AMANDA SCHWARZ SELECTED WORKS IN ARCHITECTURE
AMANDA SCHWARZ SELECTED WORKS IN ARCHITECTURE
CONTENTS 1
Center for Information and Collaboration
2
Unitarian Universalist Church Campus
3
Vertical Farm : Living Museum
4
Digital Fabrication Materials Study
5
Nature Observatory
6
Streetcar Transit Plaza
7
El Barrio Reggio Emilia School
8
Places for Dwelling
9
Performance Installations
10 Professional Experience
CENTER FOR INFORMATION AND COLLABORATION interdisciplinary laboratory for research, work, and exhibition
Project Location : University of Arizona Campus, Tucson, Arizona Project Type : Institution Library Location Climate : Hot, Arid Squarefootage : 82,000 ft2
The way people consume information and collaborate has fundamentally shifted due to the advent of New Media. Architecture has something to learn from New Media: a rich environment of layered information, simultaneous streams of consciousness and emergent democracy. The CIC adopts this lens with “Venn-Diagrams” of space – which allow for the simultaneous existence of two programs in one place and connection between resources.
13 Weeks - Fall 2014 - arc 401 - Matthew Trzebiatowski - U. of Arizona
Process and Concept Models showing the playful nature of overlapping programmatic zones
Itteration 1
Itteration 2
Itteration 3
Guest Services
Reference Library Laboratory 1
Administration
Library Collections Shipping/ Receiving 3 Community Laboratory Guest Services Meeting Room Study Study Work Auditorium Laboratory 2 Room Guest Reference Study Room Room Study Laboratory 3 Gallery Services Administration Reception to think/collaborate betterReference in their “own”Study space Gallery Room Room Library Library Collections Study Study Room Study Gallery Guest Reference Reception ReferenceRoom Laboratory 1 Room Cafe Services Reference Room Gallery Library Desk ter Study Work pu Study Reference m Laboratory 1 Cafe Room Physicalr adjacencies connect necessary as well Reference Co Reception Room Reference Room Studyas unusual Library Laboratory 1 te Desk Study Administration u Library Work Room Study programs. Visual adjacencies secondaryconnect levels mp Laboratory 1 Cafe Room Reference Physicalfor adjacencies necessary as well as unusual Room Co Reference Room Gallery collaboration. Systematically ableVisual to findadjacencies the space program Administration Study Study Desk r ioifns Work levels Compfor teprograms. utersecondary Stat Gallery = Laboratory Room pu there are no visualomcues. Room Room Individual collaboration. Systematically able to find the space program if C Reference Administration
Study Room Laboratory 3 Reference Gallery
Study Room
Gallery
Reception
Individual Study Collaboration = Carrels Room Reference Study Desk Work Laboratory Room
s
Reference Library Individual Collaboration = 1 r Reference Study Carrels ute Desk Work Study omp C Room Room Administration Laboratory 2 Sta tio n
Study Room
Shipping/ Receiving
Guest Services
Gallery
Reception Cafe
Study Room
Laboratory 3
Work Study Room ReferenceAdministration Room Library Collections Gallery
Laboratory Study 2 (Outdoor) Room
Individual Collaboration = Study Carrels
r
ute
mp
Co
Individual Collaboration = Study Carrels
Laboratory 2
Desk
Study Room
there are no visual cues.
Work Room
Administration Laboratory 2 (Outdoor)
Community Meeting Room
DUALITY
Individual Collaboration = Study Carrels Shipping/ Receiving
Study Room
Collaboration = Study Carrels
The “Laboratory” Space: - open study The “Laboratory” Space: - multimedia lab - open study - work areas - multimedia lab
Laboratory 2 (Outdoor)
Individual Collaboration = Study Carrels
DUALITY
COLLISION COLLISION
Guest Services
Study Room
Work Room
Study Room
Gallery r ute
mp
Co
Library Collections
Reception Reference Laboratory 1 Library Reference Reception Gallery Study I Study Room Reference Room Gallery = Laboratory Gallery Reference Study Desk = Laboratory Work Room Gallery Study Study Room
Room
Room
Administration Study Room
Study Room
Individual Collaboration = Study Carrels
Reference Desk
Guest Services
Reference Library Laboratory 1
r
ute
mp
Room
Study Room
Shipping/ Receiving
Work Study Room Reference Administration Room Gallery Guest Services
Gallery
Reference Library
Work Laboratory 1 Room
Cafe
Administration
ns
Individual Collaboration = Study Carrels
Study Room Study
Reference Desk
Study Room
Computer Statio
H
Co
Laboratory 2 (Outdoor)
Study Room
Guest Services
Study Laboratory Room2
Reference Desk
Study Room
Laboratory 2 r ute Study Comp Room
Laboratory 3
Gallery Reception
r
ute
mp
Co
Reception
Library Collections
G
ns
Auditorium
F
E
D
Study Room
Study Room C
Individual Collaboration = Study Carrels
Study Room
Work Room
Guest Services
Reception
Reference Desk
Auditorium Gallery Gallery
Administration
Laboratory 3 Study Room
Reference Gallery
Reference Laboratory 1 Library
Reference Gallery Study Room Gallery = Laboratory
“Living Room”
Study Room
Reference Gallery
Study Room
“white box” quality of space. *Seattle Public Library “Mixing Chamber” and*Seattle Public Library “Living Room” “Mixing Chamber” and
Study Room
Computer Statio Individual Collaboration = Study Carrels
Library Collections
Gallery
Library Collections
Work Room
Administration
Auditorium
ns
Laboratory 3 Cafe Study Room Study Room
Reference Gallery
Reference Laboratory 1 Library r ute mp Co
Work Room
Administration Study Room Laboratory 2 (Outdoor)
Individual Collaboration = Study Carrels
Work Room
Community Study Meeting Room Room
Laboratory 3
Sta tio
Study ReferenceAdministration Room Gallery Library Collections
Guest Services
Study Room
Laboratory 3
Sta tio ns
Auditorium Library Collections
Shipping/ Receiving
Work Room
ns
Study Room
Gallery
Work StudyRoom Administration Room
Administration
Sta tio
Shipping/ Receiving
Community MeetingCafe Room
Sta tio ns
Gallery
Study Room
Auditorium
Community Meeting Room
Shipping/ Receiving
Study Room
Auditorium
The primary purpose of the CIC is to provide easily accessible and changeable resources and environments. Environmental variation is achieved through the wall system of channel glass and vision glass with a perforated steel screen casting shadows that dramatically affect the quality of natural light on the interior throughout the day. Users can achieve an infinite combination work spaces by first choosing a specific environmental quality, gathering the resources needed to work, and moving partitions for comfort, privacy, visibility, etc. Cafe
M
Gallery
Reception
- work areas Each laboratory has a focus / different environment for Each laboratory has a focus / collaboration. Let’s calldifferent it a environment for “white box” quality of space. collaboration. Let’s call it a
Individual Collaboration = Study Carrels
Cafe
*Seattle Public Library “Mixing Chamber” and “Living Room”
Laboratory 3 Reference Gallery
Sta tio ns
Study Work Room Room Administration
Study Room
adjacencies WHY: users have come to expect a certain Study amountStudy of control in their environment tend Room WHY: users haveand come to expect a certain Room to think/collaborate better in their “own” in space amount of control their environment and tend
s
Cafe
Study Room
Administration
Meeting Room
Sta tio n
Library Collections Study Room
Study Room
Laboratory Gallery3 Work Study Room ReferenceStudy Administration Room Library Collections Gallery Room
Shipping/ Receiving
changing configurations, environment, and aspects of their space by HOW: users can affect Cafe adjacencies Community changing configurations, environment, and
Study Room
s
Community Meeting Room
Community Meeting Room
Shipping/ Receiving
Sta tio n
Study Room
Gallery Shipping/ Receiving
Study Room
Study RoomWork Room Administration
s
Study Room
Sta tio n
Community Meeting Room
Gallery Shipping/ Receiving
Community Meeting Room
Each laboratory has a focus / different environment for collaboration. Let’s call it a “white box” quality of space.
Individual Collaboration = Study Carrels
ns
Study Room Auditorium
DUALITY
Community WHAT: Spacial Efficacy HOW: users can affect aspects of their space by Meeting Room
Gallery
Auditorium
Auditorium Gallery Study Room
WHAT: Spacial Efficacy
COLLISION
The “Laboratory” Space: - open study - multimedia lab - work areas
s
DE-CENTRALIZED DE-CENTRALIZED COLLISION
Auditorium
Laboratory 2 (Outdoor)
Individual Collaboration = Study Carrels
Laboratory 2
CENTRALIZED CENTRALIZED
D
there are no visual cues.
r
ute
mp
Co
Sta tio n
Work Room
Administration
Sta tio
Collaboration = Study Carrels
s
Reference Desk
Study Room
Sta tio n
Laboratory 1
r
ute
mp
Co Work Room
Administration
B
A
Laboratory 2 (Outdoor)
ROOF 54' - 0"
LEVEL 4 41' - 0"
LEVEL 3 28' - 0"
LEVEL 2 15' - 0" CEILING 12' - 0"
LEVEL 1 0' - 0"
SUBLEVEL 2 -9' - 0"
Section 1
0'
2'
4'
8'
16'
0"
1/2"
1"
2"
4"
1/4" = 1'-0"
SUBLEVEL 1 -18' - 0"
CULTURAL CULTURALCONDITIONS CONDITIONS
...a place play to music, ...a toplace play music, with good and withaucustics good aucustics and MUSIC & DRAMA BUILDINGS MUSIC & DRAMA BUILDINGS sound-proofing sound-proofing
...a...aplace to to practice scenes, to to place practice scenes, move freel, and imagine being on move freel, and imagine being on stage or somehere else.
MCCLELLAND HALL MCCLELLAND HALL
AEROSPACE & MECHANICAL ENGINEERING AEROSPACE & MECHANICAL ENGINEERING
...a place to build and test, ...a place to build and test, high -tech or low-tech
...a place to sit together, with our ...a place to sit together, with our laptops and our papers, or just each laptops and our papers, or just each other and brainstorm
PARK AVE.
