Rochester Institute of Technology
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Theses
Thesis/Dissertation Collections
9-14-1983
A Marketing plan for the graduate computer
graphics design program at RIT
Gary Hemdal
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Recommended Citation
ROCHESTER
INSTITUTE
Oj?
TECHNOLOGY
A
Thesis
Submitted
to
the
Faculty
ofThe
College
ofFine
and AppliedArts
in
Candidacy
for
the Degree
ofMASTER
OF
FINE ARTS
A
Marketing
Plan
for
the
Graduate
Computer
Graphics
Design
Program
atRIT
By
Gary
Louis
Hemdal
!.EE!ovals
Advisor: Bryan [Illegible]
Date:
~~lW78'?
Associate Advisor:
James
C.
VerHague
Date:
V2t2/4:l
Associate Advisor: [Illegible]
I
I
Date:
~~F
L~
BJ
Assistant to the Dean
for Graduate Affairs:
Fred Meyer
Date:
---~~:;.,4_..::..--Dean, College of
R
b
H J
h
P
Fine
&
Applied Arts:
0 ert
. 0 nston
h.D
Date
:_~q"":,,,-\~,6e....-
_ _
~
I, Gary
Louis Hemdal, prefer to be contacted
each time a request for production is made.
I
can
be reached at the following address.
217
Lake Meadow Drive
Rochester, New York
14612
Signed:
G.,---a-ry---=-Le-w,---iS-H-e-m---=d----=a=1
====-7:-1;2-%3
Table
of ContentsPurpose
1
The
Marketing
Flan
3
Creative
Strategy
5
The
Concept
9
The
Brochure12
The
Computer
Information
Program
16
Conclusion
18
Advisor:
R.
Roger Remington
Associate Advisors:
James
C.
VerHague
Michael
Soluri
List
of AppendicesAPPENDIX
1.
Competition
19
APPENDIX
2.
The
Marketing
Plan
23
APPENDIX
3.
Computer
Word
List
39
APPENDIX
4.
The
Brochure
42
APPENDIX
5.
Syntax
Chart
47
APPENDIX
6.
Sample
Run
ofthe
Computer
InformationProgram
49
Purpose
In
the
winter of1983,
I
discussed
possibleThesis
topics
withProfessor Roger
Remington.
I
had
anidea
of whatI
wantedto
accomplish,but
lacked
a suitable project.My
first
thoughts
wereto
take
animaginary
product,
marketit,
create anadvertising
concept anddesign
all promotionalmaterials. The
idea
was workable. Roger agreedthat
the
idea
wasgood,
but
instead
of animaginary
product,
he
suggestedthat
I
create amarketing
plan
for
Rochester
Institute
of Technology's newgraduate program
in
Computer
Graphics
Design.
His
suggestion was perfect.I
wouldbe
ableto
demonstrate
whatI
had
learned
in
the
two
yearsat
RIT using
skillsin
Graphic
Design
(designing
print materials,
producing mechanicals,
using
photography
andtypesetting), Marketing
(creating
amarketing
plan and creativestrategy),
andComputer
Graphics
Design
(programming).
I
also would gainconfidence
from
taking
on such alarge
project aloneThe
purpose ofmy
Thesis
wasto
create amarketing
plan andstrategy
to
promoteRochester
Institute
ofTechnology's
new graduate programin
marketing
objectives,
target
audience,
competition,market
position,
copy
platform andthe
tone
andThe
Marketing
Plan
The
information-gathering
stage ofthe
designprocess
is
very
critical.A
graphicdesigner
mustaccurately
record and understandthe
client'sviews and needs as well as understand
the
project.My
first
step
wasto
learn
more aboutthe
GraduateComputer
Graphics
Design
program.I
met withProfessor James
VerHague,
Co-ordinator
ofthe
program. We
discussed his
proposalfor
the
program,
outlining
its
benefits
and weaknesses andits
relationship
to
the
College
ofFine
and AppliedArts,
I
also met withDr.
Peter
Giopulos,
AssociateDean
of
the
College
ofFine
and AppliedArts,
to
discuss
his
views onthe
new program.Using
the
notesfrom
these
meetings andmy
ownthoughts,
I
createdthe
marketing
plan.A marketing
planintends
to
do
the
following:
1
.identify
the
problems and opportunitiesfacing
acompany
or productby
assembling
knowledge about
the
market andthe
product's position within
it.
2.
find
out howthe
strategy
will achievethe objective.
1
Christopher
Gilson
andHarold
W.
Berkman,
Advertising
-Concepts
andStrategies
(New
York:
My
marketing
planis
createdaccording
to
William M.
Luther's
modelin
The
Marketing
Plan-How
to
Prepare
and ImplementIt.
Luther statesthat
the
plan orstrategy
should consist offour
parts:1
.Target
Audience"Who
to
sell"
2.
Positioning
"How
to
sell"3.
Copy
Platform
"What
to
sell"p
4.
Tone
and Execution"Way
to sell"I
knew
whatto
sell,
how
to
sell andthe
way
to
sell,
but
the
only
thing
missing
was marketanalysis.
To
whom wouldI
sell? Where wouldI
find
them?
I
soughtthe
answers atRIT's
Admissions
office where
I
met withRichard
Fuller.
Wediscussed
several
target
audiencesincluding
professionalgraphic
designers,
college artinstructors
andadministrators.
The
primetarget
audience,
however,
is
college undergraduates.By 1985,
half
of all men and womenin
the
United
States
willbe
college educated.Half
of all collegestudents own cars.
Two-thirds
have
tried
marijuana.William
M.
Luther,
The
Marketing
Plan
-How
to
Prepare andImplement
It
(New
York:
American
Forty
percent arebeer
drinkers
and one-thirdhave had
sex.This
information
is
interesting,
but
too
generalfor
my
purposes.I
have
asegmented
audience,
a selectgroup
of consumerswho would
probably
be
most receptiveto
a givenmarket
item.
Creative
Strategy
I
wasdismayed
atthe
relationship between
graphic
design
and advertising.Good
advertising
does
notnecessarily
need good graphicdesign.
In"fact,
some memorable advertisements arepoorly
designed,
"An
advertisement needs artistsfor
its
creation,
but
it
is
notnecessarily
artin
the
sensethat
apainting
is.
An
advertisementdoes
not existto
be
appreciated
for
its
ownsake,
but
to
influence
the
4
actions of
its
readers."I
was
determined
to
have
good graphicdesign
and good advertising.^Christopher
Gilson
andHarold
W.
