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Who could best contribute to the ideas of computer-based math education?
Based on the vision I set forth in my TED talk, we're hosting a key summit in London this November to drive a worldwide change to computer-based math education (http://www.computerbasedmath.org/events/londonsummit2011/index.html). Very interested in ideas of who could best contribute? And I'm not just talking educators but leaders who want radical change and have a stake in the future of STEM education. We've already got many countries, governments and quite a few fields represented but really want to make sure we don't miss key people out.
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David Irvine
I know many mathematicians and physicists, computer scientists who would struggle to change a car tyre or work out how to mend a broken pipe. The Engineering capability is lost when we dive straight in. Given this ability and then the extremely powerful tool that is computers we can make enormous differences. I believe it's before children can use computers, even before reading a writing the creative capability of using stuff around them as tools to get other stuff working is paramount, missing out this part is like putting a child in a fast car, they may get somewhere fast and not necessarily know how they did, i.e. they will struggle to make better cars or transport.
So my opinion is teach problem solving pre-computer and with computers eventually (with reading and writing). This way people will understand at the deepest level.
You can drive without really knowing how a clutch works or how to get around a faulty handbrake etc., you will just drive better when you do.
Phillip Odom
Deborah Zotian
I had a teacher use poker to teach statistics. It was the first time all term the light bulb went on for many of the students. The thought of using Chess would bring in logic and planninig. I like that.
Sol Lederman
David Irvine
If these people were never taught first principles (or how a clutch works) then all their knowledge on these subjects is very much limited and taking on new ideas will be so much more difficult.
It's a problem of progress, we leave behind many things (like ability to light fires or prepare and cook food in the wild etc.). When we expand these issues we leave behind to scientific and Engineering type subjects in particular then I believe there could be bad consequences.
It's a balance to get right and no real right or wrong, just a balance and first we need to recodnise it.
I take your point, perhaps everyone does not need to know everything, but it sure helps to know more that we sometimes do.