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kyle elliott undergrad portfolio texas tech university
1. Place Du Caire
2. Emergence
3. Guayabales Clinic
4. Crop 02 & 03
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Paris, France | Critics: Dr. Ellis & Dean Vernooy Collaboration with Alejandra Cortes Undergraduate Studio
Denver, Colorado | Critic: Prof. Park Undergraduate Studio
Guyabales, Guatemala | Urban Tech Urban Tech Collaborate Project
Lubbock, Texas | Student Publication Editorial Team Member
5. Linear Beat
Lubbock, Texas | Critic: Prof. Park Collaboration with Raul Guerrero & Valeria Sierra Digital Media in Neoteric Dimension
6. Soft Space
7. Electro. Sphere
Lubbock, Texas | 2012 Dean’s Cup Competition Collaboration with Winston Holloway Grad | Undergrad Winner
Siteless Landscape | 2012 Dean’s Cup Competition Collaboration with Nadene Alvares-Gomes & Vanessa Valeriano 2nd Place
8. Multipurpose Building
Lubbock, Texas | Critic: Prof. Park Collaboration with Alejandra Cortes & Vanessa Valeriano Intergrated Building Modeling
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Du Caire 1. Place Paris, France
de
Se
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oine
Blo nd
el
Bd
sto
Lem
po
l
Pas sage
du
Ru
Pon ceau
ed
eT rac
y
Pas sage
Ru eS
Porte St. Denis
R ue
Collaboration with Alejandra Cortes Critics: Dr. Ellis & Dean Vernooy
ain te-A poll ine
M
Sain
Ru
ed
t-D
eP
M
ale
stro
enis
rie nd xa
tre-Dam
e de Re
Rue Beauregard
50 ft.
0
10
25
50 ft.
uC
r Ru e
rs neu Jeu
ier
Plan of Quartier 0
125
250
N
es ed Ru
ent
oukir
uS
mu
tte
Damie
Re au
Rue de
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nce
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0
uss
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de C
Section Cut_A
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Rue Th
Rue
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This urban intervention is a conjunction of two different series of spaces that create completely different experiences, while still indicating the hierarchy and the functionality of the area. Together, both axes implement all the elements of the fashion industry, from the basics of design at the IMC to the display and sell of the products with the VTV and the Passage Du Caire. It implements all aspect of French society such as a place of veneration (liturgical space) and a place to socialize (café), all irreplaceable for the Parisian lifestyle.
Rue de
nne
No
la Lune
uve
lle
Rue
500 ft.
cafe
IMC
lithurgical
Place Du Caire
VTV
0
5
15
30 ft.
4
Classic Facade
0
5 ft.
15 ft.
30 ft.
Vitrine Facade M
Opera Garnier
Bd P
oisson
ns
e Italie
lieu iche
Vivie n
e
de R
Rue Thorel
Ru
Passa
ge
Rue
du
du
Caire
Cai
Pass
re
age
1000 ft.
lestro de Pa Sain
Ru
eE
tien
ne
Ma
rce
l
Rue
M
5
u
Rue Duss
Rue
ries
500
ncea
M
Rue
Vic
to
es
Pl. d
lade
oubs
ouvre
euil
du L
la F
Plan of Arrondismond 250
du Po
r
is
ed
Ru
umu
il
a uM
t-Den
ps
Rea
de
igo
Turb
Lem
acy
Duss
Rue
de Tr
Rue
Notre Dame des Victories
Rue
0
ndrie
oubs
M
ir
uk
bo
’A ed
Rue
oine
bas
lexa
l
sage
d’A
topo
Pas
y
e-Fo
Saint
e Se
e Vivie n Rue
y
ler
eC
ed
Ru
ham
olline
Bd d
Rue
is
r
-Den
umu
Saint
Rea
Rue
ts C
e-Ap
ndel
lieu iche de R Rue
Peti
Saint
Rue Blo
M
Rue
Biblotheque Nationale
des
Rue
Rue
nne nte-A
va
Rue
regard
e
ano
eurs
Porte St. Denis
Rue Beau
miett
Cas
Rue Sai
ielle
Jeun
velle
Rue de la Lune
de Da
Dan
des
Nou
M
Rue Poissonniere
ra l’Ope e Av. d
Rue
Rue
nne
Rue
Rue
Rue Notre-Dame de
r entie Rue
ix Pa e la ed Ru
Bourse
Bd d
e Bo
Recouvrance
rtre
M
du S
bre
tma
ptem
Mon
e Se
Rue
uatr
M
Rue
du Q
Rue
M
Rue
niere M
Rue de Gramont
Bd d
UP
Vitrine Section A
DN
DN
BRIDGE
A
DN
A
ATRIUM
Vitrine Plan
N
6
2.Emergence Denver, Colorado Critic: Prof. Park
ELEVATION_southeast A
B
2
C
C UP
5
DN L
11 8
DN
7
UP
10 6
L
DN
DN UP
D
D
DN
N
BLAKE_ST.
