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Problems are related to dilemmas, doubts, and decisions.
From a "scientific" viewpoint, any problem can be stated
in terms of a conflict or conflicts between what are
perceived to be necessary conditions of the system
that's involved. TRIZ, for example, recognizes this in
the way with it deals with conflicts between physical or
technical aspects between design requirements
encountered in the "invention" process. There is also
another body of knowledge with a set of tools that are
used for problem solving.
These tools are logical "thinking tools" (known as a
group as the Theory of Constraints (TOC) Thinking
Processes). They can be used in standalone situations,
or together they form a coherent problem-solving and
change management system. Their generic purpose is to
translate intuition to a format that can be discussed
rationally, questioned without offense, and modified to
more fully reflect the understanding of the situation.
They are used for the construction of common sense
solutions to problems as well as to facilitate
communication, collaboration, and consensus among those
that must be involved in its resolution.
THE CONTEXT
To put any set of tools in context, they must generally
support one of three generic objectives that groups are
brought together to accomplish. These three objectives
are to determine:
WHAT TO CHANGE . . .
. . . Situation assessment, description of "current
reality," and identification of the core problem or
conflict and assumptions that sustain it -- diagnosis
TO WHAT TO CHANGE TO . . .
. . . Verbalization of vision/solution and description
of strategy to attain the desired state -- prescription,
decision making, and solution development
HOW TO MAKE THE CHANGE HAPPEN . . .
. . . Development of detailed plans and tactics that
will clarify what needs to happen and synchronize the
efforts of the group in the implementation of the
strategy -- planning, team-building
Any time a problem is encountered, its solution usually
relates to one or more of the three purpose above.
Before I get into the specific tools and how they relate
to these three purposes, I should really describe the
two overarching "meta-tools" that are at the core of the
tools -- SUFFICIENCY LOGIC and NECESSITY LOGIC.
Sufficiency logic consists of "If...,then...,because..."
descriptions of why situations exist or why we believe
actions will result in particular outcomes. Linkages of
sufficiency logic are also frequently expressed as
"If..., and if..., and if..., then..." as in the case
when it take three preexisting conditions (the "ifs") to
result in the outcome (the "then").
Necessity logic often takes the form of "In order to...,
we must...," describing requirements or prerequisites
associated with desired outcomes. These requirements may
not be sufficient in and of themselves to result in the
outcome, but their existence is seen as necessary for
it. Linkages based on necessity logic can often be
augmented with a "because..." factor as well, which is a
very powerful mechanism for surfacing beliefs or
assumptions that underlie why we feel we must have A in
order to have B.
The Thinking Processes, based on these two logical
constructs, get their power from the fact that the human
mind seems to be practically "hard-wired" with an innate
understanding of when the "if-thens" or the
"in-order-to, we-musts" make sense or not, lending
themselves to an ease of communication, scrutiny, and
revision. They also benefit from graphical formats and
presentation, so the mind can readily take in not only
the words of the various entities, but also the spatial
relationships implied by connecting arrows.
The tools serve to communicate or verbalize the
intuition of the participants in a way that lends itself
to collaboration and dialogue and results in a
description of the "common sense" of the participants.
THE TOOLS
top
Tool 1 -- The Evaporating Cloud
The Evaporating Cloud is a construct of necessity logic
that takes the form:
B) Requirement <----- D) Prerequisite
/ ^
/ |
v |
A) Objective |/| -- conflict
^ |
\ |
\ v
C) Requirement <----- D') Prerequisite
and is read:
In order to have objective A, we must have requirement
B...
In order to have requirement B, we must have
prerequisite D...
In order to have objective A, we must have requirement
C...
In order to have requirement C, we must have
prerequisite D'...
But prerequisites D and D' are in conflict...
One of the tenets of the Theory of Constraints,
reflecting its roots in the application of the
techniques associated with scientific method to those
"soft sciences" like management and behavior, is that in
any system that is brought together for a purpose, there
is no such thing as real conflict, but only unexamined
assumptions. The cloud allows a clear statement of the
perceived dilemma and provides a route for the surfacing
and scrutiny of those assumptions.
I've written about the Evaporating Cloud a number of
times in the past in this discussion list, but I'll
repeat again that under every arrow (including the
conflict arrow between D and D') lie assumptions.
Brainstorming those assumptions is a matter of reading
the "in order to, we must" statements, and then adding
the word "because..." to it, soliciting reasons why A
requires B or C requires D', or why D and D' are
mutually exclusive. Once the assumptions are
sufficiently spelled out, it's a matter of finding one
that seems susceptible to questioning -- a chink in the
armor of the conflict.
Also known as a conflict cloud, a dilemma cloud, or a
conflict resolution diagram, the Evaporating Cloud
provides a solvable verbalization of a conflicted
situation where solvable is defined as "win-win."
