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Adrienne Michetti

AJET 19(1) Boyle (2003) - design principles for authoring dynamic, reusable learning ob... - 1 views

  • delineate a coherent framework for the authoring of re-purposable learning objects
  • significant changes in the creation of learning objects
  • nternational work directed at developing learning object standards
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  • a learning object is defined as any entity, digital or non-digital, that may be used for learning, education or training. IEEE
  • ork on metadata and learning object packaging
  • cohesion
  • ke any learning object and provide a 'wrapper' around this object
  • learning object is thus 'packaged' in a standard container format
  • learning objects must be developed with potential reuse, and especially repurposing in mind. The principal aim of this paper is to explore and delineate principles underlying authoring for reuse and repurposing.
  • taxonomy
  • This mapping suggests that each learning object should be based on one learning objective or clear learning goal.
  • The principle of cohesion, however, indicates that there should be a separate learning object for each type of loop. An immediate advantage is that the tutor can select the order in which these learning objects are combined. A tutor dealing with experienced student may wish to deal with these in sequence; another tutor with a different group of students may intersperse these learning objects with object dealing with other features of the language.
    • Adrienne Michetti
       
      This would, then, make them easier to edit and manipulate in the future. I can follow this article.
  • the principle of 'de-coupling', or more accurately minimised coupling.
  • unit (software module/learning object) should have minimal bindings to other units.
  • independently of the other (
    • Adrienne Michetti
       
      Right - and the goal is complete independence so as to be able to manipulate and change later.
  • The learning object should, as far as possible, be free standing.
    • Adrienne Michetti
       
      YES! Can we please apply this to items as simple as Word documents and HTML? It would make things so much easier. This also reminds me of good pedagogical design principles BEFORE we had digital learning -- the same should be true for worksheets, handouts, textbooks, etc. It needs to be able to be changed.
  • adaptation
  • The challenge is to maintain this richness in a system composed of reusable components.
  • We must face the challenge of creating learning objects that are cohesive, decoupled and pedagogically rich. This design challenge is associated with the issue of 'repurposability' as we might expect rich learning objects to provide further options for adaptation by local tutors.
    • Adrienne Michetti
       
      Yes, yes, and yes. We need to think beyond our own immediate purposes.
  • n the Java language
    • Adrienne Michetti
       
      quite honestly, I would have preferred a non-computer programming example. These principles apply to all technology design, not just programming. Something more accessible would have made this paper stronger.
  • The project involves intervention in syllabus development, the social organisation of learning and the introduction of new eLearning materials. The eLearning resources are being based on the authoring of rich, reusable learning objects. This development provides the focus for the present discussion.
  • The learning objects are being developed both to meet immediate pedagogical needs and to serve this larger goal. This produces extra pressure initially. However, it provides the potential to divide the eventual task among a number of contributing partners, exploiting considerable advantages of scale.
  • A key challenge for the project is to resolve the tensions in a creative and productive way.
    • Adrienne Michetti
       
      Basically, you have to take it all apart and put it back together again. This is fundamental to learning a new way to design anything, really.
  • A compound object consists of two or more independent learning objects that are linked to create the compound.
  • A further important feature is that each simple component object can be reused independently.
  • They thus provide a basis for pedagogical richness that fully exploits the opportunities offered by the technology.
    • Adrienne Michetti
       
      YES! use the tech to its best.
  • manage the bindings between one object and others
  • they should be able to reconfigure this to shape their own compound object.
    • Adrienne Michetti
       
      This is so crucial. Each educator must be able to restructure it, use to his/her advantage within context.
  • main types of binding: navigational bindings through URLs and non-URL based content bindings. This design pattern deals with the issue of URL based bindings.
  • we must have a design mechanism for managing these bindings.
  • learning object consists of a core and zero or more expansions. A default object is presented with the core with certain expansions added. These expansions aim to provide added pedagogical value to help in attaining the learning objective.
  • the relationship between learning objects and the syllabus, course or other higher organising structure in which they are delivered.
  • the syllabus navigation structure operates at a different layer of organisation for the learning object resources
  • . These syllabi objects operate at a different layer from that of main content objects
  • The key message is the need to establish distinct layers of organisation in eLearning
  • The central challenge is to design for reuse and repurposing.
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    painful reading with the example of Java - but the point remains that all learning objects should be managed and designed with the purpose of being able to use them in the future in ways that are dynamic and reusable. This means de-coupling them and ensuring they are made of distinct pedagogical units.
Martin Burrett

