Rochester Institute of Technology
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Thesis/Dissertation Collections
4-21-1997
Searching for a personal aesthetic
J. Steven Cooper
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Recommended Citation
ROCHESTER
INSTITUTE OF
TECHNOLOGY
A
Thesis
Submitted
to
the
Faculty
ofThe
College
ofimaging
Arts
andSciences
In
Candidacy
for
the
Degree
ofMASTER
OF
FINE ARTS
Searching
for
aPersonal
Aesthetic
by
J. Steven Cooper
Approvals
Advisor.
Douglas Sigler
Date:
/oj;y/97
Associate Advisor. William Keyser
Date:
~/::;j
I
&
q
7
Associate Advisor. Richard Tannen
Date:~(4J
Associate Advisor. John Dodd
Department Chairperson.
Date:
_
Searching for a Personal Aesthetic
I,
J.
Steven Cooper, Hereby deny Permission tc
i!,e
'vVai:(i(;8
Lierary of
the Rochester Institute of Technology to reproduce my thesis in
whole or in part.
Date:
9/? '>!?7
Signature of Author:
LIST OF ILLUSTRATIONS
Figure
Page
1.
Side
Table
5
2.
Foyer Piece
8
3.
Table
1
2
4.
Wall Table/Mirror
16
5. Wall
Table/Mirror
(detail)
1 8
6.
Tall
Lamp
2 4
7.
Small
Clock
2 7
8.
Tall
Clock
1
3 0
9.
Tall
Clock
II
3
4
10.
Tall Clock II (side view)
3
6
11. Cabinet
4
0
I
cameto
RIT
withten
years of experience as a professionalfurnituremaker
andtwelve
years as awoodworking
teacher
in
acollege
preparatory
schoolfor
boys,
whereI
also continuedto
build
furniture
onthe
side.In
additionto
this,
I
held
private classesfor
adults
for
twelve
years.My
own work stayed withinthe
confines ofthe
American
expressions of eighteenthcentury
furniture
forms
for
most of
these
years.All
the
knowledge
I
had
aboutform,
function,
and aestheticsin
general,
wasbased
onthe
conventions ofthese
traditions.
I
had
embracedthem
andthey
were a part of me.This
satisfied mefor
along
time,
but
there
came a point at whichI
grewtired
ofworking
withthe
sameforms
over and over again.I
desired
to
design
furniture
that
wasclearly
andindividually
my
own.Over
a period offive
years or soI designed
several pieces which werelooser
in
form
and moreinterpretive
of period piecesthan true to them.
One
ofthose
pieces was a smalltable
madein
1993.
(Fig.
1)
The
results wereencouraging
in
that
I
saw within myself apretty
solid aestheticsensibility,
but
discouraging
because
the
eighteenthcentury
aesthetic whichI
had
cultivatedfor
solong
and used as
the
standardby
whichI had judged
everything
else,
sodefined
this
sensibility
that
I
found
it
nearly
impossible
10break
from
it.
I
didn't
understand what comprised gooddesign
in
generaland
didn't
evenknow
whatthe
design
issues
were.As
a result,I had
neither
the
discrimination
northe
confidenceto
movefar
enoughoutside
the
sphere ofthe
familiar
to
givemy
work anindividual
identity.
It
became
clearto
methat
if
I
wasto
make realprogress,
i
There
weretwo things I
hoped
to
accomplishthrough
pursuing
my MFA.
Firstly,
I
neededto
determine if
I
indeed had
anindividual
aesthetic sense.Secondly,
andin
orderto
enablethe
first
goal,
I
needed
to
establish a method of approachto
design
which couldhelp
me get
beyond
the
mentalboundaries
I had
acquired.I
had
solidifiedthe
aestheticI
possessedby
actively studying
eighteenthcentury
forms.
I
believed
that the
only way
to
investigate my
own aestheticsense was
to
look
withininstead
ofwithout,
soI
became determined
to
divorce
myself ascompletely
asI
couldfrom
traditional
forms
(as
well as whatthey
stoodfor),
holding
virtually
nothing
assacrosanct.
This
meantthat
every
aesthetic senseI
was awareI
possessed was not
only
opento question,
but
neededto
be
consciously
challenged.I
alsodetermined
that
I
wouldavoid,
as much aspossible,
contemplating
the
work ofothers,
regardless ofperiod or medium.
