-
AIA2013 STUDE
NT PR
OJEC
TS CO
MPET
ITION
2012 AWARD RECIPIENTSVINEET BHOSLEARIZONA STATE UNIVERSITYAIAS
MEMBER
DANI HILLTALIESEN WESTAIAS MEMBER
MARCELA GRACIAUNIVERSITY OF ARIZONAAIAS MEMBER
ARIZ
ONA
Celeb
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hievem
ents o
f AIAS
stude
nts at
the
profes
sional
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tectur
e scho
ols in
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a. Th
e 120
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rizona,
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neral
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yers
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ebsite
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://issu
u.com
featur
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itted s
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Memb
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e arch
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t the
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a State
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na Co
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Visit th
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embe
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OR SU
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AMER
ICAN
INST
ITUTE
OF
ARC
HITE
CTS
[STU
DENT
CHA
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]
-
marissa ann [email protected]
The Design School, Arizona State University 2013National Rowing
Center
A collaborative effort of Milagros Zingonis Spring 2012
studio.
Bachelors of Science in Architectural Studies from the Design
School at Arizona State University 2013.Summa Cum Laude
Design Excellence Winner ofFall 2010 + Spring 2012
Team Director of the ASU Chapter AIAS Freedom by Design
Program
AIAS 2013 Class Representative
Thread.The boathouse responds to both the site and context and
integrates the building, athletes and nature. It is organized by
the boat bays which create a platform where smaller pavilions rest
on top and green courtyards nestle in between, pulling nature
through the building connecting it back to the site.
602.617.348438238335 grove st.
view cor
ridor fro
m stree
t to rive
r
connection of river to siteretention pond100 year flood line l
encroachment line
Daily Rowers Schedule.The design of the National Rowing Center
was based heavily off both site analysis and the daily life of the
users of the facility.
level 1
level 2
level 3
top left: view of gym
side: view from west
top right: detail section of light well corridor
bottom: entry rendering
section cut from forest to river.
The form of the boathouse responds to the climatic conditions of
Connecticut while the position of the building is dictated by a 100
year flood line that pushes the boathouse away from the rivers
edge.
site plan
Da3dalus1st Place Ribbon BW
-
Fabric Filter
6" minimum cover of gravelor crushed stone
Rigid insulation and4" concrete mud slab
under 8" structural slab
Foundation drain
Waterproong membrane
2" Sand and Gravel underconrete slab on grade
Visionwall 4-Element Capped curtain wall system.Double height
entry vestibule
Marazzi ventilated wall system
2'x8' System A porcelain tile in Nero (Black)
8" poured in place reinforced concrete wall
Interior insulation and5/8" gypsum wallboard nish
2'x8' top swinging casement window
2x6 stud
Rigid insulation and damproong
Ceramic plate
Insulation
alu rivet 4.8x12x16
base clip
anchor
Rigid insulation and 4" concrete mud slabunder 8" structural
slab
Foundation drain
Waterproong membrane 6" minimumcover of gravel or crushed
stone
Fabric lter
Refernce notes below
5' below grade concrete footing
Drain
Curtain wall system
2x8 studRigid insulation and damproong
1" Sand and gravel under concrete slabon grade
Insulation up to 4 thick
Metal spandrel panel
Visionwall Element 4 R-8 Floor air vent
EDUCATION Taliesin FLLWSA - M. Arch CandidateAIAS Secretary Dick
Carney Memorial Scholarship Awarded for demonstrating potential,
growth and excellence in the field of architecture.AIA Arizona
Student Competition 2012Gold Endicott College - Beverly, MA
2011Bachelor of Science in Interior Design Karen Beck Felton 61
Scholarship for quality in Academic Achievement 2010Danish
Institute for Study AbroadCopenhagen, DK 2010 Interior Architecture
EXPERIENCEBlank Studio - Phoenix, AZInternational Competition
Design Team CurrentTaliesin AP Residential Charette: ORourke
Residence - May 2012First Place Design 3iVE LLC - Cambridge,
MAArchitecture Intern - 2010 CONCEPT The project is a multi-use,
income based social - rentable, housing in the Sopinkorpi District
of Lahti, Finland. The goal was to create the macro diversity of a
city block within the context of a building, to aid the growth of
micro communities, and economy in the revitalized industrial area.
The 100,000 SF building responds to Finlands harsh climate through
building orientation and efficient exterior skin. The program spans
7 stories, including sub grade parking, a commercial ground level
with community gardens, courtyard, and bike paths, with residential
spaces, and rooftop sauna above. The narrow, stacking form allows
southern sun to penetrate through the buildings core, lighting and
warming all spaces. The exposed concrete structure provides thermal
mass and the operable facades allow natural ventilation when
cooling is needed. Inhabitants have views and access to personal
gardens and public courtyard. The north facade is massive and dark,
providing contrast to the overcast Finnish sky, while the southern
facade mirrors the landscape and sky creating endless
courtyard.
DANI LOYRN CHRISTI HILLe [email protected] w
dlchdesign.com
The Frank Lloyd Wright School of Architecture at Taliesin West
2013
Social House - Lahti, Finland
m 207.890.3412 aias 38169147
The goal of social housing production is to design homes that
are of high quality, and affordable, in order to provide
comfortable and good quality living for all citizens. To deminish
social barriers and impower the individual through community
connections and pride.
