Teaching any discipline in a community college can be a
frustrating experience. Students often
enter our classrooms without being prepared.
Basic reading, writing, math,and critical thinking skills are
deficient. Students have a hard time
paying attention, doing assignments, or arriving for class on time. Many present with a poor learning
attitude. Students are frequently
stressed beyond their ability to cope, and thus present with a wide range of behavioral
issues which disrupt the classroom environment.
While we have no lack of
theoretical analyses and presentations of best practices, many instructors feel
discouraged in the immediate reality of the classroom by a lack of practical
guidance on how to teach students who are not ready or willing to learn. This paper will provide a combination of
practical advice and a theoretical/philosophical background to our present difficulties.
Understanding cultural resistance
In his review of the most common difficulties facing
students as they learn critical thinking skills, Stephen Brookfield defines
cultural suicide as follows: “Cultural suicide is what often happens to
learners who are in the critical process and who are seen by those around them
to be reinventing themselves. In cultural suicide, students perceive that if
they take a critical questioning of conventional assumptions, justifications,
structures, and actions too far they will risk being excluded from the culture
that has defined and sustained them up to that point in their life. The
perception of this danger, and experience of its actuality, is a common theme
in community college students’ autobiographies. The student in a critical
process who was formerly seen by friends and intimates as “one of us” may be
seen as having betrayed, or left behind, his or her peers. The critical thinker
is viewed as taking on airs and pretension, as growing “too big for her boots,”
or as aspiring to the status of intellectual in contrast to her friends and
colleagues who feel they are now perceived as less sophisticated creatures. The
learner who has come to a critical awareness of what most people take for
granted can pose a real threat to those who are not on a similar journey of
self-discovery, or who do not see themselves as engaged in the same political
or intellectual project. In the eyes of those left behind, the critically aware
student is perceived as having “gone native,” or having become a full-fledged
member of the tribal culture of academe.” [1]The
heart of the matter here is that students will put up resistance to any changes
which may force them to let go of the cultural biases and preconceptions by
which the grand narrative[2]
of their lives has been composed.
From the perspectives of Religious Studies and Geography ,
we face a continual difficulties with the tension between the competencies
required to live successfully in a postmodern global society, as opposed to the
comfort obtained by the denial of modernity in favor of a return to a
pre-modern, more tribalist world view.
In North Carolina, many students belong to a culture that distrusts
education and seeks to use religion as a way of denying educational imperatives. A strong culture group distrusts education
and intellectualism in general. In
popular discourse this is often presented as the “conflict” between science and
religion. Historically this is
represented in the conflict between creationism and evolution. It is also evident in popular hot button
topics such as stem cell research, issues pertaining to biotechnology,
globalization, and diversity. People who
are motivated by a desire to return to a pre-modern world view often favor
supernaturalism over rationalism and Biblical mandates over secular social
realities. This is not just an issue
faced by educators in the “Bible Belt” Southeastern United States. Religious fundamentalism is a global issue
with obvious negative social outcomes.
Many of our students will not face the uncertainty of postmodern life,
and will cling instead to a pre-modern religious grand narrative.
Regardless of our discipline, effective education is a
matter of inviting students to move forward into a new culture. Any new culture brings with it new cultural
imperatives, new stresses, and new rewards.
The question of relevance
Relevance is required for learning to occur. For us to learn effectively, we must perceive
the subject matter at hand as deeply relevant.
Otherwise we will either ignore the subject entirely, or forget all
about it after memorizing the required facts in order to receive a grade. At the outset of any learning process, the
instructor must establish the relevance of the subject matter to be presented. One of the most frustrating conversations
between students and instructors is; “Will
this be on the test?” “Test” for
many students is the single criterion which determines relevance. This paradigm of establishing relevance
consistently breaks down because once we frame relevance in this way, all the
student wants to know is what they must memorize in order to check off the
right answer on the test. To improve our
effectiveness as educators we must become more effective communicators of
relevance.
In many classroom situations this task is accomplished by
relationship building. The message
communicated is; “I care about this stuff
deeply, therefore, you should also care.”
It is difficult to find success here because instructors and students do
not usually belong to the same cultural demographics. Therefore a relationship alone is seldom
sufficient to communicate relevance.
What is needed is a shift in consciousness. According to R. Buckminster Fuller,
consciousness is a system by which information is sorted and processed and data
are either included or excluded from consideration according to relevance or
irrelevance.[3] Information is included or excluded from the
system of consciousness because it is either too large, or too small. Consciousness exists at a balance point
between information that is too large and information that is too small to be
adequately processed. We determine that
a question is relevant, and therefore worthy of our time, energy and
consideration if it appears to be neither too large (macro-irrelevant) nor too
small (micro-irrelevant). This is how we
arrive at a “consideration set”, or “workable problem,” or some other
determination that a given issue is worth the time and effort of conscious
thought. We apply ourselves and our
resources to those issues which fall perfectly between the extremes of macro
and micro irrelevance. The problem is
that we frequently miss crucial information and fail to make critical decisions
because our awareness is not properly tuned.