...a place for books, with space to ...a place books, with space read, makesforme feel important to to read, important to be theremakes and a me part feel of history
be there and a part of history
THE FIRST UNIVERSITY LIBRARY (ARIZONA STATE MUSEUM)
THE FIRST UNIVERSITY LIBRARY (ARIZONA STATE MUSEUM)
“One of the finest buildings on campus is the library ... It is modern renaissance It is a three-story structure of red brick, “One of thein design. finest buildings on campus is the library ...covering It is modern a renaissance ground area in of design. 195 by It110 The reserved book roombrick, and covering the is afeet. three-story structure of red outdoor reading adjoining Thebook mainroom reading a ground arearoom of 195 by 110seat feet.150 Thepersons. reserved and the room on the second floor including the alcove for periodicals and special outdoor reading room adjoining seat 150 persons. The main reading collections, seats 200. The steel stack room affords space for the room on the second floor including the alcove for periodicals and special shelving of 225,000 books and affords space for further expansions.” collections, seats 200. The steel stack room affords space for the - Arizona Daily Star (1934); Places in the Sun, James F. Cooper
PARK AVE.
MOUNTAIN AVE.
stage or somehere else.
high -tech or low-tech
other and brainstorm
MOUNTAIN AVE.
WHAT LOOK LIKE? WHATDOES DOESCOLLABORATION COLLABORATION LOOK LIKE?
SCHAEFER POETRY CENTER
SCHAEFER POETRY CENTER
...a place to read out loud or quietly, peacefully joyfully ...a or place to read out loud or
SPEEDWAY BLVD.
SPEEDWAY BLVD.
quietly, peacefully or joyfully
STEVIE ELLER DANCE THEATER
STEVIE ELLER DANCE THEATER
SECOND ST.
SECOND ST. ...a place to move, with views of my reflection, other dancers, and inspiring place to move, with views of my sights, a place ...a to perform or practice
shelving of 225,000 books and affords space for further expansions.” - Arizona Daily Star (1934); Places in the Sun, James F. Cooper UNIVERSITY BLVD.
reflection, other dancers, and inspiring sights, a place to perform or practice
UNIVERSITY BLVD.
“The architects collaborated with the practitioners and profs in dance and opera and came up with a ‘brilliant blend of form and function’.” “The architects collaborated the practitioners and profs in dance - “Architecture About Dancing” Tucsonwith Weekly, Margaret Regan
and opera and came up with a ‘brilliant blend of form and function’.” - “Architecture About Dancing” Tucson Weekly, Margaret Regan
SIXTH ST.
FOURTH AVE.
FOURTH AVENUE
FOURTH AVE.
FOURTH AVENUE
...a place to meet strangers, to express myself, to have fun and do business at the same time
ACCESS + CIRCULATION
SIXTH ST.
ACCESS + CIRCULATION
...a place to research next to each other, to ...a place to reuse technology search next to or just talk
University of Arizona Buildings Constituent Colleges
University of Arizona Buildings
University of Arizona Libraries
each other, to use technology or just talk
Constituent Colleges
...a place to meet strangers, to express myself, to have fun and doMCCLELLAND PARK FAMILY & CONSUMER SCIENCES business at the same time
Sun Link Modern Streetcar + Stop
University of Arizona Libraries
Cat Tran Route + Stop
“The showplace of the project is the “family plaza,” an ...a place to see all other students, to work, to ample living room and gathering space that offers an SCIENCES oasis MCCLELLAND PARK FAMILY & CONSUMER sit, many surfaces to write on, digital and anafor informal meetings, study groups and play for children.” logue, quite and closed-off or large and open “The showplace of the project is the “family plaza,” - Smithgroup JJR an
ample living room and gathering space that offers an oasis for informal meetings, study groups and play for children.” AND - Smithgroup JJR
CENTER FOR INFORMATION
COLLABORATION
AMANDA SCHWARZ | ARC 401 | M. TRZEBIATOWSKI | FALL 2014 | SEP. 18, 2014 | p. 4 of 6
CENTER FOR INFORMATION AND COLLABORATION
AMANDA SCHWARZ | ARC 401 | M. TRZEBIATOWSKI | FALL 2014 | SEP. 18, 2014 | p. 4 of 6
Sun Link Modern Streetcar + Stop
MANUEL PACHECO INTEGRATED LEARNING CENTER
...a place to see all other students, to work, to MANUEL PACHECO INTEGRATED LEARNING CENTER sit, many surfaces to principles write on, digital andtheana“Four went into design: agility, multifunctional use of the spaces, transparency, and seamless logue, quite andaccess... closed-off or large anddoes opennot “belong” to any academic unit, it can serve as a university-wide resource.” Since the ILC
Designated Bike Path
Cat Tran Route + Stop Designated Bike Path
- Learning Spaces, Christopher Johnson
“Four principles went into the design: agility, multifunctional use of the spaces, transparency, and seamless access... Since the ILC does not “belong” to any academic unit, it can serve as a university-wide resource.” - Learning Spaces, Christopher Johnson
The combined spaces become laboratories – the architecture in which users interact with physical space the way they can with digital space.
1
2
3
4
5
6
7
8
9
10
11
ROOF 54' - 0"
LEVEL 4 41' - 0"
LEVEL 3 28' - 0"
LEVEL 2 15' - 0" CEILING 12' - 0"
LEVEL 1 0' - 0"
SUBLEVEL 2 -9' - 0"
SUBLEVEL 1 -18' - 0"
Section 3
0'
4'
8'
16'
32'
0"
1/2"
1"
2"
4"
1/8" = 1'-0"
ARCHITECTURE WEST
ARCHITECTURE EAST
3
ENGINEERING + COMPUTER ENGINEERING CENTER FOR CREATIVE PHOTOGRAPHY
1
CENTER FOR CREATIVE PHOTOGRAPHY
1
12' - 0"
1
1
AUDITORIUM
1
1 UP
14' - 5"
3
12' - 0"
12' - 0" 0' - 0"
2
2
0' - 0"
14' - 5"
14' - 5"
CIVIL ENGINEERING
12' - 0"
UP
12' - 0"
1 HARVIL
12' - 0" 2
2
SPEECH + HEARING SCIENCE
3
2
14' - 5" SCALE : 1/32" = 1' - 0"
NORTH
CENTER FOR CREATIVE PHOTOGRAPHY
0'
16'
32'
64'
128'
0"
1/2"
1"
2"
4"
12' - 0"
12' - 0"
0' - 0"
2
LOBBY
2
0' - 0"
1
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
CAFE
1
LEVEL 1
NORTH
1/16" = 1'-0"
3
CIVIL ENGINEERING
Site Plan 1/32” = 1’-0”
NORTH
0'
16'
32'
64'
128’
0"
1/2"
1"
2"
4"
LEVEL 1 REFLECTED CEILING PLAN Level 1 RCP 1/16" = 1'-0"
UP
1
HARVIL
3
Laboratory Laboratory SPEECH + HEARING
1 2
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
: Library Collections + Open Study + Computer Stations : Large Gallery + Open Study Space
SCIENCE
2 0' - 0"
2
2
0' - 0"
FLEXIBLE FLOOR PLAN CIVIL ENGINEERING
LEVEL 1 1/16" = 1'-0"
HARVIL
SPEECH + HEARING SCIENCE
3
Each space is easily changed by sliding bookcases/supply storage shelves along tracks. Spacial efficacy is achieved through the implementation of a sliding, migrating, moving bookshelf and resource system – which also act as partitions. The librarians then become currators of the spaces, arranging them and organizing them in different ways over time. Zones of program mix by overlapping and sliding into each other. : 1/32" = 1' - 0"
Site Plan 1/32” = 1’-0”
NORTH
0'
16'
32'
64'
128’
0"
1/2"
1"
2"
4"
16'
32'
64'
128'
1/2"
1"
2"
4"
MECH.
28' - 0"
41' - 9"
41' - 9"
MECH. UP
UP
UP
41' - 9"
28' - 0"
28' - 0"
MECH. UP
MECH.
MECH.
6
3
15' - 0"
15' - 0"
MECH.
MECH.
MECH.
UP
UP
9 28' - 0"
15' - 0"
15' - 0"
28' - 0"
15' - 0"
15' - 0"
7
4
LEVEL 2
LEVEL 2
1/16" = 1'-0"
1/16" = 1'-0"
NORTH
0'
8'
16'
0"
1/2"
1"
32'
64'
2" = 1'-0" 1/16"
4"
NORTH
0'
8'
16'
0"
1/2"
1"
SCALE : 1/16" = 1' - 0"
SCALE : 1/16" = 1' - 0"
SCALE : 1/16" = 1' - 0"
LEVEL 3
32'
LEVEL 3 2" = 1'-0" 1/16"
64'0'
8'
16'
4"0"
1/2"
1"
NORTH
32'
64'
2" = 1'-0" 1/16"
4"
LEVEL 2
0'
8'
16'
0"
1/2"
1"
32'
1/16" = 1'-0"
NORTH
Laboratory Laboratory Laboratory LEVEL 2 1/16" = 1'-0"
6
2"
3 4 5
64'0'
8'
16'
32'
64'
4"0"
1/2"
1"
2"
4"
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
LEVEL 3 1/16" = 1'-0"
: Large Gathering / Community Meeting Rooms Laboratory : Library Collections + Open Study + Computer Stations Laboratory : Administrative Work Areas + Offices Laboratory LEVEL 3 1/16" = 1'-0"
6
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
0'
8'
16'
0"
1/2"
1"
32'
1/16" = 1'-0"
6 7 8
NORTH
2"
64'0'
8'
16'
32'
64'
4"0"
1/2"
1"
2"
4"
: Small Gathering / Study Rooms : Photography Collections + Open Study : Multimedia Lab + Small Gallery
LEVEL 4
SCALE : 1/16" = 1' - 0"
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
8'
16'
32'
0"
1/2"
1"
2" 1/16" = 1'-0"
64'0'
8'
16'
32'
64'
4"0"
1/2"
1"
2"
4"
LEVEL 4 NORTH
NORTH
41' - 9"
1/16" = 1'-0"
1/16" = 1'-0" NORTH
0'
LEVEL 4
28' - 0"
1/16" = 1'-0" NORTH
1/16" = 1'-0"
SCALE : 1/16" = 1' - 0"
SCALE : 1/16" = 1' - 0"
LEVEL 4
LEVEL 3
15' - 0"
1/16" = 1'-0"
11
8
SCALE : 1/16" = 1' - 0"
UP
41' - 9"
10
5
UP
41' - 9"
41' - 9"
28' - 0"
28' - 0"
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
1/16" = 1'-0"
0'
8'
16'
0"
1/2"
1"
1/16" = 1'-0"
NORTH
0'
8'
16'
32'
64'
0"
1/2"
1"
2"
4"
ARRANGEMENT 1 -DIFFUSED
ARRANGEMENT 2 -EDGE CONDITION
ARRANGEMENT 3 -LINEAR
Sliding Bookcases / Supplies Storage / Room Divisions
Sliding Bookcases / Supplies Storage / Room Divisions
Sliding Bookcases / Supplies Storage / Room Divisions
6
2"
NORTH
Laboratory 9 : Fine Arts Collections + Open Study Laboratory 10 : Exterior Study Space + Study Carrels Laboratory 11 : Faculty Offices + Study Rooms SCALE : 1/16" = 1' - 0"
LEVEL 4
32'
1/16" = 1'-0" NORTH
64'0'
8'
16'
3
4"0"
1/2"
1"
2
CEILING 12' - 0"
enclosure structure systems
Vertical cores penetrate through each floor to emphasize way-finding and connection. While the digital realm can achieve mixing seamlessly, the physical realm imposes limitations such as confusion and clutter. Therefore, way-finding and connection are of equal importance. This is achieved by stacking similar programs above each other in space so that, despite the curious variations of each floor plate, resources are easy to locate.
