C O N S TA N C E C H A N G
PORTFOLIO UNIVERSITY
OF OF
SELECTED P E N N S Y LVA N I A
WORKS . UC
2011-2018 BERKELEY
concept render . The Estuary
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EDUCATION University of Pennsylvania
Masters of Architecture I
2015 - 2018
University of California, Berkeley
Bachelors of Arts in Architecutre
2011 - 2014
Skidmore, Owings & Merrill LLP
Los Angeles, CA
Summer 2017
Fox Architects
Washington, DC
Summer 2016
J.J.Pan Architects
Taipei, Taiwan
2014-2015
Bio-Architecture Formosana
Taipei, Taiwan
Summer 2012
WORK EXPERIENCE
PROGRAMS Rhinoceros, Autodesk Maya, Revit, AutoCAD, SketchUp, Adobe Photoshop, Illustrator, InDesign, Premiere, Vray, 3ds Max, Grasshopper, ZBrush, Final Cut Pro X, Protools, Microsoft Office Suite
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LANGUAGES English, Mandarin, conversational Taiwanese and French
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CONTACT constc@upenn.edu (215) 300-5472
THE ESTUARY \
SPRING 2017 PENNDESIGN 602 INSTRUCTOR: BEN KRONE PA R T N E R W I T H T I A N O U YA N G
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S P E C U L A T I V E T R A N S P O R TA T I O N H U B A U TO N O M O U S C A R PA R K I N G , R E D H O O K , N Y 1B
1A 3A
ANALOG MODEL : 3D PRINTED, THREAD, HOT GLUE
2A
conceptualizing transportation hub T he au to no m o u s car s y stem is like a f lu id fabr ic . It i s p ushe d an d p u lled b y d em an d o f th e city T he co nce p tual a n alo g m o d el track s d is p lacem en t o f U V p o i nts alo n g th is stretc h ed fab ric.
PHYSICAL 3D PRINT
L MODEL: P L A , L A S E R C U T A C R Y L I C , W O O D , C H I P B O A R D , PA P E R , W I R E , H OT G LU E , S P R AY PA I N T
B
Plan A-A
Energy is stored within the paths of displacem
This proposal for a transportation hub is a MA
AU A
origin of vehicle before storage - origi
stored vehicles - stored energy from di pulled point of energy
Section B-B
B
ment, with direction and magnitude
ACHINE : architecture for the vehicle
UTONOMOUS CAR PARK as spectacle. nal datum of fabric
A
isplacement
D i a g ra m ( to p ) : Ve h i c le S to ra g e M e c h a n i s m Analog Models (bottom): Cropped and Reoriented
RENDERING : public space looking up at car park as spectacle
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full view of project
photo_001
photo_002
S EC T IO NAL P HY S IC AL MO D EL s cal e : 1 /8 ” = 1 ’ - 0 ” s iz e : 4 ’ 0 “ x 1 ’ 6 ” materials; 3d print PLA, lasercut acrylic, wood, chip board, paper, wire, hot glue, spray paint
ph o to c l o s e up 002
ph o to c l o s e up 001
ELEVATED EXCAVATION \
INSTRUCTOR: SCOTT ERDY ARCH 601 PENNDESIGN M ARCH YR 2
The Elevated Excavat i o n ai m s to p rov i d e s a n tu a ry a d m i st th e c u rre n t p oli ti ca l tu rm oi l . Hi dde n wit hin t h e Re ad i n g V i ad u ct w al l s a n d u n d e rn e a th th e g rou n d , th e re ex i sts m a ny layers of rich histo r y. Th i s r i ch h i sto r y d a te s a ll th e w a y b a c k f rom th e p re - h u m an natural ea rt h, t h e L e n ap e o ccu p at i o n , th e a rri va l of th e we ste rn e rs , a n d i n to th e post-indust rial , co m m e rci al wo r l d to d ay. Throu ghout t he p ro ce ss o f m o d e r n i zati on , th e s e h i stori e s h a ve b e e n s o a lte re d a nd bur i ed to beco m e u n re co g n i zab le . Th i s p roj e c t a i m s to exca va te i n to th e s e la ye rs a n d elevate t hem , to re p re se n t an d ce le b rate th e stori e s a n d i n j u sti ce s .
