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Selected works from Architecture School and more.
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#andré r. rodriguetravail*
andré r. rodrigueEDUCATION_
Professional Bachelors Degree [B. Arch] in Architecture [NAAB Accredited]University of Arizona _ Tucson, Arizona _ May 2012
Associates in Architectural + Civil Engineering Technology [ABET Accredited] Central Maine Community College _ Auburn, Maine _ May 2007
PROFESSIONAL EXPERIENCE_
Graphics Coordinator/Designer | AIAS FORUM 2011 Tucson/Phoenix, Arizona | June-December 2011
Designed the brand identity for the 2011 national conference of the American Institute of Architecture Students. Contributions included logos, branding and advertising materials, booklets, and promotional video (filmed and produced).
Designer/Builder | University of Arizona : House Energy Doctor Tucson, Arizona | June-August 2009 + December-January 2010-11
Collaborated with professors and other students on a design/build project in order to complete the construction of a wind tunnel in house at the University of Arizona College of Architecture.
Designer/Planner | Tejido Group : University of Arizona Tucson, Arizona + Birzeit, Palestine | June 2010
Traveled to Palestine and worked on a collaborative program with students and local municipalities and the non-government organization, RIWAQ to conceive a master plan for the historic district of Birzeit.
Designer | SMRT Architects, Engineers + Planners Portland, Maine | June 2006_Aug 2007
Worked with architects, engineers and interior designers on a broad variety of commercial design projects including educational, medical, government and correctional institutions. Participated in planning situations with design professionals in order to find appropriate solutions to design problems. Drafted construction documents in accordance to the architect’s + engineer’s specifications.
EXHIBITION + WORKS CITED_
D3 Future Cities Exhibition _ Brooklyn, NY _ May-June 2012A public exhibition of selected work
The End of the Talk . . An interview with Brad Lancaster _ CRIT Magazine _Spring 2012Published interview with Author and Environmental Advocate, Brad Lancaster
SHiFT: A Performed Reinterpretation of Visionary Theater _ Prof. Beth WeinsteinACSA: Journal of Architectural Education 2011 _ [Peer reviewed article}
18 Park St. #3 - Charlestown MA - 02129phone : 207.754.8699 - email : [email protected]
AWARDS + HONORS_J Douglass MacNiel Memorial Scholarship
[Fall 2008_Spring 2009]Fremming Gordon and Myrtle Scholarship
[Spring 2010]Hostetter Scholarship
[Fall 2009_Spring 2010]
AFFILIATIONS_AIAS FORUM Graphics Co-Chair [2011]AIAS Chapter President [2010_2011] AIAS Chapter Vice President [2009_2010]
COMPUTER COMPREHENSION_High Proficiency_ Adobe CS4 +CS5 [Photoshop, Illustrator + InDesign]Autodesk: AutoCAD 2011, Revit 2011 Rhinoceros 4.0Google SketchUpSome Experience_Autodesk Maya 2011, Grasshopper, Maxwell, V-Ray
INTERNATIONAL TRAVEL_Toronto, Ontario Canada
Winter 2010Palestine [Ramallah, Birzeit, Jerusalem]Tel Aviv, Israel
Summer 2010
INTERESTS + HOBBIES_Music, Photography + Cycling
#
curriculum vitae
personal statement | development of a designer
project matrix
construct | playdesign studio VII : chris trumble [professor]
resources | reconvergencedesign studio VI : susannah dickinson [professor]
system | theater complex
design studio 5 : pavel getov [professor]
SHiFT | performance spacespecial projects in architecture : beth weinstien [professor]
tactility | structuresbuilding technology : chris trumble [professor]
urban design | palestinetejido group : dr. mark frederickson
design fabrication | cala wind tunnelcala : nader chalfoun + chris trumble
hebron academy | field houseinternship : smrt architects
02
04
06
08
14
18
22
24
26
28
30
development of a designer . . .
