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Images of
Organization
Gareth Morgan
ABSTRACT - In this revised
management classic, Gareth Morgan, contributes to our understanding of organizations by
suggesting that it is vital to view organizations through multiple metaphors or images. In
several updated chapters (4 and 8) he explores the major contributions chaos and complexity
theory are making to a deeper appreciation of the nature of change in organizations and
develops practical steps leaders can take to tap these new insights.
Chapter
1 - INTRODUCTION: On the nature of metaphor and its role in understanding organization and
management |
"Effective managers and
professional in all walks of life have to become skilled in the art of "reading" the
situations they are attempting to organize or manage... Skilled leaders and managers
develop the knack of reading situations with various scenarios in mind and of
forging actions that seem appropriate to the understandings thus obtained. They have
a capacity to remain open and flexible, suspending immediate judgments whenever
possible, until a more comprehensive view of the situation emerges. They are aware
that new insights often arise as one approaches situations from "new angles" and
that a wide and varied reading can create a wide and varied range of
possibilities."
"This book explores and
develops the art of reading and understanding organizational life. It is based on
a very simple premise: that all theories of organization and management are based
on implicit images or metaphors that lead us to see, understand, and manage
organizations in distinctive yet partial ways....The use of metaphor implies a
way of thinking and a way of seeing that pervade how we understand our world
generally."
"We use metaphor whenever
we attempt to understand one element of an experience in terms of another. Thus,
metaphor proceeds through implicit or explicit assertions that A is (or is like) B.
When we say "the man is a lion," we use the image of a lion to draw attention to
the lion-like aspects of the man. The metaphor frames our understanding of the
man in a distinctive yet partial way. One of the interesting aspects of metaphor
is that it always produces this kind of one-sided insight. In highlighting
certain interpretations it tends to force others into a background role... Another
interesting feature rests in the fact that metaphor always creates distortions....
The man is a lion. He is brave, strong, and ferocious. But he is not covered
inn fur and does not have four legs, sharp teeth, and a tail!"
"When we approach metaphor in
this way we see that our simple premise that all theory is metaphor has far-reaching
consequences. We have to accept that any theory or perspective that we bring to the
study of organization and management, while capable of creating valuable insights, is
also incomplete, and potentially misleading....Metaphor is inherently paradoxical. It
can create powerful insights that also become distortions, as the way of seeing created
through a metaphor becomes a way of not seeing."
"One of the most basic problems
of modern management is that the mechanical way of thinking is so ingrained in our
everyday conceptions of organization that it is often difficult to organize in any other
way."
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Chapter
2 - MECHANIZATION TAKES COMMAND: Organizations as Machines |
"Set goals and objectives and go
for them. Organize rationally, efficiently, and clearly. Specify every detail so that
everyone will be sure of the jobs that they have to perform. Plan, organize, and
control, control, control. These and other similar ideas are often ingrained in our
way of thinking about organization and in the way we evaluate organizational practice.
For many people, it is almost second nature to organize by setting up a structure of
clearly defined activities linked by clear lines of communication, coordination, and
control."
"The strengths and limitations
of the machine as a metaphor for organization are reflected in the strengths and
limitations of mechanistic organization in practice."
"The strengths can be stated
very simply. Mechanistic approaches to organization work well only under conditions
where machines work well: (a) when there is a straightforward task to perform; (b) when
the environment is stable enough to ensure that the products produced will be
appropriate ones; (c) when one wishes to produce exactly the same product time and
again; (d) when precision is at a premium; and (e) when the human "machine" parts
are compliant and behave as they have been designed to do."
"Some organizations have had
spectacular success using the mechanistic model because these conditions are
fulfilled....McDonaldÕs and many firms in the fast-food industry provide the best
examples...Surgical wards, aircraft maintenance departments, finance offices, courier
firms, and other organizations where precision, safety, and clear accountability are at
a premium are also often able to implement mechanistic approaches successfully, at
least in certain aspects of their operations."
