What is Pattern Thinking?
Pattern
thinking
is
enjoyed
by those
of us
who
stringently
compartmentalize
thought
processes,
and who
tend to
group
and
organize
images
and
ideas.
The
downside
thought
about
pattern
thinkers
is that
they may
toss out
what
does not
fit.
However,
a new,
more
modern
approach
to
defining
pattern
thinking
dictates
a
productive
schema.
The
pattern
thinker
is one
who
organizes,
often to
no end,
being
anal,
which in
many
instances
is a
behavior
seeking
coherency
and
perfection,
but it
can lead
the
practitioner
into
“analysis
paralysis.” To
help us
get it
right,
there
are
courses
that
teach
pattern
thinking. But it
has been
my
geometric
fascinations
that has
taken me
on a
life-long
journey
in
problem-solving
exploration.
The
Journey
It began
in grade
school
with
those of
us eager
to
create
a simple
basket
from
mere
strips
of paper.
Once
completing
mine, I
wracked
the
sides
and
watched
with
nearly frozen
amazement
how the
squares
turned
into
triangles.
Finding
even
more
interest
in this
simple
design,
I formed
the
opening
into a
circle
from its
squared
body. I
continued
throughout
the
years to
be
fascinated
by
geometric
objects
and
models.
I have
created
my own
versions
on the
spot.
I'd be
conversing
with
someone
and I
would
hear
myself
developing
a new
approach
for
resolution
purposes.
My
pattern
thinking
was
further
instilled
beyond
my early
basket
experience.
In high
school
my steno
teacher
instructed
we
should
use our
pointer
finger
to draw
the
words as
we read
them. I
still
write in
steno in
my head,
and I
fight to
keep my
finger
from
moving.
It's as
though I
have two
sets of
languages
working
in
unison
in my
mind, as
it is
likely
with
bilinguals.
For
instance,
the “ch”
sound in
steno is
“chay.”
The “sh”
sound is
“ish.”
These sounds
come in
the form
of
shapes
and
lines,
mind
you.
Some
years
later,
in the 1980s, I
worked
with an artist who
I hired
to
entertain
at a
children's
party.
She was
able to
captivate
a place
overrun
by rowdy
children
with
magic
markers
and some
sheets
of
paper.
She
asked
the
ambitious
lot to draw
a
square,
a
circle,
and a
triangle;
and she
had them
completely
engrossed
in
drawing
every
sort of
character,
building,
and you
name
it. The
once
seemingly
uncontrollable
mash of
high
energy
had
become
quiet
and
pensive.
It was
amazing
to
behold.
Artists
were
born
that
day, I'm
certain. I’ve
wondered
if among
them
there is
that one
individual
who too
had
at that
moment become
forever
smitten
with
shapes
and
patterns,
and with
the
mysteries
they
behold.
My assistance in this endeavor to aid children in drawing
has spawned a new model:
|
Shape |
Meaning |
Children's Version |
|
Square |
Thematic Thinking |
Words or thoughts that match. |
|
Circle |
Recycle Thinking |
Words or thoughts that change. |
|
Triangle |
Valid Thinking |
Words or thoughts that support. |
-
Thematic Thinking – developing themes in order
to develop a whole picture image from similar
parts (seeing different patterns)
-
Recycle Thinking – looking again and again at
the same picture in different ways to develop a
different picture each time (seeing different
pictures)
-
Valid Thinking – using three or more ways to
look at the same picture and arriving at the same
conclusion (seeing the same picture from
different perspectives)
I had
yet
another
chance
to
explore
this
trio of
constructs
when I
produced
my
dissertation
in 2000.
I
examined
the
phenomenon
under
investigation
via
three
different
approaches,
namely
the
literature,
existing
studies,
and the
input
from
participants.
I also
used
three
different
types of
research
methodologies,
namely
quantitative,
qualitative,
and quasitative
(mixed)
approaches.
I used
thematic
griding,
data
recycling,
and
triangulation
as an
interpretive
analysis
process
in my
study.
These
processes
are
represented
by the
square,
circle,
and
triangle,
as I
have
conveyed
them in
my work
and to
benefit
others
in
extrapolating
and
organizing
thinking.
To ease
my
troubled
psyche
over my
never-ending
fascination
with
these
simple
shapes,
I
finally
put a
fair
amount
of time
into
looking
at what
makes
me, and
thankfully
quite a
few
others,
tick
along
these
lines. I
discovered
that my
afflictive
love for
the
“square,
circle,
and
triangle”
(SCaT as
I refer to this
arrangement)
is not
something
I alone
endure.
There is
a
tremendous
history
behind
the
formation
and use
of these
geometric
shapes.
Not only
can they
calm the
wild in
us, they
can open
doors
for the
development
of
countless
models
and
meanings.