Parents' maths skills 'rub off' on their children - 0 views

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    Parents who excel at maths produce children who excel at maths. This is according to a recently released University of Pittsburgh study, which shows a distinct transfer of math skills from parent to child. The study specifically explored intergenerational transmission-the concept of parental influence on an offspring's behaviour or psychology-in mathematic capabilities.
valerie taylor

The Black Boxes of Science and Engineering - YouTube - 10 views

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    "Dr. Robert Lindberg, President and Executive Director of the National Institute of Aerospace, envisions a new way to introduce Engineering into the K-12 curriculum by exploring the distinctions between Science and Engineering; between the Natural World and the Designed World; and between the Scientific Method and the Engineering Design Process."
Angela Maiers

Top News - Intel salutes six 'Schools of Distinction' - 0 views

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    Common thread in all schools...REAL WORLD learning! Great article!
Allison Kipta

Every Human Has Rights - 0 views

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    I choose to sign this declaration because: I wish to take responsibility for upholding the goals of the Universal Declaration of Human Rights in my daily life and in my community. I will do my best to speak out to protect the freedom and rights of others in my community. I affirm the following principle: "Everyone is entitled to all the rights and freedoms set forth in this Declaration, without distinction of any kind, such as race, colour, sex, language, religion, political or other opinion, national or social origin, property, birth or other status." I believe Every Human Has Rights.
Sandy Kendell

Rise Of The iGeneration: Don't Call Me, Text Me | Online Media Gazette - 13 views

  • According to Nielsen Mobile, in the first quarter of 2009, the average U.S teenager made and received an average of 191 phone calls and sent and received 2,899 text messages every month. By the third quarter, the number of texts jumped to a whopping 3,146 messages per month. This is equivalent to more than 10 text messages per hour.
    • David Warlick
       
      Are they communicating with each other less?  or more?  Research seems to indicate that kids are using this hyper-connectedness to actually enrich their personal relationships, not isolate themselves.
  • We are in the midst of four distinct generations: Baby Boomers (born 1946-64), Generation X (1965-79), Net Generation (1980-89) and the new iGeneration (born in the 1990s and beyond). The “i” designation represents the “individualized” nature of their media.
    • Sandy Kendell
       
      This is one of the most specific categorizations of generations I've seen. I wonder what the writer's source is?
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    According to Nielsen Mobile, in the first quarter of 2009, the average U.S teenager made and received an average of 191 phone calls and sent and received 2,899 text messages every month. By the third quarter, the number of texts jumped to a whopping 3,146 messages per month. This is equivalent to more than 10 text messages per hour.
kerrygorgone

South Korean miracle? - Academic Skills | GreatSchools - 3 views

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    Which school system should the U.S. emulate? The main candidates based on test scores are South Korea and Finland, although they have very distinct approaches to K-12 education.
Allison Kipta

The digital melting pot: Bridging the digital native-immigrant divide - 0 views

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    Educational technology advocates claim today's students are technologically savvy content creators and consumers whose mindset differs from previous generations. The digital native-digital immigrant metaphor has been used to make a distinction between those with technology skills and those without. Metaphors such as this one are useful when having initial conversations about an emerging phenomenon, but over time, they become inaccurate and dangerous. Thus, this paper proposes a new metaphor, the digital melting pot, which supports the idea of integrating rather than segregating the natives and the immigrants.
Suzie Nestico

Jim Klein :: Weblog :: To those who would lead... - 9 views

  • What we must never forget, no matter what circumstances are forced upon us, is that without failure, there is no success. We learn when we fail. We grow when we fall. Science is all about learning from failure, and failure is a key component of innovation, without which nothing would ever be tried. The right technology brings with it the opportunity to create environments where students have the opportunity to not just fail, but to fail gracefully, recover quickly, and move forward having learned from the experience in a non-threatening way.
    • Suzie Nestico
       