Probably the most multi-purpose of the Thinking
Processes, the cloud is appropriate for dealing with
tough personal decisions, interpersonal conflict or
negotiation (think of requirements as needs and
prerequisites as wants), and resolution of what I like
to call "systemic conflicts" and by extension, a sort of
"root conflict analysis."
Speaking of "systemic conflicts," new
research/experience in the use of this tool is showing
that if a group can verbalize the various dilemmas that
they face in dealing with both their day-to-day and
long-term efforts via clouds, the results can go a long
way to delivering widespread favorable impact on their
overall effectiveness. These individual conflicts
usually turn out to be systemic conflicts, forcing
people between "rocks and hard places" when they try to
do the right thing for themselves, their individual
departments, or the company as a whole. Often what seems
to be the right thing for one of these entities results
in a dilemma, the other side of which is doing the right
thing for another aspect of the endeavor but that is in
conflict with the first action. A group's behavior (its
culture as well as its practices) is defined by the
accumulation of these dilemmas and how they tend to
resolve them.
It may sound strange, but when you look at these
dilemmas together, they seem to exhibit a "fractal"
nature in their self-similarity. There is very often
(actually almost always) some generic conflict/dilemma
of the larger system that they can be translated to.
When this generic conflict is identified and addressed
appropriately, it can lead quickly to a coherent and
consistent set of actions (including appropriate
training, measures, and policies) that will result in
the mitigation, if not elimination, of the various
individual issues being faced throughout the
organization.
These various applications of the cloud involve both
construction and communication. The different uses imply
different starting points for building the cloud. Those
approaches are best left for another time (or another
venue, like a workshop) so I can write about the other
tools in my favorite toolkit.
If stuck on the proverbial desert island of problem
solving, I think it's obvious that the cloud is the tool
I would want to have in my pocket, because at the core
of almost any problem or decision (either minute and
personal or broad and strategic) that one faces (or that
a group faces) is the dilemma of doing one thing or
another, pursuing one direction or another, going for D
or for D', even when its as simple as doing something or
doing nothing. The cloud tells you that there really
isn't a choice involved at all, it's only a matter of
examining the assumptions that make you think there is a
choice.
Tool 2 -- The Current Reality Tree (CRT)
The CRT is a sufficiency-based logic (if..., then...)
tool that is used to fully describe an existing
situation. Its purpose is to understand (only to the
level of detail necessary for the group to achieve
consensus) how the various issues and problems they face
are related to each other, to their policies,
measurements, and practices and to the generic/root/core
conflict identified through the process I described in
the discussion of the Evaporating Cloud tool. This
understanding provides the guidance for developing a
solution, as understanding why X leads to an undesirable
Y provides guidance for inserting new actions to either
replace X or to cause it to result in a favorable Z
instead.
The structure of a CRT is hard to draw in the text based
format of email, but consists of connected clusters of
statements associated with the situation. The
connections are "if..., then..." or "if...and if...and
if..., then..." cause and effect relationships.
(Graphically, they are statements connected by arrows.
Note that I have included similar diagrams in the
descriptions of other tools -- FRT and NBR -- below.)
These clusters are strung together as effects become
causes of other effects. The CRT usually has at it's
base a variant of a generic cloud, and higher up in the
tree, most if not all of the subject matter's stake
holders' symptoms/problems/issues linked in as effects
stemming from stuff the root.
As we are discussing problem solving tools here, it
should be mentioned that from a group participation
point of view, the CRT is also thought of as a
communication and clarification tool. Its construction
is not really suited for a group activity. It is usually
best if it is built by one person, or a very, very small
group, familiar with the subject matter on their own,
and then presented to the group for scrutiny and
clarification. An alternative approach to using it is to
have the individual members of the group build pieces of
a CRT related to their area of expertise, and then use
the group presentation and scrutiny to merge the pieces
into a whole. Construction of a CRT is best as an
individual process, scrutiny and clarification is most
effective with group effort and input.
A well-built CRT will confirm that your suspect generic
conflict (or a modification of it) is indeed at the root
of the originally identified problems and it will serve
as guidance for developing a new view of future reality
(vision) to replace the current.
The combination of the core/root/generic conflict (the
Evaporating Cloud) and the confirmation of the CRT
linking it to the particular range of issues facing the
group answers the first question that groups come
together to address...WHAT TO CHANGE?
Tool 3 -- The Future Reality Tree (FRT)
The FRT is similar to the CRT in structure, but with new
proposed actions, policies, and behaviors injected into
it in order to create a new vision of the future reality
of the system.
