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  • 1.  New Tools for a New Era

    Posted 04-01-2003 20:53
    Dear all - I originally posted this on 4 March but the list didn't accept
    my email address. Apologies for lack of timing.

    Dear Enda and Jeff

    Thanks for your interesting postings. I agree Jeff, that Senge's work on
    systems thinking is very valuable in understanding the complexity
    surrounding issues and decisions we need to make in relation to those
    issues. It's particularly valuable for developing systemic responses to
    issues, instead of treating problems in isolation. I have used it a lot
    and have taught my students many of his systems thinking tools, and have
    found the students respond to it very well (and in turn use it in their
    settings).

    I saw another issue arising out of Enda's story. I hear the struggle of a
    professional with expertise, whose experience has taught her that the
    'rules' as outlined in formula and in text books, don't always apply. Enda
    has learnt when the rules do and don't apply, and the nature of those
    variations, and very likely even the reasons for those variations. She has
    learnt to trust her practical knowledge gained over time, over the formal
    knowledge of texts. Now her dilemma is 'how do I communicate all of these
    inconsistencies to my students? All of the exceptions to the rule? How do
    I communicate how I make those judgements?' Yet Enda knows that she
    started with those formulae, with those texts.

    The research on skill acquisition, primarily work of the Dreyfus brothers
    (Mind Over Machine 1986) and Patricia Benner (From Novice to Expert 1984)
    shows how learners move from being novice to being expert over time, and
    what type of learning events they need to help them gain skill over
    time. Enda, their research shows that novices need rules to help them to
    take action, to gain the practical knowledge. Over time and through
    practice they will learn when the rules don't apply. They will learn the
    complexity of a situation. This is why your postgraduate students are
    better able to cope with and understand the inconsistencies, the exceptions
    to the rules - they are no longer novices and have the experiential
    knowledge to do so.

    The key activity needed to acquire skill, to progress from novice to expert
    is REFLECTION. If you are able to design in practical activities where
    they are able to reflect on what they've done and how it did or didn't
    match with what they intended to do, then you are well on the way to
    helping them to first acquire rules to gain experience, and second to learn
    about how the formula 'live' beyond the text books. These activities
    could be in class or perhaps make their assessment for the unit an action
    research project where they implement what they are learning and reflect on
    the outcomes of what they did. My students find action research projects
    very, very beneficial to them.

    To learn and integrate new knowledge into their prior knowledge your
    students will need to challenge the extent to which their prior knowledge
    helped them to do the task. They also need to think about the beliefs,
    values and assumptions they used in doing the task, and whether they helped
    or hindered them. The complexities will then be something they find
    themselves, and you'll be there to talk through the meaning of it.

    Good luck with your classes, they sound interesting. Our semester has
    just started here in West Australia.

    best wishes
    Fiona



    Fiona Scott
    Lecturer
    Graduate School of Education
    University of Western Australia
    35 Stirling Highway
    Crawley WA 6009

    Ph: (08) 9380 2419
    Fax: (08) 9380 1052

    The University of Western Australia: CRICOS Provider No. 00126G


  • 2.  New Tools for a New Era

    Posted 04-03-2003 10:51
    Fiona,

    Clearly you, Enda and others have been working at this issue of "how people
    change synapses" for quite a while. I am just beginning to learn the
    exceptions & deviations from strict rules on the subject myself.

    What prompted me to post is a nagging thought. I teach an 'accelerated' class
    in statistics to MBA types. 6 weeks and on to the next class. How might we
    incorporate REFLECTION into that hectic pace? I can see myself that it is the
    piece that is missing so often.

    One thing I have done lately is to dispense with the lecture, or even the
    slide show of the chapter, completely. After 5-10 minutes of explanation of
    what is to come, I launch into problems, work them through as class examples,
    then do a second one, then do some as smaller groups, then on to the
    assignments. If I can write an algorithm for selecting the proper equations,
    even new students can do hypothesis tests on real problems.

    I think.

    Could you send, off-line if need be, a bibliography of the works you refer to
    here? Or at least enough that I can confidently locate them on my State's
    state-wide catalog?

    Many thanks,
    Jay

    Fiona Scott wrote:

    > [snip]
    >
    > The key activity needed to acquire skill, to progress from novice to expert
    > is REFLECTION. If you are able to design in practical activities where
    > they are able to reflect on what they've done and how it did or didn't
    > match with what they intended to do, then you are well on the way to
    > helping them to first acquire rules to gain experience, and second to learn
    > about how the formula 'live' beyond the text books. These activities
    > could be in class or perhaps make their assessment for the unit an action
    > research project where they implement what they are learning and reflect on
    > the outcomes of what they did. My students find action research projects
    > very, very beneficial to them.
    >
    > [more snip]

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