While
this
put mein
anexceedingly
disconcerting
position
for
the
whole ofmy
first
year,
I
knew
that,
for
me,
there
was no other avenue of approach.
It
was withthe
foyer
piece,
madeduring
the
summer quarterbefore
my
secondyear, that
my grasp
ofdesign
issues began
to
comeinto focus.
(Fig.
2)
It
washere
that
I
found
astarting
pointfor
my
thesis
work.I
had,
by
this point,
begun
to
rely
onmy
sketchbookfor
identifying
anddeveloping
designs,
but in
this
case,
the
benefits
!
had found in
that
processforsook
me.I decided
to
try
a moredirect
approach.
I
took
two
boards
and stoodthem up,
holding
them
in
various relationships
to
oneanother,
settling
on arelationship
10
starting
point,
the
final
shape and placement ofthese
pieces was establishedthrough
a quarter-scale model andthen
repeatedfull
size.These became
the two
maple uprights ofthe
finished
piece.Providing
a shelf surface and a method ofsecuring
the
pieceto
a wall wasthe
nextdesign
problem.I
used models andfull
size cardboard mock-upsto
explore variations on abasic
idea,
finally
arriving
at a solution whichvisually balanced
the
two
uprights whilefocusing
attention onthe
shelf.In
considering
the
overalldesign
atthis
point,
it
was evidentthat
the
vertical space createdby
the
main vertical members andthe
leg
ofthe
shelf neededto
be
taken
advantage of.It
was an obvious placeto
nestle adissimilar
element which wouldbalance
the
severity
ofthe
angularforms
as well as provide contrast andinterest.
I
found
the
colorful andorganic nature of this element
to
be
very
satisfying,
atleast
in
partdue
to
the
fact
that
it
was sodifferent
from anything
I
had
everdone
before. All
but
the
back
edge ofthe
shelf standsaway
from
the
wall,
this
edgebeing
fastened
with an aluminum angle screwedto
the
wall andlet
into
the
shelf.The
creation ofthis
piecetaught
methat the
act ofdesigning
can,
and sometimes mustbe,
anevolutionary
process.Even if
allthe
elements anddetails
of a piecehave been
worked outbefore
construction,
flexibility,
intuition,
and reflection needto
have
their
placeduring
the
whole process.I found
a sense offreedom
in
doing
this piece,
partly because
ofthe
approachI
used,
but
alsobecause I
had
begun to trust
my
instincts.
I
had begun
to
allow a personal13
piece was an
intuitive
expression whichtook
aform
I
could nothave
predicted;
an expression whichis
more representative ofhow
I
apparently
seethings
than
anything
elseI had
everdone.
I
say
this
because,
whenI
recognizedthe
validity
ofthe
intuitive
resultin
spite of
its
unfamiliarity,
it became
apparentto
methat
I
had
discovered something
aboutmy
aesthetic sensethat
I
had
noidea
was
there.
For
the
first
time,
I
had
madesomething
which caughtmy
attention
in
away
that
I
had
not experiencedbefore.
The
individual
aesthetic sense
I
washoping
to
find
had
its first
confirmation.This
piece was
leading
me somewhere.As
I
reflected onthe
foyer
piece,
it
wasthe
form
ofthe
shelfwhich continued
to
draw my
attention.I
wasintrigued
by
the
vertical
line
folding
to
the
horizontal
andthen
changing
direction,
and
I began
to think
aboutusing
this
element as aleg
in
anotherpiece.
As
I
thought
aboutpossibilities,
it
was apparentthat
a seconddownward
fold
to
vertical would give a secondleg,
andthat
by
adding
athird,
I
wouldhave
atable.
(Fig.
3)
This
piece,
like
the
foyer
piece,
wasdeveloped
withoutdrawings.
I
workedfrom
essentialdimensions
and made a model withtwo
legs
and atop
(single
plane).The
problemI
saw was away
to
integrate
the
third
leg
withthe
top
while
preserving
the
multi-directionaldynamic
ofthe
form
whichinspired
it.
