KRISTIN POOL UNDERGRADUATE architecture + design
C O N T E N T S
“process is more important than outcome. When the outcome drives the process we will only ever go where we’ve already been. If process drives the outcome we may not know where we’re going, but we will know we want to be there” -bruce mau
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building tectonics
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comprehensive design
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competition entries
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urban planning
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experimental modeling
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infographics
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exhibit design
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graphic design
fil l
div ide
bridge
l i ft
FO R M
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building tectonics
SPRING 2012 - DESIGN 6
F O L D I N G
B I K E
P R OGR E SSI ON
F A C T O R Y
-connecting the user and the manufacturing process-
The site proposed for the factory is located in Philadelphia, Pennsylvania adjacent to the Vine Street expressway and the abandoned reading viaduct. The program engages both sides of the site as well as the multi-level viaduct.The program for the factory stems from the process of the fabrication of the folding bicycle. The manufacturing process is systematic and requires precision and multiple detailed program spaces.
S IT E ph i l adel ph i a,
PLAN
p e nns y lv a nia
VIADUCT ENTRANCE
VIADUCT ENTRANCE VIADUCT ENTRANCE
VIADUCT ENTRANCE
BRAZING CUBICLES
MAIN RETAIL SPACE
MAIN RETAILMAIN SPACERETAIL SPACE
BRAZING CUBICLES BRAZING CUBICLES
BRAZING EMPLOYEE STATION
MAIN RETAIL SPACE SECONDARY RETAIL MEZZANINE AREA
SECONDARYSECONDARY RETAIL RETAIL MEZZANINE MEZZANINE AREA AREA
BRAZING CUBICLES
BRAZING EMPLOYEE BRAZING EMPLOYEE STATION STATION
BRAZING EMPLOYEE STATION
STORAGE
SECONDARY RETAIL MEZZANINE AREA
BRAZING PARTITIONS
STORAGE
BRAZING PARTITIONS BRAZING PARTITIONS
STORAGE
STORAGE
STORAGE
BRAZING CUBICLES BRAZING CUBICLES
EMPLOYEE LOCKERS EMPLOYEE LOCKERS
MECHANICALMECHANICAL
ASSEMBLY ASSEMBLY AREA AREA PART STORAGE
ASSEMBLY AREA
ASSEMBLY ASSEMBLY AREA AREA
ADMINISTRATION OFFICES ADMINISTRATION ADMINISTRATION OFFICES OFFICES MECHANICALMECHANICAL
BRAZING CUBICLES
EMPLOYEE LOCKERS
KITCHENETTEKITCHENETTE
EMPLOYEE LOCKERS
KITCHENETTE
KITCHENETTE
TRANSITION TRANSITION PART PART STORAGE STORAGE
MEZZANINE OFFICE LEVEL
PAINT BOOTH
KITCHENETTEKITCHENETTE
RESEARCH & DEVELOPMENTRESEARCH &RESEARCH DEVELOPMENT & DEVELOPMENT
[PRIMER]
DRYING AREA
ADMINISTRATION LOBBY
ADMINISTRATION ADMINISTRATION LOBBY LOBBY
ADMINISTRATION LOBBY
KITCHENETTE
TRANSITION TRANSITION PART PART STORAGE STORAGE
TRANSITION PART STORAGE
[PRIMER]
ENGINEERING
DRYING AREA
ENGINEERING ENGINEERING
PAINT BOOTHPAINT BOOTH
PAINT BOOTH
PAINT BOOTH
PAINT BOOTHPAINT BOOTH
PAINT BOOTH
[FIRST COAT] [FIRST COAT]
[SECOND COAT][SECOND COAT]
DRYING RACKS DRYINGPART RACKS STORAGE
PAINT BOOTH MEZZANINE OPTIONAL CONFERENCE AREA
OUT SHIPPING
CONFERENCE ROOM
CONFERENCECONFERENCE ROOM ROOM
