Of all the problems of
general
education, the most difficult seem to be those having to do with the
curriculum.
We are decades into an information explosion, and we still have no
criteria
to tell us what new knowledge to teach and what old knowledge to
discard
to make room for the new. We know that ideas vary enormously in
usefulness
and power, yet we have not decided which are most significant and
deserving
of attention. We are charged with helping our students understand a
world
in which everything is related, and we represent that world using
disciplines
which have little or no apparent relationships to each other.
That we do not yet know
how to select, organize and integrate general knowledge stems, I
believe,
not from the complexity of the task but from our refusal to approach it
from directions other than those suggested by the traditional academic
disciplines. The fundamental purpose of education is to help us answer
the question, "What is the nature of reality and of human experience?"
To assist us, the academic disciplines were devised. Now, however, the
disciplines loom larger than the reality they were designed to explore.
Means have become ends. We are more comfortable with our textbooks than
with the reality the textbooks are supposed to explain; are more at
home
in our classrooms than in the world outside.
Trying to deal with the
curriculum's inadequacies, we experiment with disciplinary,
interdisciplinary,
multidisciplinary, and transdisciplinary strategies. Even those
educators
who believe that the needs of individuals or the problems of society
should
be the focus of general education talk of "bringing the perspectives of
the disciplines" to bear on their concerns. Our thinking is so
structured
by the disciplines that we can hardly imagine alternatives to their
use.
But there are alternatives.
Forget the disciplines for a moment. There is a place for them in
formal
education, but in the search for a philosophically and theoretically
sound
general education curriculum, they have not served us well. Consider
instead
the merit of the simplest possible approach to the study of reality:
the
direct study of our perceptions of it.
How do we begin? In the
same way those in the Western cultural tradition have sought
understanding
at least since Copernicus. We identify parts. We note the relationship
of the parts to each other and to the whole. We follow the movement of
parts and whole to grasp, as best we can, causes, effects, meaning and
purpose. And we build mental models reflecting this--outlines, guides
frameworks
of words and symbols representing parts and processes, structure and
function.
There are other ways to seek understanding, but we use the methods we
know.
Helping adolescents build
mental models encompassing and organizing reality may appear to be a
task
too formidable to undertake. But each of us already has a conceptual
model
of reality. The task is merely to move that model into consciousness
where
it can be thought about, played with, organized and systematized, and
alternatives
considered.
How well can
10-to15-year-olds
handle such complexity? Well enough. Here is one of many possible
versions
of a core assignment that can lead students to develop a formal
conceptual
model of reality:
"When we say we understand something (say, a clock) we usually mean that we (a) can identify its pieces, (b) know how the pieces fit together, (c) know how the whole thing works when it's assembled, (d) know what the thing does or what it's for.
"Choose some familiar class of thing (bicycles? insects? flowers?) Using reference material, put together an outline for a report designed to help someone unfamiliar with that class of thing understand it.
"Be sure you've dealt with a, b, and c above.
"Okay. Your school is a 'thing.' Other schools are similar things--things which can be studied and understood in the same organized, systematic way as whatever you chose for the above activity.
"Put together an outline for a detailed report designed to help someone unfamiliar with schools to understand them.
"Be sure you've dealt with a, b, and c above."
What will gradually
take
shape as the above assignment is pursued is a formal model for the
description
and analysis of a society. Think of the school as a kind of small
country.
It has a size and shape that can be described in detail and with
mathematical
precision. The exact nature and location of its internal features can
be
noted. The usual geographic distribution of its citizens and other
demographic
data can be mapped, quantified and represented graphically. The
school's
tools, technologies and infrastructure can be identified, described and
analyzed. The citizens' habits and customs can be traced (and the
descriptions
thereof can put incredible demands both upon students' powers of
observation
and their ability to translate those observations into precise
language).
Formal and informal patterns for social control, for displaying status,
for making decisions and for other activity can be traced and analyzed.
Shared attitudes and assumptions, those that make it possible for the
school
to function (always present but almost never verbalized), can be
identified
and clarified and their possible origins discussed.
When all the pieces are
in place, questions can be raised about relationships among them. How,
for example, are perceptions of the relative power of various
individuals
created or reinforced by the physical organization of the school? Of
classroom
furnishings? What are the bases for status within the school and within
classes, and what are the costs and benefits of these bases? What kinds
of leadership are exercised? In which situations? How do the citizens'
attitudes and patterns of action change as various instructional tools
and techniques are used? How are assumptions about self and others
related
to ways the school is organized and functions?
Other assignments can
explore
the dynamics of change: Alternative shapes, sizes, locations and
furnishings
for the school and for classrooms can be imagined and the possible
consequences
of each traced. Hyotheses can be generated about the probable and
possible
consequences of various technologies, of, say, tying together by
computer
or fax every desk, home, library, school, religious institution,
business
and social service agency. New tools for transport or for communicating
can be invented and their potential impacts on the school's physical
form,
demographics, student patterns of action and perceptions of reality can
be considered.
Mind-stretching work like
this requires no textbook, no equipment, no larger budget. What is
required
is a reasonably self-confident teacher and a willingness to experiment.
