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Eric Calvert

AJET 26(3) Drexler (2010) - The networked student model for construction of personal le... - 1 views

  • A 2009 Horizon Report sponsored by the New Media Consortium identifies the "personal web" as "a collection of technologies that confer the ability to reorganise, configure, and manage online content rather than just view it; but part of the personal web is the underlying idea that web content can be sorted, displayed, and even built upon according to an individual's personal needs and interests" (Four to Five Years: The Personal Web section, para. 2).
  • The Networked Student Model adapts Couros' vision for teacher professional development in a format that is applicable to the K-12 student. It includes four primary categories, each with many components evident in the networked teacher version (Figure 2). Figure 2: The Networked Student These include academic social contacts, synchronous communication, information management, and really simple syndication (RSS). Social contacts include teachers, classmates, students outside of the class, and subject matter experts. Synchronous communication refers to video conferencing and instant messaging. Information management activities include locating experts, evaluating resources, accessing scholarly works, and finding other open educational resources (OER). RSS encompasses blogging, subscription readers, podcasts, wikis, social bookmarking, and other social networks. Students will not necessarily make use of every subcategory; however, this list represents the tools available to the student for constructing a personal learning environment on a specific topic of study.
Eric Calvert

EBSCOhost: Of mind and media - 0 views

  • When children are told to watch a television program not for fun but to learn something from it, their expenditure of mental effort rises dramatically, and with it, the quality of learning outcomes. [14] Quite clearly, children's differential perceptions of the media and of symbolic forms of representation ("pictures are realistic and hence require less mental effort than print") reflect the views of the social world around them. Where or when television is perceived as a serious medium (as was the case in Israel in the early days of television), processing capacities become mobilized, and much learning takes place. Not so when the medium is taken to be "just pictures." The socially held and communicated views of the media appear to affect the way children handle them, the depth with which they process their offerings, and thus what they actually learn from them.
    • Eric Calvert
       
      This raises a question for me related to learning games.  If the "learning" part is too carefully disguised (and some learning games are sold with statements like, "it makes learning easy!" or "students don't even know they're learning!") is there a risk that it's educational value will be compromised?   Do you think it's better to disguise learning as a video game, or create learning games that are EXPLICITLY designed to be used to promote learning/thinking?
  • Significantly, I and others have found that children often tend to handle a medium more on the basis of the general image they hold of it than on the basis of its particular offering or intrinsic attributes. Symbolic forms of representation that are perceived to duplicate reality closely (e.g., pictures) are taken to require no knowledge of authorship and no skill for processing.[12] Television, as a general rule, is perceived to be fun, simple, easy to understand, and generally useless. Comprehending televised content is perceived to require no brains, while failing to comprehend it is a sign of stupidity. On the other hand, print is generally perceived to be highly demanding, and success in comprehending a story in print is regarded as a matter of ability. Failing to comprehend print is expected because it is "tough." Do these differential perceptions make a difference in learning? Indeed, they do! In line with such perceptions, children do not expend much mental effort on a televised story, even when it is quite poetic and requires effort. Thus they learn far less from it than from an equivalent story in print. The largest and most impressive difference in responses is found in the more intelligent children, who mobilize their capacities to learn from the print story but forgo doing so when it comes to TV.[13]
    • Eric Calvert
       
      Do you think it's possible that part of the reason why the Web has been resisted as a learning tool by some educators is that they associate it primarily with entertainment, whereas books/paper are seen as "serious" media?
  • Forms of Representation As Tools of the Mind Last, and perhaps most important, we need to ask whether the different symbolic forms of representation not only offer different meanings, require different mental capacities, and are differentially perceived, but also whether they leave some differential cognitive residue. That is, do they somehow affect the way we come to perceive or represent the world to ourselves? Do they affect our cognitive apparatus in some lasting way, thus coming to serve as tools of the mind?
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  • Children exposed to novel symbolic forms of representation typical of film and television (e.g., zooming in and out, long shots and close-ups, animated breakup of space) have shown evidence of coming to use these forms in their thinking. As one student commented, "I have learned to think of my life as a series of frames partly overlapping each other and dissolving into each other." My findings came from both controlled experiments and natural field and cross-cultural studies. The latter, being of greater ecological validity, are of particular relevance here. I found that children's prolonged exposure to TV, provided that they expend effort in processing its messages, results in measurable changes in their mastery of relevant capacities.
  • One way to describe comprehension is as a network of relations among "nodes" of knowledge. It can be argued that a single bit of information cannot be comprehended except as part of a network of relations with other such nodes. For example, the difficulty of trying to memorize historical dates is that they often remain unconnected, free-floating in one's cognitive space, and thus quite incomprehensible and meaningless. It is only when the study of history is turned into a narrativelike web of connected themes (a story) that the single event or date becomes meaningful. The denser the web of connections, the richer the meaningfulness of the single item. Coming to comprehend something means networking -- creating a network or web.[19]
    • Eric Calvert
       
