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CLAIRE MILLERA R C H I T E C T U R E P O R T F O L I O
U N I V E R S I T Y O F T E X A S A T A U S T I N
TABLE OF CONTENTS
T H E L I N ER O L L I N G C E N T E R
L U M I N A I R EN O R T H L A M A R
P A R A M E T R I C F I E L DC A R E T 6
B O D H I D H A R M A R E S U M E
21 02 02 63 23 84 65 7
T H E L I N E | EXPLORATION
EXPERIENCES | FINDING RELATIONSHIPS
PROGRAMS
OFFI
CERE
TAIL
HOUS
ING
SCHO
OLGY
M
7PM-6AM
4PM-7PM
11AM-4PM
6AM-11AM
VOI
D
Breaking each program down into microprograms, and evaluating them based on light, sound, size and time.
+8m
15m 15m
12.5m 12.5m
5m
10m
0
5m
width
10m
15m
0
height
3m=9ft
4m=12ft
5m=15ft
6m=18ft
+
+
width
height
notes
T H E L I N E | EXPLORATION
EXPERIENCES | FINDING RELATIONSHIPS
PROGRAMS
OFFI
CERE
TAIL
HOUS
ING
SCHO
OLGY
M
7PM-6AM
4PM-7PM
11AM-4PM
6AM-11AM
VOI
D
Breaking each program down into microprograms, and evaluating them based on light, sound, size and time.
+8m
15m 15m
12.5m 12.5m
5m
10m
0
5m
width
10m
15m
0
height
3m=9ft
4m=12ft
5m=15ft
6m=18ft
+
+
width
height
notes
T H E L I N E | EXPLORATION
EXPERIENCES | FINDING RELATIONSHIPS
PROGRAMS
OFFI
CERE
TAIL
HOUS
ING
SCHO
OLGY
M
7PM-6AM
4PM-7PM
11AM-4PM
6AM-11AM
VOI
D
Breaking each program down into microprograms, and evaluating them based on light, sound, size and time.
+8m
15m 15m
12.5m 12.5m
5m
10m
0
5m
width
10m
15m
0
height
3m=9ft
4m=12ft
5m=15ft
6m=18ft
+
+
width
height
notes
height of each microprogram
width of each microprogram
2 The Line | Danilo Udovicki and Larry Doll | Fall 2014
[ T H E L I N E ]The Line was a seven-week multi-use project with the goal of designing a ZAC or a city block in the ninth arondissement of Paris, France, between a park and a railway line. The program included 300 units of housing, an elementary school, an office building, and retail. Within these larger programs we identified microgroprams that were shared (such as social, meeting, copy, and break rooms) and those which were more individual and repeated (apartments, offices, classrooms). We organized all of the shared programs into one continuous single-loaded line, and then wrapped this line around the site, fitting it into a general massing plan we made based on site influences such as sun, wind, and noise.
Partners: Bernardo Jimenez, David Castellano, Helene Mancaux
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3The Line | Danilo Udovicki and Larry Doll | Fall 2014
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folding the line to fit within the site and building masses
The shared programs vary in size and height, creating a complex volume that carves through the repetitive housing and office units. Each twist and turn in the line was intentionally planned to create outdoor voids in the block that would have irregular form derived from the different volumes of the line protruding out of the facade.The line was continous from the housing, to the school, to the office. At the points where the larger programs changed, we chose microprograms that would fit both sides: a preschool/daycare center between the school and the office, and a gym between the school and the housing. The line includes stairs and rises several stories. It only touches the ground at the entrances to the housing, the school, and the offices.
SCHOOLdaycare
OFFICE
4 The Line | Danilo Udovicki and Larry Doll | Fall 2014
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1 2 3 4 5 126 7 8 9 10 11 19181716151413 20 21 22 23 24 2544
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4 3 3 3 3 3 3 3 1 1 0 0 3 3 3 2 2 1 00122
line weaving through building masses
line of shared program
3D massing of the shared program
section of the line within building masses
HOUSINGgym
5The Line | Danilo Udovicki and Larry Doll | Fall 2014
LOOR
12
1920
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444 54 5
6771212
5th FLOOR
floor plan level 4
section A | through block and adjacent railroad
6 The Line | Danilo Udovicki and Larry Doll | Fall 2014
view of office atrium
section A | through block and adjacent railroad
7The Line | Danilo Udovicki and Larry Doll | Fall 2014
section A | through office
section B | through housing and school
8 The Line | Danilo Udovicki and Larry Doll | Fall 2014
final model
9The Line | Danilo Udovicki and Larry Doll | Fall 2014
[ R O L L I N G C E N T E R ]For this comprehensive studio the program was to design a widespan bowling alley, roller derby track, and restaurant, on a site neighboring Waller Creek.Both bowling alleys and roller rinks are typically housed within box buildings with unoriginal structural systems. I wanted this center to break that stereotype and give the people of Austin a new experience with the combination of these two programs under one roof. I also wanted to express the different nature of the two programs: bowling, where the ball rolls in a fairly straight line and rollerskating, where the path is chosen by the participant, and tends to be more organic.With this in mind, I placed the bowling, the restaurant and the roller derby within a rectangular box, and then weaved a curvy skating track through the building, allowing it’s organic curves to break the orthagonal box.The skating track is open air, and expands near the building entrances to allow people to slow down to enter.