      Seems, by far, to be one of the most powerful statements in this blog.  As educators, we need to remind our students how very important failure can be.  Not to suggest we purport failure as a good thing, but that we emphasize it as part of a growth model.
  • As is so well stated by Weston & Bain (2010), "Bransford et al (2000), Jonassen (2000, 2004, 2006, 2008), and Jonassen et al. (1999), fix the future of educational technology in cognitive tools that shape and extend human capabilities. Cognitive tools blur the unproductive distinctions that techno-critics make between computers and teaching and learning (Bullen & Janes, 2007; Hukkinen, 2008; Kommers et al., 1992; Lajoie, 2000). When technology enables, empowers, and accelerates a profession's core transactions, the distinctions between computers and professional practice evaporate.
  • For instance, when a surgeon uses an arthriscope to trim a cartilage (Johnson & Pedowitz, 2007), a structural engineer uses computer-assisted design software to simulate stresses on a bridge (Yeomans, 2009), or a sales manager uses customer-relations-management software to predict future inventory needs (Baltzen & Phillips, 2009), they do not think about technology. Each one thinks about her or his professional transaction." 
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    Must read about considerations for the future directions of our schools and developing the 21st Century learner.
Martin Burrett

Disadvantage & Education - 0 views

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    "In the week when the OECD published their latest report, noting that educational disadvantage starts from the age of 10 (click here to read the story) across many countries, and widens throughout students' lives, it is clear that many societies still have a lot to do. Whether the disadvantages are down to family circumstance, race, gender (identification), wealth and socio-economic background, or a distinct lack of opportunity and belief in oneself - what can education and educators do to help bridge the divide that allows opportunities for some, more than others?"
Duane Sharrock

Metacognition: An Overview - 7 views

  • Metacognition refers to higher order thinking which involves active control over the cognitive processes engaged in learning. Activities such as planning how to approach a given learning task, monitoring comprehension, and evaluating progress toward the completion of a task are metacognitive in nature.
  • "Metacognition" is often simply defined as "thinking about thinking."
  • While there are some distinctions between definitions (see Van Zile-Tamsen, 1994, 1996 for a full discussion), all emphasize the role of executive processes in the overseeing and regulation of cognitive processes.
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  • Most definitions of metacognition include both knowledge and strategy components
  • According to Flavell (1979, 1987), metacognition consists of both metacognitive knowledge and metacognitive experiences or regulation. Metacognitive knowledge refers to acquired knowledge about cognitive processes, knowledge that can be used to control cognitive processes. Flavell further divides metacognitive knowledge into three categories: knowledge of person variables, task variables and strategy variables.
  • These processes help to regulate and oversee learning, and consist of planning and monitoring cognitive activities, as well as checking the outcomes of those activities.
  • What is the difference between a cognitive and a metacognitive strategy?
  • Cognitive strategies are used to help an individual achieve a particular goal (e.g., understanding a text) while metacognitive strategies are used to ensure that the goal has been reached (e.g., quizzing oneself to evaluate one's understanding of that text).
  • Metacognitive and cognitive strategies may overlap in that the same strategy, such as questioning, could be regarded as either a cognitive or a metacognitive strategy depending on what the purpose for using that strategy may be.
  • Metacognition, or the ability to control one's cognitive processes (self-regulation) has been linked to intelligence
  • Knowledge is considered to be metacognitive if it is actively used in a strategic manner to ensure that a goal is met.
  • Sternberg refers to these executive processes as "metacomponents" in his triarchic theory of intelligence (Sternberg, 1984, 1986a, 1986b). Metacomponents are executive processes that control other cognitive components as well as receive feedback from these components. According to Sternberg, metacomponents are responsible for "figuring out how to do a particular task or set of tasks, and then making sure that the task or set of tasks are done correctly" (Sternberg, 1986b, p. 24). These executive processes involve planning, evaluating and monitoring problem-solving activities. Sternberg maintains that the ability to appropriately allocate cognitive resources, such as deciding how and when a given task should be accomplished, is central to intelligence.
  • Cognitive Strategy Instruction
  • Cognitive Strategy Instruction
  • Those with greater metacognitive abilities tend to be more successful in their cognitive endeavors.
  • CSI) is an instructional approach which emphasizes the development of thinking skills and processes as a means to enhance learning. The objective of CSI is to enable all students to become more strategic, self-reliant, flexible, and productive in their learning endeavors (Scheid, 1993)
  • Metacognition enables students to benefit from instruction (Carr, Kurtz, Schneider, Turner & Borkowski, 1989; Van Zile-Tamsen, 1996) and influences the use and maintenance of cognitive strategies
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    "According to Flavell (1979, 1987), metacognition consists of both metacognitive knowledge and metacognitive experiences or regulation. Metacognitive knowledge refers to acquired knowledge about cognitive processes, knowledge that can be used to control cognitive processes. Flavell further divides metacognitive knowledge into three categories: knowledge of person variables, task variables and strategy variables."
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    Sternberg defined intelligence as mental activity central to one's life in real-world environments; individuals "succeed" in life when they use mental skills to adapt to, select, and shape external environments. Correspondingly, in the late 1990s, Sternberg changed the name of the theory to the Theory of Successful Intelligence. As per its original name, the theory comprises three types of intelligence: analytical (also referred to as componential); practical (also referred to as contextual) and creative (also referred to as experiential).
Adrienne Michetti