"However, despite these
successes, mechanistic approaches to organization often have severe limitations. In
particular they (a) can create organizational forms that have great difficulty in
adapting to changing circumstances; (b) can result in mindless and unquestioning
bureaucracy; (c) can have unanticipated and undesirable consequences as the interests
of those working in the organization take precedence over the goals the organization
was designed to achieve; (d) can have dehumanizing effects upon employees, especially
those at the lower levels of the organizational hierarchy."
"Mechanistically structured
organizations have great difficulty adapting to changing circumstances because they are
designed to achieve predetermined goals; they are not designed for
innovation."
"Changing circumstances call
for different kinds of action and response. Flexibility and capacities for creative
action become more important than narrow efficiency. It becomes more important to do
the right thing in a way that is timely and "good enough" than to do the wrong thing
well or the right thing late."
"The hierarchical organization
of jobs builds on the idea that control must be exercised over the different parts of the
organization (to ensure that they are doing what they are designed to do), rather than
being build into to parts themselvesÉMuch of the apathy, carelessness, and lack of pride
so often encountered in the modern workplace is thus not coincidental: it is fostered by
the mechanistic approach."
"A final set of problems relate
to human consequences. The mechanistic approach to organization tends to limit rather
than mobilize the development of human capacities, molding human beings to fit the
requirements of mechanical organizations rather than building the organization around
their strengths and potentials. Both employees and organizations lose from this
arrangement. Employees lose opportunities for personal growth, often spending hours
a say on work they neither value nor enjoy, and organizations lose the creative and
intelligent contributions that most employees are capable of making, given the right
opportunities."
"Mechanistic approaches to
organization have proved incredibly popular, partly because of their efficiency in the
performance of tasks that can be successfully routinized partly because they offer
managers the promise of tight control over people and their activities. In stable
times, the approach worked from a managerial point of view. But with the increasing
pace of social and economic change, the limitations have become more and more
obvious."
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Chapter
4 - LEARNING AND SELF-ORGANIZATION: Organizations as Brains |
Images of the brain - "More
recently, the brain has been compared with a holographic system...When it comes to brain
functioning it seems that there is no center of point of control. The brain seems to
store and process data in many parts simultaneously. Pattern and order emerge from the
process; it is not imposed....But the holographic explanation can go too far in that it
underplays the fact that despite the distributed character there is also a strong
measure of system specialization. The brain, it seems, is both holographic and
specialized!
"Single-loop learning
rests in an ability to detect and correct error in relation to a given set of
operating norms. Double-loop learning depends on being able to take a "double look"
at the situation by questioning the relevance of operating norms."
"...many organizations
have become proficient at single-loop learning, developing an ability to scan the
environment, set objectives, and monitor the general performance of the system in
relation to these objectives...However, the ability to achieve proficiency at
double-loop learning often proves more elusive. Although some organizations have
been successful in institutionalizing system that review and challenge basic
paradigm and operating norms, many fail to do so. This failure is especially true
of bureaucratized organizations, whose fundamental organizing principles often
operate in a way that actually obstructs the learning process."
Guidelines For Learning
Organizations
Scanning and anticipating environmental change - "Learning organizations
have to develop skills and mind-sets that embrace environmental change as the norm.
They have to be able to detect "early warning" signals that give clues to shifting
trends and patterns....They must embrace the creation of insight and
knowledge."
Challenging operating norms and assumptions - "To learn and change,
organizational members must be skilled in understanding the assumptions, frameworks,
and norms guiding current activity and be able to challenge and change them when
necessary....For successful double-loop learning to occur, organizations must develop
cultures that support change and risk taking. They have to embrace the idea that
in rapidly changing circumstances with high degrees of uncertainty, problems and
error are inevitable. They have to promote an openness that encourages dialogue
and the expression of conflicting points of view. They have to recognize that
legitimate error, which arises from the uncertainty and lack of control in a
situation, can be used as a resource for new learning. They have to recognize
that genuine learning is usually action based and thus must find ways of helping
to create experiments and probes so that they learn through doing in a productive
way. All this, of course, can raise high levels of anxiety in an organization.
In particular, it is difficult for managers who want to be "on top of the facts"
and "in control" to ride the kind of creative chaos on which innovation thrives.
Yet this is precisely the competence that double-loop learning
requires."