11Austin Rolling Center | Judy Birdsong | Spring 2014
12 Austin Rolling Center | Judy Birdsong | Spring 2014
13Austin Rolling Center | Judy Birdsong | Spring 2014
14 Austin Rolling Center | Judy Birdsong | Spring 2014
15Austin Rolling Center | Judy Birdsong | Spring 2014
site plan
16 Austin Rolling Center | Judy Birdsong | Spring 2014
17Austin Rolling Center | Judy Birdsong | Spring 2014
interior rendering of bowling and skating track above
18 Austin Rolling Center | Judy Birdsong | Spring 2014
interior rendering of bowling and skating track above
19Austin Rolling Center | Judy Birdsong | Spring 2014
[ L U M I N A I R E ]This luminaire features a perforated wood column which floats on diffuse Plexiglas above a wooden base. There is a photo sensor on the top of the lamp which detects the amount of light in the surrounding area. When dark, a soft orange glow emanates from the top of the column, letting you know from a distance that the table is available. Once seated, there is a switch in the lamp cord which turns on a brighter light in the base of the column which shines upward and filters through the perforations in the wood column to illuminate the table.
Group members: Stancey Moore, Ariana Hallenbeck, Bernardo Jimenez
21Luminaire | Michael Garrison | Fall 2013
FULL LIT
DIMMED TOP LIGHT
PHOTOVOLTAIC PANEL
SINGLE LED LAMP1/8 “ PLEXIGLAS
LASER CUT 1/4 “ CRAFT PLY
C7 CANDELABRA LAMP
1/8 “ FROSTED PLEXIGLAS
22 Luminaire | Michael Garrison | Fall 2013
DIMENSIONS
4 “ x 4 “ x 18 “
WEIGHT2.75 lBS
23Luminaire | Michael Garrison | Fall 2013
18 ”
4 ”
1 3/4 “
3/4 “
10 1/2 “
2”
3”
24 Luminaire | Michael Garrison | Fall 2013
25Luminaire | Michael Garrison | Fall 2013
[ N O R T H L A M A R ]This thin rectangular site is part of a larger urban plan. Its role is to link a public pedestrian-only pathway from the residential neighborhood through to Lamar Street.
The pathway divides the first two floors of commercial shops and retail. In order to achieve the desired width for housing the residential floors span across the open pathway. The Z-shape form was chosen both to let in light to the first level but also to allow the apartment units to avoid a direct view into the other units.
The apartments were lifted to provide a shared space for the residents that would include a grassy play area, a garden, and a pool.
26 North Lamar | Charles Di Piazza | Spring 2013
27North Lamar | Charles Di Piazza | Spring 2013
mass and void
units
void ownership
circulation
shading wall
28 North Lamar | Charles Di Piazza | Spring 2013
unit model interior
unit model
The building was planned thinking about a specific unit design. I designed a bar of apartments which each have access to a small outdoor space that is shared between two units. Some of the units are double level, with the access to the outdoor space on the lower level. For privacy the shared outdoor space does not have an aperature on the first level, but has large openings on the second level to allow light but not views in. The opening frames the sky for the inhabitant
29North Lamar | Charles Di Piazza | Spring 2013
30 North Lamar | Charles Di Piazza | Spring 2013
view from within shop
view from pathway
31North Lamar | Charles Di Piazza | Spring 2013
32 Parametric Field | Michael Beaman | Fall 2012
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
The third and final visual communication course was an exploration of the digital algorithmic modeling and building information modeling software of Grasshopper and Revit, as well as continuing to utilize Rhino and Illustrator. The paramentric field project used grasshopper to generate a form from the RGB values of an image, then created drawings and a chipboard model of that form, as well as drawings and renderings.