A
B
C
D
E
F
G
H
I
plywood drop ceiling concealing: post-tension concrete slab, recessed can lighting systems, and mechanical systems concrete parapet with flashing LEVEL 1 membrane 0' - 0" strip lighting for night illumination HVAC diffusers structural reinforced concrete column thermal insulation
SUBLEVEL 2 -9' - 0"
ROOF 54' - 0"
LEVEL 4 41' - 0"
Section 2
0' 2' 4'
8'
16'
SUBLEVEL 1 -18' - 0"
LEVEL 3 28' - 0"
LEVEL 2 15' - 0"
1/4" = 1'-0"
CEILING 12' - 0"
0" 1/2" 1"
2"
4" LEVEL 1 0' - 0"
SUBLEVEL 2 -9' - 0"
Section 2
0'
2'
4'
8'
16'
0"
1/2"
1"
2"
4"
1/4" = 1'-0"
SUBLEVEL 1 -18' - 0"
1
2 3 4 5 6
concrete parapet with flashing and membrane
7 post-tension concrete slab 8 bracket connecting channel glass to slab 9 concrete panel floor system 1 10 steel bracket 11 steel post 12 perforated corten steel screen 13 HVAC duct
4"
2
LEVEL 4 41' - 0"
rigid insulation - sloped for water control
4"
13
steel bracket structural reinforced concrete steel post column
11
LEVEL 3 28' - 0"
6
7
8
bracket holding channel glasscorten back perforated to concrete slab steel screen
12
thermal insulation concrete soffit
concrete panel floor system
10
9
steel bracket steel post
13
11 perforated corten steel screen
12
11
corten perforated steel screen
NORTH ELEVATION
NORTH ELEVATION
1/16" = 1'-0"
1/16" = 1'-0"
11'-0"
LEVEL 4 41' - 0"
thermal insulation
concrete panel floor system
B
LEVEL 3 28' - 0"
LEVEL 1 0' - 0"
steel bracket
1/16" = 1'-0"
1/16" = 1'-0"
CEILING 12' - 0"
CEILING 12' - 0"
perforated corten steel screen
EAST ELEVATION
EAST ELEVATION
LEVEL 2 15' - 0"
LEVEL 2 15' - 0"
steel post
SUBLEVEL 2 -9' - 0"
0’ 1’
4'-0"
3"
10’
1
0’ 1’
4”
3’ - 0”
insulated channel glass assembly
0’ 1’
4'-0"
3"
SUBLEVEL 1 -18' - 0" 4'-0"
10’
4'-0"
3"
10’
20’
20’
4'-0" bracket
3’ - 0”
10’
1
1
steel post
insulated 20’ channel glass assembly
1/16" = 1'-0"
1/16" = 1'-0"
steel screen
0’ 1’
SOUTH ELEVATION
SOUTH ELEVATION
post-tension concrete slab
steel post
- 0”
3
steel post
SUBLEVEL 2 -9' - 0"
steel screen
PARTIAL PLAN DETAIL 1/4” = 1’-0”
2
SOUTH ELEVATION
PARTIAL ELEVATION 1/4” = 1’-0”
SUBLEVEL 1 -18' - 0"
B
1/16" = 1'-0"
SUBLEVEL 2 -9' - 0"
PARTIAL ELEVATION 1/4” = 1’-0”
A
20’
LEVEL 1 4'-0" 0' - 0"
steel screen
SUBLEVEL 2 -9' - 0"
20’
A
11
concrete soffit
LEVEL 1 SUBLEVEL -18' 0' - 0"
10’
9
1/16" = 1'-0"
CEILING 12' - 0" LEVEL 3 28' - 0"
bracket holding channel glass back to concrete slab
LEVEL 1 0' - 0"
0’ 1’
10
EAST ELEVATION LEVEL 2 15' - 0"
structural reinforced concrete column
PARTIAL ELEVATION 1/4” = 1’-0”
KEY WALL SECTION 1/4” = 1’-0”
11
corten perforated steel screen
corten perforated steel screen
4"
strip lighting for night illumination
16” wide dual glazed insulated channel glass
16” wide dual glazed insulated channel glass
4"
10
9
4'-0"
ROOF 54' - 0"
LEVEL 4 41' - 0"
11'-0"
strip lighting for night illumination concrete panel floor system
16" 16” wide dual glazed insulated channel glass
ROOF 54' - 0"
concrete soffit
5
4'-0"
LEVEL 3 28' - 0"
thermal insulation
3
4
4'-0"
13’ - 0”
bracket holding channel glass back to concrete slab
8
16"
4"
LEVEL 4 41' - 0"
7
4'-0"
13’ - 0”
structural reinforced concrete column
6
9
diffusers
concrete parapet with flashing and membrane
strip lighting for night illumination
2
10
1/16" = 1'-0"
4"
rigid insulation - sloped for water control
H
NORTH ELEVATION
11'-0"
concrete parapet with flashing and membrane
I
ROOF 54' - 0"
5
LEVEL 2 15' - 0"
4'-0"
plywood drop ceiling concealing: post-tension concrete slab recessed can lighting systems mechanical systems
diffusers
3
1
16"
13’ - 0”
plywood drop ceiling concealing: post-tension concrete slab recessed can lighting systems mechanical systems
4 ROOF 54' - 0"
4'-0"
rigid insulation - sloped for water control
insulated channel glass assembly
2
3
RAIN IN THE DESERT : STRENGTH THROUGH UNITY
UNITARIAN UNIVERSALIST CHURCH CAMPUS genus loci : land ethic, understanding and respecting the spirit of the place
ARROYO BETWEEN EDUCATION CENTER
AMANDA SCHWARZ | ARC 302 | P. REIMER | SPRING 2014
The Unitarian Universalists find truth in an interdependent reverence for diverse philosophies. This principle is rooted to the Sonoran Desert by its phenomenological relation to the convergence of water during the yearly monsoons. Desert rain slowly carves through the earth, leaving behind arroyos as a memory and a promise.
Project Location : Oro Valley, Arizona Project Type : Church Campus Location Climate : Hot, Arid 11 Weeks - Spring 2014 - arc 302 - Paul Reimer - U. of Arizona
SITE CHARACTERISTICS
AMANDA SCHWARZ| ARC 302 | P. REIMER |
The massive walls, being of the earth, split to preserve and honor this phenomenon. The roof planes, being of the sky, act as the mediator. The language shifts to a series of layered tectonics that extend and blend into the landscape while structurally demonstrating strength through unity. Each individual program channels water through the central gathering space where a series of terraces allow for small and large SPRINGgatherings 2014 and an interconnected web of paths and nodes.
TOPOGRAPHY + HYDROLOGY
TRIPARTITE PROGRAM
AMANDA SCHWARZ | ARC 302 | P. REIMER | SPRING 2014
RESPECT EXISTING ARROYOS
FORM ADJUSTMENT
WATER COLLECTION ON ROOF PLANE
urban agricultural factory and life-cycle landmark
LVI EV IRNTG I C MA U SL E UF M A urban L I agricultural V I N factory G andMlife-cycle U Slandmark EUM
RM:LIVING MUSEUM
“The ultimate goal of farming is not the growing of crops, but the cultivation and perfection of human beings.” – Masanobu Fukuoka, One-Straw Revolution
urban agriculture and living landmark urban agricultural factory andfactory life-cycle landmark “The ultimate goal of farming is not the growing of crops, but the cultivation and perfection of human beings.” – Masanobu Fukuoka, One-Straw Revolution “The ultimate goal of farming is not the growing of crops, but the cultivation and perfection of human beings.” – Masanobu Fukuoka, One-Straw Revolution
EXISTING CONDITION - San Francisco Embarcadero EXISTING CONDITION - San Francisco Embarcadero EXISTING CONDITION - San Francisco Embarcadero
DEMOGRAPHICS DEMOGRAPHICS Tourists DEMOGRAPHICS Tourists Business People p Business People p Residents Tourists Residents Business People p Homeless Homeless Residents museum/exhibition Homeless museum/exhibition museum/exhibition museum/exhibition
sales - weekday sales sales -- weekday weekday
Project Location Francisco, California Project Location : San: San Francisco, California Project Location : San Francisco, California Project : :Vertical Market, Health Club, Museum Project TypeType : Vertical Market, Health Club, Museum Project Location : Farm, SanFarm, Francisco, California Project Type Vertical Farm, Market, Health Club, Museum Location Climate : Temperate Location Climate : Temperate Project Type : Vertical Farm, Market, Health Club, Museum Location Climate : Temperate 22 Squarefootage : 160,000 Squarefootage : 160,000 ft2 ft 2 Location Climate : Temperate
Squarefootage : 160,0002 ft
11 Weeks Fall 2013 - arc301 - Paul Weiner - University Arizona Squarefootage : -160,000 ft- Paul 11 Weeks - Fall- 2013 arc301 Weiner - University of ofArizona
11 Weeks Weeks - -Fall - arc301 Paul-Weiner - University Arizona 11 Fall2013 2013 - arc -301 Paul Weiner - U.ofArizona
In the tradition of agricultural communities around the world, cycles oftradition planting must coincide with programmatic elements. In theIn ofand agricultural communities around thethe world, cycles the tradition ofharvest agricultural communities around world, cycles This urban agricultural invites the diverse community of of planting and harvest mustfactory coincide with programmatic elements. of planting and harvest must coincide with programmatic elements. San to experience the intersection ofcommunity mixed uses.ofWhere This Francisco urban agricultural factory invites diverse community of This urban agricultural factory invites the the diverse thoseFrancisco programstomeet becomes aintersection node for reflection. San experience the of mixed uses.Where Where San Francisco to experience the intersection of mixed uses. programs becomes a node reflection. thosethose programs meetmeet becomes a node for for reflection.