Encouraging "emergent"
organization - "As has been shown, a "top-down" approach to management,
especially one focusing on control through clearly defined targets, encourages
single-loop learning but discourages the double-loop thinking that is so important
for an organization to evolve. This creates interesting paradoxes for management,
for how can one manage in a coherent way without setting clear goals and
objectives? The answer derived from cybernetics is that behavior of intelligent
systems requires a sense of vision, norms, values, limits, or "reference points"
that are to guide behavior. Otherwise, complete randomness will prevail. But
these "reference points" must be defined in a way that creates a space in which
many possible actions and behaviors can emerge including those that can question
the limits being imposed! Targets tend to create straitjackets. Cybernetic
points of reference create space in which learning and innovation can
occur."
Organizations as holographic
brains (or "designs" that facilitate learning) - "The metaphor of a hologram invites
us to think of systems where qualities of the whole are enfolded in all the parts so that
the system has an ability to self-organize and regenerate itself on a continuos basis...
there are several key principles that can help create contexts in which holographic
self-organization can flourish."
Build the "whole" into
all the "parts" - Four ways to accomplish a) Corporate DNA - "The
visions, values, and sense of purpose that bind an organization together can be used
as a way of helping every individual understand and absorb the mission and challenge
of the whole enterprise...To create brain-like capacities for self-organization,
however, it is vital that the cultural codes uniting an organization foster an open
and evolving approach to the future." b) Networked intelligence -
"Information systems that can be accessed from multiple points of view create a
potential for individuals throughout an enterprise to become full participants in an
evolving system of organizational memory and intelligence." c) Holographic
structure - "A third way of building "the whole" into "the parts" rests in
the design of organizational structures that can grow large while staying small...
Consider, for example, the case of Magna International, an auto parts manufacturer
that has grown at a rapid rate....The Magna philosophy is encoded in a simple set of
business principles and the rule that operating factories must remain on a small s
cale to avoid becoming impersonal. Thus, once an enterprise reaches a size in the
region of 200 people, the only way it can grow is by spinning off another unit...The
process has a "fractal" quality in that the same basic pattern reproduces itself
over and over again." D) Holistic teams and diversified roles - "A
fourth way of building "the whole" into "the parts" rests in how work tasks are
designed. Under old mechanistic principles work processes were usually fragmented
into narrow and highly specialized jobs, linked through some means of
coordination...The holographic approach to job design moves in exactly the opposite
direction by defining work holistically. The basic unit of design is a work team
that is made responsible for a complete business processÉWithin the team, roles or
jobs are then broadly defined with individuals being trained in multiple skills so
that they are interchangeable and can function in a flexible, organic
way."
The importance of
"redundancy" - "Any system with an ability to self-organize must have a degree
of redundancy: a kind of excess capacity that can create room for innovation and
development to occur. Without redundancy, systems are fixed and completely
static....Parallel processing and sharing information can be a source of creativity,
shared understanding, trust, and commitment...shared decision-making (ringi) contains
massive redundancy. It is however, very effective in exploring issues from multiple
perspectives and in testing the robustness of emerging decisions and actions. The
process offers a wonderful example of how intelligent action can emerge from "multiple
drafts."...The second design method incorporates a redundancy of functions.
Instead of spare parts being added to a system, extra functions are added to each of
the operating parts, so that each part is able to engage in a range of functions.
This is the principle guiding the self-organizing work groups...Members acquire
multiple skills so that they are able to perform each otherÕs jobs and substitute as
the need arises."
Requisite
variety - Clearly, it is impossible to give everybody all possible
information about everything. It is impossible for people to become skilled in all
possible tasks and activities. So where does one draw the line? The principle
of requisite variety...suggests that the internal diversity of any
self-regulating system must match the variety and complexity of its environment if
it is to deal with the challenges posed by that environment...The principle of
requisite variety if not just an abstract concepts. It is vital management
principle. If a team of unit is unable to recognize, absorb, and deal with the
variations in its environment, it is unlikely to evolve and survive. The principle
suggests that when variety and redundancy are built at a local level - at the point
of interaction with the environment rather than at several stages removed, as happens
under hierarchical design - evolutionary capacities are enhanced. Individuals,
teams, and other units are empowered to find innovations around local issues and
problems that resonate with their needs. This also provides a resource for
innovation within the broader organization, as the variety and innovation thus
experienced is shared and used as a resource for further
learning."