As
I
wasconsidering this,
it
struck methat
I
couldvisually
individualize
the
top
pieces andcarry
the
initial
conceptfurther
by
creating folds
wherethe
piecesforming
the
top joined,
making
the
top
a multi-planed surface.This
idea
camespontaneously
14
that
it had
occurredto
me at all.I
immediately
knew
that
I
had
found
anotherlevel
ofform
whichwas,
somehow,
a part ofmy
personal vocabulary.
The
construction was accomplisheddirectly
from
the
initial
scalemodel,
the
different
planes ofthe
top
workedin
asI
wentalong.
This
approach worked well with one exception.As
the
construction of
the
top
led
to
the
fitting
ofthe
legs,
I
realizedthat
the
edge angle producedby
the
top
piecesleading
to the
back
leg
necessitated an angle onthe
right edge ofthe
back
leg
which wastoo
acuteto
be
practical(this
was not an apparent problemin
the
modelbecause
its flat
top
resolveddifferently
into
the
legs).
The
only
reasonableremedy
wasto
create afacet
on the edge ofthe
top
leading
to
this
leg
whichboth
complementedthe
faceted
characterof
the
top
and madethe
angle onthe
leg
less
acute.This
treatment
suggested asecondary
level
ofdetail. To
establishthis
secondtheme,
I faceted
the
front
edge ofthe
top
and alsothe
inside
surface of eachleg.
In
constructing
this
piece,
I
usedfinger-joined
tenons
to
join
the
legs
to the
top,
a method whichi had
nottried
before.
This
turned
outto
be
aless
positive method ofaligning
the
partsthan
I
expected.
Due
to the
smalldegree
of shiftin
the
assembly
during
clamping,
the
final
alignment was not predictable.I
found
that
if
I
gluedthe
tenon
into
the
top
miterbefore
finally
adjusting
the
four
planes ofthe
leg
to
matchthe
top,
the
result was a predictable alignment when clamped.The
mostchallenging
aspect of19
planes,
but
getting
pressurein
the
correctdirection
involved
making
clamping forms
which werecompletely
unfamiliarto
me.The
things
I
learned
aboutthese
two
aspects ofconstructing
aform
ofthis
kind
proved most valuable as
I
movedto the
nextpiece,
andI
alsolearned
a
lesson
aboutthe
value of models andthe
lesser
value ofincomplete
ones.If
I
wereto
do
this
pieceagain,
I
would omitthe
inlays
aroundthe
feet.
My
intention
wasto
givethe
feet
definition,
but
doing
it in
this
way
was athrowback
to
atraditional
treatment
whichreally
didn't
work withthe
rest ofthe
table.
Apart from
this
point,
I
like
this
table
a greatdeal.
The
multi-planedtop
is visually
active,
the
outside planes of
the
legs
are verticalbut
the
edges arenot,
giving
the
piece an animated stance, andthe
way
the
lines
ofthe
individual
pieces
interact
changes as you move aroundit.
Compared
withthe
symmetry
of periodpieces,
this
form
really
excites me.At
the
sametime
construction onthe
three-legged
table
progressed,
I
wasconsidering
another applicationfor
a multidirectional,
folded
form.
Part
ofmy
thesis
proposal wasto
design
a piece which related
directly
to
its
surroundings;
a piece whichinteracted
withits
surroundingsin
away
that
showedintention.
This
was a conceptthat
wasforeign
to
me,
and one whichI
waseager
to
pursue.The
wall-hung
table/mirror
wasthe
result.(Figures
4&5)
My
originalthought
wasto
have
atable
form
supportedby
aleg
similar
to
the
leg/shelf
in
the
foyer
piece.In
the
initial
concept,
the
20
away from
it
in
an upwarddirection. The
proposedleg
supportedit,
also
going back
to the
wall.As
I
worked onthe
design in both
sketch and modelforms,
it
became
clearthat the
leg
andtable
elementswere
too
similar.After
experimenting
withalternatives,
I
concludedthat
supporting
the
table
with a second elementfrom
the
floor
simply
wasn't working.Trying
other approachesthrough
sketching
led
to
creating
aleg
onthe
table elementby dropping
the
righthand
side
to
the
floor
ratherthan
returning
it
to
the
wall.This
alsocreated options
for
the
secondelement,
which nolonger
having
to
come
from
the
floor,
neededonly
to
provide visualbalance.