sales - weekday shoppers grocery shoppers grocerygrocery shoppers grocery shoppers
NEW CONDITION - San Francisco Embarcadero
NEW CONDITION - San Francisco Embarcadero NEW CONDITION - San Francisco Embarcadero
CIRCULATION
Two Intersecting Interior “STREETS”:
CIRCULATION Two Intersecting Interior “STREETS”: Bikers Increase pedestrian and bicycle CIRCULATION Two Intersecting “STREETS”: Pedestrians & Joggers Bikers Increase pedestrian bicycle traffic Interior + and create an urban condition Pedestrians & Joggers Cars traffic + create an urban condition Bikers Increase pedestrian and bicycle Highlight two nearby landmarks to Cars Cable Car Pedestrians & Joggers Highlight nearby landmarks to traffic +two create urban condition emphasis create aanbalanced Cable Car Ferry Cars balanced emphasis create atwo Highlight nearby landmarks to and Ferry along the Embarcadero Cable Car along Embarcadero and create the a balanced provide aemphasis beacon to move people Ferry providethea beacon to move Embarcadero andpeople along through the site site to move people through athe provide beacon through the sitesales area sales sales area area
factory/process weekday factory fa aactory workk floor floo flo fl --weekday wee factory/process weekday factory fa aactory floo flo flfl --wee factory/process -weekday weekday factory fa aactory work workkk floor floo flo floor wee weekday
sales area
commercial commercial factory/process weekday commercial factory fa aactory workk floor floo flo fl --weekday wee buyers buyers buyers commercial buyers composting compostingcomposting shipping shipping shipping hatching seed hatching seed hatching compostingseed -- pucks pucks saturated, saturated, -hand hand pucks saturated, hand seeded 44 days) shipping seeded (2hrs (2hrs every every seeded days) (2hrs every 4 days) packaging packagingpackaging seed hatching
health health center center
- pucks saturated, hand seeded (2hrs every 4 days)
LIFECYCLE OF PLANT
factory/processing factory/processing
museum/exhibition
factory/processing
packaging seed incubation/ incubation/ LIFECYCLE OF PLANT seed produce produce processing processing seed incubation/ germination germination produce processing (7-10 days) days) -- warm warm temperatures temperatures grocery (7-10 grocery shoppers shoppers germination seed incubation/ (7-10 days) - warm temperatures produce processing germination growth maturation growth maturation (7-10 days) - warm temperatures grocery shoppers -- 10 days, then .. growth green beans 35 days 10 days, then green beans 35 days harvesting move trays trays .. maturation harvesting growth --- lettuce lettuce 40 40 days daysgrowth artificial move artificial light - 10 days, thenlight. -- spinach 22 growth 35 days growth maturation spinach 22 days days - green beans harvesting - strawberries 228 228-days days move day trays cycle . lettuce 40 days artificial light - 10 days, then . of aa plant green beans 35 days day cycle of plant harvesting growth --- strawberries tomatos days move trays . tomatos4075 75days days- spinach 22 days lettuce
- strawberries 228 days PROGRAM TIME ADJACENCY - tomatos 75 days - zucchini 20-41 days TIME ADJACENCY - peppers 50-60 days EachPROGRAM wheel TIME represents a PROGRAM ADJACENCY - onions 16-52 days midnight midnight programmatic cycle, read wheel represents a EachEach wheel represents a midnight midnight like programmatic a clock. These cycle, programmatic cycle,wheels read read “turn” like gears to intersect health health center center -- weekday weekday a clock. These wheelsnoon like like a clock. These wheels noon at necessary points. “turn” like gears to intersect “turn” like gears to intersect health center - weekday health center - weekday noon noon at necessary points. at necessary points. - zucchini 20-41 days zucchini 22 20-41 - spinach daysdays - peppers days peppers 50-60 50-60 days - strawberries 228 days - onions days onions 16-52 16-52 days - tomatos 75 days - zucchini 20-41 days - peppers 50-60 days - onions 16-52 days
artificial light
health center
MIXED USE WEEKDAY
health center museum/exhibition museum/exhibition museum/exhibition
packaging packaging
packaging LIFECYCLE LIFECYCLE OF OF PLANT PLANT
MIXED MIXED USE USE WEEKDAY WEEKDAY MIXED USE WEEKDAY
packaging
factory/p
shipping shipping and and receiving receiving
sh
AGRICULTURAL shipping and receiving AGRICULTURAL FACTORY FACTORY commercial commercial buyers buyers WEEKDAY WEEKDAYAGRICULTURAL FACTORY WEEKDAY commercial buyers AGRICULTURAL FACTORY maintenance grocery shoppers maintenance + + plant plant health health WEEKDAY maintenance + plant health maintenance + plant health produce processing produce processing
produce proc produce processing
day cycle of a plant
diffused diffused light light
day cycle of a plant
art art
diffused light direct direct light light grocery diffused lightshoppers
grocery shoppers
direct light
direct light
grocery shoppers
grocery shoppers
useum/exhibition useum/exhibition health health center center useum/exhibition useum/exhibition health center
MIXED MIXED USE USE WEEKEND WEEKEND MIXED USE factory/processing factory/processing WEEKEND factory/processing
art commercial commercial buyers buyers
MIXED USE WEEKENDcommercial buyers
c
factory/processing leisure/entertainment leisure/entertainment browsing browsing
health center
leisure/entertainment browsing
leisure/entertainm
Diire D Dire rect ct Forma orm or maal Re Resppoonnsee to An Anal aallys ysiss
ITTEERATION TWO
ITTERATION ONE
IN NITIAL EXPLORATION
FORM FINDING PROCESS USING GRASSHOPPER, LADYBUG, + GALAPAGOS
GEOMETRY PLANE THAT FILLS ENTIRE FOOTPRINT OF SITE
LADYBUG
This analysis shows existing sunlight condition with no formal response. Results reveal that the most sun falls on a v shaped area with slivers on the sides.
GEOMETRY CURVES CREATED FROM MOVEABLE POINTS - EXTRUDED, SWEPT, AND LOFTED
LADYBUG
GALAPAGOS VARIABLE: X,Y,Z VALUE FOR MULTIPLE POINTS MAXIMIZE: totalSunlightHours / totalRadiation
This analysis attempts to gravitate towards areas of full sun. Results reveal that the most sunlight is high on the northeast and northwest corners.
GEOMETRY CONSTANT CURVE MOVED UP, SCALED, ROTATED, LOFTED
LADYBUG
PLANES DEFINED BY POINTS ALONG SLANTED LINE
LADYBUG
Inn tia Init iall Diag Diag Di agra rama ra matiticc IInnterpreeta ma tatiion
GALAPAGOS VARIABLE: Z POSITION & SCALE & ROTATION MAXIMIZE: totalSunlightHours / totalRadiation
This analysis attempts to find form for three twisting towers. Results reveal that the southern tower receives very little sun while the northeast and northwest towers receive the most sun when facing south and maximizing height. All towers twist to minimize self shading.
GEOMETRY
ITTER RATIO ON THREE
VARIABLE: TESTED AT MULTIPLE HEIGHTS UP TO 150’
GALAPAGOS VARIABLE: X,Y SCALE & X,Y POSITION MAXIMIZE: totalSunlightHours / totalRadiation
This analysis attempts to find a terraced arrangement that minimizes self shading. Results reveal that previous analyses were correct - the most sun falls on a v shaped area with slivers on the sides, more sunlight falls high up on the northern edgee of the site. The design response was to create a terraced form that minimized self shhading while maximizing sunlit area.
Fina Fi nal Fo F rm maall Res espo ponnse
IN NITIAL EXP
This analysis shows existing sunlight condition with no formal response. Results reveal that the most sun falls on a v shaped area with slivers on the sides. Diire D Dire rect ct Forma orm or maal Re Resppoonnsee to An Anal aallys ysiss
ITTER RATIO ON THREE
ITTER RATIO ON THREE
ITTEERATION TWO
ITTERATION ONE
ITTEERATION TWO
IN NITIAL EXPLORATION
ITTERATION ONE
FORM FINDING PROCESS USING GRASSHOPPER, LADYBUG, + GALAPAGOS GEOMETRY CURVES CREATED FROM MOVEABLE POINTS - EXTRUDED, SWEPT, AND LOFTED GEOMETRY
LADYBUG
GALAPAGOS VARIABLE: X,Y,Z VALUE FOR MULTIPLE POINTS MAXIMIZE: totalSunlightHours / totalRadiation
Inn tia Init iall Diag Diag Di agra rama ra matiticc IInnterpreeta ma tatiion
VARIABLE: TESTED AT MULTIPLE HEIGHTS UP TO 150’
LADYBUG This analysis attempts to gravitate towards areas of full sun. Results reveal that the most sunlight is high on the northeast and northwest corners.
