Category Archives: G8WAY

Developing a Pedagogical Framework for Web 2.0 and social software

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Earlier this week, I wrote a post on issues in transitions between school and work, school and university and university and work. This is part of Pontydysgu’s ongoing work on the recently launched (no web site yet) G8WAY project. the project seeks to use social software to help learners in transitions. We are working at the moment on developing a Pedagogical Framework.

This is not so easy. I used to rail against the idea that educational technology is pedagogically neutral as so many vendors used to say. All technology has affordances which can facilitate or impair different pedagogical approaches. And whilst the educational technology community has tended to espouse constructivist approaches to learning, the reality is that most Virtual Learning Environments have tended to be a barrier to such an approach to learning.

However Web 2.0 and social software opens up many new possible approaches to learning, largely due to the ability for learners to actively create and through collaboration and social networking. But teachers constantly ask what software they should use and how they can use it in the classroom. What software is good for what pedagogic approach, they ask?

The idea of the G8WAY framework is enables us to map onto digital media and e-tools with regard to their learning characteristics, such as thinking and reflection, conversation and interaction, experience and activity or evidence and demonstration. This can then be used as the basis against which to benchmark pedagogical principles for any particular learning scenario developed within G8WAY.

So, for example, a learning activity that enables learners to reflect on their experience, say for example, in a work-based learning context – would map to ‘thinking and reflection’ and ‘evidence and demonstration’. In contrast, a learning activity that supported collaboration would map to the first three characteristics. Of course any one individual using this schema would map particular instances differently, depending on their interpretation of the framework and the context of use of the tools; the point is this framework provides a useful schema to think about tools in use and how they map to different characteristics of learning.

This seems a useful approach – the question is how to do it? Does anyone have any references to previous approaches like this?

Supporting learners in transitions

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I’ve been thinking about educational transitions today. this is part of the European funded G8WAY project which aims to use social software to support learners in transitions. In particular the project aims to focus on three transitions – from school to work, from school to higher education and from higher education to work. and being a well designed project, the first phase involves the elaboration of a pedagogic framework for the project.

This – I think – needs to link a number of things. Firstly we have to look at what are the issues in transitions, secondly look at different pedagogic approaches to supporting learners n those transitions and thirdly find a way of linking social software tools or rather the affordable of different social software tools to different activities which could be included in a pedagogical approach. Not so easy. I have just finished reading a two papers by Grainne Conole which have an interesting take on developing models for this kind of work although I am not sure how they can be used in practice, Mapping pedagogy and tools for effective learning design - cowritten with M. Dyke, Martin Oliver and J. Seale puts forward a model “that supports the development of pedagogically driven approaches to learning. Grainne follows this up in a more recent paper called ‘New Schemas for Mapping Pedagogies and technologies. In this paper she looks at Web 2.0 and argues that “the current complexity of the digital environment requires us to develop ‘schema’ or approaches to thinking about how we can best harness the benefits these new technologies confer.”

I will return to these models and schema in a post later this week.

in this post I want to briefly brainstorm the issues in transitions for learners – both as notes for myself and also in the hope that readers may be able to point be in the right direction or suggest things I have missed.

School to Work Transition

  • change from school based subjects to work based applied competence
  • change from school based class organisation to team or hierarchical work based organisation
  • increased responsibility for own work
  • increased responsibility for own learning
  • different forms of work based learning
  • may have to deal with customers or members of other work organisations
  • may have to follow quality processes and procedures
  • different forms of assessment of learning and /or performance
  • different ways of reporting on work and achievements
  • changes in identity (school student to worker)
  • different social groups 0 integration in work community and / or communities of practice
  • increased informal elarning

School to university transition

  • Different forms of subject organisation
  • different forms of time organisation – with increased responsibility for own time management
  • different forms of assessment
  • greatly increased responsibility for own work
  • frequently accompanied by leaving home – having to organise own life (financial management)
  • different forms of study
  • need to manage own time
  • need to select course modules (learning pathway) and consider post university career
  • new learning tools (increased use of technology)
  • new identity as student
  • different social groups integration in student community

University to work transition (largely same as school to work transition)

  • change from university based subjects to work based applied competence
  • change from university based faculty organisation to team or hierarchical work based organisation
  • increased responsibility for own work
  • increased responsibility for own learning
  • different forms of work based learning
  • may have to deal with customers or members of other work organisations
  • may have to follow quality processes and procedures
  • different forms of assessment of learning and /or performance
  • different ways of reporting on work and achievements
  • changes in identity (student to worker)
  • different social groups 0 integration in work community and / or communities of practice
  • responsibility for planning own professional development and career progression
  • increased informal learning

Can anyone add to these lists?