International Engagement Through Education: Remarks by Secretary Arne Duncan at the Cou... - 6 views

  • two important trends that inform our drive to transform education in America. The first is increased international competition. The second is increased international collaboration
  • cultural awareness of all our students
  • education reform
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  • We haven't been compelled to meet our global neighbors on their own terms, and learn about their histories, values and viewpoints. I am worried that in this interconnected world, our country risks being disconnected from the contributions of other countries and cultures. Through education and exchange, we can become better collaborators and competitors in the global economy
  • The President said that "education and innovation will be the currency of the 21st century."
  • In this way, Secretary Clinton said, "We will exercise American leadership to build partnerships and solve problems that no nation can solve on its own." This view of smart power and U.S. leadership applies to the work of improving educational attainment and partnerships around the globe.
  • International collaboration cuts across nearly every office in our agency
  • Such collaboration can inform and strengthen our reform efforts nationally, even as it helps improve standards of teaching and learning—and fosters understanding—internationally.
  • We must improve language learning and international education at all levels if our nation is to continue to lead in the global economy; to help bring security and stability to the world; and to build stronger and more productive ties with our neighbors.
  • we have never been more aware of the value of a multi-literate, multi-lingual society: a society that can appreciate all that makes other cultures and nations distinctive, even as it embraces all that they have in common.
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    Speech given by Arne Duncan, May 17, 2010 regarding international collaboration and engagement in US Education
Ed Webb

Mind - Research Upends Traditional Thinking on Study Habits - NYTimes.com - 3 views

  • instead of sticking to one study location, simply alternating the room where a person studies improves retention. So does studying distinct but related skills or concepts in one sitting, rather than focusing intensely on a single thing. “We have known these principles for some time, and it’s intriguing that schools don’t pick them up, or that people don’t learn them by trial and error,” said Robert A. Bjork, a psychologist at the University of California, Los Angeles. “Instead, we walk around with all sorts of unexamined beliefs about what works that are mistaken.”
  • The brain makes subtle associations between what it is studying and the background sensations it has at the time, the authors say, regardless of whether those perceptions are conscious. It colors the terms of the Versailles Treaty with the wasted fluorescent glow of the dorm study room, say; or the elements of the Marshall Plan with the jade-curtain shade of the willow tree in the backyard. Forcing the brain to make multiple associations with the same material may, in effect, give that information more neural scaffolding.
  • Cognitive scientists do not deny that honest-to-goodness cramming can lead to a better grade on a given exam. But hurriedly jam-packing a brain is akin to speed-packing a cheap suitcase, as most students quickly learn — it holds its new load for a while, then most everything falls out. “With many students, it’s not like they can’t remember the material” when they move to a more advanced class, said Henry L. Roediger III, a psychologist at Washington University in St. Louis. “It’s like they’ve never seen it before.”
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  • cognitive scientists see testing itself — or practice tests and quizzes — as a powerful tool of learning, rather than merely assessment. The process of retrieving an idea is not like pulling a book from a shelf; it seems to fundamentally alter the way the information is subsequently stored, making it far more accessible in the future.
  • “The idea is that forgetting is the friend of learning,” said Dr. Kornell. “When you forget something, it allows you to relearn, and do so effectively, the next time you see it.”
  • An hour of study tonight, an hour on the weekend, another session a week from now: such so-called spacing improves later recall, without requiring students to put in more overall study effort or pay more attention, dozens of studies have found.
  • “Testing not only measures knowledge but changes it,” he says — and, happily, in the direction of more certainty, not less.
  • “Testing has such bad connotation; people think of standardized testing or teaching to the test,” Dr. Roediger said. “Maybe we need to call it something else, but this is one of the most powerful learning tools we have.”
  • The harder it is to remember something, the harder it is to later forget. This effect, which researchers call “desirable difficulty,”
Anne Bubnic