[ P A R A M E T R I C F I E L D ]
33Parametric Field | Michael Beaman | Fall 2012
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
34 Parametric Field | Michael Beaman | Fall 2012
35Parametric Field | Michael Beaman | Fall 2012
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
p02The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
36 Parametric Field | Michael Beaman | Fall 2012
p03The University of Texas, AustinSchool of Architecture
Course: Arc221k + Ari221kVisual Communications III
Semester: Fall 2012
Claire Miller
mood rendering
37Parametric Field | Michael Beaman | Fall 2012
[ C A R E T 6 ]Caret 6 is an installation built to showcase the winner of the SKIN Design Competition as part of TEX-FAB 5 SKIN: Digital Assemblies. The project originated from a diamond module, which are combined at different scales to form a surface condition and a vaulting condition. There are three materials used in the project, Alpolic on the arching column ribs, HTPE on the ribs which are on the ground surface, and polypropylene on the surfaces of each diamond.
Studio Members:Aarti Khatter, Alex Dallas, Alexis Meur-Belcour, Alline Kane, Bernardo Jimenez, Brenda Morlan, Estrella Juarez, Gabriel Tagliante-Saracino, Isabelle Koch, Kelsey McCarter, Kevin Keating, Layla Salameh, Michael Rahmahtoulin, Nadia Aseeva, Stancey Moore, Zach Walters
diamond module
unfolded modules folded aggregated
2 short side
1 short side1 beveled side
2 beveled sides
field transformation
original module aggregated column
module types
38 Caret 6 | Kory Bieg | Spring 2014
sections
13’
west section
East section
south section
39Caret 6 | Kory Bieg | Spring 2014
connection detail
infill to rib connection
rib to rib connection
connection detail
infill to rib connection
rib to rib connection
connection detail
infill to rib connection
rib to rib connection
joint connection details
prototype
field transformation
diamond module
unfolded modules folded aggregated
2 short side
1 short side1 beveled side
2 beveled sides
field transformation
original module aggregated column
module types
diamond module
unfolded modules folded aggregated
2 short side
1 short side1 beveled side
2 beveled sides
field transformation
original module aggregated column
module types
diamond module
unfolded modules folded aggregated
2 short side
1 short side1 beveled side
2 beveled sides
field transformation
original module aggregated column
module types
diamond module
unfolded modules folded aggregated
2 short side
1 short side1 beveled side
2 beveled sides
field transformation
original module aggregated column
module types
40 Caret 6 | Kory Bieg | Spring 2014
41Caret 6 | Kory Bieg | Spring 2014
surface infill
tertiary ribs
secondary ribs
primary ribsphoto by Casey Dunn, ArchDaily
42 Caret 6 | Kory Bieg | Spring 2014
photo by Casey Dunn, ArchDaily
43Caret 6 | Kory Bieg | Spring 2014
[ B O D H I D H A R M A S C H O O L ]The Bodhi Dharma School is a K-12 school designed for the Dalit (previously-known as untouchable) community outside of Tiruvannamalai, in southeast India. As a studio we travelled to India to meet the community and learn about the building technologies available to the villagers who would construct the project with earth block.
The project created a naturally ventilated repeatable classroom module so that the school could expand in phases. The master plan shows groups of classrooms clustered around a common courtyard that faced the nearby mountain.