The power of the logical "if-then" construction is that
if any one of the lower-level causes are removed or
mitigated, everything that is above it is subject to
change. If you can develop various "injections" as new
causes, then you can, through restatements of the
subsequent logic, predict and direct changes to the
resultant effects. The classic example of how this
sufficiency logic works is:
A CRT:
I have
a fire
^
/|\
/ | \
/ | \
/ | \
/ | \
/ | \
/ | \
I have I have I have
fuel ignition oxygen
AN FRT:
I don't have
a fire
^
/|\
/ | \
/ | \
/ | \
/ | \
/ | \
/ | \
I have I have I don't have
fuel ignition oxygen in contact
with the fuel
If any one of the three "ifs" of the CRT are removed or
modified, the "then" may be removed from consideration
as a problem. We might choose to develop a system in
which fuel and sources of ignition are isolated from one
another to prevent fires. Or if the problem is that a
fire exists, we may choose to remove the oxygen by
covering the fire with water, CO2, or a blanket. These
are all possible injections. (If only all the
"fire-fighting" we do were so clear cut! But maybe it
can be almost so.) Even in more complex real-life
issues, a careful analysis of assumptions, which in this
kind of construction become more "ifs" arrowed into the
"then," which become more possible sources for things to
remove by the "injection" of new actions, policies, or
behaviors.
If the CRT is based in a generic conflict, then the
initial injection comes from the
"out-of-the-5-sided-box" solution of that conflict --
the idea that stems from addressing questionable
assumptions. (If the CRT was developed simply from
linking the various undesirable effects (as it used to
be done in the process before the discovery of the
generic conflict's existence), then the core problem at
the base of the CRT might be a single statement in the
tree. The best way to deal with that result is to do a
cloud on that statement.)
The objective of the FRT is to communicate a vision of
how to change the undesirable effects found in the CRT
to desirable effects. Again, like a CRT, construction is
best done by individuals or very small groups, while the
most effective use of group interaction (and that gains
from experienced facilitation) is in scrutiny,
clarification, and completion of the solution. The FRT
is the first step to address the second step in problem
solving, figuring out WHAT TO CHANGE TO.
Tool 4 -- The Negative Branch Reservation (NBR)
When a proposal to solve a problem is offered by a
member of a group, whether in the form of a seemingly
complete FRT or in the form of a standalone idea thrown
out on the table, there are frequently concerns or
reservations raised on the part of other members of the
group. In the lingo of the Thinking Processes, a
RESERVATION exists that if we act on an injection in the
Future Reality TREE, there will result a BRANCH that
leads to an undesirable, NEGATIVE result. Hence, the
"Negative Branch Reservation" or NBR.
The key to "trimming the negative branch" again lies in
the conversion of internalized intuition into logical
if-then steps that can be rationally discussed while
avoiding the feeling of "constructive criticism" or more
blatant "pot-shots" aimed at the proposal.
The "if-thens" must link the proposed action with the
suspected negative outcome. Then we can again apply
assumption searches to the arrows, especially those that
are merging arrows, not directly related to the initial
proposal, in order to find a new injection - a new arrow
that will change the outcome of concern. In the
following example, it is determined that by instituting
a new policy, we will be able to achieve something good
for the organization.
We don't really We may get stuff
get the good stuff worse than we have
we expect now
^ ^
\ /
\ /
Desired good The policy may
stuff happens be misinterpreted
^ ^^
| / |
| / |
| ___________/ |
| / |
| / Not everyone
| / in the organization
We put a new understands the
policy into rationale for the
place policy
In this simple negative branch, it's easy to see that to
complete the solution, i.e., to get not only the desired
good stuff, but to avoid the possible negative
consequences of our action we might want to replace the
lack of understanding of the policy with another action
involving education and explanation of the purpose of
the policy. By doing so, we avoid the possible
misinterpretation and subsequent bad stuff.
As a standalone tool, the NBR ranks right up there with
the Evaporating Cloud in everyday usefulness in basic
facilitation of problem avoidance. The cloud deals with
conflicts and dilemmas and the NBR deals with doubts and
concerns. They both aid communication so that the
conflict or concern can be effectively and efficiently
dealt with.
In terms of group accomplishment, the NBRs brought up by
group members serve to complete the solution developed
in an FRT. It also provides a route to buy-in for
participants as their contribution to the solution (in
the form of actions required to trim their NBRs) gives
them a sense of ownership of (at least part of) the
overall solution. Actually, even if starting with a
single proposal, the identification and solution of NBRs
could result in an FRT built on that proposal as open
and unguarded discussion of concerns builds upon it.
(Some "system-thinking" aficionados may see similarities
to FRTs and NBRs in causal loops. Indeed, complete CRTs
and FRTs for complex systems do frequently contain loops
of causality. In CRTs, these loops most often serve to
perpetuate undesirable stuff. In well-designed FRTs,
loops will be consciously looked for and strengthened so
that they will contribute to getting more and more of
the desired outcomes.)
The combination of the FRT and NBRs completes the answer
to the group objective of determining TO WHAT TO CHANGE
TO.