Play It Safe: Hackers use the back door to get into your computer; a strong, well-chose... - 0 views

  • For the home user, however, password safety requires more than on-the-fly thinking. Pacheco suggests a system built around a main word for all instances. The distinction is that the name of the site is added somewhere. For example, if the main word is "eggplant," the password might be "eggyyplant" Yahoo, "eggplantgg" for Google or "wleggplant" for Windows Live. He suggests listing the variations in an Excel spreadsheet.
  • Password security is a big deal, and if you don't think it is, then someone might be hacking into your computer even as you read this. A strong password isn't foolproof, but it proves that you're no fool. And it might protect you from compromised data, a broken computer or identity theft. Your bank account, your personal e-mails and lots of other stuff are at risk with weak passwords.
  • "A good password is the most important part of Internet security," said Robert Pacheco, the owner of Computer Techs of San Antonio. "It's the beginning and end of the issue. You can't stop it (hacking). You do what you can do to prevent it. You just try to stop most of it." A strong firewall, as well as spyware -- and virus-detection software -- protect a computer's so-called "back door," Pacheco said, where a hacker can gain access through various cyber threats. Those threats include infected e-mail attachments; phishing Web pages that exploit browser flaws; downloaded songs or pictures with hidden trojans; or plain ol' poking-and-prodding of a computer's shields. But passwords protect information from a frontal assault by way of the computer's keyboard.
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  • Other people use easy-to-remember passwords. Trouble is, Rogers said, they're easy-to-guess passwords, too. Good examples of bad passwords are your name, your family's names, your pet's name, the name of your favorite team, your favorite athlete or your favorite anything. Get to know the person -- a technique that geeks refer to as "social engineering" -- and the password is easy to guess. There are message-board stalkers who can guess passwords in a half-dozen tries. Hackers rely on a lot of methods. Some, Rogers said, employ "shoulder surfing." That means what it sounds like -- looking over someone's shoulder as that person is typing in a password.
  • Other people use easy-to-remember passwords. Trouble is, Rogers said, they're easy-to-guess passwords, too. Good examples of bad passwords are your name, your family's names, your pet's name, the name of your favorite team, your favorite athlete or your favorite anything
  • The type of hardware being used can be a clue, said Rogers, a senior technical staffer in the CERT Program, a Web security research center in Carnegie-Mellon University's software engineering institute. It's easy to find a default password, typically in the user's manual on a manufacturer's Web site. If the user hasn't changed the default, that's an easy break-in.
  • Hackers rely on a lot of methods. Some, Rogers said, employ "shoulder surfing." That means what it sounds like -- looking over someone's shoulder as that person is typing in a password
  • Most of the password hacking activity these days goes on at homes, in school or in public settings. These days, many workplaces mandate how a password is picked.
  • The idea is to choose a password that contains at least one uppercase letter, one numeral and at least eight total characters. Symbols are good to throw in the mix, too. Many companies also require that passwords be changed regularly and that pieces of older ones can't be re-used for months. And user names cannot be part of the password. Examples: Eggplant99, 99eggpLanT, --eggp--99Lant. For the next quarter, the password might change to variations on "strawberry.
  • The idea is to choose a password that contains at least one uppercase letter, one numeral and at least eight total characters. Symbols are good to throw in the mix, too. Many companies also require that passwords be changed regularly and that pieces of older ones can't be re-used for months. And user names cannot be part of the password. Examples: Eggplant99, 99eggpLanT, --eggp--99Lant. For the next quarter, the password might change to variations on "strawberry."
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    Password security is a big deal, and if you don't think it is, then someone might be hacking into your computer even as you read this. A strong password isn't foolproof, but it proves that you're no fool. And it might protect you from compromised data, a broken computer or identity theft. Your bank account, your personal e-mails and lots of other stuff are at risk with weak passwords.
Bret Willhoit