Berkman,
Advertising
-Concepts
andStrategies
(New
York:
Random
House,
Inc.,
19u)
pg.1^0.
^
AlecBenn,
The
27
Most
Common Mistakes
in
Advertising
musthave
the
following
qualities:5
simplicity,
uniqueness,
credibility
andlongevity.
Simplicity
The
design
getsthe
attention ofthe
readerand
the
conceptinduces
the
readerto
try
the
product.
Both
concept anddesign
shouldbe
simpleand
easy
to
understand.The
concept shouldbe
limited
to
only
one ortwo
major points and mustnever
be
overpoweredby
the design.
Uniqueness
RIT
is
aleading
graphicdesign
school with a superbfaculty,
excellentfacilities
andbeautiful
location.
It
is
also one ofthe
few
schoolsin
the
United
States
that
offersComputer
Graphics
Design
atthe
graduate
level.
I
askedfor
information
from
fifteen
collegesand universities which offer programs
in
Computer
^William
M.
Luther,
The
Marketing
Plan
-How
to
Prepare andImplement
It (NewYork:
Ame ri
c anGraphics
Design
andGraphic
Design.
Appendix1
contains
the
resultsfrom my inquiries.
Evaluations
ofboth
the
schools'Computer Graphics
Design
programs andthe
design
quality
oftheir
promotional materials are
included.
William
Luther
saidthat
"uniqueness can alsobe
obtainedfrom
the
mannerin
whichthe
messagec
is
presented." Withthis
in mind,
the
ComputerInformation
Program
wasdeveloped.
It
symbolizesthe
futuristic,
high
technology
aspect ofthe
GraduateComputer
Graphics Design
program.The
Computer
Information
Program
is
discussed
completely
in
the
CIP
section.Credibility
The Graduate Computer
Graphics
Design programis new;
therefore,
theadvertising
campaign mustrely
on RIT's reputation as atechnology-oriented
design school. Since
Computer
Graphics Design
is
only
five
to
seven yearsold,
the
technology
is
unfamiliar and sometimes unbelievable.
The
promotional materials should show
the
merit ofthe
new program. We must convince prospective students
that
RIT
offers arigorous,
worthwhile program.Longevity
Longevity
is
the run of anadvertising
campaign,
for
examplethe
number oftelevision
commercials
that
will airin
a givenlength
oftime.
Since
RIT has
rolling
admissions andconstantly
recruits newstudents,
the
materialswill
be
used until a changein
the
programThe
Concept
While
driving
home
from
RIT,
I
passed a billboardon
Scottsville
Road.
The
billboard
advertisedthe
new
Stouffer's
Rochester Plaza Hotel.
It
pictureda
hand
polishing
abrass hotel
name plate. The slogan"We're
getting
ready
for
you" was written underneath.The
hand
polishing
the
brass
plateeffectively
conveyed
the
meaning
of"getting
ready."The
billboard
showed me
that
I
needed a conceptto
bring
all theparts
together.
I
asked agroup
ofRIT
students(who
have
taken
computer graphics
electives),
administrators,
andfaculty
for
their
opinions about computers.Their
responses are
listed
in
appendix3.
Based onthese
responses and
the
marketing
plan,
I
createdmy
first
concepts:What
will yoube
doing
in
thefuture?
Are you
ready
for
yourfuture?
Computers are our
friends.
They
laughed
atthe
WrightBrothers
too!
Be
Skeptical!Do
youCompute?
Become
involved
and you will neverlose
its
fascination.
Computers
Rule
anddraw
and color and...The
Computer
Image.
ENTER
the
world ofComputer
Graphics
atRIT.
Become
aDISK Jockey.
It's Easy!
One
step
ahead.Drawing
board
ofthe
future.
The
mouse getsthe
cheese.These
concepts wereclever,
but
inappropriate.
The
meanings weretoo
literal
and some would confusecomputer novices. The concept had
to
be
meaningfuland appropriate. It had to
include
thethemes
"Future",
"Design
atRIT",
and"Computer
Technology."My
second attempt atcreating
a conceptincludes
the
following:
A
Leaderin
DesignCareer Education.
Your
Pathway
to
a FutureDesign Career.
Your
Channel
to
aFuture Design
Career.
Your Route
to
a FutureCareer
in
Graphic
Design.
Connect with a Design
Related
Future.
The Future of Design
Career
Education.
and
finally,
Interface
withthe
Future ofGraphic
Design.
This
wasthe
appropriate slogan.RIT
is
the
interface
orthe
meeting
place where adesign
student
interacts
withthe
future
technology
ofgraphic
design.
Graphic
Design
Student
[
RIT
J
Computer
Graphics
Design
Interface
Future
ofDesign
I
could also relatethis
conceptto
AaronMarcus's
three
faces
ofthe
computer-innerface,
The
Brochure
I
based
my decisions
aboutthe
format
ofthe
brochure
from
the
wordlist
in
appendix3.
I
made
the
list
from
interviews
of students andfaculty.
I
also consultedthe
marketing
planto
make certainmy
decisions
coincided withthe
three
guidelines:1.
It
mustbe
well-designed.2.
It
must relateto
audience.3.
It
must notlook
trendy.
Cover
The
cover ofthe
brochure
is
a graphictranslation
of a computer
diskette.
I
chose atranslation
because
of
its
graphic quality.The
floppy
diskette
wasselected
because
it
signifiesinterfacing;
the
diskette
is
handledby
both
the
human
andthe
computer.Within
the
translation,
I have
setup
a systemof
light
to dark
(thick
to
thin)
line
weightsbased
onthe
shadows producedby
alight
sourcein
the
upperleft
corner.The
perimeter ofthe
translation
becomes
darker and heavier at
the
lower
right corner andlighter towards
the
upperleft
(see
appendix4).
The
hole,
label
andreading area,
create anexciting
contrast.
Their
system oflight
to
dark
is
oppositethat
ofthe
perimeter.The
cover ofthe
brochurehas
four
translations
arranged at right angles.They
createfour
channels,
whichintersect
atthe
center.
This
representsthe
interface
or interactionconcept. All
translations
have
their
activeend,
or
the
endthat
is
inserted
into
the
computer,
facing
outward
indicating
apositive,
activefeeling.
The
heading
onthe
cover usesthree
typeweights:
Helvetica
light,
regular,
andbold.
This
relatesto
the
light
to
dark
concept of thetranslation.