      Does this sound a bit like "connectivism?"
  • The Internet and other computer products and possibilities (particularly multimedia programs) are similarly based on the idea of a web, this one connecting sites, information packages, and participants. All these technologies afford quick and efficient connectivity and easy access to the different "nodes." This, of course, is their strength, allowing serf-guided exploration and targeted information searches, in the best of the constructivist spirit. They also seem to be gradually changing the meaning of "knowledge," from something that is possessed to something to which we have access .[20]
  • But this could as easily be their weakness, even their cognitive downside. For what these developments allow is an undisciplined, free-associational, yet tempting wandering among the various nodes ("web surfing"). Students have been observed to start exploring the life cycles of elephants in Central Africa but to very quickly find themselves following a lead that takes them to the biography of Napoleon or to the political situation in Turkey.
  • Mind and technological media are not two unrelated entities. They affect each other in a variety of ways. Technological media are, of course, the creation of the human mind, but they in turn affect their creator. Media's symbolic forms of representation are clearly not neutral or indifferent packages that have no effect on the represented information. Being part and parcel of the information itself, they influence the meanings one arrives at, the mental capacities that are called for, and the ways one comes to view the world. Perhaps most important, the culture that creates the media and develops their symbolic forms of representation also opens the door for those forms to act on the minds of the young in both more and less desirable ways.
Eric Calvert

PLENK2010: Digital Tribes and the Social Web - 5 views

  •  
    Slideshare presentation by Steve Wheeler on "How the web will transform learning in higher education."
Eric Calvert

PLE Chapters from "Emerging Technologies in Distance Education" - 7 views

  • . Developing Personal Learning Networks for Open and Social LearningAlec Couros
  • 9. Personal Learning Environments Trey Martindale & Michael Dowdy
  •  
    Two great chapters on personal learning environments and personal learning networks available as free downloads from this e-book.  (See highlights.)
Eric Calvert

Family Engagement | National Dropout Prevention Center/Network - 1 views

  • Embrace a philosophy of partnership and be willing to share power with families. Make sure that parents and school staff understand that the responsibility for children's educational development is a collaborative enterprise (Mapp, 2004).
    • Eric Calvert
       
      Online implications: Use social media to ask for input, feedback, ideas, contributions of time/expertise/resources.
  • When parents are involved, students achieve more, regardless of socioeconomic status, ethnic/racial background, or the parents' education level;
  • The more extensive the parent involvement, the higher the student achievement;
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  • When parents are involved in their students' education, those students have higher grades and test scores, better attendance, and complete homework more consistently;
  • When parents are involved, students exhibit more positive attitudes and behavior;
  • Educators hold higher expectations of students whose parents collaborate with the teacher. They also hold higher opinions of those parents;
  • In programs that are designed to involve parents in full partnerships, student achievement for disadvantaged children not only improves, it can reach levels that are standard for middle-class children.
  • Children from diverse cultural backgrounds tend to do better when parents and professionals collaborate to bridge the gap between the culture at home and the learning institution;
  • Students are more likely to fall behind in academic performance if their parents do not participate in school events, develop a working relationship with their child's educators, or keep up with what is happening in their child's school;
  • The benefits of involving parents are not confined to the early years—there are significant gains at all ages and grade levels;
  • The most accurate predictor of a student's achievement in school is not income or social status, but the extent to which that student's family is able to create a home environment that encourages learning; communicate high, yet reasonable, expectations for their children's achievement and future careers; and become involved in their children's education at school and in the community
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