The Children Must Play - 20 views

  • Not only do Finnish educational authorities provide students with far more recess than their U.S. counterparts—75 minutes a day in Finnish elementary schools versus an average of 27 minutes in the U.S.—but they also mandate lots of arts and crafts, more learning by doing, rigorous standards for teacher certification, higher teacher pay, and attractive working conditions.
  • it had to modernize its economy and could only do so by first improving its schools. To that end, the government agreed to reduce class size, boost teacher pay, and require that, by 1979, all teachers complete a rigorous master’s program.
  • Finnish teachers earn very competitive salaries: High school teachers with 15 years of experience make 102 percent of what their fellow university graduates do. In the United States, by contrast, they earn just 65 percent.
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  • Finnish authorities haven’t outsourced school management to for-profit or non-profit organizations, implemented merit pay, or ranked teachers and schools according to test results, they’ve made excellent use of business strategies. They’ve won the war for talent by making teaching so appealing. In choosing principals, superintendents, and policymakers from inside the education world rather than looking outside it, Finnish authorities have likewise taken a page from the corporate playbook: Great organizations, as the business historian Alfred Chandler documented, cultivate talent from within. Of the many officials I interviewed at the Finnish Ministry of Education, the National Board of Education, the Education Evaluation Council, and the Helsinki Department of Education, all had been teachers for at least four years.
  • Finland’s school system unique is that the country has deliberately rejected the prevailing standardization movement
  • Since 1985, students have not been tracked (or grouped by ability) until the tenth grade
  • The Finnish approach to pedagogy is also distinct
Melinda Waffle

Education Week: 'Curriculum' Definition Raises Red Flags - 2 views

  • students learn
    • Melinda Waffle
       
      Learn? Or memorize?
  • To some, that term can mean a scripted, day-to-day lesson plan, while to others, it’s a lean set of big ideas that can be tackled in many ways
  • multiple meanings of the word “curriculum.”
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  • Whether “curriculum” means a high-level outline or whether it means the content of a six-week science lesson affects the conversation
  • it is entirely possible to agree on central ideas for the common standards and leave schools to teach them their own way. It’s a crucial distinction, she said, between guidelines and “operational curriculum.”
  • “What’s stirring everything up here is the word ‘common,’ ” she said. “It suggests everything is the same, when people know that curriculum has to be responsive. But we can think of ‘common’ as more like a town common, a place where we all meet.”
    • Melinda Waffle
       