We exclude concepts, threats, and problems because we think they are
either too small or too large to merit our concern. Issues pertaining to global warming provide a
good example here. Many people wonder
why we should be concerned about something that is so large. Instructors are familiar with this struggle
because we are either trying to get our students to pay attention to the
conceptual “big picture,” or we are trying to get them to pay attention to
crucial details.
Trends toward increasing social and
cognitive deficiencies and the need for barrier free learning environments
The general population of adult learners todayfaces a
combination of difficulties whichwprk against success in a traditional higher
educational context. These deficiencies
include but are not limited to:
·
ADD/ADHD, and other attention disorders
·
Autism spectrum disorders
·
Other developmental disabilities and disorders
resulting in a lower IQ
·
Substance abuse related cognitive difficulty
·
Stress related cognitive difficulty
·
Traumatic brain injury
·
Other physical, auditory, or visual impairment
·
Dementia and Alzheimer’s related disorders
·
Digital divides (Not able to use a
computer)
·
Economic/financial problems
This is only a partial list of potential barriers to student
success an instructor might meet during any given semester. The science of designing courses to transcend
barriers is called Universal Design for Learning, or Universal Design for
Instruction, (UDL/UDI.)[4] The UDL/UDI educational movement developed
from origins in the field of architecture where builders learned that they
would not need to go through expensive retrofits if they designed buildings for
maximum accessibility from the start.
Now all buildings and building codes require that basic standards of
accessibility be met. The objective of
UDL/UDI is for instructors to design courses at the start which will be
accessible to students presenting with a wide range of strengths and learning
styles. The UDL/UDI instructor checklist
calls for instructors to provide three basic ingredients in course design.
·
Multiple Means of Representation
·
Multiple Means for Action and Expression
·
Multiple Means for Engagement
Representation refers to the information provided in the
form of lectures, audio, visual, and any other means by which the essential
language and symbols of the course are presented. Action and Expression refer to the means by
which students demonstrate or communicate mastery of required subject
matter. Engagement refers to the more
abstract areas of motivation and relevancy.
Barriers are not boundaries and
boundaries are not barriers.
While UDI/UDL provides the motivation for the design of
barrier free learning systems, it is important that we distinguish between
barriers and boundaries. A barrier is an
arbitrary condition or circumstance which prevents student success. A boundary is a standard, a skill set
required to do a certain kind of work.
Conversations about UDL/UDI will only be productive if we understand the
difference between these two realities.
We can remove barriers but we cannot remove boundaries. In fact, boundaries need to be continually
reinforced throughout every course. This consists of the constant reminder that
“You must master this (given) skill set
in order to pass this class!” A
great deal of confusion results in the lives of students if boundaries get
confused with barriers. A barrier is a
workable problem which can be solved with accommodations or appropriate
allowances. Barriers can be and should
be removed. Boundaries cannot be
adjusted in any way. If writing skills
are required to pass a given class, writing skills must be demonstrated. As more pressure is brought to bear on our
learning institutions from funding sources which demand higher graduation
rates, completion rates, and pass rates, it is inevitable that instructors will
be pressured to lower standards. It is
beyond imperative that administrators encourage instructors to hold the line
with regard to standards.
Constructal theory and optimized flow
architecture
With all the barriers to effective learning we should note
that people learn by nature and that learning was going on long before
education became an academic discipline.
Likewise, if all of the departments of education at all of our
universities and colleges were to cease operations, people in the future would
continue to learn on a daily basis. This
is because learning is one of the main things human beings do. Some of us may learn faster than others, some
may conduct abstract thought more or less proficiently. Other people may not learn what we wish they
would learn, but they do learn. Learning
is part of a natural flow system. It is
like breathing, eating, growing, or any of the other activities we engage
in. As a flow system, learning will
possess its own flow architecture. “Flow
architecture” is borrowed from the engineering discipline known as “constructal
theory.” Pioneered by Adrian Bejan at
Duke University[5],
constructal theory analyzes the geometry of flow systems to show how flow
systems evolve a given shape in accordance with optimized flow. Systems have a natural tendency to morph in
such a way as to optimize flow outcomes.
If we examine the theory of learning as a natural flow
system, we can see it begins with relevance.
Learning originates where there is a perceived need to learn. Where the need arises, language systems
develop by which information is communicated.
To acquire any skill, we must first understand the language system by
which that skill is communicated. When fluency
exists in language systems, fluency exists in skill and knowledge acquisition. Note that the word “fluent” is related to the
word “flow.” Note that the word “course”
is also related to the concept of flow.