MEZZANINE MEZZANINE OPTIONAL OPTIONAL CONFERENCECONFERENCE AREA AREA
[TOP COAT]
MEZZANINE OPTIONAL CONFERENCE AREA
PARTS STORAGE
[SECOND COAT]
DRYING RACKS
PARTS STORAGE
IN SUPPLY STORAGE
OUT SHIPPING OUT SHIPPING
PARTS STORAGE PARTS STORAGE
[FIRST COAT]
ASSEMBLY STATIONS PART STORAGE DRYING PART RACKS STORAGE
ENGINEERING PARTS STORAGE
RESEARCH & DEVELOPMENT
[SECOND COAT]
PART STORAGE
LOADING DOCK LOADING DOCK
STORAGE & CONFERENCE AREA
PAINT BOOTH
[PRIMER]
DRYING AREA
PAINT BOOTH [FIRST COAT]
LOADING DOCK
STORAGE STORAGE & & CONFERENCECONFERENCE AREA AREA EMPLOYEE LOCKERS
TRANSITION PART STORAGE
TRANSITION PART STORAGE
PAINT BOOTHPAINT BOOTH
[PRIMER]
OUT SHIPPING
ASSEMBLY AREA
STORAGE & CONFERENCE AREA EMPLOYEE LOCKERS EMPLOYEE LOCKERS
ADMINISTRATION OFFICES
DRYING AREA
IN SUPPLY STORAGE IN SUPPLY STORAGE
PART STORAGE
MECHANICAL
MEZZANINE OFFICE LEVEL MEZZANINE MEZZANINE OFFICE LEVELOFFICE LEVEL
IN SUPPLY STORAGE
ASSEMBLY AREA PART STORAGE
PART STORAGE
MECHANICAL
TRANSITION PART STORAGE
MECHANICAL
ASSEMBLY AREA STORAGE
ASSEMBLY AREA
STORAGE KITCHENETTE
MECHANICAL
ASSEMBLY ASSEMBLY AREA AREA
BRAZING PARTITIONS
BRAZING CUBICLES
EMPLOYEE LOCKERS
STORAGE
ASSEMBLY AREA
PAINT BOOTHPAINT BOOTH [TOP COAT]
[TOP COAT]
ASSEMBLY STATIONS ASSEMBLY STATIONS
PARTS STORAGE PARTS STORAGE
PARTS STORAGE
L E V E L 3 L E V LE EL V3E L 3
LEVEL 3
ASSEMBLY STATIONS
PAINT BOOTH [TOP COAT]
CONFERENCE ROOM
LOADING DOCK 3’
6’
12’
3’
6’
12’3’
6’
12’
3’
6’
12’
V E L 1 L&E VMLE EL VZ1ZE LA&N1MI N&EEZMZLEAEZNVZIEANL NE1I N&E M E Z Z A N I N E
S LEVEL IS THIS DEDICATED LEVEL THIS LEVEL IS TODEDICATED TWO IS DEDICATED SEPARATE TOTHIS TWO PROGRAM TO LEVEL SEPARATE TWOISSEPARATE DEDICATED SPACES, PROGRAM RETAIL PROGRAM TO SPACES, TWO SEPARATE SPACES, RETAILRETAIL PROGRAM SPACES, RETAIL D MANUFACTURING. AND MANUFACTURING. ANDTHIS MANUFACTURING. IS WHERETHIS THE AND ISMAIN THIS WHERE MANUFACTURING. ISSALES WHERE THEAND MAIN THETHE MAIN SALES THIS IS SALES AND WHERE THE ANDTHE THEMAIN SALES AND THE MINSTRATION ADIMINSTRATION ISADIMINSTRATION LOCATED. THE IS LOCATED. MEZZANINE IS LOCATED. ADIMINSTRATION THEISMEZZANINE DEDICATED THE MEZZANINE IS IS LOCATED. TODEDICATED IS DEDICATED THE TO MEZZANINE TO IS DEDICATED TO RA ADMINISTRATION EXTRAEXTRA ADMINISTRATION SPACE ADMINISTRATION AS WELL SPACE EXTRA AS RETAIL SPACE ASADMINISTRATION WELL SHOWCASE AS AS WELL RETAIL ASSPACE. RETAIL SHOWCASE SPACESHOWCASE AS WELL SPACE. ASSPACE. RETAIL SHOWCASE SPACE.
L E V E L 2 L E V LE EL V2E L 2
LEVEL 2
THIS LEVEL IS THIS SPECIFICALLY LEVEL THIS LEVEL IS DEDICATED SPECIFICALLY IS SPECIFICALLY TOTHIS DEDICATED THELEVEL MANUFACTURING DEDICATED ISTOSPECIFICALLY THETOMANUFACTURING THE MANUFACTURING DEDICATED TO THE MANUFACTURING PROCESS. THEPROCESS. PROCESS PROCESS. THE OF MANUFACTURING PROCESS THE PROCESS OF PROCESS. MANUFACTURING OFGOES MANUFACTURING THE FROM PROCESS GOES OF FROM GOES MANUFACTURING FROM GOES FROM RESEARCH AND RESEARCH DEVELOPMENT, RESEARCH AND DEVELOPMENT, AND BRAZING, DEVELOPMENT, RESEARCH PAINTING, BRAZING, BRAZING, AND ASSEMBLY PAINTING, DEVELOPMENT, PAINTING, ASSEMBLY ASSEMBLY BRAZING, PAINTING, ASSEMBLY AND FINAL INSPECTION. AND FINAL AND FINAL INSPECTION. INSPECTION. AND FINAL INSPECTION.
