Lootifer wrote:Phatscotty wrote:Lootifer wrote:@ PS from page one of this thread: (empahasis added).
Lootifer wrote:But its a practice that owes its origins to typical business practices. From a management perspective its easier to [implement] things like kpis, business intelligence and all those other crap, er I mean wonderful, things they teach you in an MBA course
darfaq? Not sure what you are saying. Maybe like, I should like Common Core because it supposedly runs the way businesses run, and I like business, so we should copy paste it into every school in America?
I dont know what the US intends to acheive via its education standardisation, nor what their motives are. But I was just trying to poke fun at your common core = marxist/mao/communist idealogy thing 'cause its retarded.
Once again I have to repeat: the problems you guys are seeing has nothing to do with standardisation in education; but in fact the way in which it is being used. That is, common core is not the problem; the content of common core is. Its quite an important distinction as debate on standardisation in education and debate on the content of curriculum are very very different debates.
Sure its rather semantical, but for me: im rather sick of the liberal indoctrination thing, but would be quite interested in a debate on the pro's and con's of standardisation in education.
Actually, I would say they are the same argument... and that is part of the problem. That is, if you are going to make every child learn the same things, then a LOT of people will demand the "practical" or "biggest bang" approach. Skip anything that doesn't go directly to the desired end result, which is to have kids making money, preferably lots.
The problem is that a lot of these "superficial bits", when it comes to how kids learn, wind up not being so superficial and "extra" as the linear thinkers might imply. The classic example is music. Learning music actually helps kids to learn math, rather than taking away from it. Letting kids play and explore, similarly, is very critical to helping them to learn physics and other sciences.
In fact, if you start getting into creative genius -- that is, inventors and scientists making great advances, it turns out that the most important thing we are missing isn't that we fail to give information, its that we are no longer teaching kids to question and teaching them that failure is a big and important part of learning. I heard a TED talk on this recently, though I cannot do it true justice.
That is the real problem with "niche learning" or "specialized learning" -- that is, we tend to draw too many lines where they don't belong. A focus on math might lead to people able to work on long calculations, but to know physics, and particularly to stretch the boundaries of, say space exploration or reaching the bottom of the sea, takes being able to not just understand a lot of math, it also takes having the ability to connect things that might seem unrelated. Everyone needs a basic core of knowledge in order to have those abilities.
Yet, at the same time, we may be reaching the point where no single individual can learn everything needed to advance beyond, much. We are long past the days of one "Renaissance man", perhaps into the point where so much information is out there and so widely disbursed that we need groups to somehow synthesize it, in the way creative individuals used to do.