9
7
A
PLAN_ground level
B 15TH_ST.
0
20
ELEVATION_southwest
100 ft
50
LEGEND:
Coral polyps have one single skin that blurs the separation of components within its organism: This skin is morphed according to the positioning of the individual components and acts as a connecting factor across the whole structure. It defines the spatial density variation that exists within a coral poly colony. As a result we have one continuous surface that defines both the inner and outer shape of the structure and emphasizes this lack of boundary through a mutual symbiotic relationship and strengthens the linkage within the components.
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11.
Residence Restrooms Patio Studio Back Entrance Innerf Gallery Front Desk Lobby CafĂŠ Main Entrance Inner Gallery
3
4
6
2
SECTION_transverse_A
8 9
SECTION_transverse_B
8
LEGEND: 2
1
3
DN
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11.
Residence Restrooms Patio Studio Back Entrance Innerf Gallery Front Desk Lobby CafĂŠ Main Entrance Inner Gallery
DN
4
PLAN_second level
9
8
11
5 2
SECTION_longitudional_C
4
10 9 6
0
7
6
20’0”
50’0”
SECTION_longitudional_D
100’0”
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Clinic 3.Guayabales Guayabales, Guatemala Urban Tech Collaborate Project
BELICE
MEXICO
SITE: GUAYABALES: Small village at the edge of a volcano. HONDURAS
Population - 300 Climate - Tropical Altitude - Around 4000ft.
Guatemala City OJO DE AGUA MIGUEL LA CUMBRE
LA MORENITA
EL SALVADOR SAN ANTONIO ESTATE
GUAYABALES SINCANTAN VILLAGE
NICARAGUA
LAS ESCOBAS VILLAGE
S LO
PIEDRA GRANDE VILLAGE
OS AV
CL
ES R
VE
RI
CHIQUIMULILLA
Guayabales is a small village of 300 people located at the edge of a volcano. The people are of extreme poverty and the only existing structures with a concrete floor are a small church and schoolhouse. Water is obtained from a hose running from the volcano crater down to the village. One photovoltaic panel keeps the village cell phone charged. Standing in the village you can smell the rain forest burning as the land is cleared for maize. This project offers immediate relief to health issues and a base for transformational services impacting social issues and global ecological issues.
The project is carefully sited to establish a community center with the church and schoolhouse clustered around an ancient tree. Gabions are used to terrace and stabilize the mountain slope and to form a vila for washing clothes. A birthing clinic and office for a nurse practitioner are slipped beneath a covered assembly area. Water is captured, filtered and stored for community access and electricity is created for use in the clinic and a source of light at the assembly hall. Local construction techniques and materials are balanced with high technology to create a sustainable structure of striking simplicity.
from escavation desde la escavación 1. Escavate every meter deep with a 45° angle to prevent landslide. 15m
2. Escavate ditches for footings - 60cm wide and 60cm high.
Escavar cada metro de profundidad con un ángulo de 45° para prevenir derrumbe. 45°
3. Tamp the ditches down. Apizonar las zanjas.
Escavar zanjas para cimentación de mampostería - 60cm de ancho y 60cm de profundidad.
10
m
60 1m
cm
1m 60cm
11
FLOOR PLAN - Ground Level
FLOOR PLAN - 2nd Level
8. 7.
4. 1. 5.
2.
9.
6.
5. 3. 4.
N
LEGEND: 1. PACIENT ROOM 2. RECEPTION 3. OFFICE
4. RESTROOM 5. MEDICINE CABINET 6. STORAGE
0 2
7. PILA 8. TERRACE 9. EVENT SPACE
5
10 ft
to the gabions a los gabiones 4. Dig and place drainage system. Black water pipe = 10cm Gray water pipe = 2.6cm Septic Tank / Fosa SĂŠptica Black Waters / Aguas Negras Gray Waters / Aguas Grises
Escavar y colocar tuberia de drenaje. Tuberia de aguas negras = 10cm Tuberia de aguas grises = 2.6cm
5. Footings are constructed according specifications.
Se construyen cimientos de mamposteria de uno o dos escarpios segun especificaciones.
6. Raise gabion (1m X 1m each) wall.
Se levanta pared de gabiones (1m X 1m cada uno).
1m
1m
12
7. Gabion extension for second level support is added and the surrounding grounds are patched in.
Se agrega la extensi貌n de gabiones para el soporte del segundo nivel y se cubren los alrededores.
