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  E-Pedagogy: Does e-learning require a new pedagogy?  5 The emergence of e-learning  As part of the technological revolution, the use of e-learning, or blended learning, isincreasing. This is particularly true of Higher Education, which offers most programmespartly or wholly online. In the future, e-learning is likely to be more widely used in thetertiary and school sectors. Another driver for e-learning is life-long learning, whichrequires on-going training and re-training of the adult workforce.In many cases, e-learning is delivered through a virtual learning environment (VLE),which is a custom built environment designed for online learning. VLEs, such as  Blackboard and Moodle , typically provide all of the software tools required for onlinelearning such as communication and file sharing facilities. These environments are oftenmodelled around the traditional campus, providing ‘virtual staff rooms’ and ‘onlinecommon rooms’. E-portfolios provide the digital equivalent to the traditional paperportfolio; these typically provide online storage for a range of media types (such asdrawings, photos and videos). Dedicated e-assessment systems, such as Questionmark ,facilitate large-scale online testing, providing many of the question types that arefamiliar to teachers.Some academics have pointed out the potential of e-learning to improve current practice.Garrison and Anderson (2003) write:“E-learning has significantpotential to alter the nature of theteaching and learning transaction.In fact, it has caused us to face upto some of the current deficienciesof higher education, such as largelecturers, while providing somepossible solutions or ways tomitigate these shortcomings. Seenas part of pedagogical solution, e-learning becomes an opportunity toexamine and live up to the ideals of the educational transactiondescribed previously.” New learning opportunities The changing environment facilitates new kinds of learning. Teachers have traditionallyfocussed on content; indeed, many consider the identification and delivery of learningmaterial to be their prime role. But it has been argued that the traditional skill of contentcreation is redundant in the information-rich learning environment. Some of this contentis very high quality, even world class, and certainly superior to a hurriedly producedhandout of the type often used by busy teachers.It has been suggested that the contemporary teacher should be more “guide on the side”than “sage on the stage”. The ready availability of information makes  facilitation moreimportant than direction . The pedagogic issue is not too little information but too much:the contempora

changing learning landscape poses fundamental epistemological questions about thenature of knowledge and how it is acquired. Dede (2008) writes: “In the Classicalperspective, knowledge consists of accurate interrelationships among facts, based onunbiased research that produces compelling evidence about systematic causes […]Epistemologically, a single right answer is believed to underlie each phenomenon […]The epistemology that leads to validity of knowledge in Web 2.0 media such as Wikipedia  is peer review from people seen, by the community of contributors, as having unbiasedperspectives. Expertise involves understanding disputes in detail and proposingsyntheses that are widely accepted by the community

George Siemens introduced this theory in his paper Connectivism: Learning as networkcreation (2004) to address “the shortcomings of behaviourist, cognivitist andconstructivist ideologies”.Connectivism conceptualises knowledge and learning as a network, consisting of nodesand connections. Knowledge, at any point in time, is a particular (probably temporary)configuration of nodes and connections (a sub-network). Learning creates newconnections between existing nodes (changes to existing knowledge) and/or creates newnodes (entirely new knowledge). Learning, therefore, is about network (node andconnection) creation.His theory differentiates between data, information, knowledge and meaning: •   Data : raw elements •   Information : data with intelligence applied •   Knowledge : information in context and internalised •   Meaning : comprehension of the nuances, value and implications of knowledge.“Learning is the process that occurs when knowledge is transformed into something of meaning.”Connectivism embraces eight principles:1.   Learning and knowledge rest in diversity of opinion.2.   Learning is a process of connecting specialised nodes or information sources.3.   Learning may reside in non-human applicances.4.   Capacity to know is more important that what is currently known.5.   Maintaining connections is needed for continual learning. (function() { var pageParams = {"origHeight": 1276, "origWidth": 902, "fonts": [3, 1, 2, 4, 0], "pageNum": 9}; pageParams.containerElem = document.getElementById("outer_page_9"); pageParams.contentUrl = "http://html2.scribdassets.com/4o2mjijnuo850n3/pages/9-7fefce237b.jsonp"; var page = docManager.addPage(pageParams); })(); Scribd.Ads.addBetweenPageUnit(9);   E-Pedagogy: Does e-learning require a new pedagogy? left: 3830px; top: 276px; color

Citation machine helps students and professional researchers to properly credit the information that they use. Its primary goal is to make it so easy for student researchers to cite their information sources, that there is virtually no reason not to -- because... SOMEDAY THE INFORMATION THAT SOMEONE ELSE WANTS TO USE... WILL BE YOURS!

my mentor calls them “Rock Stars”

***While this assignment specifically is not graded

At SUNY, which has 468,000 students at 64 campuses, the Coursera partnership is tied to Chancellor Nancy L. Zimpher’s announcement this year of Open SUNY, an online effort to enroll 100,000 new students and make it possible for a quarter of them to earn a degree in three years.

“We hope this will help public universities do more with the less they’re getting in state support,” Dr. Koller said.

In the classroom, teachers have seen how the same process manages to develop students’ divergent (brainstorming), convergent (categorizing and prioritizing), and metacognitive (reflective) thinking abilities in a very short period of time.

We can process information in 3 ways: Shallow Processing - This takes two forms 1. Structural processing (appearance) which is when we encode only the physical qualities of something.  E.g. the typeface of a word or how the letters look. 2. Phonemic processing – which is when we encode its sound. Shallow processing only involves maintenance rehearsal (repetition to help us hold something in the STM) and leads to fairly short-term retention of information.  This is the only type of rehearsal to take place within the multi-store model. Deep Processing - This involves 3. Semantic processing, which happens when we encode the meaning of a word and relate it to similar words with similar meaning. Deep processing involves elaboration rehearsal which involves a more meaningful analysis (e.g. images, thinking, associations etc.) of information and leads to better recall. For example, giving words a meaning or linking them with previous knowledge.

If it's "our classroom", have the children help you to decorate it in a way that will make them feel some ownership. Of course, you should feel free to hang in advance things that you need in order to teach (e.g.- maps, letter charts, etc.).

However, it is clear that students who feel part of a school community are more likely to learn in school and less likely to interfere with the progress of others. It is also clear that the interpersonal skills and menchlekeit we expect from our students will not simply happen. We must help them develop by building community.