Human beings evolved as a territorial species. Reaction is a big part of our design especially to immediate threats to our comfortable routines. If the impact of some problem is only slowly felt then this “reaction” just isn’t triggered. In a way our learning is part of this design problem. Much of what the author discusses concerns the fact that education should be about teaching wisdom. As I would prefer to put it – it should be about overcoming our reactionary design by learning to see even the slow acting yet significant problems.
I was particularly amused by the Inuit example that the author gave:
“Stories of native Inuit with at most a high school education, but a rich knowledge of their environment, realizing that something was going wrong with the climate in their areas abound. How could partially educated (by US standards today) people see what fully educated people seem unable to see?”
The author argues that we need to see everything as a “whole” – learn a bit of all things instead of being specialists in one area ignoring everything else. If we need to go deeper we have the option of doing so. When we encounter any problem we are able to act together in unison instead of being divided in our efforts (as we are now).
Of course we must ask ourselves how we can foster this among many people because this sort of progressive thinking is blocked by the fact that:
a) we’ve gone down the specialized path for so long that it’s very, very hard to reform it without a crisis (“the shock”) to force us to adapt (think Darwin’s natural selection or specifically disruptive selection and Naomi Klein’s Shock Doctrine)
b) special interests (those with power) will try to keep us on this self-destructive road. Technical specialists help to create fancy quick fix, money making solutions. Keeping us divided and ignorant is the best way to prevent society from stripping them of power. If a shock does occur, they are often well placed to seize the advantage and maintain the “status quo” in some form after the shock occurs (visibly or invisibly).
Can we change the education system? Can we change the way people think? Can we change society? There is no clear answer. The outcome certainly seems messy though I am highly skeptical that we can overcome our reactionary design and our exploitative tendencies. All of this has been built into us through evolution and when given the right environmment to be taken to the extreme it manifests into the current situation that we see before us.
****
December 11, 2007
Is the Modern Version of Education Killing Us?
My question today is: Why can’t educated people see what is happening to the world?
The first premise is that most people are educated (in the developed world anyway). They go to school for 12 to 16 years in many instances. With all that schooling you would think they would look at something like the global warming issue, be able to follow the basic science (not that they would understand the more arcane aspects of the actual science necessarily), and use critical thinking to realize that we do, in fact, face a tremendous problem. But we have witnessed the unfolding of a slow motion awakening to reality (although I’m not sure we are there yet) with much gnashing of teeth and denial aplenty.
Why has it taken so long to get the schooled public’s attention let alone convince the populace that anthropogenic greenhouse gasses are causing the earth to heat up? My suspicion is that all that schooling never prepared the populace to be able to judge the veracity of such a phenomenon. In spite of requiring science classes at all levels of education, people were not able to read and understand the articles, say in Discover Magazine or Scientific American. Nor were they able to use critical thinking skills to assess the claims, particularly regarding the use of computer models. The knee-jerk response was to disregard the evidence from an area they simply couldn’t understand.
I claim there is sufficient evidence in this issue, politics in general, and — don’t get me started on — evolution vs. creationism (intelligent design) that support the idea that our modern form of education is failing miserably in its purpose of producing educated citizens. Stories of native Inuit with at most a high school education, but a rich knowledge of their environment, realizing that something was going wrong with the climate in their areas abound. How could partially educated (by US standards today) people see what fully educated people seem unable to see?
This idea is not new, or isolated. Let me quote you from David Orr’s “Earth in Mind.”
The conventional wisdom holds that all education is good, and the more of it one has, the better. The essays in Part One challenges this view from an ecological perspective. The truth is that without significant precautions, education can equip people merely to be more effective vandals of the earth. If one listens carefully, it may even be possible to hear the Creation groan every year in late May when another batch of smart, degree-holding, but ecologically illiterate, Homo sapiens who are eager to succeed are launched into the biosphere.
Orr’s first chapter is entitled, “What is Education For?” Part One is entitled, “The Problem with Education.” He generally concludes that education should be for increasing wisdom, especially in terms of understanding how nature works and our role within the biosphere. The rest of the first part of the book provides a stark critique of why education is not fulfilling that purpose. In his view education should produce graduates who can successfully operate in the world as a whole, not just the local economy. In other words, wisdom comes from understanding the really big picture of life. Unfortunately, modern schools are not designed to foster wisdom by increasing understanding of the whole world.