PLANE THAT FILLS ENTIRE FOOTPRINT OF SITE
This analysis shows existing sunlight condition with no formal response. Results reveal that the most sun falls on a v shaped area with slivers on the sides.
The greenhouse modules are transparent
frommodules below, allowing the public to look up The greenhouse are transparent GALAPAGOS GEOMETRY and experience the programs from below, allowing the public to lookintertwining. up VARIABLE: Z POSITION & SCALE & ROTATION LADYBUG CONSTANT CURVE This necessitates that the module be clad MOVED UP, SCALED, ROTATED, LOFTED MAXIMIZE: totalSunlightHours / totalRadiation and experience the programs intertwining. on all sides by a steel structure glazing This necessitates that the module be clad Inn tia Init iall Diag Diag Di agra rama ra matiticc IInnterpreeta ma tatiion This analysis attempts to find form for three twisting towers. system. The hybrid concrete/steel structure This analysis attempts to gravitate towards areas of full sun. on all sides by a steel glazing modules. is a networkstructure of greenhouse Results that the southern receives very little sun while the northeast and Results reveal that thereveal most sunlight is high on the tower northeast and northwest corners. system. The hybrid concrete/steel structure northwest towers receive the most sun when facing south and maximizing height. All towers twist to minimize self shading. Fina Fi nal Fo F rm maall Res espo ponnsise a network of greenhouse modules.
GEOMETRY CURVES CREATED FROM MOVEABLE POINTS - EXTRUDED, SWEPT, AND LOFTED
LADYBUG
GALAPAGOS VARIABLE: X,Y,Z VALUE FOR MULTIPLE POINTS MAXIMIZE: totalSunlightHours / totalRadiation
The greenhouse modules are transparent from below, allowing the public to look up GALAPAGOS GEOMETRY and experience the programs intertwining. VARIABLE: X,Y SCALE & X,Y POSITION PLANES attempts DEFINED BY POINTS ALONG SLANTED This analysis to find form for LINE three twistingLADYBUG towers. This necessitates that the module be clad MAXIMIZE: totalSunlightHours / totalRadiation Results reveal that the southern tower receives very little sun while the northeast and on all sides by a steel structure glazing northwest towers receive the most sun when facing south and maximizing height. attempts to find a terraced arrangement that minimizes self shading. This analysis system. The hybrid concrete/steel structure All towers twist to minimize self shading. Fina Fi nal Fo F rm maall Res espo ponnse is a network of greenhouse modules. Results reveal that previous analyses were correct - the most sun falls on a v shaped area with slivers on the sides, more sunlight falls high up on the northern edge e of the site. GALAPAGOS GEOMETRY X,Y SCALE & X,Y POSITION LADYBUG PLANES DEFINED BY POINTSdesign ALONG SLANTEDresponse LINE The was to create VARIABLE: a terraced form that minimized self shhading while MAXIMIZE: totalSunlightHours / totalRadiation The greenhouse modules are transparent maximizing sunlit area. self shading. This analysis attempts to find a terraced arrangement that minimizes from below, allowing the public to look up Results reveal that previous analyses were correct - the mostand sun falls on a v shaped area experience the programs intertwining. with slivers on the sides, more sunlight falls high up on the northern edgee of the site. This necessitates that the module be clad The design response was to create a terraced form that minimized self shhading while on all sides by a steel structure glazing maximizing sunlit area. system. The hybrid concrete/steel structure cooking classroom classroom is a network of greenhouse modules. GEOMETRY CONSTANT CURVE MOVED UP, SCALED, ROTATED, LOFTED
LADYBUG
GALAPAGOS VARIABLE: Z POSITION & SCALE & ROTATION MAXIMIZE: totalSunlightHours / totalRadiation
Model Photographs
retail
cooking classroom
classroom
retail
retail
retail
cafe retail
retail
kitchen
cafe
cafe
kiosk
N
Exploded Axonom met ritrcic Exploded Axonom mtet Section
cafe
kiosk
kitchen
Ground G r undd FFloor ro l r Pl Plan Detail Wall Section Ground G r Building ro undd FFloor l rEnvelope Pl Plan
Section N
0’
20’
50’
100’
200 0’ N 200’
20’
50’
100’
200’ 200
The The greenhouse greenhouse modules modules areare transparent transparent from from below, below, allowing allowing thethe public public to to look look upup The greenhouse modules are transparent and and experience experience thethe programs programs intertwining. intertwining. from below, allowing the public to look up The greenhouse modules are transparent This This necessitates necessitates that that thethe module module bebe clad clad and experience the programs intertwining. on on allall sides byby a steel aup steel structure structure glazing glazing This necessitates that the module be clad from below, allowing the public tosides look The The hybrid concrete/steel concrete/steel structure structure system. onsystem. all sides byhybrid a steel structure glazing and experience the programs intertwining. greenhouse greenhouse modules. modules. issystem. is a network a network of Theofhybrid concrete/steel structure This necessitates that the module beofclad greenhouse modules. is a network
Model Model Photographs Photographs Model Photographs
Model P
on all sides by a steel structure glazing system. The hybrid concrete/steel structure is a network of greenhouse modules.
Building Building Envelope Envelope Detail Detail Wall Wall Section Section
Building Envelope Detail Wall Section
Exploded Exploded Axon Axon of of Greenhouse Greenhouse Module Module Assembly Assembly
CONCEPTUAL MODEL VERTICAL FARM : CARVED FORM digital fabrication materials study
Project Materials : Resin, Acrylic, and Basswood Digital Fabrication : CNC Router 2 Weeks - Fall 2013 - arc 301 - Susannah Dickinson - U. Arizona
INITIAL TESTS Three initial tests of mixture proportion, pour technique, and block suspension technique were done. (see right)
Fourth Floor Plan
Third Floor Plan
IN IN NITIAL NITIAL EXPLORATION EXPLORATION ITTERATION ITTERATION ONE ONE ITTE ITTE ERATION ERATION TWO TWO
Fifth Floor Plan
ITTER ITTER RATIO RATIO ON ON THREE THREE
Sixth Floor Plan
PROCEDURE A method of vacuuming the misture was impirically determined through tests, as well as a two to one resin to slow hardener proportion. I was also determined that the best time to remove the block suspension pins is when the mixture is at its warmest.
GEOMET
PLAN
This Res
GEOME CU -E
Th Re
GEOMET CON MOV
T R n A
GEOMET PLANES
This Resu with The maxi
N AT U R E O B S E RVAT O R Y structural exploration : dimensional wood tower
shear-planes
secondary structure
primary structure
Project Location : Sierra Vista, Arizona Project Type : Wooden Watchtower Location Climate : Hot, Arid Squarefootage : 700 ft2 Collaborators : Alex Mayer, Katie Roch, and Patrick Ceguera 6 Weeks - Spring 2014 - arc 322 - Chris Trumble - University of Arizona Model Photographs
[ structural ] diagramming [ structural ] diagramming
STRUCTURAL CORE
STRUCTURAL CORE
FORCE DIAGRAMMING
FORCE DIAGRAMMING
PREDICTED DEFORMATION
PREDICTED DEFORMATION
RACKING DUE TO INSUFFICIENT LATERAL STABILITY
RACKING DUE TO INSUFFICIENT LATERAL STABILITY
racking due to insufficient lateral stability
SOLVED USING SHEAR PLANE
SOLVED USING SHEAR PLANE
solved using shear planes
shear-planes
shear-planes
jun secondary 21 @structure 12pm
secondary structure
mar / sep 21 @ 12pm
racking due to insufficient lateral stability
primary structure
solved using shear planes
racking due to insufficient lateral stability
solved using shear planes
primary structure
dec 21 @ 12pm
2% ROOF SLOPE FOR WATERSHED
shear-planes
secondary structure
racking due to insufficient lateral stability
RIVERBED
solved using shear planes
primary structure
COTTONWOOD TREES
scale: 1/8” = 1’ 2’
8’
4’
scale: 1/4” = 1’
scale: 1/4” = 1’
1’
4’
scale: 1/4” = 1’
1’
4’
scale: 1/4” = 1’
1’
scale: 1/4” = 1’ 2’
2’
1’
2’
4’
2’
A
A
4’ 9”
B
4’
1’
4’
scale: 1/4” = 1’
scale: 1/4” = 1’
1’
scale: 1/4” = 1’
1’
4’
4’
2’
1’
4’
2’
2’
2’
A
B
A
4’ 9”
A
B
A
A
23’ 1-1/2” 36’ 0”
B B
B
23’ 1-1/2”
B
23’ 1-1/2” 36’ 0”
23’ 1-1/2” 36’ 0”
36’ 0” 36’ 0”
4’ 9”
AB
23’ 1-1/2”
23’ 1-1/2”
36’ 0”
36’ 0”
36’ 0”
4’ 9”
9-1/4” TYP 9-1/4” TYP
1 1 1
1 1
1
1 5’ 6”
2
5’ 6” 5’ 6”
5’ 6”
2
18’ 6”
2
1
5’ 6”
18’ 6”
5’ 6”
2 2
2
2
2 9 A2
9 A2
1’ 0” 9 A1
1’ 0”
9 A1 scale: 1/4” = 1’
scale: 1/4” = 1’
scale: 1/4” = 1’
1’
4’
1’
1’
2’ 2’
2’
stair / guardrail stair section / guardrail sectionstair / guardrail section 2’
2’
2’
0” 1’1’ 0”
scale: 1/4” = 1’
1’
4’
scale: 1/4” = 1’ 1/4” = 1’ scale: 1/4”/ = 1’ stair / scale: guardrail section stair guardrail section 1’ 1’ 1’ 4’ 4’
4’
4’
4’
A1
scale: 1/4” = 1’
scale: 1/4” = 1’
4’
A1
4’
1’
stair / 2’guardrail section
2’
4’
A2
1’
4’
1/4” = 1’ 1/4” = 1’ plan scale: 1/4” stairscale: / guardrail stair= 1’/ guardrail planscale: 1’ 1’ 1’ 4’ 4’
4’
1’ 0” 1’ 0”
1’ 0”
1’ 0”
scale: 1/4” = 1’
1’
A1
scale: 1/4” = 1’
2’
1’ 0”
1’ 0” 1’ 0”
1’ 0”
scale: 1/4” = 1’
1’
1’
9-1/4” TYP 9-1/4” TYP
9-1/4” TYP
2’
A2
scale: 1/4” = 1’ 4’
2’
1’
4’
detail stair /foundation guardrail plandetail stair / guardrail plan / guardrail planlouvre stair / guardrail louvre foundation detailstair A2plan column foundation detail A2 column foundation A1 shear-plane/guardrail shear-plane/guardrail column foundation detail column f louvre foundation detail louvre foundation detail concrete footing shear-plane/guardrail shear-plane/guardrail shear-plane/guardrail 2’
2’
2’
2’
2’
post
A
section a
A
6’ 5-1/4”
B section aB
A
A 23’ 1-1/2” 6’ 5-1/4”
bolt
B