Lahti
CONCEPTS
SITE PLAN nts
SITE
1
2
massing
N
Sorva
rinkat
u
E
Roof60' - 0"
Level 650' - 0"
Level 540' - 0"
Level 430' - 0"
Level 320' - 0"
Level 2 10' - 0"
Ground0- 0"
Parking60' - 0"
Top of Structure70' - 0"
BDetail
Fabric Filter
6" minimum cover of gravelor crushed stone
Rigid insulation and4" concrete mud slab
under 8" structural slab
Foundation drain
Waterproong membrane
2" Sand and Gravel underconrete slab on grade
Visionwall 4-Element Capped curtain wall system.Double height
entry vestibule
Marazzi ventilated wall system
2'x8' System A porcelain tile in Nero (Black)
8" poured in place reinforced concrete wall
Interior insulation and5/8" gypsum wallboard nish
2'x8' top swinging casement window
2x6 stud
Rigid insulation and damproong
Ceramic plate
Insulation
alu rivet 4.8x12x16
base clip
anchor
Rigid insulation and 4" concrete mud slabunder 8" structural
slab
Foundation drain
Waterproong membrane 6" minimumcover of gravel or crushed
stone
Fabric lter
Refernce notes below
5' below grade concrete footing
Drain
Curtain wall system
2x8 studRigid insulation and damproong
1" Sand and gravel under concrete slabon grade
Insulation up to 4 thick
Metal spandrel panel
Visionwall Element 4 R-8 Floor air vent
C
D
B
A
E
UP
DN
UP
DN
UP
DN
3
4
5
NORTH FACADEMAIN ENTRY
SOUTH FACADECOURTYARD
SUN SPACE LOFT
GREAT ROOM
7 8 9
TYPICAL UNIT
a d
e
f
g
h
b
i
i
a bb
cb
c
1 Northern Wall detail of north facade conidtions Ventilated
Wall System 2 Wall detail of southern facade conditions Vision Wall
System3 Roof Level nts4 Residential Levels 3-6 nts5 Ground Level
nts7 Building Sections nts8 North East Elevation nts9 South East
Elevation nts
a Double barrier sunspace with opper-able curtain wall. 16 floor
to ceiling b Sliding windows open to courtyard view belowc Planters
incorporated in each unit d Sliding glass doors e Built in storage
near entryf kitchen is back-to bathroom in order to minimize
plumbing walls. g ceilings and floors are Finnish birch h storage
is built along north wall to pro-vide thermal and sound barrier
between main eggress routes and interiori Units mirror with doors
to egress along north wall.
a fireplace and barb group saunas with northern views to lakec
outdoor roof deck for cooling
e fire place and meet-ing areaf community g main egress
h entry i fire placej atrium spacek promenadel playgroundm drive
to parking
c
e
f f
ffg g
g
hi
j
j
j
jk
l
m
Da3dalus1st Place Ribbon BW
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andrea [email protected]
University of Arizona College of Architecture + Landscape
Architecture / 2015Vertical Farm + Market
education ::
technical skills ::
honors ::
vertical farm + market ::
university of arizonabachelor or architecture2010-2015
rhinoceros 5 autodesk revit 2013adobe cs6autodesk 3ds
maxies-ve
arc 102 merit award | 2011deans list | 2009-2012
Downtown Los Angeles is an urban hub providing housing, work and
rec-reation for a growing population of over 50,000 people. Limited
space for expansion provides a design problem for supplying enough
food to the city. Vertical farms are space-saving multi-story
structures that grow produce in an urban area, eliminating the
space needed for a traditional farm. Locat-ed in the transitional
historic core of downtown Los Angeles, the area will serve the
demographics of the histor-ic core as well as the financial
district.
Housed within a single structure, the urban farm is combined
with a commu-nity market to sell the goods directly to the public,
serving as an iconic gath-ering and learning space. The build-ing
demonstrates its presence and function to the rest of the city
through its enclosure system for a new per-spective on
sustainability and farming.
