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Kim Yaris

Questions no one knows the answers to | Video on TED.com - 8 views

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    Fantastic for inspiring the message that we all need to be questioning and considering questions we don't know the answers to as we move forward into the 21st century
Ed Webb

The threat to our universities | Books | The Guardian - 0 views

  • It is worth emphasising, in the face of routine dismissals by snobbish commentators, that many of these courses may be intellectually fruitful as well as practical: media studies are often singled out as being the most egregiously valueless, yet there can be few forces in modern societies so obviously in need of more systematic and disinterested understanding than the media themselves
  • Nearly two-thirds of the roughly 130 university-level institutions in Britain today did not exist as universities as recently as 20 years ago.
  • Mass education, vocational training and big science are among the dominant realities, and are here to stay.
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  • it is noticeable, and surely regrettable, how little the public debate about universities in contemporary Britain makes any kind of appeal to this widespread appreciation on the part of ordinary intelligent citizens that there should be places where these kinds of inquiries are being pursued at their highest level. Part of the problem may be that while universities are spectacularly good at producing new forms of understanding, they are not always very good at explaining what they are doing when they do this.
  • talking to audiences outside universities (some of whom may be graduates), I am struck by the level of curiosity about, and enthusiasm for, ideas and the quest for greater understanding, whether in history and literature, or physics and biology, or any number of other fields. Some members of these audiences may not have had the chance to study these things themselves, but they very much want their children to have the opportunity to do so; others may have enjoyed only limited and perhaps not altogether happy experience of higher education in their own lives, but have now in their adulthood discovered a keen amateur reading interest in these subjects; others still may have retired from occupations that largely frustrated their intellectual or aesthetic inclinations and are now hungry for stimulation.
  • the American social critic Thorstein Veblen published a book entitled The Higher Learning in America: A Memorandum on the Conduct of Universities by Businessmen, in which he declared: "Ideally, and in the popular apprehension, the university is, as it has always been, a corporation for the cultivation and care of the community's highest aspirations and ideals." Given that Veblen's larger purpose, as indicated by his book's subtitle, involved a vigorous critique of current tendencies in American higher education, the confidence and downrightness of this declaration are striking. And I particularly like his passing insistence that this elevated conception of the university and the "popular apprehension" of it coincide, about which he was surely right.
  • If we are only trustees for our generation of the peculiar cultural achievement that is the university, then those of us whose lives have been shaped by the immeasurable privilege of teaching and working in a university are not entitled to give up on the attempt to make the case for its best purposes and to make that case tell in the public domain, however discouraging the immediate circumstances. After all, no previous generation entirely surrendered this ideal of the university to those fantasists who think they represent the real world. Asking ourselves "What are universities for?" may help remind us, amid distracting circumstances, that we – all of us, inside universities or out – are indeed merely custodians for the present generation of a complex intellectual inheritance which we did not create, and which is not ours to destroy.
  • University economics departments are failing. While science and engineering have developed reliable and informed understanding of the world, so they can advise politicians and others wisely, economics in academia has singularly failed to move beyond flat-Earth insistence that ancient dogma is correct, in the face of resounding evidence that it is not.
  • I studied at a U.K. university for 4 years and much later taught at one for 12 years. My last role was as head of the R&D group of a large company in India. My corporate role confirmed for me the belief that it is quite wrong for companies to expect universities to train the graduates they will hire. Universities are for educating minds (usually young and impressionable, but not necessarily) in ways that companies are totally incapable of. On the other hand, companies are or should be excellent at training people for the specific skills that they require: if they are not, there are plenty of other agencies that will provide such training. I remember many inclusive discussions with some of my university colleagues when they insisted we should provide the kind of targeted education that companies expected, which did not include anything fundamental or theoretical. In contrast, the companies I know of are looking for educated minds capable of adapting to the present and the relatively uncertain future business environment. They have much more to gain from a person whose education includes basic subjects that may not be of practical use today, than in someone trained in, say, word and spreadsheet processing who is unable to work effectively when the nature of business changes. The ideal employee would be one best equipped to participate in making those changes, not one who needs to be trained again in new skills.
  • Individual lecturers may be great but the system is against the few whose primary interest is education and students.
David Wetzel