8. Se cuelan contratraves dejando 60cm Build the floor beams leaving 60cm of the column de las barillas afuera para los castillos. rods out.
9. The land is tamped and the 10x10cm floor wire mesh is placed according to specifications.
Se apizona el terreno y se coloca malla electrosoldada de 10x10cm para el piso segun especificaciones.
60cm
from the gabions desde la escavaci贸n
Eletrical System
Water System TANK 03
SUN
TANK 02 SOLAR PANELS
OVERFLOW
BATTERIES
TANK 01
OPTIONAL GENERATOR (diesel)
TREATMENT PLANT
INVERTER (from AC to DC power)
CHARGE CONTROLLER
PILA
CONTROL ROOM
TOILETS
SHOWER
RB1
RB2
RB3
LIGHT
POWER
HEALTH CLINIC
Transversal Section Cut
0
13
1
3
6m
SINKS
SEPTIC TANK
11. The brick walls are raised and reinforcing rods are placed every 3 rows of brick.
10. The floor slab is poured. Colado de piso.
12. The column rebars are tied with a 40cm overlap. Stirrups are placed every 20cm. The columns are poured into place.
Se construyen los muros de block con refuerzos de alambr贸n a cada 3 hiladas.
Se amarran las varillas a las puntas de los castillos con 40cm de traslape. Se les colocan estribos a cada 20cm. Se c矛mbran y cuelan los castillos.
20cm 20cm 20cm
3
40cm
to the infrastructure a la infraestructura
Logitudinal Perspective Study Corrugated Steel Roof Roofing Tension Cabels
5
4
6
3 8
7
Bond Beam & Structural Clay Tile
1
Rock Gabion Wall Clay Block Wall Gray Water Pipe 2
Black Water Pipe Concrete Footings Ceramic Tile Floor Septic Tank Septic Tank Access Hatch
MATERIALS:
1.
2.
3.
4.
5.
6.
7.
8.
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02 & 03 4.Crop Lubbock, Texas Student Publication Editorial Team Member
CROP is a student publication series of the College of Architecture at Texas Tech University. As a student run book project, CROP has the intent to extend the awareness of the College of Architecture at Texas Tech and provide a venue for students to be published, thus introducing their work to a broader audience. It is also a peerreviewed journal presenting the best work undertaken at the College of Architecture. CROP is a self-sustaining non-profit student effort.
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import processing.video.*; import blobDetection.*;
Linear Beat5. Lubbock, Texas
Capture cam; BlobDetection theBlobDetection; PImage img; boolean newFrame=false;
Collaboration with Raul Guerrero & Valeria Sierra Digital Media in Neoteric Dimension Critic: Prof. Parke
import ddf.minim.*; import ddf.minim.effects.*; Minim minim; AudioInput in; AudioPlayer groove; BandPass bpf; ReverseEffect reffect; int F=1; int bandWidth = 200; boolean effect = false; // ================================ ================== void setup() { // Size of applet size(1024, 768, P3D); // Capture cam = new Capture(this, 40*4, 30*4, 15); // BlobDetection // img which will be sent to detection (a smaller copy of the cam frame); img = new PImage(80, 60);
zero
action
// AUDIO minim = new Minim(this); real groove = minim. loadFile(“linealbeat.mp3”); groove.loop();
Digital Media in Neoteric Dimension introduces design as a computational enterprise in which mediating technologies are developed to compose and describe design and architecture.
display
process
capture
action
\BlobDetection(img.width, img. height); theBlobDetection. setPosDiscrimination(true); theBlobDetection. setThreshold(0.6f); // will detect bright areas whose luminosity > 0.2f;
project
theBlobDetection = new
zero virtual
upper boundary
lower boundary
Like a heart beat monitor, the contour of a person is captured through a horizontal line creating an outline. His movement is then replicated into a flash effect where the motion reflects a series of palpitations. The palpitations are then modified from a different beat into a differnt shape.
bpf = new BandPass(440, 20, groove.sampleRate()); groove.addEffect(bpf); // get a line in from Minim, default bit depth is 16 in = minim.getLineIn(Minim.STEREO, 1440); smooth(); PFont font; font = loadFont (“Calibri-18. vlw”); textFont(font);
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6.Soft Space Lubbock, Texas
2012 Dean’s Cup Competition Grad|Undergrad Winner
An Architecture that doesn’t confine you to preset boundaries nor dictate what activities take place within these zones? Are you INSANE?!? Soft Space is just that. Users of the space carry around a personal soft space capsule projector with them, this projector is capable of producing space suited and ready for any activity imaginable, all with just the press of a button and a few clicks on the dial. Capsules are infinitely adjustable to suit the users ever changing needs. Capsules are extremely adaptable for environmental changes and can go from completely transparent to opaque or anywhere in between... different faces of the capsules can be changed to suit any unique circumstance that may arise. Buildings have no boundaries and bleed into the landscape. People do as they need, not as space dictates. No more boundaries, no more limitations, no more stagnant space, no more, no more, no more! Soft Space is an untainted architecture for the people. Oh, holy architecture!
