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    A New School Of Thought
    By Andrea Kuszewski | October 25th 2011 01:12 PM | 8 comments | Print | E-mail | Track Comments
    About Andrea

    Andrea is a Behavior Therapist and Consultant for children on the autism spectrum, residing in the state of FL; her background is in cognitive

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    How do we learn best? 


    It depends on the individual! In the video below, Salman Khan is demonstrating what those of us in psychology, education, and intelligence research already knew: Everyone learns at a different pace, in different ways. And I'm not reducing this to 'visual learner' versus 'kinesthetic learner', etc. I mean linear versus non-linear, and all stages in-between. 



    A personal story...

    When I was in art school, I took 3D modeling for the first time. That software was wicked intense and complicated, and like nothing I had ever used before. The first day of class, my professor did a lightning-fast live demo, which we were supposed to be following along with on our own computers. I couldn't do this. For me, it was mindless imitation, and after 15 minutes, I was lost and frustrated and discouraged. 

    The class took a short break, and when we returned, I changed my strategy. I watched her intensely, and took notes instead, writing as fast as I could... short-cut keys, navigational tips, sequences for different modifications, etc. I have to admit, I was a bit concerned I was falling behind, as I saw my classmates zipping through the interface. 

    That evening, I asked a friend of mine who was a year ahead of me in the Biomed program (and fluent in 3ds Max) to sit down with me and show me how to build a model in 3D. He did, bless his heart, for 6 hours straight ... as I watched, then periodically stopped him--asked why he did a specific action, asked how to do another action, asked what would happen if A, B, and C... for the entire 6 hours. I wanted to know more than how to build a model in 3D; I wanted to learn how the software worked, and what it was capable of. Only then, could I really innovate with it.

    After that one 'tutoring session', I went on to master the software in less than 3 days, and by the middle of the semester, the quality of my 3D models surpassed my professor's. By the end of the semester, I owned that software--I no longer just followed the 'rules of use', but I had discovered new ways to hack the software for my own specific uses, in order to get the results I wanted. 


    Triceratops!!
    This is one of the 3D models I created in that introductory course, after less than a semester of instruction. Triceratops!!


    For me, I need to figure out a new topic, medium, problem, or whatever, inside and out. I need to fail at it for a short time, and in that way, I really understand it. If I take the time to fully and thoroughly investigate and figure out a tool or problem, there are no limits to what I am able to do with it. I describe my learning style as a 'very sharp learning curve'--I screw something up and fail with it for a bit in the initial stage, at a time when others seem to be achieving ahead of me, but then once everything falls into place and I understand the inner workings, I take off with it exponentially. After a brief period, I own it. There has never been a tool, artistic medium, or subject I have failed to master when I approach it this way. For myself (and many other learners I've met like me), the initial learning stage is the most crucial for real comprehension and mastery. I need to take a little more time in the beginning to figure out everything about how that object works, but I quickly catch up and surge ahead in the end. 

    I really believe the future of education will be more and more focused on individuality, tailoring instruction and methods to best suit the learner. Also, learning will be more self-driven. What are the chances every student happens to learn best sitting in a desk, being lectured at, at a fixed pace? We have the technology and the tools and the capability to do better. And I believe we will. We are already headed there; society as a whole just needs to accept it and stop standing in the way of progress. Khan sets a good first example--but this is only the beginning...

    Comments

    Gerhard Adam
    I really believe the future of education will be more and more focused on individuality, tailoring instruction and methods to best suit the learner. Also, learning will be more self-driven. What are the chances every student happens to learn best sitting in a desk, being lectured at, at a fixed pace? We have the technology and the tools and the capability to do better. And I believe we will. We are already headed there; society as a whole just needs to accept it and stop standing in the way of progress.
    I'm not sure what level, age, etc you're aiming this at, but it seems a bit off.  There's no question that people learn in a variety of different way, and can be quite successful at it.  HOWEVER ... one of the first problems is that the overwhelming majority of things that they learn they will never get credit for, because academia needs to earn money and not promote education.  This is certainly true at the lower grade levels where testing is the primary mantra, so the whole nature of education is intended to preserve the status of the school system and schools/teachers more than it is to ensure that a student learns.

    Certainly home schooling has been available for quite some time as an alternative, but the obvious limitation there is parental time to devote to it (as well as actual teaching skill that may be lacking).   After all, are we actually discussing "learning" or are we discussing the means of acquiring an education and credentials?  If the former, then there's not much point being concerned because people rarely have a problem learning things they are interested in or motivated to learn.  If it's the latter, then we have a huge system that isn't likely to change to facilitate the individual.

    In short, my problem has never been learning something, but rather gaining the necessary credentials and paperwork so that others may care whether I've learned something.  So whether students learn best "sitting at a desk, being lectured at", most assuredly those are the ones that will gain the necessary paperwork, regardless of how much or what they've actually learned.  Basically academia has never recognized that there is a "real world" in which people actually live and earn a living.  They've pretty well assumed that if you aren't prepared to approach them like a monk in a monastery (vowing poverty and living by the whims of those that teach), then you had little chance of succeeding in that world.

    Sorry about my cynicism, but I have little use for the education system and/or process.



    MikeCrow
    John Stossel, has recently done a couple of shows on the educational system, and is not a fan of teachers unions because of basically the same things you mentioned.

    But he also showed some charter schools that seem to be working very well for the students, in part because many of them can(and do) fire teachers on the spot(if necessary).