651.324.1025
1.22
0.61
30
37.5
150
2.44
30
37.5
30
60
75
120
150
LETTUCE
SPINACHBEANSPEPPER + ONIONS
ZUCCHINI
STRAWBERRIESTOMATOES
PROCESSINGHERBS
15,644 sq ft total
15,028 sq ft total14,860 sq ft total7,236 sq ft total7,102 sq ft
total
12,508 sq ft total
11,448 sq ft total
b3+c1 = 19,125
c2+0.5c3 = 16,8750.5c3+c4 = 16,875C5 = 11,2500.75C6 = 8,437
b1+b2 = 15,7500.5A1 = 9,000
a
b
c
B4 = 7.8755,238 sq ft total
0.25C6+C7 = 14,063
marke t
10 ,000 sq f t
8 ,000 sq f t
5 ,000 sq f t
5 ,000 sq f t
6 ,000 sq f t
8 ,000 sq f t
8 ,000 sq f t
8 ,000 sq f t
4 ,000 sq f t
4 ,000 sq f t
l e v e l 1 . 5 | m a r k e t b a l c o n y
l e v e l 1 2 | g r o w i n g l e v e l
u r b a n f a r m i n g c o n c e p t
o p e r a b l e s k i n s y s t e mp e r s p e c t i v e f r o m
e n t r a n c e
n a t u r a l v e n t i l a t i o n s e c t i o np l a n t o r g
a n i z a t i o n m a r k e t i n t e r i o r
g r o w i n g l e v e l
1 0 2 0 4 0
l e v e l 2 | g r o w i n g l e v e l+ g r e e n r o o f
l e v e l 5 | g r o w i n g l e v e l
l e v e l 1 | m a r k e t
shade s y s t em p l a n d e t a i l
s hade s y s t em de t a i l 1
s hade s y s t em de t a i l 2
mu l l i o n s c l i p p ed t o s t r u c t u re
po l ye t hy l e n e fa b r i c s k i n
s t e e l c hanne l a t t a c hes b ox t o mu l l i o n s
ro l l p owe red by mo t o r
a l um i num box h ouse ro l l a nd mo t o r
ang l e c l i p s b ox t o mu l l i o n
bo l t s
a l um i num t ra c k
Da3dalus1st Place Ribbon BW
-
site plannot to scale
N
a
c
Maria [email protected]
Arizona State University 2013stich
(949) 395-1421
section a: not to scalesection c: not to scale
Education:Bachelor of Science in Design (BSD in Architectural
Studies) Arizona State University, Tempe, AZ.
Leadership: Captain of Freedom by Design Historian for the ASU
chapter of the American Institute of Architecture Students
stichdone in collaboration with: Yen-Shao Liu, Lauren
Mackernzie, Marissa Mendoza and Everett Scofield.
This project is a boat house for the national rowing team in New
Milford Connecticut. The design is called stich because this
building connects the rowers to the natural landscape. The design
was derived from two major concepts. One being to facilitate a
rowers daily routine through programming and another being to
design the form within the constraints of the site. The 100 year
flood line covered over 50% of the site and the set backs for this
residential zone were 20 feet from the property line. Our design
solution was to elevate the building platform by 12 feet. This
allowed us to place the necessary inhabitable spaces above the
water line and occupy the empty space beneath with storage for the
row boats. The site was also where the water run-off from the
neighboring hills was dumped. We were not allowed to deviate the
flow of this water elsewhere. Our solution was to create a pond
with a running track around it. This way we created a functional
use out of a constraint.
boat bayselevate the building to the 100 yr. flood line
building platform
gym as heart of the projectangled to face the river
living baysthe separation of each allows for different age and
gender groups to have their own place
green corridorsplants extend nature through the building
air circulation allows for greater thermal comfort
site plan not to scale
Da3dalus2nd Place Ribbon BW
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Da3dalus2nd Place Ribbon BW
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Da3dalus2nd Place Ribbon BW
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Dean [email protected]
Arizona State University 2014Urban Projection
ExperienceJMK Landscapes Arizona May - August 2012
Knudson Masonry South Dakota, Nebraska June 2011
EducationArizona State UniversityTempe, Arizona 2010-presentBSD
in Architectural StudiesMinors: Design Studies and
Sustainability
Mesa Community CollegeMesa, Arizona 2007-2009Working towards
Associates of Arts & Sciences Degree
Project DescriptionGeared around density, efficiency, and
identity, this prefab student housing project focuses on shared
common spaces while projecting urban student life to the street.
Putting the amenities on display not only acts as advertising, but
also utilizes the eyes on the street in order to reduce crime. Five
unit types face either the street or the courtyard; in order to
optimize privacy, exterior circulation is minimized by
internalizing stairways within units. Stacked prefab modules create
diverse housing volumes that give the project its identity.
602 505 07811202004158
Da3dalus3rd Place Ribbon BW
-
Amy [email protected]
Frank Lloyd Wright School of Architecture/May 2014Sunset Haven
Retirement Community
Attended Johnson County Community College for Computer Drafting:
08/2005-05/2009
Recieved Bachelors of Architectural Studies from the University
of Kansas School of Architecture and Urban Design in May 2011
Accepted at the Frank Lloyd Wright School of Architecture as a
Masters Candidate
Secretary for student council at Frank Lloyd Wright School of
Architecture
Treasurer for AIAS Chapter at Frank Lloyd Wright School of
Architecture
My goal for this project is to create a safe, healthy place for
the elderly that gives families peace of mind, encourages community
interaction between residents, is a supportive place to work for
caregivers, and promotes communication with the larger community by
setting up opportunities for growth. I used three similar projects
as case studies to base my design on. The GUILD House by Robert
Venturi shortens or eliminates hallways making it easier for
elders to navigate.
The Corinne Dolan Alzheimers Center by Stephen Nemtin
incorporates a central axis in the building to simplify
navitation.
Marys Meadow by EGA PC Architects has a biaxial symmetry within
the building to create community spaces.
Project Programming found on the AIAS Competition Website:
http://www.aias.org/website/article.asp?id=2397
913-563-9037
All drawings oriented as North being up. All drawings not to
scale.