Information flows through the mind and body of the learner as knowledge
obtained becomes skills expressed.
Knowledge then flows from person to person through a learning
culture. The end result is that some
crucial need is satisfied. When language
systems fail by not being understood, knowledge is not obtained, skills are not
expressed, and needs are not met. This
develops a pattern of failure which can easily escalate as related systems fail
when needs go unmet.
When a classroom functions as an efficient flow system,
students know where the information being presented is leading them. They are continually reminded of the
connections to other disciplines, work, and life situations. They are offered flexible benchmarks by which
progress can be measured toward specific learning outcomes. At any given point during the course,
students are aware of where they stand and how they should navigate toward a
favorable outcome. The benefits of the
classroom experience will then flow forward into other disciplines, work, and
life experiences.
Language
Language is a system for constructing and communicating
meaning. Every course has its own
language. Language is an attribute of
culture and human cultures are constantly in the business of evolving
languages. As the primary medium of
understanding, language defines the flow architecture of any learning
system. This means that learning systems
will flow efficiently or fail to flow efficiently according to the extent that
language is being properly shared by all participants. We must speak the same language, or be “reading off the same page” for learning
systems to flow properly. Language
functions on the basis of vocabulary, grammar, and syntax. Vocabulary is an obvious part of any
curriculum. This is usually what we test
students on, and require them to understand in order to pass our classes. The problem is that vocabulary alone is
meaningless without the grammar and syntax necessary to apply it. Grammar and syntax are more abstract and more
difficult to master. Grammar describes
the predictable rules, or paradigms by which vocabulary works to construct
meaning. Grammar tells us who, what,
where, when, why, how, and how many, among other crucial details required to
construct and communicate meaning.
Syntax is a subset of grammar, describing the frustrating and obscure
processes by which grammar and vocabulary can be rearranged to construct
completely different meanings using the same words. Vocabulary gives us the meaning of the
individual words, while grammar gives us the structures, (paradigms,) by which
words change to supply different forms of information. Syntax describes the way the whole picture
works together to enable the efficient flow of meaning in intelligent
discourse.
Neuroplasticity
Emerging information in brain physiology[6]
demonstrates that a neural pathway is developed and maintained for every action
we take. Viewed in this way, learning is
the acquisition of new neural pathways.
Neuroplasticity provides us with the ability for adaptive learning. The amazing truth is that people learn continually
in spite of the actions taken by educators and educational systems. People learn regardless of a wide range of
disabilities and negative life circumstances.
As educators our challenge is to adapt our methods to learning trends
which are already operative.
Neuroplasticity can inform the teaching process when we design courses
so as to form good learning habits. This
is as simple as that old gold standard of instruction known as
memorization. Key concepts need to be
repeated and drilled at every class meeting.
Assignments need to be repeated over and over again until students learn
them by route. When students are being
made to acquire new skill sets they will be stressed and they will
complain. This is a normal part of the
process. Learning to build new neural
pathways is like learning to play a new sport.
The same analogy applies when we have mastered a given neural
pathway. Mastery brings enjoyment. This creates an awkward dynamic of
relationship in the classroom when the instructor is enjoying the mastery of
key material while the students are struggling to grasp it. If we understand how important it is and how
difficult it is to acquire new neural pathways, we can engage the students with
sympathy but also with firmness.
Seven Suggestions
1.
Define a New Culture. From the first day of the class students need
to be reminded that by virtue of being enrolled here they belong to a
distinctly different culture. Much has
been said of about uniforms in education over the years, but any casual
observation of a nursing class reveals that the uniform is a vital part of
distinguishing the nursing student from the other members of the student
body. The point is to establish a new
learning culture on day one of the class and to reinforce that culture every
day.
2.
Teach Relevance.
Every assignment, every lecture, every presentation and every discussion
should touch upon the reason why we need to learn this material. Instructors must not presuppose that students
are self motivated or that they understand why the material being presented is
essential for further success. Teaching
relevance requires that instructors clearly articulate the need for expanding
horizons to include items previously regarded by students as either macro-
irrelevant or micro-irrelevant. Students
must be given the big picture and they must pay attention to minute
details. The instructor should indicate
the changes in material as the class moves between large abstract concepts and
important major details.
3.
Address Barriers. Each class should be designed to maximize
accessibility and to minimize barriers.
Formal training in UDL/UDI is ideal, especially in applying new
technologies to the area of breaking barriers.
4.
Reinforce Boundaries. Boundaries give us pride and effectiveness in
our respective professions. Not everyone
can be a nurse, a respiratory therapist, or a radiographer. These professions require licensure. Boundaries should be celebrated in the
classroom environment. All classes,
including developmental studies must hold fast to their required exit
outcomes.