Theheading
is
separated sothat
the
individual
partswould make sense
if
isolated:
"Graduate,""Computer
Graphics," and
"Design
at RIT."The
ruledlines
arealso
based
onthe
translation's
light
todark
concept.The
ruledline
below
the
heading
is
one-sixteenth ofan
inch
andbecomes heavier
onfollowing
pages.The
ruled
line
on pagetwo
is
one-eighth of aninch,
pagethree
is
three-sixteenths of aninch
and pagefour
is
one-quarter of an
inch.
There
aretwo
other ruledlines
onthe
cover,
marking
the
top
andbottom
ofthe
grid.These
lines hold
the elementstogether
on
the
page.The
redlines
andbottom
heading
visually
become visually
dominant.
Specifications
Format
:Typeface
:Typeweight:
Typesize:
Line
Length:
Line
Count:
No.
ofCharacters
Grid:
Color:
Paper
Stock:
Halftone
Screen:
Printing:
11"
x
17",
four
pagefolder
Helvetica
Light,
regular,
bold
10/12 pt.
14
picas,
flush
left,
ragged right173
4521
(approximate)
Compositional
Black
Red
PMS
185
(with
black
added)
70#
Mead
Moisturite
Matte133
LinesOffset Duplicator
The
text
ofthe
brochure
is
adaptedfrom
Professor
James VerHague's
proposalfor the
Computer
Graphics
Design
program atRIT.
The
symbolsthat
representthe
"Three
Faces
ofthe
Computer"are
included
as examplesof Computer Graphics
Design.
The
mattefinish
paperwas chosen
to
givethe
brochure
a modernlook.
I
used photographs of studentsworking
in
the
Design Systems
Laboratory
because
suitable examplesof student work were unavailable.
The
photographscomputers.
According
to
Alec
Benn,
"photographs
usually
gain more attentionthan
drawings
or paintingsand are more convincing.
Readers
accept photographs7
as
objective,
aspicturing
whatis
real."I
created a syntax chartto
help
withthe
design
decision-making.
Wordsdescribing
computersare
listed
onthe
left
side ofthe
chart and varioussyntax are
listed
acrossthe
top.
There
is
an "x"on
the
chartfor
every
syntaxthat
is
appropriatefor
each word.
I
determined
which syntaxto
useby
counting
the
"x's"(see
appendix5).
The
brochure
is
printedin
easy-to-read Helveticatype,
black
onwhite,
with red accents.Red,
according
to
Johannes
Itten,
is
"hot,
active,
loud,
andg
exciting."
Helvetica
is
modern and usedfrequently
in RIT
publications.'Alec
Benn,
The
27
Most Common Mistakesin
Advertising
(New
York: American ManagementAssociations,
1978)
pg. 43.8
Johannes
Itten,
The
Art ofColor
(New
York:
The
Computer
Information
Program
During
one ofmy
meetings withDr.
Giopulos,
we
talked
aboutthe
collegebulletin
from
the
University
ofIllinois
atChicago
Circle.
This
bulletin
is
different
from
the
otherbulletins
I
received.
It
is
a micro-fiche. We agreedthat
the
micro-fiche was
extremely
clever,
timely
and economicalIt
gave me anidea.
Let
a computer promotethe
Graduate
Computer
Graphics
Design
program!A
programcould
be
written which woulddisplay
screens ofinformation,
showdigitized
images,
and. run graphicsprograms.
I
wrotethe
Computer
Information
Program
(CIP)
in BASIC
for
the
APPLEII
computer.It
is
aninteractive
programthat
illustrates
the
"Interface
with
the
Future
of Graphic Design" concept.The
CIP
displays
text
andtwo
digitized
photographsfrom
the
brochure.
Since
the
graphics capabilities ofBASIC
arelimited,
I kept
thedesign
of each screen simple.The
title of each section appearsin
the
upperleft
corner of
the
screen.A
personalized slogan appearsin
the
center ofthe
screen.The
text
is
all capswith
flush
left
margins. Title screens arejustified
The
CIP diskette
contains sevenfiles.
CIP
andCIP2
containthe
programitself.
PIC.
1.
PIC
andPIC. 2.
PIC
arethe
digitized
photographs;
IMAGE
is
a graphics program writtenby Mary
Jane
Lewandowski.
CHAIN
is
a machinelanguage
program whichlinks
allprograms
together
withoutlosing
the
variables.HELLO
runsCIP
immediately
afterbooting
the
diskette.
A
sample run ofthe
CIP
is
in
appendix6,
and theConclusion
This
Thesis
brought
together my two
years ofstudy
atRochester
Institute
ofTechnology.
Theimportance
of whatI
have
learned
is
now clear.In
my
first
summer atRIT,
I
wastold
to
find
systems
in my work,
to
relate all partsto
eachother,
and
to
explore all alternatives.I
did
allthree
in
this
Thesis.
Finding
a systemhelped
me createthe
graphictranslation
ofthe
computerdiskette.
I
relatedthe
same systemto
the
brochure
andthe
CIP.
My
early
advertising
concepts wereterrible,
but
by
exploring
the
alternatives,
I
found
astrong
concept.I developed
timelines
during
this
projectto
organize
the
work,
budget my
time,
and set priorities."Shopping
Lists"were also made which
helped
meto
organize and evaluate
my
ideas.
Graphic
Design workis
a pathfrom
frustration
to
revelation. The revelation comes when an answersuddenly
jumps
from
the
page.The
frustration
is
when you realize
that
it
wasthere
allthe
time.
I
have
demonstratedmy
skillsin
marketing,
graphic
design,
and computerprogramming
andhave
gained confidence
to
handle
large
projects.APPENDIX
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APPENDIX
2
A
Marketing
Planfor
the Graduate ComputerGraphics
Design Program in the College ofFine and Applied
Arts,
Department ofGraphic
Design.Rochester Institute of
Technology
Gary
L. HemdalTable
of ContentsBackground
2
Aud
ience
3
Program Objectives
5
Competition
6
Marketing
Obj
ectives 10Strategies
10Evaluation
13
Timeline
14
Advisors :
R. Roger Remington
James C. VerHague
Michael Soluri
Background
Rochester
Institute
ofTechnology
has alwaysbeen
dedicated
to career education and most recentlyrecognized a
growing
needfor
campus-wide computerliteracy.
A program wasinitiated
to make RITstudents computer
literate
and to give them theability
to competefor
jobs
in thefuture.
Computers can
be
found
in the College of Fineand Applied
Arts,
Department of Graphic Design.Today's
graphic design student isfaced
with revolutionary
technical advances in the designprofession. Digital
typesetting,
computerized pagelayout,
word processing, electronic color production,computer-aided slide production and animation are
a few examples.