Site Plan. Floor Plan.
8"
6"
2 -1/2"2 -1/2"
2 -1/2" 2 -1/2"
8"
4"6"R EINFO RCED"AM VIC" WALL
R EINFO RCED"AM VIC"WALLE XTERIO RF INISH S TEELBEAM
S P L I C E
L EVELIN G PLATE( WALLPLATE)W ITHANCHO RBO LTS
1/16" = 1'-0"1South
1/16" = 1'-0"2North
1/16" = 1'-0"3East
1/16" = 1'-0"4West
Elevations.
Interior Rendering of the Chapel. Interior Rendering of a
residence.Interior Rendering of the Dining Area.
Exterior Rendering.
Da3dalus3rd Place Ribbon BW
-
Roy E [email protected]
Univeristy of Arizona2014
Information + Collaboration Center
Project DescriptionThe center lies in a campus full of a variety
and culture. When thinking of the mixture of ideas, talents, and
thought i studied the insect, who in the need to collect pollen,
cross pollinates the flowers it visits. In search of creating cross
pollination in architecture the program begins to intersect,
collect, and even avoid each other in hopes of creating not an
organized program but spontaneous events. This is human
entomophily.
EducationCollege of ArchitectureFall 2009- Spring 2014
(expected)University of ArizonaBachelors in Architecture Deans List
2012, 2011 Academic Year Academic Distinction Leadership Institute
Program: AIA National Convention Speaker Mentorship Program
2012-13: Mentor
Awards Archinects top ten images on their Student Work AIA
Design Excellence Student Traveling Exhibition: MOCA, several
architectural firms, Development Services office, etc. Manuel A.
Pombo Scholarship 2012 AIA Design Excellence Fall 2011 Winner
Arizona Excellence Award Fall/Spring 2012, 2011, 2010, 2009
International Youth Sketch Design Competition: Shortlist -
Certificate of Achievement Summer 2011
Professional Experience Sustainable City ProjectProject
Designer01/2013-present Treehouse Design GroupRevit Technician +
Graphic Presentation Drawings08/2012-09/2012 The Daily
WildcatDesigner08/2012-01/2013
(818) 585-5781AIAS Membership #: 38267329
points
changes in sensory experience:
entrance
exits
thresholds
interactions
events
moments
points help dictate changes in space along paths or changes in
sensory intake. if the user experiences a threshold this is
considered a point. if a user is exposed to a new smell or change
in air pressure, this is considered a point. Whether or not the
change was consciously observed.
people naturally travel between point. hence the saying, from
point a to point b. but for there to be a change in experience
there must almost always be movement whether the movement of the
user, or of the sur-roundings perceived.
lines
movement and path:
stairs
hallways
walkways
elevators
areas of rotation
areas for movement
lines are the movement between dif-ferent experiences.
when designing with lines and points we deconstruct common
notions about circulation and begin to integrate it more closely to
the program.
diagrammed below are different oppor-tunities and events that
can result from line and point design.
planes
space definers:
opaque walls
translucent walls
ceilings
floors
negative space by-product
material
Before solids come planes, and ulti-mately the negative space
between solids and adjacent spatially to points and lines.
What are the spaces between your building and the surrounding
site? What is seen, is it a treat or is your building exposed,
hidden, or focused? Planes can be made of any material but the
importance is the formal space it creates.
With planes one can manipulate the experience by concentrating
on how the spaces and points are created through the movement of
lines around space.
solids
program:
library
art gallery
auditorium
reception
study rooms
bathrooms
solids, or pieces of program, can be designed in the same
fashion as lines and points.
within ever line and point configura-tion you will find a space
that de-fines its overall composition.
interesting events occur when whole pieces of program begin to
buildrelationships.
[origin]point a
[target]point b
[origin]point a
[target]point b
user a
user b
cross of paths: event createdlibrary
stud
y
gallery
FORCE INTEREST
CALA
UNIONGOERS
COMPUTERENGINEERS
ARTBICYCLISTS
OTHERVEHICULAR
HUMAN ENTOMOPHILY(A CROSS POLLINATION
OF DISCIPLINES)ARCHITECTURE
events in space
CENTRAL HUB
URBAN SPACE
visibility FUNCTION-ALITY
awareness
Lobby + Reception 3,000Caf 500
Library Reference 1,5005,000
Gallery 1,500 Gallery Private Collections 4,000
Auditorium 6,000 1 Library Collections 7,000 1 Community Meeting
Room 300
18,800
Open Study Area 9,000 1 Study Carrels 70X60=4,200
13,200
Large Work Room 400 Medium Work Room 250
Large Study Room (8-10) 200X11=2,200Small Study Room (4-5)
75X16=1,200
Conference Room 200X2=400Visiting Faculty Office 100X8=800
Audio Visual Lab 100X2=200Music Rehearsal Room 100X4=400
5,850
Breakout 120Coffee 200IT 220
Storage 120Servers 900
Administration Offices 2,0003,560
Public Stair 300X4=1,200 Public Rest rooms 300X2X4=2,400
Cafe Deliveries 200General Loading Area 200 1 1 200
Mechanical 2,000 1 4 8,000Janitorial Storage 500 1 4 2,000
Elevators 100 2 4 800Exit Stairs 300 2 4 2,400
17,200
Outdoor Caf 1,500 Exterior Terrace 6,000
7,500
NASF TOTAL
63,610BGSF TOTAL based on 30%
Multiplier
82,693sf
TOTAL w EXTERIOR
90,193
exteriorpublic
public
ext.