L E V E L 4 L E V LE EL V4E L 4
LEVEL 4
THEFLOOR LAST LEVEL THE IS LAST THE THEINHABITABLE LEVEL LAST LEVEL IS THEIS GREEN INHABITABLE THE THE INHABITABLE LAST GREEN LEVELGREEN IS THE INHABITABLE GREEN THIS LEVEL IS THIS IDENTICAL LEVEL THIS TO LEVEL IS IDENTICAL THEISSECOND IDENTICAL TOTHIS FLOOR THETO LEVEL SECOND THE IS SECOND IDENTICAL FLOORFLOOR TO THE SECOND ROOF THAT ROOF TO THAT ROOF ABSORB SERVES THAT SERVES RUNOFF TO ABSORB TO AND ROOF ABSORB RUNOFF THATRUNOFF SERVES AND AND TO ABSORB RUNOFF AND WITH THE PROGRAM WITH THE WITH SPACE PROGRAM THE BEING PROGRAM DEDICATED SPACEWITH SPACE BEING TO THE BEING DEDICATED PROGRAM DEDICATED TOSPACE TOBEING DEDICATED TOSERVES CREATE A NATURAL CREATE INSULATOR CREATE A NATURAL A NATURAL FOR INSULATOR THE INSULATOR CREATE FOR A THE NATURAL FOR THE INSULATOR FOR THE MANUFACTURING MANUFACTURING AND MANUFACTURING THE CONNECTION AND THE AND MANUFACTURING CONNECTION BETWEEN THE CONNECTION BETWEEN AND BETWEEN THE CONNECTION BETWEEN STRUCTURE. STRUCTURE. WORKERS AND WORKERS ADMINISTRATION. WORKERS AND ADMINISTRATION. AND ADMINISTRATION. WORKERS AND ADMINISTRATION. STRUCTURE. STRUCTURE.
EX TER IOR
R EN DE RI N G
surroundng the minimal structure and transparentnature of the building, a perforated screen on a movable track system. According to the needs of the b u i l d i n g ’s i n h a b i t a n t s t h e s c r e e n c a n b e a d j u s t e d i n s e g m e n t s o r c o l l e c t i v e l y.
I N T E R I O R
S H O P
R E N D E R I N G
interior office space
exploded axonometric
PLYWOOD ROOF
POLYCA RBONATE PA NELS PLEXI GLA SS
A DJUSTA BLE PA NELS
A DJUSTA BLE A LUMINUM FRA ME CONNECTION DETA IL
PLYWOOD FLOOR RIGID A LUMINUM FRA ME 0.02
comprehensive design
SPRING 2014 - DESIGN 8
E X T E N T | A R A P I D L Y D E P L O YA B L E S T R U C T U R E -connecting the user and the manufacturing process-
OPTIONA L A LUMINUM SIDE FRA ME
I n t h e e v e n t o f a n a t u r a l d i s a s t e r, a r a p i d l y d e p l o y a b l e s t r u c t u r e i s n e e d e d t o provide temporary relief for victims.EXTENT provides a revolutionary design that increases functionality and provides varying levels of visual privacy in the event of a natural d i s a s t e r. U t i l i z i n g s i m p l e f o l d i n g t e c h n i q u e s a n d v e r s i t i l e m a t e r i a l s , t h e structure is able to adapt to the needs of its inhabitants. exploded axonometric with materials
rendering of units joined to create community setting
s t r e e t t a y l o r
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comprehensive design
SPRING 2014 - DESIGN 8
eddy street
TENDERLOIN H E AT H & W E L L N E S S C E N T E R The design intent of this proposal is to craft a disaster relief center that will function on a daily basis to fulfill a need and create a desire within the neighborhood. The site is positioned i n S a n F r a n c i s c o i n t h e Te n d e r l o i n D i s t r i c t . T h i s u n d e r p r i v i l e g e d a r e a is in need of medical care as well as fresh food options. These two needs paired with a program to perform in the event of a disaster forms the T e n d e r l o i n H e a l t h a n d W e l l n e s s C e n t e r.