Open Education: The Nature of Competence

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Last week I wrote about Framing Curricula for Open Education.  In the past few years it has become common to describe curricula in terms of outcomes, rather than the more traditional learning objectives. On the face if it, this makes sense. Whilst learning objectives might be said to describe the teaching and learning environment from the viewpoint of a teacher, outcomes describe what a student or leaner can achieve following a programme.

However the definition of learning outcomes is problematic and contested. Yo a certain extent this reflects different ideas about teh purpose and intent of education, but just as in the debate over Open education, it masks ideological differences.

The European Commission has devoted much work to the development of the European Qualification Framework, designed to allow comparability of qualifications (and thus mobility). The EQF is based on qualifications described in terms of learning outcomes.

The EQF definition of competence is “the proven ability to use knowledge, skills and personal, social and/or methodological abilities, in work or study situations and in professional and personal development … described in terms of responsibility and autonomy.”  (European Commission, 2006)

Skills ‘means the ability to apply knowledge and use know-how to complete tasks and solve problems’ (ibid.). A distinction is made between cognitive and practical skills.

Knowledge ‘means the outcome of the assimilation of information through learning. Knowledge is the body of facts, principles, theories and practices that is related to a field of study or work’ (ibid.). In the EQF, knowledge is described as theoretical and/or factual.

This distinction between knowledge and skills is problematic and stems primarily through an Anglo Saxon understanding of competence as being functional. As Sandra Bohlinger explains, in the German speaking countries competence is more commonly seen as “action-related ability, while most authors agree that whereas qualifications define position, competence is a matter of disposition (Arnold, 1997, p. 269ff.; Erpenbeck and Heyse, 1996, p. 36), while the concept of competence also embraces individual aspects of personality that are directed towards (vocational) utility. In this connection, the main aim of the development of competence is the ‘formation of personality structures with a view to coping with the requirements of change within the process of transformation and the further evolution of economic and social life.’

Such a description of competence is more akin to Richard Hill‘s framing of curricula in my article of last week in which he talks of the need to develop “a curriculum that enables individuals-in-communities to learn and adapt, to mitigate risks, to prepare for solutions to problems, to respond to risks that are realised, and to recover from dislocations”.

Sebastion Fielder has also addressed this issue in work undertaken for the iCamp project.

“Like the more traditional concept of ability, competence conceptualizations are generally referring to an individual’s potentiality for action in a range of challenging situations. It is thus a concept that foremost indicates a precondition for future problem solving and coping (including the use of adequate tools) in a particular area of action.

The more elaborated contemporary conceptualizations of competence are best understood as a programmatic attempt to expand older notions of what constitutes the necessary dispositions for successful problem solving and coping in a given area of action. In general what used to be emphasized was the role of well trained, standardized, and largely automated procedural skills and of factual knowledge for successful problem solving and coping. Now, this emphasis is increasingly coming under scrutiny, since situational challenges in many work and life contexts cannot be mastered by applying routine procedural skills and knowledge anymore. Instead, the changing conditions for life and work produce situations that can be described as dynamic, complex, open-ended, and ambiguous, and that regularly require novel, creative and sometimes surprising solutions. This is where the old notion of qualification that is based on requirements analysis oriented in the past and on the acquisition and performance of standardized procedural skills and factual knowledge clearly shows its limits.

Erpenbeck and Heyse (1999) thus emphasize, for example, the importance of internalized orientations, values and attitudes for coping with dynamic, open-ended and complex problem situations where actors cannot exclusively rely on a stock of factual knowledge and procedural skills previously acquired. They argue that factual knowledge and procedural skills can only be viewed as necessary but not as sufficient for the execution of successful (“competent”) action in many areas of human activity. They propose to conceptualize competence as a set of (interrelated) dispositions for the execution of self-organizing action in a particular area of challenge. This broad set of dispositions entails 1) factual knowledge and procedural skills previously acquired, 2) internalized orientations, values and attitudes, understood as “order parameters” (see for example Haken, 2004, on Synergetics) for self-organizing action that requires continuous decision making under (cognitive) uncertainty, and 3) volitional aspects (notions of volition, motivation, drive, etc.) that are understood as the ability to activate and realize the other personal assets.”

In many ways this fits in with Vykotsky’s ideas of Learning through Zones of Proximal Development. Vygotsky said that people must be able to use words and other artefacts in ways that extend beyond their current understanding of them, thereby coordinating with possible future forms of action. “If we ask what makes such intermental functioning possible, we must certainly speak about issues such as context, the existing level of intramental functioning, and so forth. However, there is an essential sense in which intermental functioning and the benefits it offers a tutee in the zone of proximal development would not be available if one could not perform, or at least participate in performances, that go beyond one’s current level of competence. In this sense, social interaction is not a direct, transparent, or unmediated process. Instead, it takes place in an artefact-saturated medium, including language, and this is a point that Vygotsky took into account in a thoroughgoing manner” (Cole and Wertsch, 1996).

This debate over the nature of competence is a further key aspect of developing an expansive idea of Open Education.