B
post
6’ 5-1/4” 23’ 1-1/2” 36’ 0” 2” x 10” Louvers
2” x 10” Louvers
1’6-1/2” x 1” Floorboards
louvre railing louvre 2” steel anchor platerailing steel anchor plate railing railing railing 2” steel anchor plate steel anchor plate 10”
18’ 6”
A1
A1
5’ 6”
2 6’ 6”
6’ 6”
A1
section bdetail louvre foundation louvredetail foundation louvre detail foundation
bolt
bolt
bolt
bolt
louvre
louvre
louvre
louvre 2”
steel anchor steel plate anchorsteel plateanchor plate
steel anchor plate
A2
A2
A2
A3A2
shear-plane/guardrail post
column to beam detail
A3
column detail foundation column detailfoundation detail section b column foundation
louvre foundation detail
A3
post
post
post
4 x 8” primary beam
4 x 8” primary beam
bolted connection
wood post wood post 2”
connection woodboltedpost
angle iron + bolted connection
2”
anchor bolts anchor bolts anchor bolts angle iron + bolted connection
6” x 8” column
louvre
2”
2”
louvre
or plate steel anchorsteel plateanchor plate
23’ 1-1/2” 6’ 5-1/4” 36’ 0”
2”
2”
2”
steel anchor plate
10”
10”
6’ 6”
10”
6’ 5-1/4” 23’ 1-1/2”
wood post wood post
36’ 0”
anchor anchor bolts bolts
4 x 8” primary beam steel sheathing bolted connection
wood post
angle iron + anchor bolts bolted connection 6” x 8” column
10”
10”
6’ 6”
10”
1
2”
steel sheathing steel sheathing
wood tower iteration 2: ceguera, schwarz, roch, mayer
louvre
6’ 5-1/4”
A5 A4
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
louvre
bolt
B concrete concrete footing footing concrete footing
A4 A1
wood tower iteration 2: ceguera, schwarz, roch, mayer
bolt
A
column to A4 beam detail
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
bolt
column column to beam column detailto beam detailto beam detail A3
wood tower iteration 2: ceguera, schwarz, roch, mayer
A
bolt
A2 A2 A3 A3
A2 A3
column foundation column foundation detail detail column foundation detail column foundation column detailfoundation column detail foundation detail
10”
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
A2
wood tower iteration 2: ceguera, schwarz, roch, mayer
oundation louvre foundation detail detail louvre foundation detaillouvre foundation louvre detail foundation detail louvre foundation detail
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
4’
2’
10”
wood tower iteration 2: ceguera, schwarz, roch, mayer
1’
A2 A2
2’
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
scale: 1/4” = 1’
4’
A1
wood tower iteration 2: ceguera, schwarz, roch, mayer
1’
A1
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
scale: 1/4” = 1’
10”
4 x 8” primary beam
8” shear-plane/guardrail/handrail shear-plane/guardrail/handrail shear-plane/guardrail/handrail steel sheathing steel sheathing steel sheathing steel sheathing 32” 32”
2”
4 x 8” primary beam steel sheathing steel sheathing
4 x 8” primary beam bolted connection
bolted connection 6’ 5-1/4”
wood post
wood post
bolted connection
wood post
angle iron + anchor boltsbolted anchor bolts connection
angle iron + bolted connection
6” x 8” column
6” x 8” column
4 x 8” primary beam
steel sheathing
angle iron + bolted connection
anchor bolts
6” x 8” column
bolt
louvre
steel anchor plate notches in floorboard accomodate for the louvers coming through
bolted connection 8” 8”
wood post
angle iron + bolted connection
anchor bolts
6” x 8” column
A6 louver to joistlouver detailtoA5 joist louver detail to joist detail louver to joist detail A2 louver foundation detail A5 louver foundation detail A5 A4 louvre foundation louver foundation detail louver foundation detail floorboard detail floorboard floorboard floorboard
concrete footing concrete footing steel anchor platesteel anchor plate B concrete footing steel anchor plate
notches in floorboard accomodate for the louvers coming through
carved out hand rail
carved out hand rail carved out hand rail post
column to beam detailboltedA4 42” 42” bolted connection connection column to beam detail42”A4 bolted connection 42” bolted connection 42” bolted connection bolted connection A3 steel anchor plate concrete footing concrete footing concrete footingshear-plane/guardrail/handrail concrete footing shear-plane/guardrail/handrail 32” 32” column columnfoundation to beamdetail detail
6” x 8” column
10”
post
2” x 10”steel Joistanchor 2” x plate 10” Joist
2” x 10” Joist
air space
2”
steel anchor plate
notches in floorboard accomodate for the louvers coming through
10”
bolts air space steel anchor plate
bolts air space steel anchor plate
A4
bolted connection
angle iron + bolted connection
notches in floorboard accomodate for the 6” x 8” column louvers coming through
A6
carved out hand ra
louver to joist detail stringer/ louver to joist detail
A4
42”
8”
notches in floorboard accomodate for the louvers coming through
A6
column foundation detail
tread 2”
tread
tread
riser
riser
notches in floorboard accomodate for the louvers coming through
A6
x 10” L
riser
notches in floorboard accomodate for the louvers coming throug
column foundation detail co
column foundation detail column foundation detail
concrete foo post
louvre
louvre
bolts
carved out hand rail
carved out hand rail
louver to joist detail
4 x 8” primary 8”beam
2” x 10” Louver
louvre
notches in floorboard accomodate for the louvers coming through
2
housing floorboardstringer/shear-planestringer/shear-plane 2” xplate 10” Joist steel anchor housing for tread housing for housing tread floorboard 2” x 10” J steel anchor plate steel anchor plate housing for riser housing for riser 8” 32” shear-plane/guardrail/handrail 32” 2” x 10” Louver
2” x 10” Joist
2” x 10” Louver 2” x 10” Louver 2” x 10” Louver
wood tower iteration 2: ceguera, schwarz, roch, mayer
A1
5’ 6”
shear-plane/guardrail shear-plane/guardrail
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
18’ 6”
anchor bolts 2
stair10” / guardrail details
wood tower iteration 2: ceguera, schwarz, roch, mayer
6” x 8” Posts shear-plane/guardrail
1
wood post
stair / guardrail detailsstair / guardrail 10” details
stair / guardrail details stair / guardrail details stair / guardrail details 10”
shear-plane/guardrail shear-plane/guardrail
2
5’ 6”
5’ 6”
steel sheathing 1
2
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
6” x 8” Posts
5’ 6”
2”
wood tower iteration 2: ceguera, schwarz, roch, mayer
1’6-1/2” x 1” Floorboards
5’ 6”
2”
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
6’ 6”
1 2
1 5’ 6”
wood tower iteration 2: ceguera, schwarz, roch, mayer
1
post
post
post
bolt
post
louvre
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
1
bolt
post
post
post
louvre
6’ 5-1/4”
bolt
post
railing
36’ 0”
6’ 6”
post
steel sheath post
louvre bolts air space steel anchor plate
wood post anchor bolt & steel plate anchor bolt anchor bolts concrete footing concrete foo gravel base gravel base
9-1/4” TYP
9 A4
9 A3
wood tower iteration 2: ceguera, schwarz, roch, mayer
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
shear-plane/guardrail post
5’ 6”
4” x 18” beam 1
2
ail
/shear-plane for tread
stringer/shear-plane
for riser
housing for tread
s
riser
6” x 8” Column
wood tower iteration 2: ceguera, schwarz, roch, mayer
hing
tread
ARC 322 S14 | BUILDING TECHNOLOGY 5 | STRUCTURES 2 | WOOD TOWER
oting
2” x 10” Joist
housing for riser
PAGE 9 OF 9
9 A5
scale: 1/4” = 1’ 1’
4’
2’
URBAN NURSE PLANT “The way to through get wonderfully behaviour to try condition to make a really complex creature, but to make a wonderfully rich environment for a simple creature.” – David Ackley overlaylifelike and variation ofisa not singular SUcomplexity T R E E T C A R TRLARAS T AP NL T AZA : URBA U R B A N N U R S E P L NA U R B A N N U R S E P NTETN SPI L R B A N N U “The way to get wonderfully lifelike behaviour is not to try to make a really complex creature, but to make a wonderfully rich environment for a simple creature.” – David Ackley complexity through overlay and variation of a singular condition
N SYMBIOS I Plan S Ground
Roof Plan
Ground Plan
Roof Plan
Ground Ground Plan
Plan RoofPlan Roof
complexity through overlay and and variation of aofsingular condition complexity through overlay variation a singular condition
complexity through overlay and variation of a singular condition
“The “The way to gettowonderfully lifelike behaviour is not a really complex creature, butbut to make a wonderfully richrich environment forfor a simple way get wonderfully lifelike behaviour is to nottrytototrymake to make a really complex creature, to make a wonderfully environment a simplecreature.” creature.”– –David DavidAckley Ackley
“The way to get wonderfully lifelike behaviour is not to try to make a really complex creature, but to make a wonderfully rich environment for a simple creature.” – David Ackley
Project Location : Tucson, Arizona Project Type : Streetcar Stop, Cafe, Public Space Project Location Location Climate :: Tucson, Hot, AridArizona Project Type : Streetcar Squarefootage : 10,000Stop, ft2 Cafe, Public Space Location Hot, AridArizona Project Location Tucson, Arizona Location :: Tucson, 5Project Weeks -Climate Fall :2013 - arc301 - Paul Weiner - U. Arizona Squarefootage : 10,000 ft2Cafe, Project TypeType : Streetcar Stop, Public Space Project : Streetcar Stop, Cafe, Public Space Location Climate : Hot, 5Location Weeks -Climate Fall 2013 -Arid arc301 : Hot, Arid - Paul Weiner - U. Arizona Squarefootage : 10,000 ft2 ft2 Squarefootage : 10,000 5 Weeks - Fall- Fall 2013 - arc301 - Paul Weiner - U.- Arizona 5 Weeks 2013 - arc301 - Paul Weiner U. Arizona