site plan
rendering of interior courtyard & program elements
DETAILING ELEMENTS
URGENT CARE STRUCTURE
CAFE (2) HVAC
MARKET TRUSS SYSTEM
CAFE (1) & MARKET HVAC
URGENT CARE PROGRAM
STRUCTURE
&
SYSTEMS ANALYSIS
URGENT CARE HVAC
exterior rendering of urgent care center
URGENT CARE LOBBY
[EXTERIOR]
CAFE & MARKET PROGRAM
exterior rendering of cafe/market transition space
interior rendering showcasing multi-level cafe space
TRANSITION SPACE RENDERING
interior rendering of market space
[INTERIOR]
interior rendering of cafe transition corridor
URGENT CARE LOBBY
interior rendering of urgent care lobby
[INTERIOR]
interior rendering of urgent care showcasing outdoor connection
SECTION OF CAFE & MARKET PROGRAM
interior rendering urgent care fast-track room
The two main buildings contain roof overhangs which help to shade the facades from excessive heat gain. The overhangs are positioned as such to provide enough sunlight to keep lighting needs at a minimum.
This project utilizes materials that are re-used and recycled. The trusses located within the market space are recycled weathered steel that helps to add character and a sense of depth to the space. Utilizing recycled materials helps to keep project costs at a minimum as well as creating a weathered and inviting character.
R E CY C L E D M AT E R I A L S
The dense roof insulation as well as the concrete hollow core helps to provide maximum levels of infiltration prevention. The roof ultimately helps to provide the building with an improved balance temperature which directly relates to operational costs. The roof also provides a location for solar panel installation.
R O O F OV E R HA N G S
Utilizing motion censored lighting throughout the building will help to keep energy cost at a minimum. Dimmers as well as timers will also be utilized to help provide safety for the building during hours when the program is not being utilized or during the evening hours.
F I B E R G L A S S I N S U L AT E D R O O F
S A F ETY G L A S S
In the event of a natural disaster, especially in an earthquake situation, safety glass is utilized. This will help to prevent the shattering of glass as well as danger to the inhabitants of the building and surrounding area.
M OT I O N C E N S O R E D L I G HT I N G
COAST LIVE OAKS WESTERN REDBUD CALIFORNIA BOX ELDER COYOTE BUSH COASTAL SAGEBRUSH SEASIDE DAISY BEE PLANT CALIFORNIA FESCUE HORSETAIL
N AT IV E P L A NT S P E C I E S
Native plant species are low maitenance, cost efficient and help to provide a sense of place for the building. The native plants proposed include:
RE A CH
RE L E A SE
RE SP O N D
RO TAT E
PROGRA M ST RUC T URE
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competition entry
SPRING 2012 - DESIGN 6
ACSA-AISC STEEL COMPETITION -connecting the reading viaduct-
This collaborative project is a response to the 2013 ACSA, AISA Steel Competition. The site proposed is a section of the abandoned Reading Viaduct located near the Philadelphia Convention Center and the Vine S t r e e t E x p r e s s w a y. T h i s p r o p o s a l u t i l i z e s a t w i s t i n g t r i a n g u l a r f o r m t o c r e a t e a bridge that spans over the highway and adjoining area. Composite and recycled materials are proposed as well as native materials for interior finishes and landscaping needs.
1.main triangular structure 2.second level restrooms 3.cafe & gift shop 4.main exhibition space & entrance 5 . c h i l d r e n s g1a r dmain e n triangular structure 6.first level restrooms 7.sculptural garden restrooms 8 . a d m i n i s t r a2 t i v e second o f f i c elevel s
3
cafe and gift shop
4
main exhibition space and entrance
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8
REDU CE
view over vine street expressway
RECYCLED METAL PLATE
ALUMINUM FRAMING SYSTEM METAL FABRICATED FRAME
RECYCLED WOOD
RECYCLED HOUSING
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competition entry
SPRING 2012 - DESIGN 6
R E - I N V E N T T H E PAY P H O N E C O M P E T I T I O N
CONCRETE
I n r e a c t i o n t o H u r r i c a n e S a n d y t h a t d e v a s t a t e d N e w Yo r k C i t y , t h e p a y p h o n e was heavily utilized because of power outages. The competition proposed to improve and bring new meaning to the payphone. This design utilizes salvaged wood materials and components from existing payphones t o c r e a t e a s h e l t e r f o r a w a r e n e s s a n d t e c h n o l o g y.