The first such effort might last only a few days, but the teacher who
keeps
at it will eventually discover that just about every major aspect of
human
experience manifests itself in some form in the school, where it can be
dealt with first hand. It will become apparent that the here-and-now is
a textbook far richer, far more powerful, more relevant, real, useful
and
intellectually stimulating than anything a publisher can produce. (This
is not to say that formal instructional materials would not be of great
value. Schools could develop their own situation-specific reference
materials
that succeeding generations of students would find useful.)
That reality itself is
appropriate
for study is, of course, not a new idea. Eighty years ago, Alfred North
Whitehead observed that "the secondhandedness of the learned world is
the
secret of its mediocrity." John Dewey had much to say about learning by
doing. The whole of the inquiry movement was a recognition of the
teaching
power of direct experience. Most of us recognize that the really
complicated
things we know we learned through active involvement.
Thoughtful educators,
research
and common sense testify to the power of "hands on" experience.
Nevertheless,
traditionalists will almost certainly find much to criticize in what is
being proposed. Some will consider it trivial. How, they will ask, can
a focus of study so mundane be justified? Steeped in tradition and
textbooks, it will be difficult for many to accept that the present
moment
is signficant, that the here-and-now is, in fact, what life is all
about.
And the subject matter is real, with all the attendant implications for
relevancy and student interest. Finally, to study with thoroughness and
precision some small manifestation of reality is not to ignore the
wider
world. The student who studies immediate experience is creating a
comprehensive
conceptual structure--a model of reality--that allows events and
conditions
in the larger, parallel world of work, of neighborhood and of nation to
be systematized and thereby better understood.
Still other, probably more
determined critics will maintain that what is being advocated lacks
balance,
that it is weighted toward certain disciplines to the neglect of
others.
They should note, first, that what I am describing is a general
education
core, not the whole of the curriculum. Such a core would leave ample
time
for specialized study of the traditional disciplines. They should also
recognize that life itself is not "balanced," is not equally concerned
with the subjects we happen to have chosen to require students to
study.
The traditional "equal time" curriculum has helped to create a
citizenry
of specialists who are often unable to see the larger picture, unable
to
discern the trends of the era, unable to grasp the relationship of
their
lives or their work to the whole of human experience, unable to explore
significant moral and ethical issues their specialties raise, unable to
maintain a balance between personal benefit and civic responsibility.
We
should be seeking balanced people, not an arbitrary, artificial balance
of subjects in the curriculum.
A few critics will have
no philosophical objections to what I am suggesting for a
curriculum--may
even find my proposal intriguing--but will be convinced that it cannot
work because school hallways, classrooms, cafeterias and playing fields
do not provide sufficient depth of experience for continuous intensive
and worthwhile study. Those who object on those grounds are not in
touch
with the complexity of everyday life. They should give thought to the
old
saying, "A fish would be the last to discover water." Every school is
filled
with endless opportunities for studies in science, mathematics,
geography,
and every other discipline, at whatever level of complexity is desired.
A conceptual model of
reality
relates all academic disciplines, identifies vast and important areas
of
study not now part of the curriculum, and provides criteria for
selecting,
organizing and integrating the content of general education. Perhaps
its
greatest value, however, lies in its capacity to create new knowledge.
The basic process by means of which knowledge is generated is through
the
exploration of relationships. A formal conceptual model of reality
provides
comprehensive banks of concepts which are potentially relatable. It is
necessary only to juxtapose two or more concepts and speculate about
the
nature of their intersection.
Is what I am advocating
controversial? Who will argue that we should not study our perceptions
of reality? That such models should remain unconscious and unexamined?
That studying reality requires no model? That such a model should be
random
rather than organized and systematized? That a single model is more
complicated
than the collected, unintegratable models of the various disciplines?
One
could perhaps argue that the idea, although utterly simple, is too
unorthodox
to implement. But how much sense does it make to adhere to something
that
is not working simply because it is familiar?
Broad interest in the
content
of the curriculum is just now emerging. Loud voices are insisting that
the solution to curriculum problems is simply to teach the traditional
academic disciplines in disciplined ways. Other voices call for the
curriculum
to support this or that political agenda, help in the cure of various
social
ills, or focus on the distinctive needs of individual students. Some
think
the important curriculum issues have to do with race or sex, with
course
distribution requirements, with the mix between classical and
contemporary
or between process and content.
Of all prescriptions for
what ails the curriculum, those most appealing in eras of uncertainty
are
those that push "cultural literacy," those that demand that the young
know
what the elders know. It is, of course, essential that every society
have
a language of allusion, else it cannot function. To stop at that
however,
to base a curriculum merely on what the "educated" know, is suicidal.
The
static nature of such a curriculum would make its implementation
relatively
easy, but while we settled back to enjoy comfortable communication with
our clones, the sociocultural systems within which we must function
would
become increasingly mysterious, propelled by the dynamics of social
change.
Eventually, our good conversation would become quaint. Nothing more.
It is not what the educated
know, but what the educated ought to know that should structure the
curriculum.
As any good conceptual model of reality will demonstrate, there is a
great
deal of difference.
Note: If I were writing this today, I'd put more emphasis on the ease of the transition from its "micro-scale" phenomena to the study of any reality, large or small, at any point in time or space.