Minimum specs
- "The three principles discussed above create a capacity to evolve. But systems
also need freedom to evolve. This is where the principle of "minimum critical
specifications" ....comes into play. The central idea here is that if a system is
to have the freedom to self-organize it must possess a certain degree of "space" or
autonomy that allows appropriate innovation to occur...The principle of minimum
specs suggests that managers should define no more than is absolutely necessary to
launch a particular initiative or activity on its way. They have to avoid the
role of "grand designer" in favor of one that focuses on facilitation, orchestration,
and boundary management, creating "enabling conditions" that allow a system to find
its own form...The challenge is to avoid the anarchy and the completely free flow
that arises when there are no parameters or guidelines, on the one hand, and
over-centralization, on the other."
"The metaphor (brain) invites us
to rethink key management principles in a way that lays the foundation for a completely
new theory of management. Consider, for example, how an understanding of the functioning
of the brain challenges traditional assumptions about the importance of strong central
leadership and control; about the wisdom of setting clear goals and objectives; about
the role of hierarchy; and about the concept of organizational design; and the wisdom of
trying to develop and impose systems from the top down."
"...in developing the importance
of the brain as a way of creating capacities for learning and self-organization there is
a danger of overlooking important conflicts that can arise between learning and
self-organization, on the one hand, and the realities of power and control, on the
other. Any move away from hierarchically controlled structures toward more flexible,
emergent patterns has major implications for the distribution of power and control within
an organization, as the increase in autonomy granted to self-organizing units undermines
the ability of those with ultimate power to keep a firm hand on day-to-day activities
and developments. Moreover, the process of learning requires a degree of openness and
self-criticism that is foreign to traditional modes of management. Both of these
factors tend to generate resistance from the status quo. Managers are often
reluctant to trust self-organizing processes among their staff and truly "let go."
Many early experiments in self-organizing work designs encountered this problem, and
many still do. There is such a strong belief that order means clear structure and
hierarchical control that any alternative seems to be a jump in the direction of anarchy
and chaos. As has been suggested, successful self-organizing systems always require a
degree of hierarchical ordering. But this hierarchy must be allowed to emerge and change
as different elements of the system take a lead in making their various contributions.
In such systems, hierarchy and control have an emergent quality; they cannot be
pre-designed and imposed."
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Chapter
8 - UNFOLDING LOGICS OF CHANGE: Organization as Flux and Transformation |
"Although it is common to draw a
clear distinction between the two (organization and environment), it seems systemically
wiser to view organization and environment as elements of the same interconnected
pattern. In evolution, it is pattern that evolves." In recent years major
insights on how this occurs have emerged from two related lines of development: the
theory of chaos and self-organization on the one hand and complexity theory on the
other. Using physical experiments and computer simulations as metaphors for
understanding what happens in nature, they contribute important elements to a holistic
theory of change."
Complex nonlinear systems
like ecologies or organizations are characterized by multiple systems of interaction that
are both ordered and chaotic. Because of this internal complexity, random disturbances
can produce unpredictable events and relationships that reverberate throughout a system,
creating novel patterns of change. The amazing thing, however, is that despite all the
unpredictability, coherent order always emerges out of the randomness and surface
chaos."
"Whether we are examining the
flocking of birds, the changing relationships between predators and prey...the hive
behavior of bees, or the way in which organizations and social systems get transformed
over time, it seems that we can detect common processes of spontaneous
self-organization. If a system has a sufficient degree of internal complexity,
randomness and diversity and instability becomes resources for change. New order is a
natural outcome."
"Complex systems seem to have a
natural tendency to get caught in tensions....falling under the influence of different
attractors that ultimately define the contexts in which detailed system behaviors
unfold....Create a context defined by a few simple points of reference that are
equivalent to the "minimum specs"...and random fluctuations will self-organize into a
coherent form. Chaos theorists have noted that complex systems can fall under the
influence of different types of attractors. Some pull a system into states of equilibrium
or near equilibrium, for example, as a result of negative feedback loops that counteract
destabilizing fluctuations. Other attractors have a tendency to flip a system into
completely new configurations...this illustrates how a system can be drawn under the
influence of different sets of reference points that in effect define competing contexts.