5.
Optimize Flow.
Learning systems are connected to other learning systems. No class exists in a vacuum, separate from
all others. We learn in order to learn
how to learn more. Viewed as a flow system
possessing optimal flow architecture, each item we learn is connected to
another item in a system by which knowledge is communicated and applied. Along the way, as we progress toward degrees
and certificates, careers and achievements, we need to be constantly reminded
of the progress we have made and the ways our course is moving us along toward
other learning opportunities.
6.
Teach language.
Text books and curricula in Developmental English have been strongly
influenced by teaching ESL, or English as a Second Language. Unfortunately many students approaching
developmental education are simply not fluent in the forms of academic language
we use in teaching. We need to work at
every turn to make certain that our learning environment is safe for students
to admit that they do not understand what we are saying. In many cases, students are waiting to find
out the right answer to complete an assignment or pass a test, and they know
that any given problems they are having with understanding will just pass on
by. The idea that concepts build upon
one another to create a conceptual whole is nowhere in the skill set they bring
to class. To address this issue we need
to be identify ourselves, regardless of discipline, as teachers of
language. Teaching language means that
we point out key vocabulary, as well as all the rules by which meaning is
constructed and communicated within our discipline.
7.
Repeat, Repeat, Repeat! This is where we can gain the educational
holy grail of long term memory. Before
there ever was a modern educational system students learned from teachers by
the repetition of key paradigms.
Somewhere within our cultural collective memory we can still hear the
Latin class at the academy chanting as they repeat:
Ø
Amas
Ø
Amant
Ø
Amamus
Ø
Amatis
Ø
Amant
The bottom line is that repetition works. Students often resist these exercises by
saying things like “They treat us like children.” This is where the instructor needs to be
clear about why we are doing this. While
we are repeating and memorizing, we must remember that this is always connected
to the larger processes of culture, relevance, and functional language. Memorization is worthless by itself. It is vital if connected to the larger flow
of a learning process.
Conclusion
In our challenging teaching environment, we must welcome
students into the culture of higher
learning. We must help them to
understand that enrolling in our classes means entering a new culture and
experiencing all of the stresses and rewards of any confrontation with cultural
diversity. We must never presuppose that
the relevance of our subject matter is obvious. Students will be lost when they are asked to
broaden their conceptual horizons and when they are asked to focus on important
details. Students bring their barriers with them to the classroom, and so instructors and
administration need to be creatively searching for ways to eliminate or work
around these barriers. Boundaries must never be confused with barriers. Boundaries define us as teachers of essential
cultural competency. As such they are
not negotiable. Teaching is never an
isolated event occurring without impact on larger systems. Our students must understand that the content
of our classes is part of a life-long commitment to understanding and
interacting effectively with the world around us. Learning is part of a natural flow system,
and as teachers all we need to do is to optimize that flow. As we do this
work, we need to be continually aware that students do not speak our language, and so we must teach them to do so. Finally, people will respond to messages that
are repeated over and over.
[1]
Brookfield, Stephen D. “Overcoming
Impostorship, Cultural Suicide, and Lost Innocence: Implications for Teaching Critical Thinking
in the Community College.” New
Directions For Community Colleges, no. 130, Summer 2005, pp. 49-57. Recovered at NC Live.
[2]
The phrase “grand narrative” belongs to Jean-Francois Lyotard in his critique
of modernity and development of post-modernism as published in The
Postmodern Condition: A Report on Knowledge. English edition published by the University
of Minnesota Press, 1979.
[3]
Fuller, R. Buckminster. Synergetics
Explorations in the Geometry of Thinking.Macmillan Publishing Co. Inc. 1975,
1979. Available online at: http://www.534trivium.net/texts/SYNERGETICS-BuckminsterFuller.pdf
[4]
The best source for exploring the UDL/UDI movement is found at www.cast.org
[5]
While Bejan is regarded as the father of Constructal Theory, a lucid and
accessible application of this theory to the philosophy of education is in
“Constructal Theory: From Engineering to Physics, and How Flow Systems Develop
Shape and Structure,” by A. Heitor Reis.
Published in Applied Mechanics Review, Vol. 59, September, 2006. This article is available online at: http://www.mems.duke.edu/sites/mems.duke.edu/files/mems/bejan/downloads/constructal_theory_from_engineering_to_physics_and_how_flow_systems_develop_shape_and_structure.pdf
[6]The
Brain: How the Brain Rewires Itself,” Time Magazine January 19, 2007. Available online at: http://www.time.com/time/magazine/article/0,9171,1580438,00.html
[7]
This is the basic declension of the Latin verb amare, “to love.” It has been repeatedoutloud by students for
the past thousand years. ”