As the modes of communication grow more
sophisticated, the educational needs of graphic
design students expand
from
simplylearning
strongdesign fundamentals to
becoming
familiar
withcomputer graphics systems and computer-aided design.
The graduate program in Computer Graphics Design
in the College of Fine and Applied Arts
leading
to aMaster of Fine Arts degree will meet this
growing
the
graphicdesigner
as an artist and an applications-oriented
systemsdeveloper.
RIT's
computer graphics courses arefilled
immediately
after the start of registration. It hasbeen
proven that students whohave
taken computergraphics electives are
typically
employed earlierand earn salaries that are
$2,000
-$4,000
higherthan those who
have
no computer experience. Basedon the current demand
for
computer graphics electivesin
the College of Fine and AppliedArts,
thepotential
for
success of this new program is verygood.
Employment opportunities for a graduate of this
program exist in areas such as slide and audio/visual
services, electronic publishing, education,
digital
type
design,
animation services and computer systemsdesign.
Audience
1 . The prime target audience is male and
female
college graduates
holding
B.A.degrees
orrelated degrees in the arts or education
from
old.
Another
potential market, which would channelinformation
to the prime market, consists ofcollege art
instructors,
administrators andguidance counselors. A student seeking
information
about graduate study islikely
toask a respected art instructor or counselor
for
advice. A student might seek informationat
his
high
school, but the Computer GraphicsDesign program
is
too specific anddemanding
to warrant
publicity
at thatlevel.
Another market
is
working design professionals.Age group:
25-50
years old. The same computertrends that influence RIT students influence
them.
Many
designers
feel
lost,
confused andfrightened
by
the new technology. As graphicdesign students with computer
training
enterthe market, many professionals will need to
become computer literate to compete. In the
future of the Computer Graphics Design program,
a possible joint effort could
be
establishedbetween corporations,
design
agencies, artfirms
and RIT to create a specialcontinuing
education program or
workshop
in computerProgram Objectives
The
objectives of the Computer GraphicsDesign
program are to:
-teach
the student atleast
oneprogramming
language
-give the student experience with
digital
typesetting
equipment
-give the student a
basic
knowledge
of microprocessorsand minicomputers
-develop
the student's creative abilities
-teach the student
how
to examine and evaluatevariations in
design
-teach the student how to interact with computers
in
solving
design-related
problems
-teach the student how to use
formal
visual systemsand applied visual semiotics
-teach the student the
differences
and similaritiesbetween
computer-generated and manualdesign
-teach the student how to use the
variety
ofcomputer output
devices
to create anddisplay
design
imagery.The student will
learn
how
to present variousaspects of computer graphics and graphic
design
andwill
be
able to train or orient otherdesigners
in
Competition
There
areapproximately
five
other colleges anduniversities in North America which offer programs
in
Computer Graphics Design at the graduate level.1
. SCHOOL OF THE ARTINSTITUTE OF CHICAGO
Purpose: to teach
BASIC,
FORTRAN and PASCAL inrelation to design
Degree : MFA in Visual Communications
College: Art and Technical Studies
2.
ILLINOIS INSTITUTE OF TECHNOLOGYPurpose:
Educating
highly
innovative designersDegree : MS in Computer Design
3. SHERIDAN COLLEGE OF APPLIED
ARTS,
Ontario
Purpose: Innovative approaches to computer-generated
imagery
Degree : Canadian Certificate
College: School of Applied Arts
Facilities: Genigraphics ,
Dicomed,
Hewlett-Packard
4. UNIVERSITY OF MICHIGAN
Purpose: Computer-aided design
Degree : MFA
College:
Literature,
Science and the ArtsFacilities: Minicomputers
5. HARVARD UNIVERSITY
Marketing
Objectives
1 .
Announcement
of a new Masters program inComputer
Graphics
Design at RIT.2.
Attraction
of21-24
applicants to the ComputerGraphics
Design program.3.
Creation
of promotional materials whichreflect the high quality educational programs
at RIT. Creation of materials to promote
RIT and the new Computer Graphics Design
program to
be
used on campus.4.
Introduction of computer graphics designto a
potentially
computer illiterateaudience.
Strategies
Word of Mouth. The
introduction
of a new graduateprogram at RIT may not
be
hardbreaking
news,but
itis
nevertheless newsworthy. The announcement of anew program should
be
madebefore
informational
materials are sent to potential students. Well-written
press releases should
be
sent to magazines, newspapers,trade
journals
and educational publicationsannouncing
RIT's continuing effort to promote computer
literacy.
There are also many national computer conferences
like
SIGGRAPH,
the National ComputerGraphics
Association's conferences, and RIT's Designer and
Technology
Update conferences which are excellentInformational
Brochure and/or Poster. Abrochure/
poster will give the
Institute
a means of disseminating
information
to prospective students, collegeart
instructors,
university
counseling departments
and news agencies. Further study is necessary to
determine
if a separatebrochure
and poster shouldbe
created or if a combinedbrochure/poster
wouldbe
sufficient.Requirements
:1.
It mustbe
well-designed. We arepublicizing
a
design
school.2.
It must relate to target audience.3.
It must represent the Computer Graphics Designprogram without
looking
trendy
orfaddish.
The Computer Information Program or CIP
-Floppy
disk.
An interactive computer program will
be
writtenfor
the APPLE II computer. The CIP will
introduce
prospective students to the computer and to the
Computer Graphics Design program. It will show that
computers are not ominous. Examples of RIT student
work will
be
included. The CIP canbe
mailed tocolleges and universities with undergraduate programs
in Graphic Design. It can also
be
shown to prospectVideotaped
Presentation.
A videotaped programwill
be
developed
using
existing
RIT studentcomputer-animated
films.
