support some of those interactions, they only scratch the surface when it comes to offering diverse, rich, and multimodal educational experiences.
  • Knowledge is not transmitted, it is constructed when we bring our prior understanding in interaction with new ideas, experiences, and environments.
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  • extensive research showing that the production and maintenance of an online course can be even more expensive than its offline counterpart.
  • the potential of new technology is not in maintaining the status quo but in upending it.
  • New and emerging technologies can instead be used to tweak or enhance existing structures and systems in ways that leverage their particular educational affordances.
  • we can view this as an opportunity to applaud the enormous effort to flexibly adapt to new educational modes under unprecedented circumstances — and, as the dust settles, invite these professionals (rather than corporations or venture capitalists) to be the ones to chart the course forward.
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An Ode to Maker Camp: What Makes a Maker? Childhood - 0 views

  • Dr. Guilford’s question: “How are you going to design something if you’ve never built anything?”
  • How are you going to build something if you’ve never taken something apart?
  • How are you going to come up with interesting ideas and solutions if you’ve never been allowed to play with physical and digital bits and pieces?
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  • It takes a playful, curious person to take things apart and imagine new ways to put the parts back together.
  • Youthful creativity combined with readily available materials often leads to a whirlwind of wonderful things.
  • Amon Milner, a maker/educator, what a “maker” was, he replied that “[all] people are makers. And the conditions in which people can grow up and have that supported and still do it into adulthood is a very special person… Every [child] is a maker and some get to stay that way longer.”
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    How are you going to design something if you've never built anything?
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How Silicon Valley Pushed Coding Into American Classrooms - The New York Times - 0 views

  • “It is essential that efforts to increase computer science instruction, kindergarten through career, be driven by the needs of industry and be developed in partnership with industry.”
    • Brian C. Smith
       
      The danger in this statement is that it says computer science instruction. It has little regard for how students learn or their interests. It is all about industry and jobs. If corporate and industry partners want to help, they must take a backseat to qualified educators, not the other way around. We CAN and MUST do better than industries seeking self-serving initiatives.
  • “They are collaborative partners.”
    • Brian C. Smith
       
      Another slippery statement. What knowledge and understanding to industry partners have regarding how children learn? Industry perspective seems to always be that they see training as learning. Most coding platforms being promoted are designed to program the child. The difference between programming the computer and programming the child is a powerful idea that we must discuss in depth and know well. Otherwise, we lose out on the most meaningful and powerful learning experiences we could provide.
  • “We have a lot of debate in this country about how to teach,” he said, “and not enough debate about what to teach.”
    • Brian C. Smith
       
      Not enough talk about how to learn and how to learn it. Some will say they are one in the same, that's simply not true. Teaching implies something teachers do to students (who may or may not yet be learners). While teaching requires students, learning does not require a teacher or teaching. Learning is the consequence of experience and any teaching designed should reflect this powerful idea. When we leave the decisions about how and what to teach to those outside of education, because they are the area "experts", it becomes about the topic and not the child. We will always fail with that approach.
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Collaboration - 0 views

  • Collaboration is more than simply the division of labor. It should not be taught as an isolated skill or coerced. Sadly, like many seemingly good ideas, schools seek to mechanize collaboration by turning natural process into a set of measurable skills and multi-year course of study, easily assessed. Some children win, while others fail.
  • Cooperation and collaboration are natural processes. Such skills are useful when the creative process benefits from interdependence. The best collaboration mirrors democracy when individual talents, knowledge, or experiences are contributed to produce something larger than the sum of its parts.
  • Work with your friends. Work with people you trust. Work with people who have different skills or expertise. If that doesn’t produce the result you desire, you will find others to collaborate with. That is how you learn to collaborate. You may teach it, but the students will not stay taught.
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  • The only reason to assign group size is scarcity of materials (we have to share). Even in those largely avoidable scenarios, it hardly matters if group size varies a bit. The main consideration is inactivity by some members when a group is too large.
  • Collaboration is both selfish and selfless. You give of yourself by sharing your talent and expertise, but the collaboration should benefit you as well.
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    Read the whole post.
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technology - Practical Theory - 0 views