Still
nothaving
any
clearidea
whatform
this
second elementwould
take,
but
having
confidencein
the table
portion,
I
began
to
construct
it, trusting
that
whenI
sawthat
much atfull
scale,I
could
better
judge
what might work asthe
second element.Beyond
the
originalsketches,
I
made nodrawings
ofthe
table
element.I
made a new
model,
accurately
scaled,
andtook the
dimensions
andangles
directly
from
it.
This
approach workedvery
well and wasboth
moredirect
andfar
simplerthan
doing
orthographicprojections.
The
ability
to
work onthe
piece with a reasonabledegree
of ease also requiredmaking
a pair of stands which wouldsupport
the
table atthe
properheight
from
the
floor
throughoutits
construction.
One
thing
that
interests
me nowis
that
during
much ofmy
search
for
a second element,I
purposefully
avoidedputting anything
directly
in
the
notch wherethe
mirrored postultimately
went.As
long
asI
avoided the notch,nothing
worked.It eventually
occurredto
21
enough
to
relateto
it,
andthe
second elementfit into
the
notch,
that
the
right side ofthe
piece couldbe
suspendedfrom
above,
creating
avisual question about which element was
doing
the
work;
does
the
table
supportthe
secondelement,
ordoes
the
second elementhold up
the
table?
The form
ofthe
second element wasinspired
by
the
faceted
character of
the three
legged
table
top,
andthe
mirrored surfacewas chosen
to
makethis
element moredissimilar
to
the
table
surface while
providing
an additionalfunction.
Though
the
basic
form
is
simply
along
straighttaper,
triangular
in
cross-section,
the
folded
triangular
center piece causes a rotationin
the
verticalplane,
compounding
the
dynamic
ofthe table
surface.The
mosttechnically
difficult
aspect ofthis
elementlay
in
determining
the
dimensions
and anglesnecessary
to
makeit
work.The
shape andslope of
the
centertriangle
determined
the
degree
of rotationin
the
vertical
planes,
andthe
dimensions
ofthe
post's cross-section atthe
bottom
determined
its distance from
the
wall atthe
top,
andtherefore,
the
size ofthe
flat
spotnecessary for
hanging
it
onthe
wall.
These
dimensions
wereultimately
determined
using
Vellum
3D
CAD
software,
but
with nolittle
effort.The
essential problem ofusing
Vellum
for
this
type
ofdrawing
is
that
it doesn't
recognizeplanes.
Defining
planes whichdo
not aligndirectly
withthe
three
normal
axes,
therefore,
becomes
avery
cumbersomeprocess,
andthe
accuracy
ofthe
results aredifficult
to
verify.With
this
accomplished,
however,
I
proceededto
makethe
post.It is
constructed of wenge veneer on
poplar,
the
mirrorbeing
cut,
hand
22
During
the
construction ofthis
piece,
I
was unsurehow
I
felt
about
it.
As
I
lived
withit
andbegan
to
evaluateit, however,
I
discovered
relationshipsthat
I
didn't
know
weregoing
to
be
there,
and
I found
it
quite engaging.I
cameto
appreciatethe
gesturaldirectionality
ofthe
table
form,
the
relationship
ofthis
form
to
the
mirrored post
(particularly
how
the
lines
ofthese
two
elementsinteracted),
andhow
the
whole relates toboth
the
wall andthe
floor.
Proximity
to
these
surfaces strengthensthe
effect ofthe
forms
by
providing
a referencefor
appreciating
how
they
interact.
Also,
how
muchthese
relationships change asthe
pieceis
viewedfrom
different
positionsis
an aspect ofthe
piecethat
I
had
notanticipated and one which came as
something
of a revelation.I
seethis
piece as a significantstep
in
the
process ofunderstanding
the
dynamics
ofdesign,
because
through
it,
I
gained someunderstanding
of what
it
meansto
relatethe
elements of a pieceto themselves
andto their surroundings;
how
elements canbe
madeto
play
off eachother
spatially,
changing
ones'
impression
of a piecedepending
onwhat position
It
is
seenfrom.
There
is nothing
aboutthis
pieceI don't like.