My
individual
approach
has been
to
understand
their
meanings
as well
as those
contrived
through
their
being
combined,
as a SCaT
model
for
instance.
SCaT
Model
SCaT is
representative
of the
archetypical
forms of
all
physical
movement
and the
foundation
for a
world in
harmony.
Interi Shintoism
principles
dictate
that the
square
represents
destiny,
will,
mirror,
sun,
solid,
rice,
the
digestive
system,
and the
past;
the
circle
represents
life,
emotion,
jewel,
moon,
liquid,
water,
the
circulatory
system,
and the
present;
and the
triangle
represents
mission,
mind,
sword,
stars,
gas,
salt,
the
nervous
system,
and the
potential.
Sangen
no
Hosuku
(i.e.,
three-element
rule) is
a
cosmology
based on
the
square,
circle,
and
triangle
geometric
shapes.
The
combination
primarily
refers
to the
“vibrational”
reality
of
solid,
liquid,
and gas
states
of
matter.
These
three
combined shapes/objects
also
relate
to San Hikari,
the
three
lights
(i.e.,
sun,
moon,
and
stars)
that
shine
over our
human
existence—our
“human
realms.”
 |
|
Sengai
(Sengai,
1750-1838)
painted the
overlapping
square,
circle,
and
triangle,
representing
the
three
fundamental
forms of
the
universe,
which is
believed
the most
important
painting
in Zenga
Art. It
is now a
Idemitsu
Museum,
Tokyo
collection.
Was
Sengai
merely
doodling
in a
state of
"no
mind"
when the
images
appeared?
Some
believe
that if
the
image is
formulated
from a
continuous
stroke,
it will
enable
the
answer
to come
during
absence
of
disruptive
and
potentially
impure
thought.
|
|
Do these
applications evidence
pattern
thinking,
or are
they
merely
geometric
fascinations?
Are they
asking
us to
account
for the
past,
present,
and
potential
in all
things?
What is
the
significance
of these
images?
The
square
is
defined
as a
four
sided
element,
a
circle
is
defined
as a
continuous
loop
element,
and the
triangle
is
defined
as a
three
sided
element
as
provided in
Figure
1. The
resulting SCaT
model
depicts
the
universe,
in which the
circle
represents
the
infinite,
the
basis of
all
beings.
But in
its
formless
pattern,
it is
lacking
our
satisfaction
as
pattern
thinkers.
In our
demand
for more
tangible
formulations,
we
gravitate
to
the
triangle,
which is
touted
as
beginning
all
other
forms
from
which a
triangle
when
doubled
births a
square.
The square,
as a
triangle
doubled,
is a
means to
true
infinite
possibilities
according
to some
great
Chinese
philosophers.
The
triangle,
therefore,
is the
true
universal
element.
Have
others
made
this
discovery?
 |
|
Bruno Romeda's
work,
for
instance,
has for
years
focused
on
designs
stemming
from the
"absolute
geometric
shapes"
(square,
circle,
and
triangle).
His
approach
is
infinitely
subtle,
yet
seductive.
Illusion
forms
the
basis of
his
sculpting
psychology.
In the
environmental
landscape
his
sculptures
interact
with the
external
world by
articulating
and
framing
space.
Kouros
Gallery
provides
publications
on
Romeda's
work,
and his
sculptures
are
offered
at the
gallery's
Web
site.
|
|
I have
attempted
an
arrangement
of these
absolute
elements,
incorporating
my
own
ideas
that
capture
an
assortment
of
possibilities
from
long-standing
applications,
such as
those
mentioned
here.
Using
a
search
engine,
it is
possible
to find
some of
them by
plugging
in
keywords,
"square,
circle,
triangle."
The
assortment
of
applications
is
nearly
limitless.
My own
approach
has been
the
development
of
the "SCaT"
model.
Its
development
in
Figure 1
is a
culmination
of the
various
philosophies,
of which
many
more
elements
are
likely
plausible.
|
Square |
Circle |
Triangle |
|
Four Sided |
Continuous Loop |
Three Sided |
|
Cube |
Sphere |
Pyramid |
|
Domesticity |
Specialty |
Civility |
|
Destiny |
Life |
Mission |
|
Will (Do) |
Emotion (Feel) |
Mind (Think) |
|
Mirror |
Jewel |
Sword |
|
Sun |
Moon |
Stars |
|
Solid |
Liquid |
Gas |
|
Rice |
Water |
Salt |
|
Digestive System |
Circulatory System |
Nervous System |
Figure 1.
Square, Circle, and Triangle (SCaT)
When I
produced
my
dissertation,
it
brought
coherency
to my
many
aspirations
such as
my
fascination
for the
"absolute
geometric
shapes,"
the
square,
circle,
and
triangle
(SCaT). There is
tremendous
ground
for
exploration
in the
use of
the SCaT
model.
It
represents
much of
my
thinking
in a
visual
culmination.