* this collection of projects has been titled, “travail,” the French word for “work.” of course, knowing the English definition meaning a painful or laborious effort. I feel that the idiosyncrasy of the word is appropriate in this case, knowing that the work that is represented is also representative of the rigourous effort it takes to make it through an education in architecture.
the day i decided I wanted to be an architect, i finally understood why I could never be satisfied with any one subject or activity when i was growing up. i had to try everything and anything, though i was mostly content with creating, whether it was a piece of music, a roughly constructed birdhouse, or an extract from a wild imagination which took shape in one of many sketchbooks i carried around on a day-to-day basis.
once enrolled in an architecture program, the fascination in a multitude of subjects revealed itself over time. this was my opportunity to combine tangible and intangible elements of the creative process towards a relevant and lucrative application. i have learned and continue to develop a process towards architecture. knowing that good ideas cannot always come from within, but rather extracted and distilled down from that which is around us.
i hope to someday take what i have done thus far and use it to build for a greater good, to heighten an experience between people and architecture, and to strengthen the sociocultural bonds that architecture and design can influence.
andré r. rodrigue #
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20
10hebron academy fieldhouse [internship]
science institute2nd yr.
lofted block2nd yr.
armature1st yr.
stereotomics1st yr.
co-housing2nd yr.
office bldg.2nd yr.
two-way span
2nd yr.
wind tunnel
cultural center3rd yr.
children’slibrary3rd yr.
cantilever3rd yr.
cool tower3rd yr.
master planurban response
3rd yr.
land ethicdwelling
3rd yr.
outdoor pavilion #13rd yr.
outdoor pavilion #23rd yr.
observation tower3rd yr.
06
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20
12
20
11
SHiFT3rd yr.
berzeit, palestine
urban object4th yr.
“ideal” theater4th yr.
reconvergence4th yr.
re-branding4th yr.
artist CoLAB
concrete pavilion4th yr.
research instrument [capstone]5th yr.
FORUM Graphics Chair
prototypical playground5th yr.
*color image references featured projects 07
following philosophies from developmental psychologists such as jean piaget, this prototypical playground was designed with a thorough manifestation of the five principals of developmental play: multi-use, multi-sensory, movement, social play and fantasy play. every component of the composite play structure was designed, coordinated and built by a team of 19 students over the course of seven months as part of a design-build studio. the collaboration was made possible through support of a cppw grant, the drachman institute, and the city of south tucson.
team:: 5th year design-build, “studio-PLAY”
fall 2011 - spring 2012
construct :: play
08
09
10
11
sep
tem
be
ro
cto
be
rd
ec
em
be
rno
vem
be
r
sod
rem
ova
l irrig
atio
n re
mov
ed_l
ayo
ut b
egin
sex
cava
tion
beg
ins
leve
ling
+ d
ry w
ell fo
otin
g la
you
t + fo
rmw
ork fo
otin
gs
po
ure
d
excavation
footings
no
rth w
all
form
wo
rkn
orth
wa
ll p
ou
red
concrete walls
sou
th w
all
form
wo
rkso
uth
wa
ll fo
rmw
ork
sou
th w
all
po
ur:
pa
rt a
new
clim
bin
g w
all
form
wo
rkcl
imb
ing
wa
ll “p
lan
c” p
ou
r
climbing wall ‘plan c’
fencing
sod cutter
trencher
styrospray 1000
hydrolic fluid
footing supplies
gravel
eps foam
concrete
steel
major purchaces
events
styrospray 1000 composite decking
pump truck
tara
ntu
la fo
otin
gs
brid
ge
inst
alla
tion
design review
community event
senior thesis deadlines
tarantula
steel
steel
concrete
concrete
pump truck
pump truck
lumber
formwork material
fün
der
ma
x p
an
els
rou
ted
stee
l fa
bric
atio
n b
egin
s
barriers
concretepump truck
eps form liners
cnc
foa
m ro
utin
g
footing preperation + rebarexcavation
dry well
cdx formswailers
eps foam form linerfootings
welding embed platesclimbing wall forms
12
PRO
DU
CED
BY
AN
AU
TOD
ESK
ED
UC
ATI
ON
AL
PRO
DU
CT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRO
DU
CED
BY A
N A
UTO
DESK
EDU
CA
TION
AL PR
OD
UC
T
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
13
this emergent city was designed with the intention of exploring a new urban condition in which infrastructure and growth are governed naturally based on the availability and consumption of natural resources, most importantly, water. through natural processes, the system maintains homeostasis by regulating the resources available. the structure “grows” through homogenous nucleation of groundwater solids and filters and harnesses rainwater for plant growth and algae farms. through secondary processes, hydrogen is produced in the nucleation phase providing fuel for transit, eventually creating a new type of urban community emancipated from the need of imported goods and energy.
