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Exploring connectivism

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Edited by David Appel, Monday, 4 Mar 2013, 22:43

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With his proposal of ‘Connectivism’ as a new learning theory for the digital age, George Siemens addresses limitations of such well-established theories like behaviorism, cognitivism, and constructivism which fall short of explaining how knowledge is being created, distributed and acquired in the internet.

The basic assumptions regarding knowledge and the ways it is acquired need to be reassessed with the impact of innovative technologies which lead to a rapidly evolving information ecology: knowledge is abundant, has a shrinking half-life, is developed, shared and acquired in networks and cognitive processes which used to be performed by the learning individual are increasingly supported, supplemented and/or replaced by technology.  

These developments call for new approaches to understand and describe how learning is happening in a a changed information ecology.  Their focus needs to move from the principality of learning individual to the learning network, from the skills of acquiring knowledge to the skills of evaluating knowledge and establishing relevant connections to keep up with the incessant evolvement of relevant knowledge. Siemens assumptions for his theory of connectivism can be opposed to those of behaviorism, cognitivism, and constructivism as below:

constructivism

References
Siemens, G. (2004) Connectivism: A Learning Theory for the Digital Age [online], http://www.elearnspace.org/ Articles/ connectivism.htm(accessed 20 February 2013)

 

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David Appel

An elearning theory?

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Edited by David Appel, Monday, 4 Mar 2013, 23:08

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What is a scientific theory?

I was looking at several definitions of ‘scientific theory' found that two attributes are essential to most of them:

  1. It explains specific phenomena of the world and does so by predicting future observations of these phenomena
  2. It adheres to an explicit methodology which allows anyone (mastering this methodology) to either provide further evidence (verify) or refute (falsify) it. By definition, a scientific theory must not be irrefutable.

What is specific about a theory for elearning?

A theory of elearning should explain and predict the specific phenomena called ‘elearning’ (any kind of electronically supported learning and teaching) and must therefore be part of a theory of pedagogy, the science of education.  So when a theory of elearning predicts the outcome of applying electronic means to support learning, it should do so in pedagogic terms, i.e. in how far it aids the development of skills or knowledge.  Furthermore, such a theory should establish a common set of measurements which allows the comparison of different elearning approaches.

I think it is also noteworthy that theory is often contrasted to practice, and that the latter usually precedes the former.  That an elearning theory aims at explaining something which is already in practice means that it is possible to be a practitioner without a respective theory, but also without the benefit of a common set of terms to evaluate different approaches.

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