service
admin
collaboration
collabo-ration
when the standard line is modified the user can be exposed to
different points along the path. this gives the architect more
control, and allows the user to experience new events in space.
when the paths cross between two different used the oppro-tunity
for an event, or meet-ing, or change in awareness of the other can
occur.
library
study
gallery
ENTOMOPHILY IN NATURE POLLINATORSPOLLEN/INFORMATION
01010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100011110101101010100100
Entomophily:
is a form of pollination whereby pollen or sporesare
distrib-uted by insects.
SITE
ELLERUndergraduates:
5,476Graduate:
663Total:
6,139
EngineeringUndergraduates:
2,266Graduate:
609Total:
2,875
CALAUndergraduates:
432Graduate:
117Total:
549
STUDENTUNION
Daily Visitors:
22,000
ARTSUndergraduates:
1,594Graduate:
352Total:
1,946
SOCIAL COMMUNITIES
SITE
COLLABORATION CENTER + SITE FORCES
ELLERUndergraduates:
5,476Graduate:
663Total:
6,139
EngineeringUndergraduates:
2,266Graduate:
609Total:
2,875CALA
Undergraduates:
432Graduate:
117Total:
549
STUDENTUNION
Daily Visitors:
22,000ARTSUndergraduates:
1,594Graduate:
352Total:
1,946
N
collaboration
systems/circulation
systems/circulation
plan parti
parking
lobby
study
library
library gallery
galleryext. auditorium
auditorium
admin
cafe
parking
program diagram
information
study
parking
section parti
N
PERSPECTIVE LOOKING SOUTHWEST
1
10
3
2
4
5 4
5 67
8
9
1
2
3
4
5
6
7
8
9
10
lobby
study room
study carrel
library
cafe
art gallery
exterior auditiorium
admin
parking
auditiorium
renderingview point
point + line principles applied higher speed circulation
level 1-2 stair level 1-2 stair level 4
cross programming principles applied
level 5
cafe
gallery
exterior auditorium
gallery
library
level 1-2 stair level 1-2 stair level 4 level 5level 5
1
1
lobby
legend
2
2
2
s study room
3
3
3
study carrel
4
4
gallery
5
5
5
auditorium
6
6
library
7 meeting room
8
8
m study room9
9
l study room10
10
10
conference11
11
admin12
servers13
it14
14
stair15
15
15
15
15
15
15
15
elevator16
16 16
loading area17
17
mechanical18
18
18bathroom19
19
1919
storage20
cafe seating21
20
20
20
libary reference
LEVEL 2 NORTH:SCALE 1/16=10 LEVEL 4 SCALE 1/16=10 NORTH:
S-N SECTION SCALE 1/16=10 NORTH:
floor glazing
supply fans
truss
hvac
structuralglass
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steel panels
hot/cold water supply
concrete
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floor structure
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hot/cold water supplycable track
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water proofing
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study carrel
library
cafe
art gallery
exterior auditiorium
admin
parking
auditiorium
ROOF SYSTEM
SKIN SYSTEM
Da3dalus3rd Place Ribbon BW
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EducationMasters of Interior Architecture, ASU, May 2012-May
2015
ExperienceAIAS - Events Direction 2013-14 The Design School at
ASUGraduate Teaching Assistant, August 2012-presentDesign
Excellence Nomination, The Design School at ASU, Fall 2012ASU PRIME
CenterSketchUp Instructor, Fall 2012
Technical SkillsPhotoshop, InDesign, Illustrator, SketchUp,
Revit, AutoCAD, AGI 32
The concept for the Standard Wax store, a 1,140-square-foot
retail space located at 134 E. Colorado Avenue, was inspired by the
companys philosophy of using natural products and their love of
handcrafted decor. To achieve this same philosophy, materials such
as reclaimed wood (walnut and dune), plexiglass, brick, and grass,
were combined with sleek and simple geometric fixtures. Taking into
consideration the customers relationship with the products, the
store embodies the warm atmosphere a candle provides. The design
showcases the art of candle-making by including a workshop area
where customers can observe and learn the candle-making process
first-hand. What most reflect the values of Standard Wax in the
design are the pieces of custom millwork. The beehive shapes that
make up the window display shelves and the main display tables
represent the raw materials used to make the candles, which often
include beeswax and soy. The perimeter shelving incorporates
reclaimed wood as well as recycled plumbing piping as the
supports.
kirsten [email protected]
ASU Design School/2013Standard Wax Retail Store
480.286.434438279654
standardwax
perimeter shelving sectionsnot to scale
architectural plannot to scale
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Nathan [email protected]
Arizona State university/2014Tempe Senior Housing
Education:
Arizona State UniversityFall 2010 - PresentDeans ListWork
displayed at 2012 Open HouseFall 2012 Design Excellence
Honors:
Arcbazar: Chiropractor Office - 2013Honorable Mention
ASU Studio - 2012Design Excellence
ARA: Home Competition - 2012Honorable Mention
NASA: The Future of Flight - 2011First Place
An infill development on the Tempe Light Rail Corridor with
senior housing units and market rate apartments. Central to each
apartment is a courtyard containing a tree. The individual L shaped
units form two sides of the courtyard. Repetition of units creates
the third wall of the courtyard leaving one side open to the
residential community.