team:: t. jorgenson, k. moore, a. rodrigue[arizona challenge competition entry, D3 competition entry, AECOM competition entry, AZAwards competition entry]
spring 2011
resources :: reconvergence
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small family living area
grey + blackwater processing
grey + blackwater processing
open passage +algae farming area
open passage +algae farming area
large familyliving area
community areaflexible space
food + energy processing area
food + energy distribution area
air handling area
hydroponicfarming
living area living areavertical shaft hydroponics
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CH3COOH[acetic acid]
ion exchange membrane
FOHLS
H2
CO2
unit clusters
mass transitpower
living unit
anerobicdigestion
CH4[methane]
H2O
waste solidstreatmentpower pumps
hydroponics
FOHLSfilter organism homeostatic
landscape systems
ecosystemslandscape
grasslands biomass
reclaimed water
fertilizer
eco-tourism
H2
CO2
H2
CO2
FOHLS
algae
sunlight
waste treatment
algae farming
compost
bio-fuel
01
02
0503
04 06
05
0708
09
16
CH3COOH[acetic acid]
ion exchange membrane
FOHLS
H2
CO2
unit clusters
mass transitpower
living unit
anerobicdigestion
CH4[methane]
H2O
waste solidstreatmentpower pumps
hydroponics
FOHLSfilter organism homeostatic
landscape systems
ecosystemslandscape
grasslands biomass
reclaimed water
fertilizer
eco-tourism
H2
CO2
H2
CO2
FOHLS
algae
sunlight
waste treatment
compost
bio-fuel export
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1112
1314
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the greater tucson center for scenography + the arts responds to the noble conception of “ideal theater” on a multitude of systematic levels. The complex is able to respond to needs in both the didactic function of theater and performing arts while emerging as a cynosure at the edge of a capricious downtown development.
the focus of this project moved away from the development of the “ideal” theater and became more about the development of the lightweight superstructure that makes up the canopy and eventually the school housed at the northern end of the site.
[USITT competition entry]
fall 2010
system :: theater complex
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a semester-long workshop, SHiFT was a full investigation and analysis of visionary theater and scenography throughout history. the resulting reconstruction and reinterpretation of seven performances/performance spaces was focused in to a new performance piece written, designed and choreographed by a team of students. the challenge became how to interpret the work of a playwright, scenographer or architect and project intangible ideas to a collection of white boxes which would become the “actors” in the piece. the diversity and engagement provided by each individual came together in the end in a seamless performance presented to a live audience.
team:: c. crawford, t, jorgenson, c. kingston, k. moore, l. lafontain, h. luk, a. rodrigue music by:: a. rodrigue
[published in the acsa journal for architectural education]
spring 2010
SHiFT :: performance space
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3
2 4
3
begin
end
1 2 3 4 5 6 7 8 9 10 11
14 15 16 24 25 26 30 31 32 33
34 35 36 37 38 39 40 41 42 43 44 45 46
STORYBOARD: 1’=1/32”
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Team
: : R
ober
t Elc
ome,
Mic
hael
Far
ley,
Tyl
er J
orge
nson
& A
ndré
Rod
rigue
Arc
321
Bui
ldin
g Te
chno
logy
:: p
roje
ct th
ree
:: D
ec. 3
200
9 P
roje
ct :
: O
bser
vatio
n To
wer
:: S
truct
ural
con
cept
tcejbuS
Sheet No.
of 62
.01 .02 .03 .04 .05
panelized roof decking:: steel
rib sections::4” steel tube stock
8” x 10” wide flange column
4” x 6” wide flange beams
roof trusses
guard rail paneling
concrete foundations
traction tread steel decking
3” x 15” c channel typ.
twelve vertical ribs serve as the secondary structure as they orderthe program and other systems.
traction tread steel decking serves as shear paneling and is located on the observations areas.
steel skin paneling serves as a tertiary system as it reinforces the program braces the ribs.
a series of trusses supports the decks where they cantilever intospace.
the circulation core houses the main columns and allows the decks to express the program.