The detailed behavior depends on which context dominates."
"In explaining how systems
can transform themselves in this way, chaos theorists have become particularly interested
in understanding what happens when a system is "pushed" far from equilibrium toward an
"edge of chaos" situation. Here, it encounters "bifurcation points" that are rather
like "forks in the road" leading to different futures. At such points the energy within
the system can self-organize through unpredictable leaps into different system
states....Bifurcation points and associated "attractors" always exist as latent
potentials within any complex nonlinear system. They signal potentials for
self-organization and the evolution of new form. However, the path of system evolution
is completely unpredictable, because, given the complexity and non-linearity, seemingly
insignificant changes can unfold to create large effects.
"Quantum and qualitative
change, incrementally!"
Managing In The Midst Of
Complexity - "These insights have enormous implications for modern management,
giving rise to at least five key ideas for guiding the management of change. In a
nutshell, they suggest that it is important to:
Rethink what we mean by
organization, especially the nature of hierarchy and control
Learn the art of managing
and changing contexts
Learn how to use small
changes to create large effects
Live with continuous
transformation and emergent order as a natural state of
affairs
Be open to new metaphors
that can facilitate processes of self-organization."
Rethinking organization -
"Instead of seeing these qualities (order and organization) as states that can be
externally imposed on a situation through hierarchical means, or through predetermined
logic that we bring to the design of bridges or buildings, managers are invited to view
them as emergent properties. New order emerges in any complex system that, because of
internal and external fluctuations is pushed into "edge of chaos" situations. Order is
natural! It is emergent and free! But most interesting of all, its precise nature can
never be planned or predetermined."
The art of managing and
changing "context" - A second extremely important implication of a chaos-complexity
perspective rests in the idea that the fundamental role of managers is to shape
and create "contexts" in which appropriate forms of self-organization can occur.
As has been noted, the implicit rules, reference points, or "minimum specs" that define
an "attractor" create a context in which a system can acquire detailed empirical
form...The focus on attractor patterns thus creates a powerful perspective for the
management of stability and the management of change, suggesting that
transformational change ultimately involves the creation of "new contexts" that can
break the hold of dominant attractor patterns in favor of new ones...New contexts
can be created by generating new understandings of a situation, or by
engaging in new actions. New understandings can transform the autopoietic
processes of self-reference through which a system produces and reproduces its basic
sense of identity. This can be achieved by exposing the system to new information about
itself or its environment and by encouraging...double-loop learning....New context can
also be created by engaging in new actions that help to push the system into a new state
more directly. Experiments, prototypes, changes in rewards, changes in key
personnel...can by themselves embody powerful messages that catalyze other changes in the
context as the system adjusts itself to the new reality. While new understandings can
create a heightened sense of the need for change, and a direction in which an
organization may feel it needs to go, new actions help to get it there. The conventional
way of thinking about organizational change puts these in a sequential order. But from a
chaos perspective they often need to be reversed. New action can catalyze new
understandings."
Using small changes to create
large effects - A third major implication of the chaos-complexity perspective, and one
that brings a great deal of pragmatism to the task of managing and changing contexts,
rests in the idea that in "edge of chaos" situations, small but critical changes at
critical times can trigger major transforming effects...it follows that any person wishing
to change the context in which they are operating should search for "doable"
high-leverage initiatives that can trigger a transition from one attractor to another.
Chaos theory also gives clear indications of where they should look for these initiatives.
As will be recalled, the tensions between competing attractors generate "bifurcation
points" leading to different paths of future development. Most often these manifest
themselves as paradoxes or tensions between the status quo and alternative future
states...The chaos manager must recognize these "forks in the road" and create a
context supporting the new line of development by finding interventions that transcend the
paradoxes or make them irrelevant For examples, by creating a successful prototype, or by
getting key opinion leaders behind the initiative, he or she may be able to create the
crucial time and space in which success can be demonstrated, publicized and made
irreversible. The challenge of managing complex systems often seems completely
overwhelming. The complexity defies comprehensive analysis, and it is often difficult to
know where to intervene. The above principles encourage us to cut through this complexity
and focus on a few key principles that offer the promise of achieving quantum change
incrementally! In much of the management literature quantum change and incremental change
are seen as opposites. Quantum change is seen as being produced through large initiatives.