Of
these
first
three
pieces,it
is
the
mostconceptually
refined,
andthe
strongestconfirmation
that
anintuitive
aestheticsensibility
wasindeed
being
expressed.It
was alsoinstructive
in
that
I
learned
more stillabout which methods of
design
development
were mosthelpful
(sketching
followed
by
models), and whatI
couldtry
to
help
pushpast
the
sticking
points(keep
atit.
don't
eliminateany
option out ofIn
the
tall
lamp,
I
wantedto
try
applying asymmetry
in
an otherwisesymmetrical
setting;
to
provide adirectionality
to
the
piece
in
a more subtleway
thanin
the
previous pieces while stillstriving for
adiffering
sense ofthe
piece as you move aroundit.
(Fig.
6)
I
wantedto
emphasize
the
horizontal lines
whilegiving
asense of
movement,
soI
positionedthe
frames
in
a regularaccelerating
relationship,
top
to
bottom.
I
used sandblasted glassin
the
frames
to
provide an opaque surface which emphasizesthe
horizontal
planes.The
vertical piecessupporting
the
structure neededto
be
as smallin
cross-section as possible andto
be
placed sothat their
effect was not static.
By
placing
them
as\
have,
the
effect ofthe
horizontal lines
varies as you move aroundthe
lamp.
I
wantedthe
top
sectionto
be
integrated
withthe
base
but
yetto
have
atermination,
sothe
vertical membersstop
atthe
bottom
ofthe
top
section of glass.
I
also wantedthe
base
to
complementthe
overallform
soI
cut outthe
corners,
referencing
the
relationship
between
the
corners ofthe
frames
andthe
placement ofthe
verticals.The
top
ofthe
lamp
has
a wood panelin
the
frame faced
with mirror onthe
inside,
sothat
nolight
escapesfrom
the
top
but is
instead
directed downward.
There
aretwo
bulbs
in
the
fixture.
A
fluorescent
bulb
ontop
gives generalillumination,
and a spotlight
beneath
it
illuminates
the
glassin
the
first
shelf.The
pullfor
the
switch reflects
the
form
ofthe
upper portion ofthe
lamp
andis
made of painted wood.
I
used acrylic paint onthe
vertical members as well asthe
28
successively
darker
shades.I
usedthis
discovery
to
create a mottledeffect on
the
verticals and adiagonal
pattern acrossthe
top
ofthe
base.
The
mahogany
frames
weretreated
with potassiumdi-chromate and
lacquer.
As I
viewthe
lamp
now,
I
think
I
would movethe
verticalpanes of glass
in
the
upper sectionsfurther
in
to
bring
them
flush
with
the
inside
edges ofthe
frames.
This
would exposethe
full
dimension
ofthe
vertical members allthe
way
through
the
piece andbetter
integrate
the
form
as a whole.This
piecesuccessfully
expresses
the
design
elementsI
wantedit
to,
but it hasn't inspired
me
to
pursuethese
ideas further.
I'm
gladI
madeit,
though,
because
I
amlearning
that
effectively
evaluating
ideas
aboutdesign
canbest
be
done
in
responseto the
material objectsthey
inspire.
There
is
much
to
be learned
about whatinspires
us onwardthrough
comparison with what
does
not.I
became
interested
in
clocks aftervisiting
Wendell
Castle's
shop.
I began
to think
about away
to
design
a clockface
on whichthe
hours
wereaccurately
referencedbut
made part ofthe
geometry
of
the
form
in
such away
that
they
were notimmediately
recognizedfor
whatthey
were.(Fig.
7)
i
approachedthis
by
drawing
a circle andthe
twelve
radiants andthen
connecting
lines
atdifferent
distances
from
the
centerto
form
afour-sided
figure.
The
wings werethen
drawn,
also atdifferent
distances
from
the
center,
to
emphasisthe
asymmetry.
Each
point ofthe
box
and each radiantforming
the
edges31
The design I began
to
build had
afourth
wing
onthe
bottom
which
formed
afoot for
the
clockto
sit on and which representedhours five
and seven.As
the
constructionprogressed,
it became
clear
that
this
fourth
wing
didn't
work well withthe
overalldesign,
so
I
tried
ataller
base,
which was also unsatisfactory.Eliminating
the
fourth wing
altogether andbalancing
the
clock onthe
points ofthe
box
andthe
wing
gavethe
form
a playfulness whichit
had
lackedand
further
removedthe
visual connectionbetween
the
form
andits
origin.