Newspaper /Magazine
Print Ads. Newspaper and magazineadvertisements will
be
developed using the samegraphic
format
and concept as the other publicitymaterials. These ads would
be
published in periodicals
relating
to computers. This strategy is notas
important
as the others, but depends upon thebudgetary
limitations
of the program.Consider these
facts:
Percent of college graduates MEN WOMEN
that read at
least
oneweekend newspaper. 61%
62%
OMNI Magazine, (futurist and computer oriented)
909
ThirdAvenue,
NewYork,
NY 1002290%
of readers are male, aged18-34
years old.80%
of total readers are college educated.Time Magazine, (business oriented)
Rockefeller
Center,
NewYork,
NY10020
85%
of total readers are college educated.Other examples include:
Computers & Electronics
Ziff-Davis
Publishing
1 Park Avenue
New
York,
NY 10016Computer Design
Pennwell Publications
119
Russell StreetUpper
andLowercase
(U&LC)
International
Typeface
Corporation2
Hammarskjold
PlazaNew
York,
NY10017
PRINT Magazine
RC
Publications,
Inc.355
Lexinton
AvenueNew
York,
NY10017
Evaluation
The Graphic Design Department of the College
of Fine and Applied Arts hopes to enroll
14-16
newstudents in the Computer Graphics Design program in
the Fall of 1984. The success of this marketing
plan will
be
based
on the number ofinquiries
andthe number of applicants to the program. In order
for
this plan tobe
successful, the College of Fineand Applied Arts and the
Graphic
Design Departmentshould receive
40-50
inquiries andapproximately
21 applicants to the Computer Graphics Design program
Timeline
September 83
Ready
PrintMaterials.
Press
Materials
including
releases.
October
83
November83
Release information to news sources.
Release information
to Colleges and
Universities.
December
83
January
84
Prospective student
visitations.
(continue
throughSummer 1984).
February
84
March
84
April84
May
84
Usual deadline for admission,
extend through August if
necessary.
June
84
July
84
August
84
Evaluation of
Marketing
ilan.(Approximately
one month before
program start).
September
84
Start of Pall
84 quarter.
APPENDIX 3
Inner Research
I have
interviewed
a selectgroup
of GraphicDesign
students whohave
taken
Computer Graphicselectives,
administrators and professional peopleof
RIT.
I
askedthem
to
describe
in
afew
words:1
)
How
they
feel
about computers and computergraphics.
2)
Howthey
feel
whenusing
a computer.3)
What
they
think about computer graphicsdesign
work.
Positive
Responses
Flexibility
Speed
Fast,
Fast,
Fast
ControlFreedom Worry-less Relevance
Vanguard
New Wave
Up
&
Coming
FutureExacting
Fast
Tool
Exciting
many
choicesavailable
New!
Fascinating
Gets
rid ofboardwork
PossibilitiesAid
Space-saving
disk
Exciting
Results
arehigh
Control
Scaling/Transformations
Play
Fun!
Science
Fiction
Gridular "Based on a Grid"
Easy
FastI
like
it!
Negative
Responses
Frustrating
Time-consuming
Involved
Complicated
Limited
Not acceptedin
art worldCold
TOO
Commercial!
Electronic
Frightening
Frostbite
Limiting
Eyestrain
Frustrating
Ugly
typefaces
Copies
whathas
been
done
APPENDIX
4
About RIT
Rochester
Institute ofTechnology
is
anindependent,
coeducational universityconsisting
of nine colleges: Applied ScienceandTechnology,
Business, Continuing Education,
Engineering,
Fine and AppliedArts,
GeneralStudies,
Graphic
Arts and
Photography, Science,
and the National Technical Institute forthe Deaf. RIT enrolls morethan 8,500 full-time
undergraduate and 1,350graduate
students in addition to more than
5,000area students who study
part-time in the College of
Continuing
Education.The Institute's $130 million
campus is located in the Rochester suburbs, closeto a widevarietyof recreational and
cultural
facilities, including
the Memorial ArtGallery
and theInternational Museum of
Photography. Buffalo's
Albright-Knox
Museum,
Syracuse'sEverson Museum and many small
private galleries in the Rochester
areacontribute to a
lively
culturalscene.
RITalso maintains another
location at its
City
Center indowntown Rochester.
Introduction
As the modes of
communication havegrown more
sophisticated, the field ofgraphic
design hasalso expanded its
range of expertise to meet new
visual informational needs. From its beginnings in advertising art, it has branched into suchdiverse
areas as massive corporate
identity
programs, marketing,medical communications,
environmental graphics,
institutional graphics, packaging, audio/visual design and
television. Conferences such as
"The Designerand
Technology
Explosion",
held at RIT inMay
1982,
clearly indicate the urgent need for thegraphic designprofession toparticipate in the
emerging communications
fields
broughtabout
by technology,
particularly computer graphics. The Computer
Graphics Design
program reflects the
expanding
role of thegraphic designer in ourtechnological,
information-based
society.
The Program
Computer Graphics Design at RIT is a two-year program of sequential creative
problem-solving experiences relating graphic design principlesto
computer graphics applications. Studioand programming
involvement is directed toward the solution of
individual,
groupand assigned design problems.
Emphasis
is placed upon the quality ofimages,
communicationeffectiveness, and the innovative applicationof digital
technology
to visual communication.
Specifics
of the program are developed in accordancewith theprofessional goal ofthestudent
and work
leading
toward themaster's thesis.
Facilities
The College
ofFine
andApplied
Arts has a mediacenterequipped and staffed toallow you
to
implement
yourideas
by
usingphotography,
letterpress,
offsetprinting,
screenprinting,
typesetting,
and multi-imagepresentation.
Spacious
studio work areas are providedfor
theindividual
studentlocated
nearThe Three Faces ofthe
Computer
Innerface
All those means in which the
computer makes itself known to the people who build and maintain
it,
means such as theelectrical and mechanical workings insideand the programs used
by
the computer.
Interface
The relationship between man
(user)
and computer iscalled the Interface. The computerpresents
information to a user in
various forms such asverbal questions, visual structures and lists of datawhich enable a userto create a
final image.
Outerface
Any
image that is producedby
a computer graphics system can beconsidered anOuterface. The outerface is usually the artwork produced
by
a computer such ascharts,
photographs,
maps,text,
graphs or slides.over
$250,000.
This lab has avariety
of microcomputers, digitaltypesetting
systems and aGenigraphics
100Ccomputer-generated slide and animation
system.