Study Mo Model ode del Phot del PPhotographs Ph hot o og ogra raph phhs Study Mo Model ode del Phot del PPhotographs Ph hot o og ogra raph phhs Study Model ode dode del P Ph Photographs hhot oot oog raph ph hhss StudyMo Mo Model delelPhot del PPhotographs Ph Phot oog ogra gra raph ph
Section A
Section B
Section A
Section B
Section Section A
SectionBB Section
Digital g Design g Process Digital g Design g Process Digital g g Design gg Process Digital Design Process
Using the existing structural language of the streetcar, this public space functions as a hub to celebrate the intersection of Using existing structural language streetcar, sharedthe needs. Symbiosis in the desert ofis the based on the this shared public for space functions as a hub celebrate intersection needs shade, protection, and to water. In thisthe design, the of shared needs. Symbiosis in the desert based on the shared provides variations of shade, protection, and cable Using the structure existing structural language the streetcar, thisthis Using the existing structural language ofis the streetcar, needs for shade, protection, and water. In the thisthe design, the of of water catchement toasdevelop multiple habitats. public space functions aashub to celebrate intersection public space functions a hub to celebrate intersection provides ofis shade, protection, and cable structure shared needs. Symbiosis in variations the desert based on the shared shared needs. Symbiosis in the desert is based on the shared to develop multiple water needs for catchement shade, protection, andand water. In habitats. this design, thethe needs for shade, protection, water. In this design, provides variations of shade, protection, andand cablecable structure provides variations of shade, protection, structure to develop multiple habitats. waterwater catchement to develop multiple habitats. catchement
Project Location : Tucson, Arizona
Final Model Photographs g p Final Model Photographs g p Final gg pp FinalModel ModelPhotographs Photographs
A varied and dynamic public space is acheived by creating one system that performs in multiple ways. A varied public space is acheived by layeringand of dynamic inclined planes, platforms, and matecreating oneground systemand thatthe performs ways. rials on the varianceinofmultiple light quality A varied layering ofcreates inclined planes, platforms, and matefrom above a rich environment for symbiosis. varied and dynamic public spaceisisacheived acheived A and dynamic public space byby rials on the varianceininofmultiple light quality creating oneground systemand thatthe performs multiple ways. creating one system that performs ways. from aboveof a rich environment forand symbiosis. A layering layering ofcreates inclined planes, platforms, and mateinclined planes, platforms, mateon the the ground ground and andthe thevariance varianceofoflight lightquality quality rials on above creates creates aarich richenvironment environmentfor forsymbiosis. symbiosis. from above
Study Mo Model ode del Phot del P Ph Photographs hot o og ogra raph phhs
Project Location : Tucson, Arizona Project Type : Streetcar Stop, Cafe, Public Space Location Climate : Hot, Arid Squarefootage : 10,000 ft2
Study Mo Model ode del Phot del PPhotographs Ph hot o og ogra raph phhs
5 Weeks - Fall 2013 - arc301 - Paul Weiner - U. Arizona Digital g Design g Process
Using the existing structural language of the streetcar, this public space functions as a hub to celebrate the intersection of shared needs. Symbiosis in the desert is based on the shared needs for shade, protection, and water. In this design, the cable structure provides variations of shade, protection, and water catchement to develop multiple habitats.
Final Model Photographs g p
EE LLL BB A R R II RO R EEG G G IIEO EEI LM EE LL: II A E A R I O E G I O M I A B A R R O R G G O M AE L E M E N T A R Y S C H O O L Ea Lchild’sB sense A R ofRplace IO REGGIO EMELIA child’s aachild’s sensesense of place of
place
“The child / a languages hundred/ alanguages hundred hands / a hundred thoughts / a ofhundred thinking / ofofplaying, speaking.” “The child has / ahas hundred hundred hands // aahundred thoughts / a hundred ways of thinking / of playing, speaking.”ways – Lorisof Malaguzzi (Founder the Reggio of Emilia Approach) – Loris Malaguzzi (Founder of the Reggio Emilia Approach) “The child has / a hundred languages / a hundred hands / a hundred thoughts / a hundred ways of thinking / of playing, of speaking.” – Loris Malaguzzi (Founder of the Reggio Emilia Approach)
Each zone is designed to connect the children to one of the four reggio emilia “teachers.” The community is invited in to the Eachlounge. zonetheisenvironmental designedzone to inconnect the c front porch. The next zone belongs to the family, with a kitchen, fireplace, and parent/teacher Each zone designed to connect cludes areas of exploration and lies along the green corridor. And the Teacher/Student zone facesporch. inwardistoward the playground. front The next zone belongsthe to thc
front porch. next zone belongs cludes areasThe of exploration and liestoaloth cludes areas of exploration and lies alo
PARENTS
A
TEACHER
PARENTS PARENTS
B
B
CO U Y COMMUNITY
A
Plan
ENVIRONMENT N
Axes
Project Location : El Barrio Viejo, Tucson, Arizona Project Type : Primary School / Public Dwelling Location Climate : Hot, Arid Squarefootage : 50,000 ft2 7 Weeks - Spring 2013 - arc202 - Brian Andrews - U. Arizona
Green Corridor
Circulation
RESPECT MOVING
COLLABORATOR LA
0’
10’
20‘
40’
B B
COMMUNITY CO U Y CO U Y COMMUNITY
HEARING
FAMILY AMIL SEEING
TTOUCHING
LISTENING
COMMUNI COMMUNITY
RESPONSIBILITY EXPLORATION
Project Location : El Barrio Viejo, Tucson, Arizona Project Location : El Barrio Viejo, Tucson, Arizona Project School Public The architecturalType language:ofPrimary the Tucson Barrio Viejo and/the sensitivityDwelling of the Reggio Project Type : Primary School / Public Emilia Pedagogy merge to create a :place that Arid is culturally rich and safe Dwelling to explore. Location Climate Hot, Location Climate : Hot, Arid Squarefootage : 50,000 ft22
Axes Axes Model Photographs
The street view allows a visual connection between the school and the community. West Elevation
The south elevation regulates solar gain using louvres and small windows (at child height). South Elevation
The north elevation opens to green areas and provides more transparency and indirect light. North Elevation
This section cuts through the all-agess atelier (studio) spacce ce, the materials gardenn, and the vegetable garden. Section A This section cuts through the eating area, the atelier (studio), bathroom, and two classrooms with storage space between. Section B S
A B A N D O N E D P L AT F O R M D W E L L I N G
ABANDONED PLATFORM DWELLING revitalizing a rich historic neighborhooddistrict, revitializing a warehouse
rich in history
“Architecture is the art of reconciliation between ourselfs and the world, and this mediation takes place through the senses.” - Juhanni Pallasmaa
“It is in dialogue with pain that many beautiful things acquire their value. Acquaintance with grief turns out to be one of the more unusual prerequisites of architectural appreciation. We might... need to be a little sad before buildings can properly touch us.” – Alain de Botton, Architecture of Happiness
Section
Project Location : Tucson, Arizona Project Type : Three Unit Private Dwelling Location Climate : Hot, Arid Squarefootage : 15,000 ft2 6 Weeks - Spring 2013 - arc202 - Brian Andrews - U. Arizona Model Photographs
Three appartment units feed off of the core - a central brick spine that hold utilities, circulation and structure. Cantilevering apartment units emphasize the direct connection of each unit to the core - spiritually and structurally. This creates a relationship between those living in the units and the history of the warehouse district.
The first floor is almost untouched, save for the artist’s studio, to preserve the sense of abandonment. Under the cantelievered units, the public is invited to wait for the train and remember a time when the railroad was the lifeline of Tucson.
BATHROOM FIREPLACE
Site Plan
Second Floor Plan
VVOOI DI DS H S E LHT EE RL T aasense of place time sense of outside placeofoutside
ER
of time
“The landscape thinks itself in me, and I am its consciousness.” - Cezanne
“The landscape thinks itself in me, an and nd I am m its con consciousness.” o sc on s iousne ness s .” – Cézannee “Ar “Architecture Arch chiitecture is the art of recon reconciliation o ciliation between ourselves and th tthee world, and this medi mediation d ationn ta take takes kees pl pplace acce th thro through r uggh th tthee se senses.” ensses e . – Juhanni Pallasmaa
A
N
B
Plan Pl
Through the use of a step-well formation, this shelter carves into the earth to create a flexible-use shelter that is less about survival and more about escaping the city to return to tucson’s roots. The step-well is a square formation that is cut off at the quarry wall.
S ti A Section
Proj Pr ojjecct Lo L ccaati tion ionn : Tuc ucso cssoon, n Ariizo zona nnaa P oj Pr ojec ecct Ty Type : Dwe wellllinng well LLooca oca cati tion ti ioonn Cliima m tee : Hot ot, Ar Arid riidd Squa Sq uare r fooottaagge : 8000 ft2 5 We Week ekks - Fa Falllll 200112 12 - aarrcc2201 01 - Sirri Tr Trum umbl umbl ble - U. U Arizo rizo z na n
This shelter in the Tucson, Arizona “A Mountain” quarry recognizes the void in the earth, and returns to early Native American traditions through the use of modern material technology.