STEEL FRAME
exploded axonometric
i e s 17. J u n Straße d
Behrenstraße
1 1 4 J O H N S T E WA R D S O N M E M O R I A L C O M P E T I T I O N
The site chosen is on the outer edge of the Tiergarten- located directly south of the Brandenburg Gate. The Tiergarten has a deep and significant past in B e r l i n ’s r i c h h i s t o r y . T h e s p a c e h a s m o r p h e d f r o m a b a r o q u e ‘ l u s t g a r t e n ’ o r p l e a s u r e g a r d e n , t h e p r o p o s e d h e a d q u a r t e r s f o r H i t l e r ’s n e w c i t y c e n t e r a s well as farming fields.One major characteristic of the Tiergarten is its a d j a c e n c y t o t h e B e r l i n Wa l l f o r 2 8 y e a r s .
Ebertst raße
-captivating the historical and metaphysical experiences of the tiergarten-
Tiergarten
This project showcases tje events that occured within Berlin through a series of circulation paths representing a metaphysical timeline. The sculpted and tailored natureof the paths relate back to the baroque gardens once proposed for the Tiergarten. After transitioning through these calming and pleasurable paths,one transcends into the meditative space.
Ha
Located below grade, it utilizes the elements of scale in order to distor your perception of place and time. The regulated steel beams overhead c a s t a r e p e t i t i v e s h a d o w s i m i l a r t o t h a t o f t h e B e r l i n Wa l l a n d i t s ominous stretch. Within the meditative space there are several opportunities for r e f l e c t i o n a n d f o c u s i n g o n o n e ’s i n n e r s e l f . I t i s a p l a c e t o escape, contemplate and relate to the past, present and future.
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competition entry
SPRING 2015 - DESIGN 10
N SITE PLAN
rendering of installation and surrounding context
nn
ah
-A
ren
dt
Str
aß
e
METAPHYSICAL TIMELINE
STAGE 6: [ T R A N S F O R M A T I O N ] Personal transformation & reflection on the past, present and future of this location. STAGE 5: [ C O N N E C T I O N & C U L M I N A T I O N ] November 9, 1989 the Berlin Wall began to be torn down. The removal of this wall helped reunite East and West and re-unite families after decades apart. It was a symbol of freedom and hope. STAGE 4: [ I N W A R D R E F L E C T I O N ] The building of the Berlin Wall separated East and West from 1961-1989. This physical separation created social, economic and political issues throughout the 28 years it stood. STAGE 3: [ P H Y S I C A L & M E N T A L B O U N D A R Y ] Mass emmigration of Germans to the West and other major events posed a threat to the economy of the east and government. STAGE 2: [ T W O D I S T I N C T Z O N E S ] The Western countries joined forces and became the Federal Republic of Germany while the East was still controlled by the Soviet Union. STAGE 1: [ P A T H S C R O S S I N G ] At the end of World War II Germany was left to be divided by four different countries- France, The United States, Britain & the Soviet Union. The British, American & French controlled West Germany while The Soviet Union controlled the East. transformative space showcasing reflection
CRUSHED STONE PROTECTIVE SLOPE POURED CONCRETE RETAINING WALL 1’ - 3”
0’ - 11”
STEEL TENSION CABLE STEEL TUBE MEMBER BLACK GRANITE PANEL STEEL CONNECTION PLATE STEEL REBAR INSULATIVE MEMBRANE STEEL TIEBACK
12’ - 0”
WATERPROOFING MEMBRANE
EXTRUDED POLYSTYRENE INSULATION CONCRETE GROUND SLAB WATERPROOF MEMBRANE CRUSHED STONE
PACKED EARTH CONCRETE FOOTING [0.8 M BELOW FROSTLINE, TYP. GERMANY] FOOTING DRAIN O 4” detailed wall section at reflective space
rendering of reflecting pool
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urban planning
FALL 2014 - DESIGN 9
G R AY ’ S F E R R Y R E D E V E L O P M E N T P L A N T r a c i n g t h e h i s t o r i c f a b r i c o f t h e G r a y ’s F e r r y neighborhood, one discovers the many stages of development the neighborhood has experienced. The built environment as it exists is a culmination of historic, political and social interventions. The scars of time have been left over the neighborhood to provide an opportunity for awareness, regrowth, and prevention. It is through the remains that the very means of destruction becomes a catalyst for rebirth.