After the
clockface
was cutto
dimension,
the
spacefor
the
movement and
the
rabbetfor
the
back
were produced on amilling
machine.
The
removableback has
atongue
along its inside
top
edgewhich engages a groove within
the
rabbet onthe
face. A
smallspring
in
the
face
providestension
againstboth
the
back
andthe
brass
pinwhich
holds it
in
place, and also pushesthe
back
out whenthe
pinis
removed.
The
little
tailprotruding
from
the
bottom
ofthe
clockis
the
handle for
this
pin.The
wings were shaped with arotary rasp in
a
die
grinder andtextured
with acarving
tool.
I
had done
traditional
carving
before,
but free-form shaping like
this
was a new andenjoyable experience.
While
I
waspuzzling
throughthe
issue
of abase
for
the
smallclock,
it
cameto
mindthat,
whilethe
form didn't look
right on asmall
base,
it
mightlook
good on atail
base.
(Fig.
8)
Also,
the
neteffect of
the
piece couldbe
heightened
if
the
clockface
were assmall as possible compared with
its
height
from
the
floor.
This
32
a smaller overall size.
Using
the
samederivation
ofform
but making
the
face
from
different
materials andthe
wingsflat
allowedfurther
variety from
the
small clock.To
referencehours
six andtwelve
meant
that the
righthand line
ofthe
base
neededto
be
vertical.This
created a sort of perch
for
the
face
which gavethe
clock a sense ofplayfulness and movement.
The
clockface
is
madefrom
silversheet,
and
the
wings andhands from
gilded copper.The base is
mottledbubinga
veneer onplywood,
stabilized withlead
sothat
whenit is
tipped,
it
respondslike
apunching bag.
The
only
thing
I
was notreally
satisfied withis
that
when viewedfrom
the
side,
the
form
is
rather static.
It
does
nothave
the
samedynamic
apparentin
the
front
view.The
errorI
madeis
that
I
built
this
piecefrom
adrawing
of
the
front
elevationonly,
anddidn't
make a model.Had I
done
so,
the
form may
wellhave
changed.I
continueto
be
intrigued
by
these two
clocksbecause,
through
them,
I
have
become
aware ofthe
possibilitiesinherent
in
doing
variations on a
theme.
They
also represent anotherinstance
whereone
idea
led
to
another and where theseideas,
together,
helped
to
give
definition
to
anotherfacet
ofmy
personal aesthetic sense.The
mirrorin
the
wall table/mirror piece continuedto
draw
my
attention,
specifically,the
changein
rotation ofthe
verticalplane caused
by
the
folded
triangulartransition
piece.I
began
to
play
withfolded
pieces of paperto
explorethis
further,
andhit
uponthe
basic form
of atall
clock.(Figures
9
&10)
I
developed this
idea
through
modelsbefore
I
generated adrawing
onVellum,
from
whichI
37
I
wantedto
usemahogany
treated
with potassiumdichromate,
so
I found
a suitableboard
andbegan
construction.Once
I
had
the
pieces cut and could assemble
them
(without glue)
to
see whereI
stood,
I
realizedthat
the
differences
in
color andthe
variety
in
grain patterns
detracted
from
the
form
to
such adegree
that
anotherapproach
had
to
oetaken. The
only
choicesI
had
wereto
paint orveneer
it.
I
judged
that
veneer wouldbetter
representthe
form
andI
chose
radially
sliced padaukbecause
it
accentedthe
directionality
of
the
planesand,
through
this,
brought
auniformity
to the
form
as awhole.
As
I
wentthrough
the
constructionprocess,
there
were acouple of points at which
I
had
design decisions
to
make,i had
planned
to
taper the
piecesfrom
bottom
to
top
withthe
exception ofthe
clockface.
The face
neededto
be
thick
enoughto
accommodatethe
clockmovement,
andI
hadn't
decided how
I
wasgoing
to
coverit.
I
tried
making
the
face
more volumetricthan
planarby leaving
it
relatively
thick
andfaceting
the
back
ofit,
and whenI
had
shapedthis
piece,
it
was evidentthat
it didn't
work visually.As
I
studiedthe
wholepiece,
I
concludedthat the
face
neededto
be
unified withthe
lines
ofthe
base
and,
therefore, neededto
continuethe
verticaltaper.