Requirements
Applicants
should hold abaccalaureate
degree in a field ofalgebra,
trigonometry
andanalytical geometryare required. Applicants are admitted to the program upon recommendation of the graduate admissions
committeewhich examines
transcripts,
math requirements, references, a portfolio of creative work and a statementof purpose.design,
animation services, andthe
design
of computer graphics and composition systems.Yearl
Fall Quarter
Introduction to
Computer
Graphics
DesignVisual
Semiotics/Graphic
DesignElective
General Studies WinterQuarter Two-Dimensional ComputerGraphics
Design DigitalTypography
Minor Elective General StudiesSpring
Quarter Three-Dimensional Computer Graphics DesignComputer-Generated Slide Design Minor
Elective
Graduate Forum
Year2
Fall Quarter
Advanced Computer Graphics Design
Computer-Generated Animation Elective
Minor
Winter Quarter
Advanced Computer Graphics Design Elective Graduate Thesis
Spring
Quarter Elective Minor Graduate Thesis The CIPA Computer Information Program on
floppy
disk isavailable
for
useon the Apple IIcomputer. This program contains more information aboutthe Computer
Graphics
Design Program at RIT.Formore information or
if
youdesire a personal
interview
contact:
Rochester Instituteof
Technology
College
of FineandApplied Arts
One
Lomb Memorial DriveRochester,
NewYork 14623Orcall:
(716)
475-2643RIT admits and hires men and
women,veterans and
disabled
individuals of
any
race, color, national or ethnicorigin, or marital status, in compliance with all appropriatelegislation,
APPENDIX 5
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6
FACILITIES AT RIT
j
TAKE ABYTE OUTOF ! OURAPPLES, GARY. [
THEPROGRAM
SO, YOU'VESEENTRON, NOWWHAT?
COURSE DESCRIPTIONS
COMPUTERGRAPHICSDESIGNATRIT
THECOLLEGEOFFINE ANDAPPLIEDARTS ^H HASAMEDIACENTEREQUIPPEDANDSTAFFED
TO ALLOWYOUTO IMPLEMENT YOURIDEAS BY
USINGPHOTOGRAPHY, LETTERPRESS,OFFSET f PRINTING, SCREENPRINTING, TYPESETTING :
ANDMULTI-MEDIAPRESENTATION.
SPACIOUSSTUDIOWORKAREASARE H.--"'V
fl
PROVIDED FOR YOULOCATEDNEARTHEMEDIA ; , CENTER. THE DESIGNSYSTEMS LABORATORYCONTAINS EQUIPMENT VALUEDATOVER [ :
250,000. 1-' :'-'
THIS LABHASAVARIETYOF 1 MICROCOMPUTERS, DIGITALTYPESETTING {-'- -SYSTEMSANDA GENI GRAPHICS I0OC i*-'-\ '--'* COMPUTER-GENERATED SLIDE AND ['.:-: 5 ANIMATIONSYSTEM. |>:/: |H ...PRESS<RETURN> TO CONTINUE. [*. '; H
GARY, IFYOUAREACCEPTED INTO H j^H THE COMPUTER GRAPHICS DESIGNPROGRAM, U-~,
-.rK YOUWILL SPEND TWO YEARS INCREATIVE U; ^j PROBLEM-SOLVINGRELATINGGRAPHICDESIGN H _"J
PRINCIPLESTO COMPUTERGRAPHICS MM APPLICATIONS. YOURSTUDIOAND H B
PROGRAMMING INVOLVEMENTWILLBE H1 1'-.:'% DIRECTEDTOWARD THESOLUTIONOF HH ^Mt ASSIGNEDDESIGNPROBLEMS. ^"^ Uj EMPHASISWILLBEPLACED UPON [> 1 "jj THE QUALITYOFYOUR IMAGES, J&'l ,-TI COMMUNICATIONEFFECTIVENESS, AND THE ^M M* INNOVATIVEAPPLICATIONOFDIGITAL kbf HH
TECHNOLOGY TOVISUAL COMMUNICATION. MMMMM THESPECIFICSOFTHE PROGRAM 11 .^M WILLBE DEVELOPED INACCORDANCE !-;"> '" WITH YOURPROFESSIONALGOALAND ^^9 '-** WORKLEADING TOYOURMASTER'STHESIS. L*V
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...PRESS<RETURN>TO CONTINUE. f^1 - >J
GARY. HERE A*E THE ^nyRSESWEOFFER:
H|
H 1. IriTSOnt'CIICINTDCDMFUTEP 1 ":.lGF^piVICSDESIGN 1
2. TWO-DIMENSIONALCDMPUTEP |
'-'
[S T. 1HF-.EF.-DIMENSIQN6LCOMPUTER I -!
GP-iPHICSDESIGN
f>' ' .-t 4. VI 5UmL SEM1OTI C 5GRAPH I CDE SI GN 1 I =.. DI-IIAi. TOPOGRAPH* >^H 6. COMPUTER-GENERATEDSLIDE DESIGN 1 :^ 7. COMPUTER-GENERATE!?ANIMATION 1 ! S. ADVANCEDCOMPUTED GRAPHICS 1 1 1
! DESIGN fl I
?. RKSEARCHAND THFS!S HUTDANCF - 1 1". THC'JNlINUE |: M
FOPDETAILED INFORMATIONABOUT 1 A EACHCOURS1".. cNxEf- IHENUMBER '1-10) 1
'
'-I
1 THENPRFB5i RETURN .j*1
I -<*
APPENDIX
7
3.LIST
10 REM COMPUTER INFORMATION PRO
GRAM
20 REM 25 JULY 1983 25 HOME
30 FOR I = 1 TO 8:
PRINT : NEXT I
40 PRINT "
INTERFACE
WITH"
50 PRINT 60 PRINT "
THE FUTURE OF BR APHIC DESIGN": PRINT
70 PRINT "
AT"
s PRINT SO PRINT "
ROCHESTER INST I TUT E OF TECHNOLOGY"
90 FOR I = 1 TO 6000
100 NEXT I
105 REM SECOND SCREEN
110 HOME : FOR I = 1 TO 5: PRINT
: NEXT I 120 PRINT "
COMPUTER INFORM AT I ON PROGRAM": PRINT
122 PRINT
130 PRINT "AN INTRODUCTION TO TH E GRADUATE COMPUTER"
140 PRINT "
GRAPHICS DESIGN PROGRAM AT RIT"
150 PRINT : PRINT : PRINT 160 PRINT "
.
HEMDAL"
165 PRINT 170 PRINT "
ERHAGUE"
175 PRINT : PRINT 180 PRINT "
IT 1983"
190 PRINT "
RESERVED"
200 FOR I = 1 TO 8000
210 NEXT I
215 REM START OF TEXT 220 HOME
230 REM INTRODUCTION. TAKE USER S NAME
235 FOR I = 1 TO 7: PRINT : NEXT
I
240 PRINT "THANK YOU FOR YOUR IN TEREST IN"
250 PRINT "ROCHESTER INSTITUTE 0 F TECHNOLOGY"
260 PRINT "AND THE GRADUATE PROG RAM IN"
270 PRINT "COMPUTER GRAPHICS DES ION."
BY: GARY L JAMES C. V PRINT
COPYRIGHT R ALL RIGHTS
301 PRINT
309 PRINT "PLEASE TYPE YOUR FIRS T NAME ONLY"
310 PRINT "
(EXAMPLE: JOHN) AND T HEN PRESS < RETURN >. "
320 INPUT N*: HOME
325 FOR I = 1 TO 10: PRINT : NEXT
I
330 PRINT "I AM PLEASED TO MEET
YOU,
"jN*;"!"340 PRINT : PRINT "NOW THAT WE H AVE BEEN
INTRODUCED,
"350 PRINT "LET US BEGIN."