aerial view facing north
pedestrian corridor
adaptive wildflower garden
west bank park
rendered master plan of grays ferry
rendering of pedestrian corridor
rendering along west bank park
rendering of adaptive wildflower garden
300’
commercial space
semi-private community garden
secondary entry/exit
300’
housing unit residential parking
corridor
GURATION
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brick pavers street parking buffer green space
pedestrian corridor diagram
block layout analysis
TRASH/RECYCLING ZONE
PRIVATE DECK/REAR YARD kitchen kitchen
DECK & YARD 270 SQ. FT.
REAR YARD SIZE 15’-0”
REAR PROPERTY LINE
eat-in-kitchen bathroom
DINING
230 SQ. FT.
bathroom
pantry/storage
-0 45 ‘
bathroom
54
54
‘-
‘-
0
0
“
“
dining room
“
dining room
storage closet
WC
living room
250 SQ. FT.
OVERALL HOME SIZE = 54’-0”
SIDEWALK SIZE 10’-0”
entry/foyer entry/foyer living room front stoop storage closet
bay window
entry
OVERALL PROPERTY =73’-0”
living room KITCHEN
UP
18 ‘
front stoop
18 ‘
-0“
20 ‘
-0“
-0“ LIVING SPACE
pology 1 #
IDENTIAL: ROW HOUSE DESIGN
typology 2
typology 3
RESIDENTIAL: ROW HOUSE DESIGN
RESIDENTIAL: ROW HOUSE DESIGN
#
300 SQ.FT
PRIVATE PLANTER
#
FRONT PROPERTY LINE
FRONT STOOP OVERALL WIDTH 18’-0”
rowhome typology diagrams
rowhome typology detailed plan
renderings of pedestrian corridor pier
aerial view facing south
0.05
parametric design
SPRING 2012 - VISUALIZATION II
W I N G _ S K I N E X P E R I M E N TA L D E S I G N This project was proposed as a hybrid building component that utilized parametric modeling techniques. The design stems from components driven f r o m t w o d i f f e r e n t o b j e c t s - a t o o t h b r u s h a n d b u t t e r f l y. T h e e l e m e n t s t a k e n from the toothbrush were the regular pattern of the bristles as w e l l a s t h e f l e x i b i l i t y. T h e e l e m e n t s t a k e n f r o m a b u t t e r f l y w e r e t h e o r g a n i c patterns that are created as well as a delicate wing structure. The elements were then combined to form a system that could be adapted for different building facade conditions.
3d modeled stair structure
09
0.05
SOUND IN MOTION THEORY
parametric design
SPRING 2014 - EXPERIMENTAL MODELING THEORY
By utilizing methods of parametric modeling- the theory of sound response was tested. This theory was derived from the needs of humans residing inside structures that are exposed to certain levels of unwanted sound. The definition creates a theory that as the sound source draws closer to the form- the paneled surface morphs to become protective and responsive. grasshopper definition & form progression
0.06
freelance design
M U S E U M R E N N O VAT I O N
FALL 2014 BERMAN MUSEUM, URSINIS COLLEGE
This freelance project was requested by Ursinis College to create renderings of a space within the Berman Museum showcasing an empty and rennovated space according to specifications provided.
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exhibit & signage design
MÜTTER MUSEUM EXHIBITION
1. 2. 3. 4. 5. 6. 7. 8. 9.
history & introduction skull arm torso hands feet legs branding wall abnormalities
FALL 2014 GRAPHIC DESIGN|EXHIBIT & SIGNAGE The MÜtter Museum strives to help the public understand the mysteries & b e a u t y o f t h e h u m a n b o d y. X : I n t e r n a l E x p o s u r e i s a p r o p o s e d c o l l e c t i o n t h a t f o c u s e s o n b o t h t h e a r t a n d s c i e n c e b e h i n d t h e x - r a y. The x-rays will be displayed in gallery format allowing for different experiences and interactions. axonometric rendering of museum space
designed app for learning & navigation
gallery wall elevations
hidden c r e e k
f a r m s
L I V E S T O C K
0.08
graphic design
FALL 2014 & SPRING 2015 DESIGN 3 & 4
L O G O D E S I G N - hidde n cre e k fa r ms
hidden c r e e k
f a r m s
H O N E Y
P A T T E R N D E S I G N - letter & color a r r a ng ement