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Knowledge and Action Learning
The project has adopted the notion of Objective Knowledge as proposed by Karl Popper
Popper submits that we develop knowledge in response to a problem (P1).
In its simplest form Popper proposes the following tetradic schema P1 -> TT -> EE -> P2 In this sense Popper's tetrad is a basis for learning as knowledge 'enrichment' as in experiential learning, continuous improvement and reflective practice.
Popper's thinking is useful to the project in at least two ways: 1. In implementing pedagogy each step involves internal action as outlined in Popper's proposition. As leaders and managers of learning teachers (and learners) are confronted with the central problems of what to do and how to do it at each step of the pedagogical process. Indeed all leadership and management involves theoretical based decision making to a greater or lesser degree.
Having achieved a step in the pedagogical process the teacher is then confronted with equivalent with similar central problems at the next step.
2. Incorporating ICT into learning activities raises similar central questions in relation to the arrangement, operation and troubleshooting of the technology itself. The use of the technology will present problems (P) about which the users may formulate a tentative theory (TT) and by various actions the user may eliminate errors in the tentative theory and thus take an appropriate course of action to eliminate the problem, ideally making technology available, or adjusting the intended use of the technology to one that can be successful.
Popper and Action Learning Popper's tetradic: P1->TT->EE->P2 and the notions of action learning can be reconciled as follows:
Action learning is comprised of programmed knowledge (P), questioning insight (Q) and action and experience (A/E)
1. Problems (P1) arise in our experience (inner or external) 2. Tentative theories (TT) are developed by questioning insight to explain and/or respond to these problems 3a. Error elimination (EE) is achieved by further action and questioning insight giving rise initially to some previously unforseen problems (Pn) as well as 3b. Improved theory (programmed knowledge containing fewer errors than the original tentative theory) which can be applied to future action (and experience). 4. The resultant knowledge may give rise to new possible actions and experiences which in turn lead to new and richer problems
Thus Popper's tetradic and Action learning are useful in elaborating each other.
Knowledge and this Research Project In terms of the above, the focus of the this research project is to better understand how teachers (and their schools) solve problems related to the incorporation of ICT into class programs, that is, how teachers
See also paradigms and transformation. |
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