Group items tagged

As new technologies take us through major transformations in the way we use documents, it becomes increasingly important to look beyond the conduit image. We need to see the way documents have served not simply to write, but also to underwrite social interactions; not simply to communicate, but also to coordinate social practices.

Printed documents, Anderson maintains, were essential to replacing the ideology of sovereigns and subjects by creating the idea of a self-constructed society built around shared ideals and shared practices.

Anderson calls the resulting community an "imagined" one. This is no slight. An imagined community is quite distinct from an imaginary community. It is one, Anderson notes, whose members "will never know most of their fellow members, meet them, or even hear of them, yet in the minds of each lives the image of their communion." Where an imaginary community does not exist, an imagined one exists on too large a scale to be known in any other way. And the central way they can be imagined is through the documents they share.

Active and Reflective Processing. Active learners tend to learn while doing something active---trying things out, bouncing ideas off others; reflective learners do much more of their processing introspectively, thinking things through before trying them out [12]. Active learners work well in groups; reflective learners prefer to work alone or in pairs. Unfortunately, most lecture classes do very little for either group: the active learners never get to do anything and the reflective learners never have time to reflect. Instead, both groups are kept busy trying to keep up with a constant barrage of verbiage, or else they are lulled into inattention by their enforced passivity. The research is quite clear on the question of active and reflective versus passive learning. In a number of studies comparing instructor-centered classes (lecture/demonstration) with student-centered classes (problem-solving/discussion), lectures were found to be marginally more effective when students were tested on short-term recall of facts but active classroom environments were superior when the criteria involved comprehension, long-term recall, general problem-solving ability, scientific attitude, and subsequent interest in the subject [15]. Substantial benefits are also cited for teaching methods that provide opportunities for reflection, such as giving students time in class to write brief summaries and formulate written questions about the material just covered [15,20].

reflective learners do well at individual research and design.

Unfortunately---in part because teachers tend to favor their own learning styles, in part because they instinctively teach the way they were taught in most college classes---the teaching style in most lecture courses tilts heavily toward the small percentage of college students who are at once intuitive, verbal, deductive, reflective and sequential. This imbalance puts a sizeable fraction of the student population at a disadvantage. Laboratory courses, being inherently sensory, visual, and active, could in principle compensate for a portion of the imbalance; however, most labs involve primarily mechanical exercises that illustrate only a minor subset of the concepts presented in lecture and seldom provide significant insights or skill development. Sensing, visual, inductive, active, and global learners thus rarely get their educational needs met in science courses.

“There’s this notion that technology is networked and social. It does alter the power relationship between the educator and the learner, a learner has more autonomy, they have more control. The expectation that you wait on the teacher to create everything for you and to tell you what to do is false.”

“At the beginning, we had quite a number of students feeling quite overwhelmed because you would get 200 or 300 posts going into a discussion forum per day and that’s just about impossible to follow,” Siemens says.

Even if students in massively open online courses master the technology and overcome their virtual stage fright, a third problem remains: how to recognize the value of a learning experience that isn’t for credit.

The concept of an e-portfolio is multifaceted — it is a technology, a pedagogical approach, and a process, as well as a product. Its purpose can range from tracking development within a program to finding a job or monitoring performance.

a culture of folio thinking, a pedagogical approach that focuses on designing structured opportunities for students to create e-portfolios and reflect on their learning experiences.

Instead of prioritizing e-portfolio technology, folio thinking addresses the adoption and integration of e-portfolio praxis in existing contexts as a critical first step toward a successful implementation that can lead to wider scalability and longer-term sustainability of the e-portfolio initiative.

Because to blog is to teach yourself what you think.

Because to face one's ill conclusions, self-congratulations, petty foibles, and impolite rhetoric among peers in the public square of the blogosphere is to begin to learn to grow.

I had the students each contribute a new entry or amend an existing entry on Wikipedia, or find another public forum where they could contribute to public discourse.

What if "research paper" is a category that invites, even requires, linguistic and syntactic gobbledygook?

Research indicates that, at every age level, people take their writing more seriously when it will be evaluated by peers than when it is to be judged by teachers.

students need to gain experience actually participating in social media. The best way to understand the expectations of a particular medium is to participate in that medium and identify its genre expectations as they emerge.

Students need to think of their online data along the dimensions of: * accessibility* searchability* persistence

As more and more of our writing makes its way into digital form -- and as the increasing use of biometrics and other forms of behavior monitoring turns our behaviors into volumes of data -- it will become increasingly important for writers to take steps to ensure the integrity of their private data.

You get no credit for asserting the existence of something we already know exists.

You must shape and focus that discussion or analysis so that it supports a claim that you discovered and formulated and that all of your discussion and explanation develops and supports.

In that sense, you might state the point of your paper as "Well, I want to show/prove/claim/argue/demonstrate (any of those words will serve to introduce the point) that "Though Falstaff seems to play the role of Hal's father, he is, in fact, acting more like a younger brother who . . . ."" If you include in your paper what appears after I want to prove that, then that's the point of your paper, its main claim that the rest of your paper supports.