A twelve foot square grid orders the layout of the single story
senior housing units and the two story market rate units. The
rotated grid reflects the unique opportunity provided by the
triangular site. Shops along the south create a more vibrant
street-scape with a more private community space to the north.
480.968.209038119154
Site Plan Not to Scale North
Section A-A Not to Scale
Senior Unit
Market Rate Unit - First Floor
Market Rate Unit - Second Floor
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Russell [email protected]
The Design School - ASU / 2014URBAN CANYONS - Multi-Family Mixed
Use Housing
GoalTo understand the details of how buildings work, not just
why they should work. To be an outspoken advocate for Architecture
and Design.
EducationArizona State University-B. S. in Design: Architectural
StudiesMinor in Material Science Engineering
ExperienceStudent IDP Coordinator for ASU through NCARB
Asst. Estimating CoordinatorAsst. Marketing
CoordinatorInterstate Mechanical Corp. (IMCOR)Phoenix, AZ 2010
-2012
Petty Offi cer 2nd Class (E-5)Operations SpecialistUS Navy 2005
-2010
AwardsDesign Excellence Nominee -Spring 2013
URBAN CANYONS was designed as intelligent response to the
social, climactic, and aesthetic conditions that have become part
of the urban sprawl that is the Phoenix Metropolitan Area.Socially,
Phoenix has a large homeless and transitional population. In 2009,
over 7,568 sheltered homeless (i.e. in transitional housing,
homeless shelters, etc.) with the total count for Maricopa county
at over 10,000 homeless people. Climatically, it was important to
respond to the striking but harsh Arizona sun and while still
capturing the amazing views offered in the desert
landscape.Aesthetically, URBAN CANYONS is striving to redefi ne
growth in the Phoenix metropolitan area as vertical, dense, and
diverse.
928.230.922938070861
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CONNOR MCKELL [email protected]
Taliesin, The Frank Lloyd Wright School of
ArchitectureTWG.DWG
Resume:Aesthetics Director for Progressive Properties 2009
Studied at Brigham Young University - Hawaii 2010-2011
Studies at Taliesin, The Frank Lloyd Wright School of
Architecture 2012-current. (B.A.S. ARCH)
Current Student Body Vice-President
Project Description:TWG.DWG (TaliesinWestGate.DWG) responds to
the current need of con-trolled and experiential access to this
historical landmark.
A gate has been developed that echoes the elegant shape of the
sur-rounding buttes and represents a sure arrival.
The two-way road has been separat-ed insuring focused and
individualized arrival and departure sequences.
Desert vegetation brought up to the edge of the road offers the
visitor a sense of oneness with nature, limits damage of
off-roading, and is planted hierarchically to preserve or dilute
views.
Swales have been created to collect and sink water, naturally
irrigating the desert foliage.
Visitors should initially notice the desert, then the buildings
arising and falling gradually as a coexistent of the Sonoran
pallet.
720-940-059638270786
EXISTING SITE PLAN SITE PLAN FLOOR PLAN
WEST ELEVATION
SECTION A
SECTION B
EAST ELEVATION
Current Gate
New Gate
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Fermenter
Brite Tank
Up
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Emergency Exit Door22oz Bottles- 151 Case Pallets Stacked
Two-High12oz Cans - 180 Case Pallets Stacked Three-High
Canning/Bottling/KeggingRefridgerated Storage RoomLoading
dockDeck LevelerRefuse Area
1,500 Bushel SiloDry Storage/millBoiler RoomMash/Lauter TunBrew
Kettel/Whirlpool
Hot Liquor TankOak Bordeau BarrelsElevator Mechanical RoomKeg
CoolerEmployee Lockers
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Nathan [email protected]
Taliesin/2014Telluride Brewing Company
(970) 497-9607AIAS # 38169149
SchoolingMaster of Architecture, candidateTaliesin, the Frank
Lloyd Wright School of Architecture 2011-present
Bachelor of Environmental DesignUniversity of Colorado at
Boulder, 2006-2011
ExtracurricularAIAS - Taliesin, Chapter Presidentcurrent
The ProjectCurrently, the Telluride Brewing Company produces
approximately 4,000 barrels of beer annually. After winning the
Gold Medal at the 2012 Great American Beer Festival for American
Style Brown and the brewery also won the Gold Cup at the 2012 World
Beer Cup, Telluride Brewing Company is expanding rapidly.
The goal of this project was to provide a structure that
provides the facilities to produce 45,000 barrels of beer annually
with room for expansion and create a unique tasting room that
celebrates the beer, its production, and its unique position 3
miles to the west of Telluride, CO.