  • We need to understand that until we stop fetishizing technology by making it the focal point of the work every time we pull it out of the closet, we will never move past the notion of “technology integration” to a place of “modern learning.”
  • The idea that technology must be invisible in school is simply this: Using technology to inquire, to create, to share, to research, to learn is not and should not be notable anymore. It should simply be a matter of course.Using technology in school is not the point – learning is.
  • There are still moments when we learn about the technology itself, and that’s a good thing. Whether it is in a computer science class where students are learning to program, or it is in a technology infusion workshop where we help students to learn how to fully integrate the technology into their sense of themselves as a student and citizen, there are moments where we — student and teachers — make the invisible visible.
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  • both students and teachers should have moments of reflection of how the tools affect the learning. But there’s a big leap between understanding how the tool both is vital to and transformative to the work and making the work always about the tool.
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    Lehmann offers an important context for thinking about learning in a technology-rich world.
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Teachers Going Gradeless - Arthur Chiaravalli - Medium - 0 views

  • study showed that scores alone made students either complacent or unmotivated depending on how well they did. Scores with comments were just as ineffective in that students focused entirely on the score and ignored the comments. Surprisingly, it was the students who received comments alone that demonstrated the most improvement.
  • student self-assessment/self-grading topped the list of educational interventions with the highest effect size. By teaching students how to accurately self-assess based on clear criteria, teachers empower them to become “self-regulated learners” able to monitor, regulate, and guide their own learning.
  • The reason students never develop these traits is that our monopoly on assessment, feedback, and grading has trained students to adopt an attitude of total passivity in the learning process.
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  • For some of us, the word gradeless means to grade less, that is, limiting the impact of grades within the context of current constraints. Some are just trying to get away from toxic assessment and grading practices, like assessments with no opportunity to redo or retake or zeroes on the mathematically disproportionate 100-point scale.
  • For others, gradeless means without grades, that is, avoiding the damaging and demotivating effects of grades entirely. These teachers are trying to put the focus squarely on learning, eliminating grades in favor of feedback and growth.
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Computer Science Should Supplement, not Supplant Science Education - 0 views

  • In the integrated STEM classroom, using the principles of NGSS, educators are working to seek out real-world, relevant, authentic problems that would be of interest to students and ask them to apply computational thinking to solve the problem using data analysis, visualization, seeking patterns, and computation.
  • And as everyone knows, time in the school schedule is VERY limited and providing computer science as on a separate track cuts the instructional time pie even more, and sets up another silo in high schools.
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Moment(us) teaching - 0 views

  • 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.
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Making (in) History: Learning by Reinvention | Edutopia - 1 views

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    An excellent article about making in history class from Castilleja.
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These Creative Kids Designed A Way To Measure All The Plastic In The Ocean | Co.Exist |... - 0 views

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    This project happened right here in Hong Kong with a partnership between a school and makers in the community. We have the contacts for this type of project. Do we really want this? If so, what needs to give in order to make it happen? If we don't, why the heck not? ~ Brian
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10 Tips For Launching An Inquiry-Based Classroom | MindShift | KQED News - 0 views

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    "Unfortunately, many educators and schools are so focused on achieving standardized outcomes that they don't leverage the best tool at their disposal - students' natural curiosity."
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Constructionism through Design Thinking Projects | FabLearn Fellows - 1 views

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    "Hard problems require time (months), collaboration, creativity, grit and learning new skills to pass a challenge. The true sign of a good hard problem is when the adults do not have all the answers for students, rather the students get to take charge using their own imagination and ambition to reach a goal set by their team."
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How to Incubate Creativity in School Through Making and Discovery | MindShift | KQED News - 1 views

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    "'Our goal is not to create more scientists and engineers; it's to leave doors open for kids.'" This is a particularly powerful message for those interested in developing creativity. Creativity is cannot be captured in the form of a rubric, it is within the child and we must cultivate and allow it to develop in ever opening doors.
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Educating Modern Learners - 0 views

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    A newsletter that shares many topics around Modern Learning.
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Adios Ed Tech. Hola something else. - 0 views

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    "My framework for technologies in the edtech space now, those that I find empowering for learners and reflective of a human and creative-oriented future, includes five elements: Does the technology foster creativity and personal expression? Does the technology develop the learner and contribute to her formation as a person? Is the technology fun and engaging? Does the technology have the human teacher and/or peer learners at the centre? Does the technology consider the whole learner?"
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Invisible | Practical Theory - 0 views

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    "We need to understand that until we stop fetishizing technology by making it the focal point of the work every time we pull it out of the closet, we will never move past the notion of "technology integration" to a place of "modern learning.""
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Fundamentals of Creativity - 0 views

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    Five insights can help educators nurture student creativity in ways that enhance academic learning.
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