It
was an appropriate andlogical
resolution,
but
doing
thismade
the
face
thin enoughthat the
movement projected pastthe
back
surface ofthe
face. The
next consideration wasthe
size,
shape,
and method of
attaching
a pieceto
coverthe
movement.Here it
madesense
to
create a volumetricform
which wasthick
enoughto
attachwith screws
in
the
coverengaging
keyholes in the
face. With
this
38
view.
The front
and right side viewsflowed nicely
because
they
appeared
volumetric,
but
the
left
side viewdid
notflow
well.There
needed
to
be
a reasonfor
the
folded
base.
Eventually
it
occurredto
me
that the
corner createdby
the
fold
was a natural placeto
visually
frame
a non-functional pendulum.After
muchdeliberation,
I
settled on athree-sided
brass
pendulum
reflecting
the
suggestedtriangularity
ofthe
clockbase,
but
alsovisibly
hollow,
suggesting
a volume asthe
clockbase
alsodoes.
The form
ofthe
pendulum alsoincorporates folded
elementswhich
is in
keeping
withthe
form
ofthe
clock.I
used a squarebrass
rod
to
join
the
pendulumto the
clockface
and orientedit
diagonally.
I
bent
the
curvesinto
it,
sothat
when viewedfrom
the
front,
one-half
ofthe
curves projectbeyond
the
edge ofthe
base,
along
withone-half of
the
bob.
The intent
wasto
indicate
that the
base is
notthe
solidform
it
appearsto
be,
andto
draw
the
viewerto
investigate.
The
clockhands
incorporate
afold in
the
hour
hand,
anda wave
in
the
plane ofthe
minutehand,
referencing lines found
elsewhere.
The factor
criticalto
the
success ofthis
piece wastaking
the
time
early
onto
evaluateit
andjudge
whetherthe
design
really
worked.
The
subsequent alterations transformedthe
simpleform
into
one whichis
much more refined.Subtleties
in
the
relationshipsand
details
ofthe
elements makethe
clocksurprisingly
engaging.The
fact
that
the
piecedraws
you arounditself to
discover the
logic
of
these
relationshipsin
form
is
perhapsthe
mostpleasing
aspect43
Having
exploredthe
concepts offolded
planes andchanging
directionality
in
severalpieces,
I
wantedto
try
applying
similarideas
to
a volumetric piece.(Figures
11&12)
!
also wasintrigued
by
the
interrelatedness
ofsecondary
elements(the
red organic elementin
the
foyer
piece,
the
mirror withthe
table,
the
pendulum withthe
clock)
and wantedto
incorporate
adynamic
interaction
between
elementsin
this
piece,in
orderto
create a visual needfor
the
wedge,
I designed
the
base
ofthe
cabinetcoming
offthe
floor
at an angle and exaggeratedthis
angle withthe
second section.The
wedge correctsthe
tilt
and makesthe
front
right corner ofthe
uppersection vertical.
It
wasnecessary
to
have
the
hinge
line
vertical sothat the
door
would nottend
to open or closeby
itself,
andby
placing
the
hinge
line
vertical,
the
wedgevisually
overcorrectsthe
direction
ofthe
cabinet,making
a moredramatic
effect.The
increasing
volume andchanging
directionality
ofthe
cabinet sections give a precarious stance tothe
whole, andthis
stancechanges as
the
cabinetis
viewedfrom
different
angles.During
the
planning
ofthis
piece,the
issue
of scale cameup
severaltimes.
I
originally
sawthis
piece aslarger
than
!
madeit
(about
sevenfeet
tali
andthe
otherdimensions
proportional).I
seriously
consideredmaking
it
abouthalf
that
size andfinally
settled on a compromise
between
the
two.
Drawings
were generatedon
Vellum
once again,but
for
the
reasons noted earlier andcompounded
by
the
complexity
ofthis
form,
it
was atedious
andexasperating
process.Still,
I'm
not surethat
determining
the
44
I
find
the
finished
pieceless
satisfying
than
I
anticipated.I
think
that
at six or sevenfeet,
the
form
wouldbe
moredramatic,
more sculpturalin
its
effect,
and alsobe
morefunctional.