      Does everyone know that curriculum has to be responsive?
Caroline Bucky-Beaver

Code of Best Practices in Fair Use for Media Literacy Education - 1 views

  • Fair use is the right to use copyrighted material without permission or payment under some circumstances -- especially when the cultural or social benefits of the use are predominant. It is a general right that applies even in situations where the law provides no specific authorization for the use in question -- as it does for certain narrowly defined classroom activities.
  • guide identifies five principles that represent the media literacy education community’s current consensus about acceptable practices for the fair use of copyrighted materials
  • code of best practices does not tell you the limits of fair use rights. Instead, it describes how those rights should apply in certain recurrent situations.
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  • Media literacy education distinctively features the analytical attitude that teachers and learners, working together, adopt toward the media objects they study. The foundation of effective media analysis is the recognition that: All media messages are constructed.Each medium has different characteristics and strengths and a unique language of construction.Media messages are produced for particular purposes.All media messages contain embedded values and points of view.People use their individual skills, beliefs and experiences to construct their own meanings from media messages.Media and media messages can influence beliefs, attitudes, values, behaviors, and the democratic process. Making media and sharing it with listeners, readers, and viewers is essential to the development of critical thinking and communication skills. Feedback deepens reflection on one’s own editorial and creative choices and helps students grasp the power of communication.
  • Lack of clarity reduces learning and limits the ability to use digital tools. Some educators close their classroom doors and hide what they fear is infringement; others hyper-comply with imagined rules that are far stricter than the law requires, limiting the effectiveness of their teaching and their students’ learning.
  • Educators and learners in media literacy often make uses of copyrighted materials that stand far outside the marketplace, for instance, in the classroom, at a conference, or within a school-wide or district-wide festival. Such uses, especially when they occur within a restricted-access network, do enjoy certain copyright advantages.
  • Law provides copyright protection to creative works in order to foster the creation of culture. Its best known feature is protection of owners’ rights. But copying, quoting, and generally re-using existing cultural material can be, under some circumstances, a critically important part of generating new culture.
  • In reviewing the history of fair use litigation, we find that judges return again and again to two key questions: Did the unlicensed use "transform" the material taken from the copyrighted work by using it for a different purpose than that of the original, or did it just repeat the work for the same intent and value as the original? Was the material taken appropriate in kind and amount, considering the nature of the copyrighted work and of the use? If the answers to these two questions are "yes," a court is likely to find a use fair. Because that is true, such a use is unlikely to be challenged in the first place.
  • Both key questions touch on, among other things, the question of whether the use will cause excessive economic harm to the copyright owner. Courts have told us that copyright owners aren’t entitled to an absolute monopoly over transformative uses of their works.
  • Another consideration underlies and influences the way in which these questions are analyzed: whether the user acted reasonably and in good faith, in light of general practice in his or her particular field.
  • Code of Best Practices in Fair Use for Media Literacy Education
  • Through its five principles, this code of best practices identifies five sets of current practices in the use of copyrighted materials in media literacy education to which the doctrine of fair use clearly applies. These practices are associated with K–12 education, higher education, and in classes given by nonprofit organizations. When students or educators use copyrighted materials in their own creative work outside of an educational context, they can rely on fair use guidelines created by other creator groups, including documentary filmmakers and online video producers.
  • These principles apply to all forms of media.
  • The principles apply in institutional settings and to non-school-based programs. 
  • The principles concern the unlicensed fair use of copyrighted materials for education, not the way those materials were acquired. 
  • where a use is fair, it is irrelevant whether the source of the content in question was a recorded over-the-air broadcast, a teacher’s personal copy of a newspaper or a DVD, or a rented or borrowed piece of media. Labels on commercial media products proclaiming that they are “licensed for home [or private or educational or noncommercial] use only” do not affect in any way the educator’s ability to make fair use of the contents—in fact, such legends have no legal effect whatsoever. (If a teacher is using materials subject to a license agreement negotiated by the school or school system, however, she may bebound by the terms of that license.)
  • TWO:  Employing Copyrighted Materials in Preparing Curriculum Materials
  • fairness of a use depends, in part, on whether the user tookmore than was needed to accomplish his or her legitimate purpose.
  • PRINCIPLES
  • ONE:  Employing Copyrighted Material in Media Literacy Lessons
  • The principles are all subject to a “rule of proportionality.” 
  • THREE:  Sharing Media Literacy Curriculum Materials
  • In materials they wish to share, curriculum developers should beespecially careful to choose illustrations from copyrighted media that are necessaryto meet the educational objectives of the lesson, using only what furthers theeducational goal or purpose for which it is being made.
  • FOUR:  Student Use of Copyrighted Materials in Their Own Academic and Creative Work
  • Students should be able to understand and demonstrate, in a mannerappropriate to their developmental level, how their use of a copyrighted workrepurposes or transforms the original. For example, students may use copyrightedmusic for a variety of purposes, but cannot rely on fair use when their goal is simplyto establish a mood or convey an emotional tone, or when they employ popular songssimply to exploit their appeal and popularity.
  • FIVE:  Developing Audiences for Student Work
  • If student work that incorporates, modifies, and re-presents existingmedia content meets the transformativeness standard, it can be distributed to wideaudiences under the doctrine of fair use.
  • Educators and learners in media literacy often make uses of copyrighted works outside the marketplace, for instance in the classroom, a conference, or within a school-wide or district-wide festival. When sharing is confined to a delimited network, such uses are more likely to receive special consideration under the fair use doctrine.
  • Especially in situations where students wish to share their work more broadly (by distributing it to the public, for example, or including it as part of a personal portfolio), educators should take the opportunity to model the real-world permissions process, with explicit emphasis not only on how that process works, but also on how it affects media making.
  • The ethical obligation to provide proper attribution also should be examined.
  • This code of best practices, by contrast, is shaped by educators for educators and the learners they serve, with the help of legal advisors. As an important first step in reclaiming their fair use rights, educators should employ this document to inform their own practices in the classroom and beyond
  • MYTH:  Fair Use Is Just for Critiques, Commentaries, or Parodies. Truth:  Transformativeness, a key value in fair use law, can involve modifying material or putting material in a new context, or both. Fair use applies to a wide variety of purposes, not just critical ones. Using an appropriate excerpt from copyrighted material to illustrate a key idea in the course of teaching is likely to be a fair use, for example. Indeed, the Copyright Act itself makes it clear that educational uses will often be considered fair because they add important pedagogical value to referenced media objects.
  • So if work is going to be shared widely, it is good to be able to rely on transformativeness. As the cases show, a transformative new work can be highly commercial in intent and effect and qualify under the fair use doctrine.
  •  
    Great article outlining copyright, fair use and explaning the 5 principles of fair use in education.
Ed Webb