360 FOR I = 1 TO 4500
370 NEXT I 380 HOME
390 FOR I = 1 TO 3: PRINT : NEXT
I
400 PRINT "ROCHESTER INSTITUTE O F TECHNOLOGY IS AN"
410 PRINT
"INDEPENDENT,
COEDUCAT IONAL UNIVERSITY"420 PRINT "CONSISTING OF 9 COLLE GES:": PRINT : PRINT
430 PRINT "APPLIED SCIENCE AND T
ECHNOLOGY"
440 PRINT "BUSINESS"
450 PRINT "CONTINUING EDUCATION"
460 PRINT "ENGINEERING"
470 PRINT "FINE AND APPLIED ARTS
II
480 PRINT "GENERAL STUDIES"
490 PRINT "GRAPHIC ARTS AND PHOT
OGRAPHY"
500 PRINT "SCIENCE"
510 PRINT "
AND THE"
520 PRINT "NATIONAL TECHNICAL IN
STITUTE"
530 PRINT "
FOR THE DEAF."
555 PRINT : PRINT : PRINT
560 PRINT "...PRESS < RETURN > TO CONTINUE. "
570 INPUT A*
580 HOME : PRINT : PRINT 590 PRINT "
RIT ENROLLS MORE T HAN 8,500 FULL-"
600 PRINT "TIME UNDERGRADUATE AN D 1,350 GRADUATE"
610 PRINT "STUDENTS IN ADDITION TO MORE THAN 5,000"
620 PRINT "AREA STUDENTS WHO STU DY PART-TIME IN"
660 PRINT "IS LOCATED IN THE ROC HESTER
SUBURBS,
"670 PRINT "CLOSE TO A WIDE VARIE
TY OF RECREATIONAL"
680 PRINT "AND CULTURAL FACILITI
ES,
INCLUDING"690 PRINT "THE MEMORIAL ART GALL ERY AND THE"
700 PRINT
"INTERNATIONAL
MUSEUM OF PHOTOGRAPHY. "710 PRINT "BUFFALO'S ALBRIGHT-KN
OX
MUSEUM,
"720 PRINT "SYRACUSE'S EVERSON MU SEUM AND MANY"
730 PRINT "PRIVATE GALLERIES IN THE ROCHESTER AREA"
740 PRINT "CONTRIBUTE TO A LIVEL Y CULTURAL SCENE."
750 PRINT 760 PRINT "
RIT ALSO MAINTAINS
ANOTHER LOCATION"
770 PRINT "AT ITS CITY CENTER IN
DOWNTOWN"
780 PRINT "ROCHESTER."
790 PRINT
800 PRINT "...PRESS < RETURN > TO CONTINUE. "
810 INPUT A* 820 HOME
830 REM FACILITIES
832 FOR I = 1 TO 3: PRINT : NEXT
I
833 PRINT "FACILITIES AT RIT"
834 FOR I = 1 TO 7: PRINT : NEXT I
835 PRINT "
TAKE A BYT E OUT OF"
836 PRINT "
OUR APPLES
".
|\|$ m
"
837 FOR I = 1 TO 3500: NEXT I:
HOME,
840 FOR I = 1 TO 4: PRINT : NEXT I
850 PRINT "
THE COLLEGE OF FIN E AND APPLIED ARTS"
860 PRINT "HAS A MEDIA CENTER EQ UIPPED AND STAFFED"
870 PRINT "TO ALLOW YOU TO IMPLE MENT YOUR IDEAS BY"
880 PRINT "USING
PHOTOGRAPHY,
LETTERPRESS,
OFFSET"890 PRINT
"PRINTING,
SCREEN PRINTING,
TYPESETTING"900 PRINT "AND MULT I-MEDI A PRESE NTATION. "
905 PRINT 910 PRINT "
SPACIOUS STUDIO WO
RK AREAS ARE"
920 PRINT "PROVIDED FOR YOU LOCA
TED NEAR THE MEDIA"
930 PRINT "CENTER. THE DESIGN S
YSTEMS LABORATORY"
940 PRINT "CONTAINS EQUIPMENT VA
LUED AT OVER"
945 PRINT "*250,000. "
946 PRINT
950 PRINT THIS LAB HAS A VAR IETY OF"
960 PRINT
"MICROCOMPUTERS,
DIGIT AL TYPESETTING"970 PRINT "SYSTEMS AND A GENIGRA PHICS 100C"
980 PRINT "COMPUTER-GENERATED SL IDE AND"
990 PRINT "ANIMATION SYSTEM. "
1000 PRINT : PRINT
1010 PRINT "...PRESS < RETURN > TO CONTINUE. "
1020 INPUT A* 1045 HOME
1046 REM ABOUT THE PROGRAM
1050 FOR I = 1 TO 3: PRINT : NEXT
I
1060 PRINT "THE PROGRAM"
1070 FOR I = 1 TO 7: PRINT : NEXT
I
1080 PRINT "
SO,
YOU'VE SEENTRON,
NOW WHAT?"1090 FOR I = 1 TO 3500: NEXT
I: HOME
1110 PRINT "
";N*;",
IF YOU AR E ACCEPTED INTO"1120 PRINT "THE COMPUTER GRAPHIC S DESIGN
PROGRAM,
"1130 PRINT "YOU WILL SPEND TWO Y EARS IN CREATIVE"
1140 PRINT "PROBLEM-SOLVING RELA TING GRAPHIC DESIGN"
1150 PRINT "PRINCIPLES TO COMPUT ER GRAPHICS"
1160 PRINT "APPLICATIONS. YOUR STUDIO AND"
1170 PRINT "PROGRAMMING INVOLVEM ENT WILL BE"
1180 PRINT "DIRECTED TOWARD THE SOLUTION OF "
1190 PRINT "ASSIGNED DESIGN PROB LEMS.": PRINT
1200 PRINT "
EMPHASIS WILL BE PLACED UPON"
1210 PRINT "THE QUALITY OF YOUR
IMAGES,
"1220 PRINT "COMMUNICATION EFFECT
IVENESS,
AND THE"1230 PRINT "INNOVATIVE APPLICATI
1240 PRINT "TECHNOLOGY TO VISUAL
COMMUN I CAT I ON.