SSectioon B
Model Photoggraph ps
Expl Ex plod oded ed Axono n metricc
PERFORMING SPACE
P P ERRRF OFFROOMRRI NMMGI INSNPGGA CSESPPAACCE E P EE the creation of spatial configurations to study and affect event and performance the creation of spatial configurations to study and affect event and performance
the creation of spatial configurations to study and affect event and performance – Guy Debord, The Society of the Spectacle “They cannot set themselves any lesser task if they wish to be recognized and to recognize themselves in a world of their own making.” – Guy Debord, The Society of the Spectacle
“They set themselves any lesser task they wishtask to be if recognized and totorecognize themselves and in a world of their own making.” – Guy Debord, The Society of theown Spectacle “Theycannot cannot set themselves anyif lesser they wish be recognized to recognize themselves in a world of their making.”
1. ALL SOULS PROCESSION The first piece was an event within the crowd - an ambiguous moveable installation that created changing spacial configurations with in the Tucson All Souls’ Procession.
2. PARK[ING] DAY The second piece was an event outside the crowd - two stationary installations that occupied a parking space to reclaim the street for the public.
3. “RESIDUE” The third piece created an event without the crowd - a procession through a series of small/large, bright/dim, warm/cool rooms, which highlighted the imbedded stories that objects and buildings carry with them through their residue.
Project Location : Tucson, Arizona Project Type : Installation and Event Collaborators : David Kim, Roy Peer, Casey Kell, Joe Dimatteo, Joe Miranda, Joe Debenny
An exploration on how space is performed or can be performative - we began by reading and researching existing theory on performative space. This led us to develop a series of events in public space to induce meta-thinking and/or shift the perception of space.
12 Week Seminar - Fall 2013 - arc497p - Beth Weinstein- U. Arizona
EXPLORING
MAKING
PERFORMING
Project Location : Tucson, Arizona Project Type : Installation and Event Project Location : Tucson, Arizona Project Type : Installation and Event Collaborators : David Kim, Roy Peer, Casey Kell, Joe Dimatteo, Joe Miranda, Joe Debenny Collaborators : David Kim, Roy Peer, Casey Kell, Joe Dimatteo, Joe Miranda, Joe Debenny 12 Week Seminar - Fall 2013 - arc497p - Beth Weinstein- U. Arizona 12 Week Seminar - Fall 2013 - arc497p - Beth Weinstein- U. Arizona
EXPLORING
MAKING
An exploration on h An exploration on h and researching exis and researching exis events in public spa events in public spa
PERFORMING
WHAT IS ARCHITECTURE? AWARENESS
I NHHASATTTA LRACATHRII TO W CEN HC TI T:U RESEC?PTAUCRI EA ?L W I S LI AS measuring and affecting public perception of the architecture profession measuring and and affecting public perception of the architecture profession measuring affecting public perception of the architecture
profession
of work?” – Eric J. Cesal, Down Detour Road “What does it say about the value of architecture that as the world faces economic and ecological crises, unprecedented numbers of architects are out of work?” – Eric J. Cesal, Down Detour Road
“What it sayitabout the valuethe of architecture that as the worldthat facesaseconomic and ecological crises, unprecedented numberscrises, of architects are out of work?”numbers – Eric J. Cesal, Down Detour “Whatdoes does say about value of architecture the world faces economic and ecological unprecedented of architects areRoad out
The installation was designed to call into question conventional perceptions The of “architecture” while inspiring curiosity and thoughtful responses. The installation installation was was designed designed to to call call into into quest quest
of of “architecture” “architecture” while while inspiring inspiring curiosity curiosity and and tt
Project Location : University of Arizona, Tucson, Arizona Project Type : Installation Location Climate : Hot, Arid Collaborators : Will Ruoff, Dan Maher, Roy Peer, Casey Kell
INNOVATIVE ELOQUENT
Project Location :: University of Arizona ARCHITECT ARCHITECTURE ? Project Location University of Arizona, Arizona, Tucson, Tucson, Arizona ARCHITECT ? Project Type : Installation Project Type : Installation Location Location Climate Climate :: Hot, Hot, Arid Arid Collaborators : Will Collaborators : Will Ruoff, Ruoff, Dan Dan Maher, Maher, Roy Roy Peer, Peer, Casey Casey Kell Kell DESIGNER
BUSINESSMAN
THINKER
POLITICIAN
ARCHITECTURE
COMPLETE
ELOQUENT ELOQUENT
PLANNER
as a call to examine a shift in the architecture profession. The resulting project was an installation to instigate thought and conversationINNOVATOR in the public about what architects do. INNOVATOR ARTIST ARTIST
ARTISTIC
SUSTAINABLE
ENDEAVOR
IMPROVE IMPROVE SERVES
LIFE FUN FUN
PEOPLE FUNCTION FUNCTION
SURROUNDING
NEEDS
EXCHANG
CREATIVITY
INSPIRATION
INNOVATIVE INNOVATIVE CITY
DWELLING EARTH
COMFORT The American Institute of Architects launched a leadership institute in the fall of 2012 U. Arizona 12 Week Seminar Fall 2012 arc497p Paul ReimerTED 12 Week Seminar - Fall 2012 - arc497p - Paul Reimer- U. ArizonaMOSEBY COLLABORATOR
SPACE
BUILDING
NEEDS BUILDER
SIMPLICITY
FASHION
FUNCTION
ARTIST
BEAUTY
FUN
IMPROVE
12 Week Seminar - Fall 2012 - arc497p - Paul Reimer- U. Arizona INNOVATOR
DESIGN
ART
BIRDS
TOGETHER HOLDS PROBLEM
AWESOMENESS
BUILDING BUILDING
ART ART
DESIGN DESIGN
BEAUTY BEAUTY SPACE SPACE
SIMPLICITY SIMPLICITY
ARTISTIC ARTISTIC EXCHANG EXCHANG CREATIVITY CREATIVITY
FASHION FASHION
PROFESSIONAL EXPERIENCE : RICK JOY ARCHITECTS architectural internship Office Location : Tucson, Arizona Internship Type : Architectural Summer Intern Duration : 3 months - Summer 2014
MANDARINA CONCEPT DESIGN Project Description : One & Only Luxury Resort Project Location : Near Puerto Vallarta, Mexico Contribution : Design Development Team Member, Ocean Cliff Suites Presentation Renderings (all images shown on page were developed primarily by Amanda Schwarz) ARRIVAL PAVILION | RENDERINGS
Mandarina - Concept Design
Rick Joy Architects
A RV O P Ä RT C E N T R E C O M P E T I T I O N Project Description : International Competition for the music conservatory and archive of composer Arvo Pärt Project Location : Laulasmaa, Estonia Contribution : Finalization of presentation renderings (renderings shown on page were developed with significant contribution from Amanda Schwarz)
M I X E D U S E W AT E R F R O N T D E V E LO P M E N T Project Description : Preliminary design of waterfront redevelopment, mixed-use residential, and high-end hotel Project Location : Austin, Texas Contribution : Synthesis of site analysis and zoning to create a preliminary design presentation and renderings (all images shown were developed primarily by Amanda Schwarz)
E Cesar
Red
Bluff
Chavez
E Cesar
St.
Red
Rd.
1
Bluff
Chavez
Red
Rd.
2 SITE
E Cesar
St.
LOOSEN UP MASSING - CREATE OPEN SPACE
3
Bluff
Chavez
E Cesar
St.
Red
Rd.
WATERFRONT OVERLAYS
4
Bluff
Chavez
St.
Rd.
SET BACK FROM RIVER BANK
AMANDA SCHWARZ 14452 S Via Del Moro Sahuarita, AZ 85629
Phone : 520.870.3236 Email : anschwarz@email.arizona.edu
REFERENCES Philipp Neher
Paul Weiner
Robert Miller
Senior Associate, Rick Joy Architects 520.624.1442 or 520.548.3937 philipp@rickjoy.com
Studio Professor, University of Arizona 520.792.0873 pweiner@dbcarchitectbuilder.com
Director, School of Architecture, University of Arizona 520.621.6752 - millerr@email.arizona.edu
UNIVERSITY OF ARIZONA
ACADEMIC EXPERIENCE
College of Architecture, Planning, and Landscape Architecture
AIAS - American Institute of Architecture Students
Bachelor’s Degree in Architecture, Honors College, Math Minor
(2014-2015) President
Current Standing: Fourth Year
[trans-] Academic Journal at University of Arizona
GPA : 3.9
(2014-2015) Selection Committee Member and Editor
PROFESSIONAL EXPERIENCE
Study Abroad in Orvieto, Italy
Rick Joy Architects
(2013) Mediterranean Architecture and In Situ Travel Sketching
(May 2014 - August 2014) Architecture Intern
Design Review Juror
Gymnastics/Tumbling Instructor
(2012-2013) First-Year Undergraduate Foundation Studio
(2011-2014) Sahuarita Dance Center
First-Year Mentorship Program and Workshops
Camp Lawton Craft Instructor
(2012-2014) Coordinator
(2010; 2011) Boy Scouts of America
HONORS AND AWARDS
Commissioned Artist (2009) Town of Sahuarita
Tau Sigma Delta Honors Society
SOFTWARE EXPERIENCE PROFICIENT
FUNDAMENTAL
+ Rhinoceros 5.0 + Autodesk Revit + Autodesk 3ds Max + Adobe Photoshop + Adobe Illustrator + Adobe Indesign + Ladybug Analysis
+ Autocad + Grasshopper + Ecotect + Vasari
(2013-2014) Founding member at University of Arizona Chapter
Arizona Builders’ Alliance Sun Mechanical Portfolio Award (2015) Awarded for outstanding potfolio and academic distinction
Franklin S. Flint Memorial Scholarship (2013) Awarded for academic distinction
Charles A. and Clair B. Albanese Travel Scholarship (2013) Awarded for studies in Europe
First Place Honors College First-Year Project
LANGUAGE SKILLS
(2012) Hairbrush Product Design
Coca-Cola Scholar
PROFICIENT
FUNDAMENTAL
(2011) Selected from 71,000 applicants as one of 250 scholars
+ English
+ Bahassa Indonesia + Spanish
Math Engineering Science Achievement (2011) 2nd Place in State; Rainwater Harvesting System
THANK YOU