Existing Plan
17
Modified Hard Plan
Hard + Soft Plan
Electroencephalographic Lubbock, Sphere 7. Texas 2011 Dean’s Cup Competition Undergrad 2nd Place
BETA (alert, arousal) ALPHA (calm, focused) THETA (dreaming sleep) DELTA (dreamless sleep)
The Electroencephalographic Sphere consists of a helmet that creates a spherical boundary where ever changing corrugated extrusions start and protrude into the space in which the user is in. These extrusions are a literal representation of the frequency experienced at that moment. Right before the machine is turned on; the brain wave frequencies are influenced by the user’s surroundings. Once the helmet is active, it generates intangible events that the brain perceives into digital extrusions that push and pull producing an environment in constant change, detaching it from a site.
Inactive
Low Frequency Wave
High Frequency Wave
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8.Multipurpose Building
4'
Lubbock, Texas
Intergrated Building Modeling Critic: Prof. Park
9' 11'-11"
11'-2" 1'-3"
1' 11'-10"
4'-6"
0'-2" 5'
ULATION - Pers pective Section Cu t
STAIRS
10' 1' 12' 1' 4' 10'
VERTICAL CIRC
12' 141'-8" 1' 4'
10' 1' 12'
1' 4' 8'
ELEVATOR
1' MAIL ROOM 17'
MECHANICAL SHAFT ELECTRICAL CLOSET 7'-6"
8'-3"
1'
PLUMING ROOM / WALL
6'-6"
15'
23'-9"
17'
14'-9" 24'-4"
1'
CORE - Plan
MECHANICAL SHAFT
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ELECTRICAL CLOSET
VERTICAL CIRCULATION M.E.P. SYSTEMS
Integrative Building Modeling is the examination and practice about computable representation of the physical and functional characteristics of Architecture and its related project and lifecycle information using open industry standards.
100 BLOCK INSULATION CAVITY 10 13/16�
ROOF CONVERSION
7 13/16" 1'-8 7/16" 7 3/16"
PINE WOOD DROPPED CEILING
9'
1' 8" 1"
It aims to examine the issues of Building Information Modeling tools and Parametric Modeling, Interoperability, and different aspects of Building Information Modeling with respect to actors in building lifecycle.
OFFICE LEVEL
CONCRETE SLAB 1'
AIR VENT 12' RESIDENTIAL LEVEL ELECTRICAL TRACK
This examination is reinfoced by parallel hands-on practice using cost estimation, environment analysis, MEP modeling and design development.
HOLLOW STEEL SECTION
ENVELOPE - Perspective Section Cut
Residential
Office / Commercial
Mechanical System
Electrical System
Plumbing System 20
Kyle Elliott
Educational Texas Tech University | Lubbock TX Bachelors of Architecture, Fall 2012 Cum Laude Dean’s List Recipient
Skills Computed-Aided Design: Adobe: Illustrator | Photoshop | InDesign | Bridge Autodesk: AutoCAD | Revit | 3dsMax Others: Rhinoceros (with Grasshopper & V-Ray) | Google SketchUp FormZ | ArchiCAD - Building Information Modeling Program (BIM) Code Writing: Processing (Java Script open source programming language) Physical Skills: Model making, hand drawing, and sketching Languages: Spanish - native language English - fluent in Speech and Writing German - fluent in Speech and Writing
Professional Expirience Urban Tech | Lubbock, TX Research Assistant, 2011-current
Professional Associations American Institute of Architecture Students (AIAS) Member, 2008-2010 Texas Society of Architects Member (TSA) Member, 2012- present
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Publications CROP 02 – TTU CoA Student Publication Editorial Team Member, 2010 CROP 03 – TTU CoA Student Publication Editorial Team Member, 2011
Community Service Imagine Lubbock Together Lubbock, TX | 2012 | Position: Meeting Mediator
The Chinati Foundation Marfa, TX | 2011 | Position: Open House Volunteer Helps International Guatemala | 2007 & 2008 | Position: Translator and general helper 119th International Olympics Committee (IOC) Session Guatemala City, Guatemala | 2007 | Position: VIP Host
Awards TTU College of Architecture Dean’s Cup 2010 Undergraduate-Graduate Winner TTU College of Architecture Dean’s Cup 2009 Undergraduate 2nd Place
Contact Information kyleelliott999@gmail.com +001-512.966.6697 501 Wildwood Dr. Georgetown TX 78633 USA
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