But writing assignments are not just exercises in grammar and grading. They are exercises in learning

Psychologists and other cognitive scientists know so much about psycholinguistics, language, and memory that they should well understand the close link between composition and knowledge. Yet many view writing as only a means of assessing a students' understanding of course material, and overlook the profound impact that the writing process has on understanding itself

The act of writing is an act of thought

Reading and writing gave me skills to create with and to act on the world... through assignments like these I was learning how to marshal evidence and frame an argument. And I was also becoming more adept at handling a sentence, folding information onto it, making a complex point without losing the reader. These skills played out again and again on different topics and in different settings, leading to the ability to write a research article, a memo advocating a course of action, a newspaper opinion piece, an essay like the present one... All of the forgoing helped me develop a sense of myself as knowledgeable and capable of using what I know. This is a lovely and powerful quality-- cognitive, emotional, and existential all in one. It has to do with identity and agency, with how we define ourselves, not only in matters academic but also in the way we interact with others and with institutions. It has to do with how we move through our economic and civic lives. Education gave me the competence and confidence to independently seek out information and make decisions, to advocate for myself and my parents and those I taught, to probe political issues, to resist simple answers to messy social problems, to assume that I could figure things out and act on what I learned. In a sense, this was the best training I could have gotten for vocation and citizenship.

the key to a successful community is “connecting a group of people online and making them feel a part of something special.” Students aren’t going to launch into discussion just because we throw them together. We have to give them reasons to connect.

Give students time to bond and make connections.

the class needs to do things together.

Google Specifically for Education From Google Scholar that returns only results from scholarly literature to learning more about computer science, these Google items will help you at school. Google Scholar. Use this specialized Google search to get results from scholarly literature such as peer-reviewed papers, theses, and academic publishers. Use Google Earth’s Sky feature. Take a look at the night sky straight from your computer when you use this feature. Open your browser with iGoogle. Set up an iGoogle page and make it your homepage to have ready access to news stories, your Google calendar, blogs you follow in Google Reader, and much more. Stay current with Google News. Like an electronic clearinghouse for news, Google News brings headlines from news sources around the world to help you stay current without much effort. Create a Google Custom Search Engine. On your own or in collaboration with other students, put together an awesome project like one of the examples provided that can be used by many. Collect research notes with Google Notebook. Use this simple note-taking tool to collect your research for a paper or project. Make a study group with Google Groups. Google Groups allows you to communicate and collaborate in groups, so take this option to set up a study group that doesn’t have to meet face-to-face. Google Code University. Visit this Google site to have access to Creative Commons-licensed content to help you learn more about computer science. Study the oceans with Google Earth 5. Google Earth 5 provides information on the ocean floor and surface with data from marine experts, including shipwrecks in 3D. Learn what experts have to say. Explore Knol to find out what experts have to say on a wide range of topics. If you are an expert, write your own Knol, too.

To build the module, we used a rapid e-learning authoring tool called Adobe Captivate. Some other popular programs for this kind of rapid authoring are Articulate and Lectora. Captivate is great for building interactive self-guided simulations and branching scenarios.

We created our unit in PearlTrees by adding links to all the web-based readings, videos and articles for the course and then embedded it into our LMS.

We decided used Prezi to create a Case Study Library with six categories (Health, Education, etc.) to introduce our students to the tools organizations are using to address different elements of the peacebuilding and international development spectrum.

We focused on providing just-in-time resources, in the context of work situations not easily predicted, rather than longer duration, more tightly targeted and structured instructional programs.

the screen is bigger, which makes a huge difference in how we can display informational and instructional content.

the most important game-changer is that the iPad, and other devices to follow, are designed to be “always on,” or “always connected;” the intent being that you always have access to the Internet (of course this may not be practically true yet, but it certainly is the goal).

Any teacher worth his or her salt knows that if you really want to measure the level of student thinking, you have to have students write. Answers to multiple-choice questions can often be faked; answers to essay questions cannot.

I also find it odd that while many states have raised their test scores over the past few years, we as a country continue to fall in international comparisons of academic achievement. How can this be? If we are getting “better,” why are we declining internationally? In an attempt to answer these questions, Linda Darling-Hammond of Stanford University studied high-achieving countries from around the world. Her findings? School systems in high-achieving countries value higher-order thinking. They parse their standards to make them lean. They use very little, if any, multiple-choice assessments to monitor student progress. They require students to research, to inquire, to write—to think critically. They give students time to reflect upon their learning. They emphasize the skills graduates will need to be college- or career-ready in a globally competitive marketplace. They surround their students with interesting books. Because their assessments demand critical thinking, their students are moving ahead. Because our assessments demand shallow thinking, our students are falling behind.

The largely unitary voice of the traditional teacher is fragmented by the limitless conversation opportunities available in networks. When learners have control of the tools of conversation, they also control the conversations in which they choose to engage.

For educators, control is being replaced with influence. Instead of controlling a classroom, a teacher now influences or shapes a network.

we find our way through active exploration. Designers can aid the wayfinding process through consistency of design and functionality across various tools, but ultimately, it is the responsibility of the individual to click/fail/recoup and continue.

Such experiences may point the way to how personal learning environments will evolve in the future. The PLE will not be one application running on the desktop or in a web browser. Rather, it will be multiple applications running on may different devices. It is also important to understand that learners will use different devices in different contexts and for different purposes. The PLE will be based on networks of people with whom learners interact, they may adapt a particular tool for communication and interaction in a particular context but then cease to sue that tool when that context has passed. In previous projects linked to mobile learning we have tended to focus on how to transmit standardised learning materials and applications to different platforms and devices. The PLE will be comprised of not only all the software tools, applications and services we use for learning but the different devices we use to communicate and share knowledge.

PBL teachers need a set of tools that establish a team ethic. They also need to set aside time for this during a project and before a project.

Use a solid, detailed collaboration and teamwork rubric

Distinguish working groups from teams.