MaltMill
Lauter
Mash
Sparge
Water
Water
Water
Hops
Cooling
Fermenting
Cooling
Brite Tank
Packaging
CO2Yeast
Kettel
Seperation
Yeast
Solids
Yeast
Water
Barrel
Milled Malt
Mash
Wort
Beer
MaltMill
Lauter
Mash
Sparge
Water
Water
Water
Hops
Cooling
Fermenting
Cooling
Brite Tank
Packaging
CO2Yeast
Kettel
Seperation
Yeast
Solids
Yeast
Water
Barrel
Milled Malt
Mash
Wort
Beer
Site Plan
First Floor Plan
Tasting Room Plan
East Elevation
West Elevation
Exterior Rendering
East-West Section
South Elevation
Interior Rendering of Tasting Room
The Brewing Process
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amelia [email protected]
university of arizona college of architecture / 2014arc401
center for information and collaboration
EducationUniversity of Arizona : 2008-presentArizona in Italy :
summer 2012Desert Vista High School : 2004-2008
ScholarshipWildcat Excellence Scholarship 2008-2012The Durrant
Foundation Scholarship 2013-2014
InvolvementAIAS member : 2010-presentAIAS UA chapter treasurer :
2011-13
Work ExperienceFuture SmithGroup JJR Intern : summer
2013Structures Grader, for Chris Trumble : fall 2012
Project Description This projects goal was to design and refine
a building to promote col-laboration between art, engineering,
ar-chitecture, photography, and business students on the UA campus.
Located in the parkinglot behind the architecture building, the
centers location allows for it to become a hub for intermingling
dis-ciplines. Division of program hierarchi-cally became the
ordering system for the building, organizing and intermin-gling
groups of students based on the scale of occupancy and scale of
space. To the south, the largest program, the auditorium, anchors
the building to the site both as a physical mass and as the richest
and most dynamic program. Each adjacent space transitioning north
becomes more focused on the individ-ual, becoming more quiet and
naturally lit, and lifting off the ground to form a giant
cantilever. The intermingling of group activities with individual
will cre-ate an environment conducive to col-laboration.
(602) 908 - 1001aias member id: 38073514
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Kenneth [email protected]
University of Arizona School of Architecture | 2014Center for
Information and Collaboration
EducationAssociates in Liberal ArtsPima Community College
(Tucson, AZ)May 2009
Bachelors in ArchitectureUniversity of Arizona (Tucson, AZ)May
2014
RecognitionAIA Design Excellence Award 2010-2011
AIA Design Excellence Award2011-2012
Project DescriptionThis project serves as a new nexus for
interdisciplinary research and collaboration at the University of
Arizona. Its design is to demonstrate the successful integration of
CALA and College of Fine Arts library collections with a variety of
meeting, study and work spaces. The directing design force behind
the Center of Information and Collaboration is the notion of people
from all work forces entering into one common space. For this
reason the site is split in half by the circulation. Through this
section cut the program is divided as to have a conversation one
side with the other while showcasing the inner activities of the
building to the students who pass between. The main programmatic
element are pushed to the inner edge of the section while other
elements are pulled back determining the outline of the building.
Like a Geode the cut will be smooth glazing so the interior spaces
become prominent and bring interest to the flat faade of the
building. The east and west walls will be pushed and pulled by the
inner program to generate a decomposed feel and provide self-shaded
exterior spaces for students and faculty to use.
520.820.363838073501
Level 10' - 0"
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Level 445' - 0"
Site Plan60' - 0"
pp65' - 0"
U Level 1-15' - 0"
Parking 1-30' - 0"
Parking 2-45' - 0"
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20' - 0" 20' - 0" 20' - 0" 20' - 0" 20' - 0" 20' - 0" 21' - 6"
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126' - 4 9/16"
UA Campus
Precinct 1
Precinct 2
Precinct 3
Precinct 4
Lobby + Reception - 3,000 Caf - 500Library Reference - 1,500
5,000
Gallery - 1,500Gallery Private Collections- 4,000Auditorium -
6,000Library Collections - 7,000 Community Meeting Room - 300
18,800
Open Study Area - 9,000 Study Carrels (60) - 4,200 13,200
Large Work Room - 400Medium Work Room - 250Large Study Room (11)
- 2,200Small Study Room (16) - 1,200Conference Room (2) -
400Visiting Faculty Office (8) - 800Audio Visual Lab (2) - 200Music
Rehearsal Room (4)- 400 5,850
Breakout - 120Coffee - 200IT - 220Storage - 120Servers -
900Administration Offices - 2,000 3,560
Public Stair - 1,200Public Restrooms (8) - 2,400 Cafe Deliveries
- 200General Loading Area - 200Mechanical (4) - 8,000Janitorial
Storage (4) - 2,000Elevators (8) - 800Exit Stairs (8) - 2,400
17,200 TOTAL 63,610
Net - 46,410Gross - 81,544
Efficiency factor - 57%
AuditoriumGallery
Oces/faculty
Library
study roomsOpen study area
CafeMechanical/other
0 10
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RESUME University of Arizona Tucson, Arizona / 2011-2016 B.