.01.02 .03
.04 .05third floor plan 3/16” = 1’0”
west elevation 3/16” = 1’0”
scale3/16” = 1’0”
a.
b.
c.
while many schools of architecture teach structures and building technology, many teach them from a very technical and calculative approach. the following examples of work show the empirical and experimental approaches to structures that are held in high regard at the university of arizona. the projects exemplify the types of investigations that inform the student about not only the physics involved with structure, but also the characteristics of the materials at hand.
sequence a: two-way span, carbon fiber + casting foamsequence b: outdoor pavilion [scale model] sequence c: cantilever, stressed plywood skin over wood frame
tactility :: structures
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concept digram_
forces + reactions_1” = 1’-0”
r1 r2
p1
structural axon_n.t.s.
exploded material digram_n.t.s.
bearing condition_1” = 1’-0”
load reception / application_1” = 1’-0”
connection details_1 1/2” = 1’-0”
concept plan_1” = 1’-0”
concept elevation_1” = 1’-0”
longitudinal section_1” = 1’-0”
structural plan_1” = 1’-0”
structural elevation_1” = 1’-0”
front elevation_1” = 1’-0”
transverse sections_1” = 1’-0”
structural front elevation_1” = 1’-0”
moment + shear diagrams_1” = 1’-0”
arc3
22_s
10
| b
uild
ing
tech
nolo
gy 4
|
stru
ctur
es
| w
ood
cant
ileve
r |
4.8
.10
team
3.5
|
m. f
arle
y, a.
rodr
igue
+ m
. sch
uber
t
the goal of the stressed skin cantilever system is to have the skin become the primary structural system, responding to the forces being applied. in order to accomplish this, the minimal ribs and spine of the framework are placed internally causing the structure to depend primarily upon the external skin. the overlapping skin components act along the grain of the wood, uniformly distributing the applied loads.
with the application of an epoxy resin, the skin will be thoroughly bonded to each individual layer. the edge condition will be met with the application of a fibrous material (fiberglass cloth) in order to transfer loads from the top of the skin to the bottom.
concept statement_
1/8” plywood skin1/2” plywood rib structure
[negative moment]
7’-8”
2’-0”
1’-0”
Team
: : R
ober
t Elc
ome,
Mic
hael
Far
ley,
Tyl
er J
orge
nson
& A
ndré
Rod
rigue
Arc
321
Bui
ldin
g Te
chno
logy
:: p
roje
ct tw
o ::
Nov
. 12
2009
Pro
ject
::
Ope
n A
ir P
avili
on II
Stru
ctur
al c
once
pt a
nd J
oist
ing
plan
:: tcejbu
S
Sheet No.
scale :: as notedof 42
.01The depth of the ribs are in response to the pitch of the cantilever which spans to the north. .02 The joisting interval accounts for the shallow 4”
depth that each joist is set into the ribs. .03The depth of the ribs allowed for a substantialsubtraction of material offering an opportunityfor and architectural program.
joisting interval:: refer to east and west sections onpage 3
n
ribs:: primary structural elementresolves bending moment with depth
foundation slab
steel rib connection
primary slab footing
joists:: secondary structural elementresolves lateral instability
architectural program
skin:: tertiary structural elementresolves tension and creates a
mircro climate
structure :: ordering earth, ground and sky
vertical section of the south wallterminates the seating programof the interior space
joisting plan 1/4” = 1’0”
.01
.02
.03
a.
b.
c.
25
set in the west bank city of birzet, this master plan is part of an effort to revitalize the city’s historic center. the team focused on specific areas surrounding the old residential area and proposed an over all design strategy that would strengthen the local economy, introduce new and controlled residential and commercial development, utilize urban agriculture and limit unwanted sprawl.
the overall project was completed within a month of living and working in the region.
team: tejido group + RIWAQ
summer 2010
urban design :: palestine
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27
as part of the college of architecture’s goal to become a college of sustainable design, a fully operational wind tunnel was commissioned to be designed and built by a team of students. the construction phase was broken up in to two summers and is now in its final phase. once fully calibrated, the wind tunnel will prove to be an asset not only academically but also financially to the college of architecture. the wind tunnel is currently one of only three wind tunnels within a school or architecture, following MIT + Berkeley.
team:: a. rodrigue, d. koenst, t. jorgenson, m. farley
2009-2011
design-fab :: wind tunnel
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set in the small town of hebron, maine is hebron academy, a small but distinguished boarding high school. this project is one of the last projects completed within an 18 month internship with this particular firm. most of the involvement focused on designed interior features including guard rails, ceiling plans, casework, and bathroom layouts.
firm:: smrt, portland, me | architects: lynn holler + paul lewandowski
2006-2007 [completed december 2008]
hebron acad. :: fieldhouse
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