Tool 5 -- The Prerequisite Tree (PRT)
OK. We have a solution defined in terms of a vision and
strategy that should achieve it (the complete FRT,
augmented by the results of adding injections to trim
NBRs), but we also have a whole pile of stuff blocking
us from doing this part or that part of the strategy.
Indeed, for some of the things we've identified as
injections in the FRT, we may have no idea whatsoever
how to make happen.
People are great at finding excuses why something can't
be done. In more politically correct language, we refer
to that skill as identifying obstacles.
The Prerequisite Tree (PRT) takes advantage of people's
natural propensity and ability to point out why
something can't get done. The first step in building a
PRT (after identifying the team's ambitious objective)
is to collect all the obstacles that the group can come
up with. Then each individual identifies an
"intermediate objective" (IO) that would overcome or
make moot the obstacle they raised. (After all, the
person who comes up with an obstacle has the most
intuition about what it would take to address it.) Once
all the IOs are identified, the obstacles are used to
sequence the IOs into a network that becomes the plan to
achieve the objective. Team effort is focused
appropriately, since the network points the group to
start on those IOs that don't depend on others, and only
when they are done, they know they can move on to the
next because they've overcome an obstacle that was
blocking them.
A PRT defines what needs to be done (necessity logic) in
what order to accomplish the ultimate ambitious
objective.
This is a painless way of identifying which "bites of
the elephant" we'll gnaw on first in our attempt to
consume the whole thing. As a group effort, this process
benefits (as does the solicitation of NBRs as reasons we
shouldn't take a particular path of action) from the
diverse and divergent views of the group's members. The
more obstacles that are raised, the more complete the
implementation plan of HOW TO MAKE THE CHANGE HAPPEN
will be, resulting in fewer surprises along the way.
Tool 6 -- The Transition Tree (TRT)
This last tool further supports the need to describe HOW
TO MAKE THE CHANGE HAPPEN. Sometimes a plan is developed
by a group for other people to use. Sometimes getting
from one IO in a PRT to another requires a finer level
of detail in terms of action and results. Including the
TRT here for completeness of the list of TOC Thinking
Processes, it may be a stretch to think of it as a
facilitation tool, as it's really a communication and
empowerment tool, allowing the recipient of it to follow
a path of action with clear understanding of what to
expect along the way and why to expect it.
It is a simple repetitive sufficiency logic construct
that puts the actions/tasks in context with the
objectives. Based on simple, "if-then" links, the
Transition Tree includes the need for action, the
action, the rationale for the action (why we expect the
action to provide the desired result), that desired,
expected result (or intermediate objective - IO), and
then reason for the next need in a graphical format:
Result
(IO)
^ ^ ^
/ | \
/ | \
Action Need Rationale
^ ^
| \
| \
Result Reason for
(IO) next need
^ ^ ^
/ | \
/ | \
Action Need Rationale
The transition tree includes all the info you need to
build a detailed action plan, assess its ability to
deliver results, and includes those results to allow
development of alternative actions...a real
"results-oriented" task list that encourages
"empowerment" to offer new solutions. It sure beats a
simple "Do this, then do that, then..." list of tasks
that we usually get for instructions.
SUMMARY -- TOOLS
and CONTEXT
WHAT TO CHANGE . . .
Situation assessment, description of "current reality,"
and identification of the core problem or conflict and
assumptions that sustain it -- diagnosis.
Tools:
Evaporating Cloud, Generic Cloud Process, and Current
Reality Tree to link undesirable effects to root causes
or conflicts that are the most efficient/effective
things to attack.
WHAT TO CHANGE TO . . .
Verbalization of vision/solution and description of
strategy to attain the desired state -- prescription,
decision making, and solution development.
Tools:
Evaporating Cloud to identify an out-of-the-box starting
point, Future Reality Tree to flesh out the strategy to
turn undesirable effects into desirable outcomes, and
the Negative Branch Reservation to complete that
strategy/vision by adding things needed to avoid
unintended negative consequences.
HOW TO MAKE THE CHANGE HAPPEN . . . Development of detailed plans
and tactics that will clarify what needs to happen and
synchronize the efforts of the group in the
implementation of the strategy -- planning,
team-building.
Tools:
Prerequisite Tree to turn obstacles into an
implementation plan so that ambitious outcomes can be
achieved. The building of a plan as a group, based on
individual input of foreseen obstacles, allows the team
to become synchronized in its understanding of the task
ahead of them and how their parts fit in to the whole.
Transition Tree to (when necessary) get into deeper
levels of detail for paths of action, relating them to
expected outcomes along the way.
In addition to this comprehensive and consistent
approach to making the right change happen, the use of
clouds and NBRs as the starting point for assumption
checking, and even the quick-and-dirty building of PRTs
for planning become second nature to those that become
familiar with the tools. |