Incremental change is viewed as the route to marginal improvements. While this is true
under conditions of linearity, in complex nonlinear systems small incremental changes can
produce large quantum effects. If people focus on finding high-leverage initiatives within
their sphere of influence that have the capacity to shift the context, potential for major
change can be unleashed. There are at least two ways in which this potential can unfold.
First, small changes may in themselves catalyze a major change, because the change itself
proves pivotal....Second, small changes can also create a critical mass effect. Though
small and insignificant in themselves, together they build an overwhelming
force."
Living with emergence as a
natural state of affairs - "In complex systems no one is ever in a position to
control or design system operations in a comprehensive way. Form emerges. It cannot be
imposed, and there are no end states. At best, would-be managers have to be content with
an ability to nudge and push a system in a desired direction by shaping critical
parameters that can influence the course of system evolution....Successful experiments
can go a long way in creating a foothold on a new reality. In particular, they offer
important insights on the feedback loops and defensive routines that sustain a dominant
attractor pattern and what can be done to help a new one emerge....The chaos manager
must also develop a heightened awareness of the importance of "boundary management." As
noted earlier, new experiments often get neutralized by the status quo. It is thus
vital that the chaos manager become skilled in the art of managing boundaries:
building them when it is necessary to shield an initiative from the forces of the old
attractor, and breaking them when the initiative is strong enough to survive on its
own."
Being open to new metaphors
that can facilitate self-organization - "New images and metaphors of the managerÕs
role are often needed...to cope with the ambiguity, paradox, pressures, and uncertainties
that the absence of fixed states and clear end points entails...The research on chaos and
complexity is full of resonant images based on the behavior of termite colonies, beehives,
and other processes that illustrate the nature of self-organizing systems. They provide
a valuable resource for carrying organization and management theory into a new
domain."
Managing paradox - "In our
discussion of chaos theory, mention was made of how systems that are moving away from
the influence of a dominant attractor pattern towards a potential new configuration
encounter "bifurcation points" or "forks in the road," at which energies for change
either dissipate and dissolve in a way that allows the old attractor to reassert itself
or shift the system into a new form. An understanding of the dialectical nature of
change offers important insights on the process, suggesting that the "fork in the road"
usually arises around key paradoxes or contradictions that block the way to a new
future. The successful management of change requires skill in dealing with these
contradictory tensions....Potential new futures always create oppositions with the
status quo. This dialectical principle gets played out in many forms:
Innovate ----------------------------Avoid mistakes
Think long term--------------------Deliver results now
Cut costs----------------------------Increase morale
Reduce staff-------------------------Improve teamwork
Be flexible---------------------------Respect the rules
Collaborate--------------------------Compete
Decentralize-------------------------Retain control
The first step in the
successful management of paradox rests in recognizing that both dimensions of the
contradictions that accompany change usually have merit. The second vital
step....rests in finding ways of creating contexts that can mobilize and retain desirable
qualities of both sides while minimizing the negative dimensions. All the skills of
managing in the midst of complexity, discussed earlier..., are relevant here. To the
extent that the paradoxes created by change remain unaddressed, they become the
stalemating context.
"The whole idea that change is
an emergent phenomenon offers a powerful mind-set for managing change. It encourages us
to gain a reflective understanding of the logic driving the flux around us and to nudge
and shape the logic wherever we can. Yet it also requires us to recognize that we can
never be "in control." The message is that, even though our actions shape and are shaped
by change, we are just part of an evolving pattern. The challenge, of course, is to cope
with this paradox: By recognizing that even though we cannot exert unilateral power of
control over any complex system, we can act through the power and control that we
actually do have. Using the image popularized by chaos theorists, the invitation is to
recognize that although we may be no more than "butterflies" in terms of our power on the
overall system we can have enormous effects, especially when we use our insights about
system dynamics and the nature of change to determine how and where to intervene. And,
of course, the more butterflies the better!"
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