Architecture/Minor in Math GPA: 3.869 Sahuarita High School
Sahuarita, Arizona / 2007-2011 GPA: 4.23, Valedictorian AIAS / 2011
Present Vice President Elect / 2013-2014 Secretary/2012-2013 Board
Member/2011-2012
Honors College Ambassadors University of Arizona/2011-2012
Amanda [email protected]
The University of Arizona College of Architecture + Planning +
Landscape Architecture / 2016The Abandoned Platform : Private
Dwelling
PROJECT
Program
Multi-family dwelling consisting of three units:A: one bedroom
for sculptorB: two bedroom for chef + childC: three bedroom for
curator + collector + two children
Site
Stone Ave. + Sixth St.Tucson, ArizonaFormer location of the SPRR
Freight Headquarters - now an abandoned concrete platform
Concept
To preserve the sense of aban-donment and the distinct cul-ture
of the historic warehouse arts district
A brick core holds all of the utilities and circulation,
con-necting each unit to the history of the site using the material
of the site. The units then span through the core, futher
emphasizing this con-nection and are made from steel beams and
corrugated steel in reference the the history of the trains. These
are lifted from the platform to allow for a sculpture gar-den on
the ground floor - a space for reflection and ob-servation -
preserving the sense of abandonment on the site.
520.870.323638118961
NSCALE: 1/32 = 1
section
First Floor Plan
Second Floor Plan
Third Floor Plan
0 5 10 30
NSCALE: 1/32 = 1
section
First Floor Plan
Second Floor Plan
Third Floor Plan
0 5 10 30
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Miriam [email protected]
University of Arizona College of Architecture 2015Chapel+Beacon
for Unitarian Universalist Congregation of Northwest Tucson
Third- Year, Undergraduate Architecture Student University of
Arizona
2010 Graduat of Buena High School top 10%Member of the Honors
College
Recipient of the National Collegiate Leadership Conference
CertificateCarpentry Internship
Thalmeier Einrichtugen Finalist for Smithgroup JJR
Scholarship/Internship 2013
Fluent in English & German
Nature Chapel design for the Unitarian Universalist
Congregation of Northwest Tucson. This chapel for ten is set in
the foothills and looks down on the congregations campus.
At night the double wall of canvas is illuminated from
the inside and the structure acts as a beacon, making
the community more visible from the street as the site is
secluded. During the day the structure shades its occupants from
the harsh desert sun and
provides a space to reflect without distractions. The path up to
the chapel is a time to enjoy nature and cuminates in an enclsed
space that draws ones
focus to the heavens and the divine.
520.236.541338073495
Ascension Procession Illumination Connection with a Higher
Power
Ridge View
10 ft5Ordering Axis
n
Procession Ascent Higher Power Meditation Communication
Illumination
Fabric
Lights
Steel Frame
Air Flow
Concrete
Section: North West - South West 10 ft5
Nature Chapel + Beacon
Winter Sun
Summer Sun
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Andrea [email protected]
University of Arizona :: College of Architecture, Planning,
Landscape Architecture :: 2014Center for Information +
Collaborationarc401 :: Systems
University of ArizonaCollege of Architecture, Planning,
Landscape ArchitectureB.Arch Candidate 2014
American Institute of Architecture Students: University of
Arizona2012 - 13: President2011 - 12: Vice President
AIA So. Arizona Board of Directors2012 - 13 : AIAS
Representative
2012 - 13 : AIAS National Membership Committee
InternWSM Architects: Tucson, AZJuly 2012-present
University of Arizona2012 CAPLA Scholarship Award2011 CAPLA
Scholarship Award2011 CAPLA Design Excellence
Project Overview: On a college campus, there is a push and a
desire for collaboration and integration. Pedestrian and bike
circulation are apparent in the existing conditions. The vectors of
people walking to and from class can shape a building - allowing it
to respond to what is already established but also to encourage a
new path - a central path - one that allows for integration and
collaboration. The building has been carved from these circulation
vectors. Individual buildings rise and join; a symbol of dissimilar
becoming similar - with main collaborative and open spaces on the
third level. By situating public spaces near ground level, they
have become accessible to everyone. Similar program is near each
other - horizontally and well as vertically.
602-316-972938073555
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site plan
second floor plan third floor plan fourth floor plan
north-south sections facing east
envelopedetailed wall section
main collaboration spacesouth entry
2013 aia competition poster
8.5X111_mendoza.m.asu.2013.382383351_hill.d.taliesin.2013.381691471_rose.a.ua.20152_Wilson.M.ASU.20132_vanbelkom.andre.fllwsa.2013.381691512_teran.b.CAPLA.20133_Feldhausen.D.ArizonaState.20143_Leber.A.FrankLloydWrightSchoolOfArchitecture.20133_peer.r.ua.14.38267329-2keane.k.asu.2013.38279654
LARGEleber.n.asu.2014Wisniewski.R.The Design
School.2014.38070861bingham.c.taliesin.2014.38270786Rist.N.Taliesin.2013.38169149elliott.a.universityofarizona.2014.38073514Lowe.K.UofA.2014.38073501schwarz.a.university
of
arizona.2016.38118961strauss.m.uofa.2013.38073495young.a.university
of arizona.2014.38073555