How to Integrate Wolfram Alpha into Science and Math Classes - 9 views

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    What is Wolfram Alpha? It is a supercomputing brain. It provides calculates and provides comprehensive answers to most any science or math question. Unlike other search sources, you and your students can ask questions in plain language or various forms of abbreviated notation. Contrary to popular belief, Wolfram Alpha is not a search engine. Unlike popular search engines, which simply retrieve documents based on keyword searches, Wolfram computes answers based on known models of human knowledge. It provides answers which are complete with data and algorithms, representing real-world knowledge.
David Wetzel

Why Use an iPod Touch in Science and Math Classrooms? - 5 views

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    The iPod Touch brings a new dimension to teaching and learning in the science or math classroom - Mobile Learning! No longer are students required to only learn within the confines of their classroom when using this digital tool.
David Wetzel

Investigating the Impact of Artificial Reefs: Problem-Based Learning Study of Human Influence on Marine Ecosystems - 4 views

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    Students make connections with many science concepts and communicate their recommendations to officials and organizations regarding the future of artificial reefs.
David Wetzel

Modeling the Composition of Earth's Atmosphere: The Layer of Gases Surrounding Planet Earth Retained by Gravity - 6 views

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    This is a hands-on, minds-on approach to provide students with a concrete model of the earth's atmosphere to visualize the gases which comprise the air they breath.
David Wetzel

Teaching Science and Math Daily - 8 views

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    Daily summary of the stories, articles, and resources for teaching K-12 science and math.
Lisa M Lane

Online Education - Introducing the Microlecture Format - Open Education - 0 views

  • in online education “tiny bursts can teach just as well as traditional lectures when paired with assignments and discussions.” The microlecture format begins with a podcast that introduces a few key terms or a critical concept, then immediately turns the learning environment over to the students.
  • “It’s a framework for knowledge excavation,” Penrose tells Shieh. “We’re going to show you where to dig, we’re going to tell you what you need to be looking for, and we’re going to oversee that process.”
  • It clearly will not work for a course that is designed to feature sustained classroom discussions. And while the concept will work well when an instructor wants to introduce smaller chunks of information, it will likely not work very well when the information is more complex.
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  • 1. List the key concepts you are trying to convey in the 60-minute lecture. That series of phrases will form the core of your microlecture. 2. Write a 15 to 30-second introduction and conclusion. They will provide context for your key concepts. 3. Record these three elements using a microphone and Web camera. (The college information-technology department can provide advice and facilities.) If you want to produce an audio-only lecture, no Webcam is necessary. The finished product should be 60 seconds to three minutes long. 4. Design an assignment to follow the lecture that will direct students to readings or activities that allow them to explore the key concepts. Combined with a written assignment, that should allow students to learn the material. 5. Upload the video and assignment to your course-management software.
    • Lisa M Lane
       
      This really isn't lecture - it's more like an introduction to guide them toward reading and discussion.
  • the microlecture format similarly requires teachers to get the key elements across in a very short amount of time. Most importantly, it forces educators to think in a new way.
  • Given that it is tough to justify the traditional lecture timeframes
Vicki Davis