"
: PRINT 1250 PRINT "
THE SPECIFICS OF THE PROGRAM"
1260 PRINT "WILL BE DEVELOPED IN
ACCORDANCE"
1270 PRINT "WITH YOUR PROFESSION
AL GOAL AND"
1280 PRINT "WORK LEADING TO YOUR
MASTER'S THESIS."
1290 PRINT : PRINT
1300 PRINT "...PRESS < RETURN > TO
CONTINUE."
1310 INPUT A* 1350 HOME
1360 REM COURSE DESCRIPTIONS
1370 FOR I = 1 TO 3: PRINT : NEXT
I
1380 PRINT "COURSE DESCRIPTIONS"
1390 FOR I = 1 TO 7: PRINT : NEXT
I
140O PRINT "
COMPUTER GRAPHIC
S DESIGN AT RIT"
1410 FOR I = 1 TO 3500: NEXT I
1420 HOME
1430 REM MENU
1440 FOR I = 1 TO 10: PRINT : NEXT
I
1450 PRINT
"";N*;",
HERE ARE THECOURSES WE OFFER: "
PRINT : PRINT
INTRODUCTION GRAPHICS DE TWO-DIMENSIO GRAPHICS DE THREE-DIMENS GRAPHICS DE 1460
1470 PRINT "
1.
TO COMPUTER"
1480 PRINT "
SIGN"
1490 PRINT "
2.
NAL COMPUTER"
1500 PRINT " SIGN"
1510 PRINT "
3.
IONAL COMPUTER"
1520 PRINT " SIGN"
1530 PRINT "
4. VISUAL SEMIO
TICS/ GRAPHIC DESIGN"
1540 PRINT "
5. DIGITAL TYPO
GRAPHY
1550 PRINT " 6. COMPUTER-GEN
ERATED SLIDE DESIGN"
1560 PRINT 7. COMPUTER-GEN
ERATED ANIMATION"
1570 PRINT "
8. ADVANCED COM
PUTER GRAPHICS"
1571 PRINT " DESIGN"
1600 PRINT : PRINT
1610 PRINT "FOR DETAILED INFORMA
TION ABOUT"
1620 PRINT "EACH
COURSE,
ENTER T HE NUMBER (1-10)"1630 PRINT "THEN PRESS < RETURN>"
1635 PRINT "ENTER "10"
TO CONTIN UE WITH THE CIP. "
1640 INPUT N
1650 IF N = 1 THEN GOSUB 1700EL
SE
1651 IF N = 2 THEN GOSUB 2000EL
SE
1652 IF N = 3 THEN GOSUB 2300EL SE
1653 IF N = 4 THEN GOSUB 2600EL
SE
1654 IF N = 5 THEN GOSUB 2900EL
SE
1655 IF N = 6 THEN GOSUB 3200EL
SE
1656 IF N = 7 THEN GOSUB 3500EL
SE
1657 IF N = 8 THEN GOSUB 3800EL
SE
1658 IF N = 9 THEN GOSUB 4100EL SE
1659 IF N = 10 THEN GOSUB 4300E
LSE
1660 HOME : FOR I = 1 TO 1 1: PRINT
: NEXT I: PRINT "
T
RY
AGAIN,
";N*;"-"1661 FOR I = 1 TO 1500: NEXT I
1662 GOTO 1440
1700 HOME
1701 REM COURSE NO. 1
1710 FOR I = 1 TO 3: PRINT : NEXT I
1720 PRINT "1. INTRODUCTION TO C
OMPUTER"
1725 PRINT "
GRAPHICS DESIGN"
1730 FOR I = 1 TO 3: PRINT : NEXT
I
1740 PRINT "
AN INTRODUCTION T
O PROGRAMMING"
1750 PRINT "FOR THE DESIGN OF CO
MPUTER GRAPHICS."
1760 PRINT
"";N*;",
YOU WILL LEARN HOW TO"
1770 PRINT "USE THE
KEYBOARD,
CRT,
DISK DRIVE,"1780 PRINT
"TABLET,
PRINTER,
PLOTTER AND"
1810 PRINT "SIMPLE PROGRAMS AND
CREATING"
1820 PRINT "PICTURE FILES."
1830 PRINT : PRINT : PRINT
1840 PRINT "...PRESS <RETURN> TO CONTINUE. "
1850 INPUT A* 1855 HOME 1860 GOTO 1440 2000 HOME
2001 REM COURSE NO. 2
2010 FOR I = 1 TO 3: PRINT : NEXT
I
2020 PRINT "2. TWO-DIMENSIONAL C
OMPUTER"
2021 PRINT "
GRAPHICS DESIGN
11
2030 FOR I = 1 TO 3: PRINT : NEXT
I
2040 PRINT "
EXPOSURE TO COMPU TER GRAPHIC"
2050 PRINT
"ALGORITHMS,
DESIGN HEURISTICS,
DESIGN"2060 PRINT
"METHODOLOGY,
LANGUAG E AND DATA"2070 PRINT
"STRUCTURES,
AND PROG RAM STRUCTURES"2080 PRINT "FOR TWO-DIMENSIONAL IMAGERY. "
2090 PRINT "PROJECTS INVOLVE COM PLEX PROGRAMMING."
2100 PRINT : PRINT : PRINT
2110 PRINT "...PRESS <RETURN> TO CONTINUE. "
2120 INPUT A*: HOME 2130 GOTO 1440 2300 HOME
2310 REM COURSE NO. 3
2320 FOR I = 1 TO 3: PRINT : NEXT
I
2330 PRINT "3. THREE-DIMENSIONAL
COMPUTER"
2331 PRINT "
GRAPHICS DESIGN"
2340 FOR I = 1 TO 3: PRINT : NEXT I
2350 PRINT "
EXTENSION OF PREV IOUS EXPERIENCE"
2360 PRINT "TO INCLUDE THREE-DIM
ENSIONAL
OBJECTS,
"2370 PRINT "HIDDEN LINES AND SUR
FACES,
"2380 PRINT "SOLID
MODELLING,
PERSPECTIVE,
ETC."2390 PRINT "PROJECTS INVOLVE COM PLEX PROGRAMMING. "
2400 PRINT : PRINT : PRINT
2410 PRINT "... PRESS <RETURN> T O CONTINUE."
2420 INPUT A*: HOME
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