» Sat May 12, 2012 3:28 pm
Education is quite important, and I'm saying that as someone who just got to know he won't be going to college next semester because he failed the last semester. (I normally do pretty well in school averaging 8 out of 10 on most all tests, had specific problems that got in my way this last year, 2011 hasn't been that good for me) People say "you just need common sense" but that is what a good educational course should teach you. Taking math for example you're not taught that 3+5 equals to 8. You are taught a basic set of numbers and you're shown what they represent, from 0 to 10. Then you're taught how to make up your own set of numbers by adding numbers together and you start to be able to count to needlessly large numbers as you're taught larger concepts of numbers. Like you teach someone the numbers from one to ten, then you teach them the numbers from eleven to twenty, then you teach them the multiples of ten from one to nine and not only that but you're taught the concept of an even greater set of numbers, the hundreds. By now the kid will count up to 999 until it hits a roadblock and asks "what now ? ten one hundred ?" but all you need is to introduce to them the concept of the thousand (and I guess that you can also say something like "fifteen hundred...") and again the kid will be able to use its own reasoning and "common sense" to realize next should be two thousands, then three thousands, and eventually nine hundred ninety nine thousands. And you know what happens next. A simple word "million" and the kid will exercise its own common sense yet again.
And my initial example I started with saying "you're not taught that 3+5 equals to 8" and I went on to explain how we teach common sense through our numbering system. But how we get that 8 is still a mystery at this point unless the kid manages to deduct on its own how that thing called a "plus" works, that it's about taking two numbers, and counting from one through the other as many times as the other number represents adding one more every time you count. 5...6(1)...7(2)...8(3). 5 + 3 is 8! At this point if you taught the kid not simply that 5 + 3 is eight but the numbers they represent and the concept of plus using common sense it should already be able to add together numbers like 5642 and 2233. But at this point the kid has been taught to count once more to the first number as many times as the 2nd number tells it to add another number. But again here you have another opportunity to teach the kid the concept of numbers and how you can work with them. You take out a pen and a blank sheet of paper and you draw this.
#5642
+2233
=
At this point the kid may notice how the numbers line up. How it can instead count the thousands it learned about, the hundreds, the tens and finally the single units. Or you can point it out to the kid, you show it how it makes more sense to work with the numbers by counting them as aforementioned rather than by counting up 2233 times from 5642. You show it how it can count from five thousand, to seven thousand by counting a thousand twice, and you show it that it can do the same with the other numbers. Before long the kid has found out that the answer is 7875. And with practice the child can toss away the paper and can start doing this in its head. First perhaps just with numbers of that size, then with larger ones, and then with numbers of increasing difficulty that don't line up so perfectly like 9888 + 1123, where it has to take into account that the eight units and the three units make an extra ten that needs to be accounted for, and that the number becomes a 5 digit number as it breaks into the ten of thousands and eventually eleven thousand when all the smaller numbers have been added together too.
And even then there are methods to explain how it can be solved with even more ease. In more practical manners, which is really all that math is about. Math teaches you to work with numbers in a practical manner, and when you're teaching someone practicality you are teaching that someone common sense. To take the easier route over the harder one. And this is why I still think higher levels of math should still be taught in school despite most fields of work only requiring you to know the very basics. Because you're working the mind teaching it how to process information better when you're teaching someone math. You're making them smarter, teaching them to look for ways to ease their own workload, you're teaching them the kind of ingenuity that is required to handle tasks of increasing difficulty.
Math is not only about the numbers too, far from it. Math is also about patterns and algorithms, such as the ones used to program the very computers we use to ease our lives even more. But then, if we've already had great minds that worked hard to make machines that make live for us easy today, do we even need to challenge ourselves by educating ourselves as much ? Can't we just rely on the technology already presented to us and continue the way we are today ? Well the answer to that would be no, we still need to challenge ourselves. As long as the world is not without problems we need to better ourselves so that as a collective we can work towards fixing those problems, and as we fix those problems new ones arise from the very comforts we've made for ourselves and we end up having to solve those problems too by reaching even greater levels of intelligence and ingenuity until we can start fixing problems without creating new ones. For example once a problem would have been "how do we power some of the inventions we've made ?" and someone would go on to discover we could use a finite resource in the ground to fuel our largest mobile machines, and then arises another problem "the fuel is finite, what now ?" and we go on to push ourselves to handle that challenge, to find a better answer to our initial question "how do we power some of the inventions we've made" and many different answers pop up with varying results. But only because of those who would seek to gain the knowledge to be able to handle those questions better than those before them did.
And I'm not saying it's only some great scientists and engineers that need to educate themselves to extreme levels to handle their tasks in the world. Even the smallest jobs have pretty large requirements these days because we don't desire the standards of the last age but rather the standards of the present one and we desire to have even higher standards for things in the future. Just look at the games we play. Today a single person could make the kind of game that would have passed as GOTY when the gaming industry first kicked off, but that is only because we've had people getting even better than their predecessors at creating languages by which to make programs to make games by, and also only because we have better access to information, to learning, and we have better education pushing ourselves to understand games and how they are made better and better year by year, and then we have the professionals who by now need huge teams and we've started to expect so much from games that it's impossible for one person to do it all. We need a team of people, and most of them don't share the same skill sets. We have someone who educated himself in making one thing, another for a different aspect of a game and so on and so on and the education for each and every individual has been narrowed down to that one particular field of expertise more and more and continues to do so. And it is needed, and we need to go out and learn those advanced ways to work, to learn how to do something better than those before us, in more efficient ways and with higher quality.
So on an individual level you may still think "but those people aren't getting paid any more than those before them, so why bother ?" but the thing is with higher expectations we start to value those who can only match the skills of those before them less and less. And eventually they start getting paid less than those before them even if they can produce the same results. So we need to educate ourselves to produce even better results. Because that's what modern society demands of individuals these days. Higher education, more efficiency at work and better output in terms of quality from our work.
So by all means, don't look down on education. You ask what someone needs to be educated in to qualify as "educated" these days but I can't say I honestly know because with our focus on expertise in smaller ranges of work rather than mediocre skills at a wide range of work two people can go on two different paths and be equally educated, and only be considered "educated" in the field they're pursuing by the time they become experts at what they do. One way to look at it is that you can never really feel educated enough to stop, the only benchmark is when you become educated enough to get a decent job in the field you educated yourself in, by then you can puff up your chest and let out a heartfelt sigh thinking Ive finally learned "enough" to get by, I'm finally "educated".