There
exists a
quantitative,
qualitative,
and
quasitative
paradigm
in each
geometric
category.
For
instance,
in the
case of
the
triangle,
mission
is a
quantitative
device,
mind is
a
qualitative
device,
and
potential
is a
quasitative
device.
Each
shape
comprises
a trio
inference.
|
|
|
SCaT has
many
uses,
but when
applied
as a
representation
of my
work in
thematic griding,
data
recycling,
and
triangulation
thinking
it may
be
represented
in an
interpretational
model as
depicted
in
Figure
2. |
|
Figure
2: SCaT
Interpretational
Model
|
|
|
In this
interpretational
approach,
the
square
represents
thematic griding,
the
circle
represents
data
recycling,
and the
triangle
represents
triangulation
thinking.
The
square
image is
a box
for
which
its six
sides
employs
the six
situational
questions:
what,
who,
how,
when,
where,
and why.
Its face
reminds
us that
we can
develop
themes
from our
exploration
that can
be
examined
in any
direction
(horizontally,
vertically,
or
diagonally)
through
the
thematic
griding
approach.
The
circle
image is
a
recycling
symbol
for
which
data is
recycled
again
and
again.
Its
three
arrows
represent
three
individual
components
that are
used in
the
cycling
process,
respecting
the
proven
"power
of
three"
philosophy.
The
triangle
image is
a
complex
design.
Each
side in
the
image
reveals
a set of three
lines,
representing
three
additional
levels
of
exploration
per side
in the
triangulation
thinking
approach.
It is
easy to
see how
these
three
images
can be
applied
in any
order.
In
particular,
the
circle
image,
representing
the data
recycling
approach,
becomes
the
center
point
for the SCaT
Interpretational
Model.
Additional
versatility
in the
SCaT
model is
its
ability
to be
used for
varies
directions,
components,
and
levels
for
exploration.
The
thematic
square
enables
three
directions
for
exploration
(vertical,
horizontal,
and/or
diagonal).
The
turning
circle
enables
three
components
for
exploration.
The
three
times
three
times
three
ability
of the
triple
triangle
enables
three
sets of
three
levels
times
three
sides
for
exploration.
Themes
were
established,
data was
recycled,
and
methodologies
were
triangulated,
contributing
to the
success
of my
dissertation study,
published
in 2000.
This
unique
set of
approaches
applied
in one
study
may be
contributory
to the
number
of
copies
reviewed
year
after
year.
Interpretation
was
carried
out at
each
level in
the
hermeneutic
inquiry
approach
that I
employed.
This
approach
continues
to lead
the
development
of
increasingly
explorative
models.
Problem
Resolution
I have
long
thought,
as I
have
somewhat
confirmed
in my
investigations,
that the
triangle
is the
true
“universal
element.”
In fact,
dating
back to
a time
when I
was a
team
leader
in the
corporate
landscape, I
was
commissioned
to solve
my
SBU's
most
daunting
problem,
as
revealed
in an
employee
satisfaction
survey;
and I
applied
a
triangulation
approach
at that
time.
Triangulation
has
aided me
in the
development
of a
plethora
of
problem-solving
models,
such as
SOR
Analysis.
|
MECA
(Management/Employee
Communication
Agreement)
I was
approached
by a
woman
who
informed me
that no
one to
that
point
had been
able to
resolve
the
upward
communication
issue.
She
asked me
to
consider
working
on the
problem. I
agreed
to take
it on.
As team
leader I assembled
a small
group
that
wound up
becoming
famous
for its
results
in
managing
the
matter
of
employee
dissatisfaction
with the
upward
communication
process.
During
our
meeting,
I used a
simple
triangle
to
arrange
the
major
issues
we
uncovered.
The
outcome
was that
we
devised MECA
(Management/Employee
Communication
Agreement).
I
have
been
personally
impressed
with
Sharon's
ability
to bring
together
a TQ
team of
coworkers
and
successfully
develop
a
solution
to a
significant
communication
problem.
—
Mike
Bost,
Regional
Sales
Manager,
AlliedSignal.
I
believe
it was
the
application
of my
triangulation
(pattern)
thinking
that was contributory
to our
success
in
accomplishing
a
solution
in a
one-time,
brief
meeting.
We
arrived
at just
three
elemental
components
to our
solution.
Our
triangulated
solution
was for
the
organization
to
embrace
a change
process,
for
management
to have
an open
door
policy,
and for
employees
to bring
solutions
rather
than
mere
problems
to
management.
Subordinates
would be
heard
with
empathy
enabling
them to become
open and
honest,
about
their
mistakes
for
instance.
Extending
from
that
time has
been my
steadfast
conviction
that
there is
indeed a
“power
of
three”
paradigm,
and it
has
become an
underlying
force in
many of
my work
processes.