Studio Members:Alex Dallas, Pearlene Cheah, Alex Warr, Ricardo Diaz, Rebecca Brown, Siwen Fang, Tobi Gutheil, Joel Effland, Henry Wen, Felipe Calderon, Ben Parker, Ageliki Giannisi
47Bodhidharma School | Coleman Coker| 8 weeks
Bodhidharma School
SOLAR SECTION DIAGRAM 1:10
VENTILATION PLAN DIAGRAM 1:10WATER FLOW PLAN DIAGRAM 1:10
WATER FLOW SECTION DIAGRAM 1:10 VENTILATION SECTION DIAGRAM 1:10
Bodhidharma School
SOLAR SECTION DIAGRAM 1:10
VENTILATION PLAN DIAGRAM 1:10WATER FLOW PLAN DIAGRAM 1:10
WATER FLOW SECTION DIAGRAM 1:10 VENTILATION SECTION DIAGRAM 1:10
48 Bodhidharma School | Coleman Coker| 8 weeks
49Bodhidharma School | Coleman Coker| 8 weeks
Dining Room/Mixed UseVocational TrainingCo-Op Teaching FacilityCo-Op Teaching FarmWater Retention PondTeachers QuartersTeacher Bathrooms with ShowersStorage FacilityComposting Area6th Grade Classroom7th Grade Classroom8th Grade Classroom9th Grade ClassroomToiletsKindergarden Classroom
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1st Grade Classroom2nd Grade Classroom3rd Grade Classroom4th Grade Classroom5th Grade ClassroomOutdoor Play AreaGardensOrphanage QuartersOrphan Bathrooms with ShowersMonk QuartersMonk Bathrooms with ShowersGardensAssembly Hall/Meditation HallToilets
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PavillionMedicinal Garden10th Grade Classroom11th Grade Classroom12th Grade ClassroomLibraryComputer LabTeacher’s LoungePrincipal’s OfficeToiletsOutdoor Play AreaGardensWetlandWoodlandPlay/Quarter Size Soccer FieldKitchen
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Bodhidharma SchoolTHE UNIVERSITY OF TEXAS AT AUSTINSCHOOL OF ARCHITECTURE
private vs publicliving/learning/gathering pathways
waterflowwindflow sun
52 Bodhidharma School | Coleman Coker| 8 weeks
WOODLAND
WETLAND
BUILDING AREA
PLAY AREA FARMLAND
53Bodhidharma School | Coleman Coker| 8 weeks
CLAIRE [email protected]
1212 Clara St. • Fort Worth, TX 76110 • (817) 726-6308issuu.com/clairewmiller
EDUCATIONUniversity of Texas at Austin Bachelor of Architecture Europe Program École National d’Architecture Paris: Advanced Design studio Travel: Netherlands, Belgium, Germany, Austria, Switzerland, France, Italy
May 2016
Fall 2014
Fall 2013Spring 2012
Fall 2011
Professional Residency Program | InternCreated physical models by hand and using 3d printerWorked in small teams to develop designs using CAD, Rhino, Grasshopper, and Revit Ikon Tower Monterrey, Mexico Dimensional Place Charlotte, NC
Jun 2015 - Dec 2014
Digital Programs | Photoshop, Illustrator, InDesign, Rhino, Grasshopper, Autodesk Revit, 3DS Max, AutoCAD, ArduinoDigital Production | construction drawings, rendering, laser-cut models, diagrams, organizational flyersCraft | freehand sketching, drafting, model building, carpentry
Undergraduate Architecture Student Council | 2013-2014 President Organized and led weekly officer meetings and bi-weekly general meetings Coordinated all internal events for the 2013-2014 year (mentorship, community service, and social events) Attended bi-weekly Presidents Committee Meetings held by Senate of College Councils
Student Advisory Council to the Provost | Architecture Representative Represent architecture students at monthly meetings with Provost Gregory Fenves
UTSOA Coordinating Committee | Undergraduate Student Representative Represent architecture students at monthly meetings led by Dean Fritz Steiner and the department chairs
Mentor – UTSOA Mentorship Program Mentored three underclassmen architecture students
Fall 2011 - Present
Fall 2013 - Present
Fall 2013 - Present
Fall 2012 - Present
SKILLS
WORK EXPERIENCE
LEADERSHIP
HONORSNominated for Design Excellence Award for Caret 6 InstallationAlpha Lambda Delta and Phi Eta Sigma Honor Societies Friends of Alec Scholarship | Cockrell School of Engineering
August 2013 – March 2014RELATED EXPERIENCECaret 6 Installation, TEX-FAB 5 Symposium | Kory Bieg | Student Designer & Marketer Designed and produced construction documents for parametric installation Caret 6 CNC-routed and assembled over 1000 Alpolic, polypropylene, and polyethylene pieces Promoted successful Kickstarter campaign which raised over $5000 Managed Caret 6 blog and social media accounts (Wordpress, Facebook, Twitter, Instagram)
Duda Paine Architects
Engineering Student Affairs Office | Student AssistantCoordinated course scheduling in Mainframe and Blackboard for all General Engineering coursesReorganized and maintained Excel records for General Engineering Program
New Student Services | Orientation AdvisorLed group discussions with students about social justice and campus issues Wrote, cast, and acted in social justice and comedy programs put on for incoming studentsAdvised and constructed schedules for students in the Cockrell School of Engineering
Aug 2013 - Mar 2014
May 2012 - Jul 2014
University of Texas at Austin