Susan Silverman's Lucky Ladybugs project going on for elementary - 0 views

  • A Collaborative Internet Project for K-5 Students
  • Essential Question: Why are ladybugs considered to be good luck?
  • This project will demonstrate lesson plans designed following principles of Universal Design for Learning (UDL) and examples of student work resulting from the lessons.  As teachers we should ask ourselves if there are any barriers to our students’ learning.  We should look for ways to present information and assess learning in non-text-based formats. 
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  • Based on brain research and new media, the UDL framework proposes that educators design lessons with three basic kinds of flexibility: 1. Multiple formats and media are used to present information.
  • Examples: Illustrations, pictures, diagrams, video or audio clips, and descriptions 2.   Teachers use multiple strategies to engage and motivate students. 3.   Students demonstrate learning through multiple performance and product formats.
  • UDL calls for three goals to consider in designing lessons: 1.  Recognition goals: these focus on specific content that ask a student to identify who, what, where, and when. 2.  Strategic goals: these focus on a specific process or medium that asks a student to learn how to do something using problem solving and critical think skills. 3. Affective goals: these focus on a particular value or emotional outcome. Do students enjoy, and appreciate learning about the topic? Does it connect to prior knowledge and experience? Are students allowed to select and discover new knowledge?
  • Resources you might want to use: Scholastic Keys, Kid Pix, Inspiration and Kidspiration, digital camera (still and video), recording narration/music, United Streaming.  Let your imagination go!
  • This project begins on March 15, 2007.  Materials need to be e-mailed by May 31, 2008.
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    A great way to get started with technology is to join in an exciting project. this project by Susan Silverman was designed using the principles of Universal Design for Learning. I've heard her present and she is a pro. (Along with my friend Jennifer Wagner.)
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    Susan Silverman creates excellent projects for global collaboration among elementary students.
Ben Rimes

Executive Summary | U.S. Department of Education - 9 views

  • regardless of background, languages, or disabilities,
  • personalized learning
  • critical thinking, complex problem solving, collaboration, and multimedia communication should be woven into all content areas.
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  • In all these activities, technology-based assessments can provide data to drive decisions on the basis of what is best for each and every student and that in aggregate will lead to continuous improvement across our entire education system.
  • Another basic assumption is the way we organize students into age-determined groups, structure separate academic disciplines, organize learning into classes of roughly equal size with all the students in a particular class receiving the same content at the same pace, and keep these groups in place all year.
    • Ben Rimes
       
      For good reason at the elementary level. It's called socialization. Students that are 2 or 3 years apart can exhibit radically different thought processes, levels of self-control, but more importantly, there are huge developmental differences socially, emotionally, and physcially.
  • The NETP accepts that we do not have the luxury of time – we must act now and commit to fine-tuning and midcourse corrections as we go. Success will require leadership, collaboration, and investment at all levels of our education system – states, districts, schools, and the federal government – as well as partnerships with higher education institutions, private enterprises, and not-for-profit entities.
    • Ben Rimes
       
      Perhaps one of the most frightening statements in the document to a large number of school districts. Teachers quite often are able to enact a mid-course shift, and students are most always extremely flexible, but at the administration and district level change can often be glacial as such radical change could very well mean replacing the hierarchy of leadership throughout a district, shifting positions, or eliminating them, and large organizations have a tendency towards self-preservation.
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    Current update to National Education Technology plan in the USA. Highlighted with diigo with comments.
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    Current update to National Education Technology plan in the USA. Highlighted with diigo with comments.
Ruth Howard

Hole-in-the-Wall - 19 views

  • Slumdog Millionaire inspired by Hole-in-the-Wall
  • Now, more than ever before, it is critical to look at solutions that complement the framework of traditional schooling. Minimally Invasive Education™ is one such solution – a solution that uses the power of collaboration and the natural curiosity of children to catalyze learning.
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    Dr Sugata Mitra on how children teach themselves. I've not been able to stop thinking about his ideas since seeing a video lecture a few days ago...shocking in a provocatively inspiring way.
David Wetzel

12 Expert Twitter Tips for the Classroom: Social Networking Classroom Activities That Employ Critical Thinking - 15 views

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    A dozen activities are presented for using an online education technology tool to engage students in classroom activities to develop a better understanding of concepts.
David Wetzel

Three Project Based Learning Resources: Free Online Resources for Student Collaboration and Problem Solving - 20 views

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    Project based learning using all or any of the three online resources offers a dynamic approach to teaching in which students explore real-world problems and challenges.
David Wetzel

Science Experiments with Rocks that Absorb Water: An Investigation into the Porosity and Permeability Levels of Rocks - 5 views

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    Students conduct an experiment to determine the ability of rocks to absorb and retain water, making connections with the concepts of porosity and permeability in rocks.
David Wetzel

Modeling the Composition of Earth's Atmosphere: The Layer of Gases Surrounding Planet Earth Retained by Gravity - 8 views

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    This is a hands-on, minds-on approach to providing students with a concrete model of the earth's atmosphere to visualize the gases that comprise the atmosphere.
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