I
concludethat
the
scale of a piecehas
muchto
do
with whetherit is
really
successful oronly partly
so.Also,
I
like
the
canarywood veneerbut
amless
satisfied withthe
burled
walnut wedge.I
believe
that
my
dissatisfaction
lies
in
the
similarity
ofthe
materials.Perhaps
metal or painted wood would
have
better
representedthe
interaction
ofthese
elements.In
contemplating
this
last
piece,
I
find
the
interaction
ofthe
wedge withthe
cabinetto
be
an even strongerrelationship
than
I
anticipated.I
find
myselfbeginning
to
seethe
relationship
ofthese
elementsto
one another as allegorical.The
wedgeinvades
the
form,
breaking
anddividing
it,
but
through
this
action(and
the
fact
that
it
remains as anintegral
part ofthe whole), the
wedge makesthe
cabinet
functional.
This
action,
andthe
resulting
interdependence,
couldbe
seen as analogousto
many
oflife's
experiencesin
their
net effect.It
is
the
nature ofthe
resulting
interdependence
which makesthe
elements worktogether.
Each
ofthem
has
a purpose and alogic
that
have
parallelsin
the
common experiences oflife.
This is
yetanother area of
design
that
is
newto me,
and one whichhas
muchobvious
exploratory
potential.When
I
startedthis
degree,
I
had
noidea
whereI
might arriveat
its
conclusion.As
!
viewthe
body
of workproduced,
I
would neverhave
guessedthat
it
wouldlook
like
this.
I
find
it difficult
to
45
that
they
camefrom
within me.Through
this work,
I
have
provento
myself
that
I
have
apersonal,
intuitive
aestheticsense,
andthat
there
are practical waysto
accessit.
I
have learned
that the
aesthetic sense
I
have,
ratherthan
being
specific,
is
both
multi-faceted
and subjectto
change.I
have
cometo
seethat this
is
anormal part of
growing
as a person and as an artist.I
have
learned
some practical methods
I
can useto
navigatethrough the
decisions
required
to
evolve adesign,
as well as some ofthe
pitfalls.I
think
that
the
key
pointfor
meis
to
keep
atthe
process untilthe
design
solution
becomes
obvious atthe
consciouslevel:
untilthe
solutionagrees with
the
intuitive
sense of what "ought"to
be done. The
sumof all
the
experiencesalong
the
way
is
that
I
have learned
to
be
more
flexible
in
my
wholeapproach,
more aware ofthe
mentalboundaries
stillin
place,
and moredetermined
to
let
my
intuitive
sense guide
further
work.One
reasonI
was unableto
go outsidethe
sphere ofthe
familiar
priorto
my
thesis
work wassimply
alack
of confidence.One
ofthe
hardest
things
I had
to
overcomein my
first
year wasthe
great
discomfort
I
felt
during
both
sketch critiques and critiques ofthe
finished
pieces.This
wasthe
casepartly
because
I didn't
understand enough about
design
to
participateintelligently
in
the
critiques of
others,
andpartly
because I
was so unsure ofmy
ownwork.
As
I
grewto
understanddesign issues
better,
I
cameto
valuethe
critiques and soughtthe
comments of others regularly.I
have
come
to
seethat,
while not allthe
ideas
that
cameled
whereI
thought
they
might,
they
were worthbringing
into
materialreality
46
can
be
seen,
studied,
reflectedupon,
and critiquedby
others,
that
they
have
the
greatest potentialto
help
givedirection
to
further
work,
as well asto
be
appreciatedfor
whatthey
are.I
have
returnedto
the
private school mentionedpreviously,
where
I
continueto teach
woodworking
to
middle and upper schoolboys,
as well as adults.The
things
I
learned
through
my
thesis
workhave been invaluable
in
this
regard.I
have
a newframe
of referencefor guiding my
studentsthrough the
design
andbuilding
process,
anddo
so with a sense of confidence and pleasurethat
is
new andfresh.
I
am ableto
seethings
in my
student's workthat
I
would nothave
seen
before,
and arn ableto
impart
focus
and enthusiasm asI
encourage
them
on.I
also continueto
pursuemy
own work withthis
same sense of
eagerness,
and concludethat the
process ofearning