Fundamentally, education, as practiced in the United States and increasingly in the developed world, is geared to produce specialists and professionals. It is organized around disciplinary subjects and is primarily concerned with producing graduates who are ready to enter the job force. The arguments for this, clearly reasonable from the advent of agriculture to well into the industrial revolution, were taken as axiomatic by economists. The first argument stems from the efficiency gains one recognizes by becoming adept at specific skills. An expert can get the job done more efficiently and effectively than a novice. All well and good. The second argument admits to the limits of human learning and knowledge stores. It effectively says that no human can know everything so it is better to learn a lot about one thing than a little about a lot of things. Generalists aren’t effective, specialists save time and resources. A slam dunk for economics.
There are just a couple of problems with these arguments. First, are they really true? Consider the effectiveness/efficiency argument. Maybe as long as what is being produced is relatively simple, like manufacturing an automobile, each operation can be reduced to a point where if a worker performs only that operation then that is efficient. But doesn’t the overall efficiency depend on how well the managers designed the whole process? Then what about complex processes that require adaptive responses from the participants. In today’s high-tech world more and more work is accomplished in interdisciplinary teams wherein each team member must be proficient in several different areas. It seems to be more true now that real value added comes from systems integration, not a reductionist mechanism.
The second argument — that a human mind is limited in capacity — sounds reasonable on the face of it. It is true that one human mind cannot know everything. So it would seem to make sense that specialization is the only viable way to educate people. Only this argument misses something very important in the actual structure (or architecture, if you will) of knowledge. Namely, it does not take into account that there is a fundamental form of knowledge that is common to all fields and disciplines. This form is part of natural human thinking but is, like folk psychology or folk numeracy, very approximate as delivered in the human brain. It needs explication to become broadly useful as a basic scaffold for learning more domain-specific knowledge. A claim I have taken lately is that if students were educated in this explicitly, they would have a solid basis for learning virtually any discipline they chose much more efficiently. Moreover, if they found it necessary or desirable to change to a new discipline later in life, the fundamentals would still be there to provide transferable knowledge and skills.
The knowledge of which I speak is Systems Science. If you follow this link you will find a description and explanation of how systems science can achieve these objectives and why. My assertion is that learning the basis of how things and concepts are actually organized in the world provides one with a good basis for learning many other kinds of knowledge. Systems science is a form of meta-knowledge that is applicable in everything else. The argument is that everything in the world is a system and systems are themselves composed of sub-systems, hence knowing the nature of systemness is a basis for knowing how anything works. See also: Systems Theory on Wikipedia.
If true (and read the paper to see why it very well might be true), then an education based on systems science would be a better approach. It would encapsulate all that we think is important about general education while providing rigorous treatment of interdisciplinary knowledge. It would prepare students for much deeper disciplinary learning later. And most important, it would get them thinking systemically about their world and their place in it. It is also the case that thinking systemically involves thinking critically. This is what Orr wants to achieve and it is what humanity needs to face the future wherein the problems are all systemic (and global) in nature.
So it turns out that the main reasons given for siloed disciplinary education, which includes professional schooling, are not hard constraints determining that our current approach to education is the only one we can use. I haven’t addressed the issues of motivation to learn and timing of learning, nor issues like assessment of learning. All of these take on a very different appearance in a systems science based approach to education as you might imagine. I haven’t approached the subject of personal satisfaction and empowerment that go with understanding, but I think these are areas to explore in some future post.
Back to the original question. The reason educated people cannot see the problems or understand them rapidly enough to do something about them is that they have been trained to be specialist, reductionists. They learn to become experts without ever understanding how their body of expertise integrates with everything else in the world. They are blinded by their knowledge, not freed by it. Worse, they are told this is the way it should be and the only way it can be.
Doesn’t that need to change?
http://questioneverything.typepad.com/question_everything/2007/12/is-the-modern-v.html



Recent Comments