Why hard work and specialising early is not a recipe for success - The Correspondent - 0 views

  • dispelling nonsense is much harder than spreading nonsense.
  • a worldwide cult of the head start – a fetish for precociousness. The intuitive opinion that dedicated, focused specialists are superior to doubting, daydreaming Jacks-of-all-trades is winning
  • astonishing sacrifices made in the quest for efficiency, specialisation and excellence
  • ...20 more annotations...
  • Most things that people want to learn do not resemble language, golf or chess, but rather a game in which the generalist has an advantage. A hostile learning environment
  • Seemingly inefficient things are productive: expanding your horizons, giving yourself time, switching professions. 
  • early specialisation is a good idea if you want to become successful in certain fields, sports or professions. In fact, in some cases, it’s the only option. Take chess, for example: if you don’t start early, you won’t stand a chance at glory.
  • learning chess is not a good model for learning other things. Epstein explains this using the work of psychologist Robin Hogarth, who makes the distinction between friendly (kind) and unfriendly or hostile (wicked) learning environments.
  • In a friendly learning environment, such as chess, the rules are clear, the information is complete (all pieces are visible on the board), and you can (ultimately) determine the quality of every move. In other words, the feedback loop
  • friendly learning environments are the exception. The world is not as clear-cut as golf or chess. So early specialisation is often a bad idea. 
  • In hostile learning environments without repetitive patterns, mastery is much harder to achieve. The feedback loop is insidious. Unlike chess, experience does not necessarily make you better. You may stick with the wrong approach because you’re convinced it’s the right one. 
  • The better a teacher scored on their own subject (i.e., the higher the grades their students got in that subject), the more mediocre students’ scores were across the complete programme (all modules). The explanation? Those teachers gave their students rigidly defined education, purely focused on passing exams. The students passed their tests with high marks – and rated their teachers highly in surveys – but would fail later on. 
  • In learning environments without repetitive patterns, where cause and effect are not always clear, early specialisation and spending countless hours does not guarantee success. Quite the opposite, Epstein argues. Generalists have the advantage: they have a wider range of experiences and a greater ability to associate and improvise. (The world has more in common with jazz than classical music, Epstein explains in a chapter on music.)
  • Many modern professions aren’t so much about applying specific solutions than they are about recognising the nature of a problem, and only then coming up with an approach. That becomes possible when you learn to see analogies with other fields, according to psychologist Dedre Gentner, who has made this subject her life’s work.
  • Another advantage generalists and late specialists have is more concrete: you are more likely to pick a suitable study, sport or profession if you first orient yourself broadly before you make a choice.
  • Greater enjoyment of the game is one of the benefits associated with late specialisation, along with fewer injuries and more creativity.
  • which child, teenager or person in their 20s knows what they will be doing for the rest of their lives?
  • Persevering along a chosen path can also lead to other problems: frustrations about failure. If practice makes perfect, why am I not a genius? In a critical review,
  • The tricky thing about generalist long-term thinking versus specialist short-term thinking is that the latter produces faster and more visible results.
  • specialising in short-term success gets in the way of long-term success. This also applies to education.
  • (Another example: the on-going worry about whether or not students’ degree choices are "labour market relevant".)
  • Teachers who taught more broadly – who did not teach students readymade "prescribed lessons” but instilled "principles" – were not rated as highly in their own subject, but had the most sustainable effect on learning. However, this was not reflected in the results. These teachers were awarded – logically but tragically – lower ratings by their students.
  • the 10,000 hour gang has considerable power with their message "quitters never win, winners never quit".Epstein’s more wholesome message seems weak and boring in comparison. Some things are simply not meant for everyone, doubt is understandable and even meaningful, you can give up and change your choice of work, sports or hobby, and an early lead can actually be a structural disadvantage. 
  • "Don’t feel behind." Don’t worry if others seem to be moving faster, harder or better. Winners often quit.
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