    Andrea,
    I find (at least with software), that I learn much like you do. I need hands on time, with a specific task to do, and time to work through the problem.
    I've noticed that at first I am completely lost (and feel really stupid), this only lasts a little while though, then it seems I start to understand how the developer intended me to do things, at which point it become natural, and I sort of know how to do things even before knowing how to do them(if that makes sense).

    I like hearing a training lesion, followed by hands on time. Working in pairs(on computers), isn't very useful for me.

    Never is a long time.
    Gerhard Adam
    I like hearing a training lesion...
    Normally I wouldn't pick on a typo, but this was too precious to ignore.  I always thought a training "lesion" was the impression that was left when you didn't quite "get it".  :)
    MikeCrow
    lol, Damn you spellchecker and lousy spelling abilities...

    And just so you know, I am going to fix it(or not, damn software).
    Never is a long time.
    Gerhard Adam
    I guess part of my problem here is that it seems that we're conflating "learning" with "teaching" as if they are synonymous.

    So, when the topic of "learning" comes up, the first question should obviously be oriented towards the motivation of the student.  Is this a required subject, or something they are personally motivated to learn?  Is there a specific objective, or is it background information?  These are all going to be hugely relevant in any meaningful discussion about "how people learn", because, in many cases, the question isn't so much about "how they learn", but rather "how they learn subject they aren't particularly interested in".

    Similarly, with "teaching", we may be able to evaluate the ability for an individual to present information regarding clarity, expert knowledge, and experience, but they also can't "teach" someone that isn't actually motivated to learn. 

    The reason for these points is that it radically changes the meaning of what "sitting at a desk, being lectured at" will mean.  If I'm excited about the subject, then that may be exactly what I want.  On the other hand, if this is a tedious chore that I'm obliged to complete, then I'm going to want something significantly more entertaining to help me get through the basics.

    In the examples used, there is a third consideration which deals with the ability to directly apply something that someone has learned.  This occurs in areas where there is a particular skill that is being acquired, so it could be used in cases like software, a musical instrument, sports, etc.  However, it would be silly to suggest it as an approach to learn mathematics, because it would be almost impossible to differentiate it from normal homework.  Perhaps the problems might be presented more creatively, but one typically doesn't have much chance to engage in serious problems in such an interactive manner.

    Andrea Kuszewski
    Gerhard, have you read my piece on education I wrote for Scientific American? Pay attention to all the cited data about the effectiveness of specific teaching methodology: 
    http://blogs.scientificamerican.com/guest-blog/2011/07/07/the-educational-value-of-creative-disobedience/ 
    Gerhard Adam
    Perhaps I'm just in a cynical mood today, but I find too many of these discussions fanciful and not particularly useful.  It's not that they're wrong, it's just that they are so idealistic.

    One quote:
     A recent report in Science showed that a group of students taught by an inexperienced instructor, but one that utilized hands-on demonstrations and student involvement, learned twice as much and was more engaged in a Physics course, even when compared to a similar group taught using traditional methods (lecture) by a highly rated experienced professor.
    This is fine for an elementary school and perhaps even into high school, but this can't be a serious consideration for someone that actually wants to become a physicist.

    So, my question remains.  Are we looking to motivate students early?  Are we looking at actual teaching techniques to promote retention? 

    Why are we so worried about stifling creativity when we have people that lack fundamental skills in arithmetic and reading comprehension?  Does anyone really believe that ANY of this is relevant in classrooms with 30+ students in them and a teacher that may not be particularly passionate about their subject?  Does anyone truly believe that these conditions exist because we don't know how to teach? 

    As I said, perhaps I'm being too cynical, but that is the reality of teaching today.  Any qualified teacher with motivated students will rarely have anything to complain about and will have an abundant supply of success stories.  That isn't the problem that needs addressing.
    Just by moving the students from passive observer to active participant, you are lighting a fire in the brain—making more connections across association areas, increasing plasticity, and enhancing learning.
    Agreed.  Perhaps you or someone else has an example of how to apply this to differential equations (as an example)?  As I said before, if your point is to argue about how to motivate elementary school kids in preparation of later education, then we have no quarrel.  However, I don't see this as a general solution to much of anything that involves serious study.

    How does one establish creativity in learning multiplication tables?  or arithmetic operations?  Should students be required to derive equations before they are memorized in many lower level physics classes?  How about learning the periodic table?   Even learning music requires significant amounts of memorization and rote learning.
    There are an increasing number of studies on educational methodology that demonstrate the same types of results—they find increased learning and participation in classes that use an integrated approach to teaching, as opposed to the traditional lecture.
    No argument from me here, but what have the studies shown in terms of how quickly learning takes place and how it is managed with 30+ students at a time?  Are we looking at covering half the material in the same amount of time?  I may be skeptical, but I'm quite eager to see real studies that have quantified this in terms of difficult subjects; besides creative writing type of studies.

    I can appreciate the importance of creativity, but I have yet to meet a creative individual that had much to offer that wasn't also solidly grounded in the subject they were discussing.
    Andrea Kuszewski
    *sigh*
    http://www.psicorip.org/Resumos/PerP/RIP/RIP036a0/RIP03921.pdf

    Pay special attention to page 197 and beyond. Gerhard, you should know by now, that I always provide ample data to back up my claims. If you are too lazy to check my references and find this information that I provide, I can't be blamed for that. :)