The
pattern
thinker
in me
dictates
that we
should
strive
to
hone all
points
to just
three
(3)related
elements
in order to
experience
a
mathematical
certainty
for
success.
The
premise
has
aided in
my
development
of a
great
many
problem-solving
devices
such as
SOR
Analysis.
SOR
Analysis
(Strengths,
Opportunities,
Roadblocks)
SOR
Analysis
is a
hybrid
of SWOT
analysis,
which is an
application
typically used
to
assess
the
business
positioning
of an
organization.
However,
SOR
Analysis
is used
in the
private,
professional,
and
public
arenas. The SOR
acronym
in
my
hybrid
model
means
"strengths,
opportunities,
and
roadblocks,"
which
are
derived
from the
components
of SWOT
(strengths,
weaknesses,
opportunities,
and
threats). SOR
examines
internal
strengths
(S),
external
opportunities
(O), and
it combines
internal
weaknesses
(W) with
external
threats
(T) to
formulate
roadblocks
(R).
I
began
expounding
upon the
established
principles
of SWOT
(pattern)
analysis
during
my
years
working
in
Strategic
Planning.
I sought
to
arrive
at a
more
simplified
and
versatile
application.
Its
assessment
ability
is a
viable
application
in my
"human
realms,"
the
private,
professional,
and
public
sectors
in which
we
thrive.
One may
use this
approach
to
determine
the
scope of
the
issues,
identifying
the
individual,
organizational,
or
social
being's
internal
and
external
constraints.
I
once
used
"restrictions"
to
represent (R)
as I
published
in early
2005. I now use
"roadblocks,"
which
was my
original
application
dating
back to
the
early
1990s.
Just as
a
roadblock
is a
temporary
installation
set up
to
control
or block
the flow
of
traffic,
an
individual,
organization,
or
social
entity
can
become
blocked,
obstructed
in
progressing
in an
activity
toward
meeting
goals
and
objectives.
Figure 1
depicts
my
unique SOR
Analysis
model.
|

Figure 1.
SOR Analysis |
SOR Analysis Pattern:
The left half of
the model represents internal
constraints (1&3) and the right half of the model
represents external constraints (2&4).
Strengths (1. Internal)
Opportunities
(2. External)
Roadblocks (3. Internal Weaknesses &
4. External Threats) |
| |
Strengths:
Evaluate your Strengths
(Internal Environmental Factors)
Strengths
are those internal assets you posses that
will aid you in your ability to accomplish
your objectives. Strengths are among your internal
environmental factors.
Opportunities:
Explore your Opportunities
(External Environmental Factors)
Opportunities
are those external aids that can assist you
in managing the problem at a particular time
and enhance your ability to accomplish your
objectives. Opportunities are among your external
environmental factors.
Roadblocks:
Estimate your Roadblocks
(Internal and External Environmental
Factors)
Roadblocks
are
those internal and external conditions
comprising weaknesses or threats that can impede/block
your progress or your ability to accomplish
your objectives. Roadblocks can be both
internal and external implications. For example,
weaknesses are those roadblocks among your
internal
environmental factors and threats are those
roadblocks among your external environmental factors.
|
|
|
Lateral
Thinking
Some
profess
that we
should
use more
lateral
thinking
to break
from
the
exclusivity
of
pattern
thinking. I
embrace
the
pattern
thinking
approach, and
I use it
to
explore
the
infinite
possibilities
in my
geometric
fascinations.
Lateral
thinking
does,
however,
recognize
that our
brains
are
capable,
pattern-recognition
systems
in
arithmetic
fashion.
For
instance,
we
survive
through
our
ability
to
recognize
patterns
in
faces,
music,
language,
maps,
handwriting,
and in
countless
other
applications
of our
senses.
It is
through
our
pattern
recognition
that we
are able,
with
great
speed, to
decipher
and
evaluate
an
object, sound,
or
smell.
It is a
basic
instinct
for
survival
that we
are able
to
master
this
discernment.
As long
as we
pattern
thinkers,
with our
fascination
for
geometrics,
are
willing
to
“think
outside
the
box,” we
are able
to
benefit
from not
only the
previous
solutions
derived,
but from
solutions
belonging
to a
host of
other
patterns.
Lateral
thinking
helps us
to
devise
original
solutions
to
problems
in this
manner.
The
result
is a
pattern
thinker
with a
fascination
for
geometrics
who is
able to
use this
strength
to
devise
yet more
and
innovative
approaches,
such as
stemming
from the
dynamic SCaT
model.
It is
what
the
artist
had done
to
organize
and
fascinate
the
rowdy
children
with
her shape
drawings.
Geometric
fascination
garnered
peace,
and
organized
productivity,
so hail
to the
pattern
thinkers
with
geometric
fascinations
who can
think
outside
the
box—and
the
circle—and
the
triangle!