V I N E S T R E E T E X P R E SS W AY
POST-INDUSTRIAL COMMERCIAL
I N D U S T R I A L R E VO LU T I O N
A R R I VA L O F W E S T E R N E R S L E N A P E O C C U PAT I O N P E R I O D
N AT U R A L WAT E R TA B L E / G R O U N D W AT E R W E L L
THRESHOLD OF DIVISION
1
2
3
4
5
6
7
A.2
level 7
level 7
level 6
level 6
level 5
1 br / 2 br units
level 4
level 4
level 3
level 2
level 5
outdoor plaza / connection bridge 2br units
studio units
level 3
level 2
level 1
level 1
level V
level V
level G
lobby / entrance
level G
cafe / outdoor courtyard
WEST ELEVATION A-A
natural water well
SECTION B-B
A.1
1
B.2
B.1
C.1
C.2
D.1
D.2
A
2 br units
B
B
lobby/entrance
cafe / outdoor courtyard
natural water well
PLAN LEVEL 1
SECTIO N AL M ODE L 1/4” = 1’- 0” plasti c, acrylic, ch ipboard, spray pain t
CON CEPT U AL M O DEL 1 / 1 6 ” = 1 ’ - 0 ” c har red wo o d , a c r yl i c, bristo l , ch ip b oard
1 BEDR O O M UN I T P L A N
S T U D I O UNIT P LAN
REND ER : OVE RALL VIE W
The Carn i val o f Di sh armo n i c Harmo n y o ri g i n ate s fro m th e conce pt
of
h a ppy
h o u r,
w h e re
c h arac te rs
of
differen t
backgrou n d s an d ro u t i n e s co me to g e t h e r fo r t i m e s pec ific occurren ce s.
This
co n ve rg e n ce
of
d i f fe re n ce s
st im ulate a sp o n tan e i t y t h at i s u n i q u e to t h e si te .
DISHARMONIC HARMONY \
SPRING 2016 PENNDESIGN 502 INSTRUCTOR: ANNETTE FIERRO THE CARNIVAL PROJECT
begin s
to
Varying patte imposed onto the carnival.
The project ai traffic hours, Formally, the forces of the
geometries be
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aerial view
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gallery
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theatre
erns overlay to create new patterns. Non-synchronizing frequencies are each other, generating a new disharmony that is harmonious to the idea of
ims to interweave different time cycles that the site is comprised of, such as tidal patterns, sunpaths, commercial activity, and so on. project is generated through animating gemotetries based on the underlying site. The movement is manifested as spatial volumes, and the generating
ecome void
SECT I O N A - A
C
B
A
C B
G R O UN D F LO O R P L A N
A
The series of void conditions begin to notate the project in its programmatic sequences, which overlap to generate unexpected experiences.
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SECTION B -B
The main theatre is indirectly exposed to the exterior through a reflected surface, which also provides the audience with a view of the exterior. As a result, every performance is unique. The gallery is placed next to heavy traffic. The varying speeds of the gallery visitors and cars begin to interact visually. Traffic lights become the backdrop of selective areas of the gallery. Floating platforms by the river move and dock onto the shore according to tidal patterns. They act as farmers markets on certain days of the week, and party booths in the nighttime.
SECTION C -C
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PHYSICAL MODEL PHOTOGRAPHS WIRE MESH, BRISTOL PAPER, POLYSTYRENE, CHIPBOARD
As different pulses converge to generate new rhythms, angled reflective surfaces act as multipliers that visually amplify the experience of the project. As densities dissipate, flutter, and intensify without premeditation, the spontaneity of happy hour is recreated. The result is a carnival that is disharmonic in the most harmonic way
TITLE: COVERED SOUP BOWL DESIGNER: RUSSEL WRIGHT COLLECTION: AMERICAN MODERN
NORMATIVE BOUNDARY
RUSSEL WRIGHT GEOMETRY
CURATIONAL CONTAINER
CONTAINER: WITHDRAWN OBJECT \
RUSSEL WRIGHT ARTIFACT CURATIONAL CONTAINER FALL 2015 PENN DESIGN 501 INSTRUCTOR: ANDREW SAUNDERS
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ELEVATIONS
1-3
1-2
1-1
3-6
2-1 2-2 2-3
FRONT
BACK
SIDE
THE RELATIONSHIP BETWEEN THE OBJECT AND ITS CONTAINER IS NOT SIMPLY ONE OF CONTAINING AND BEING CONTAINED. THE OBJECT TRAVELS THROUGH THE NORMATIVE BOUNDARY, PULLING AND PUSHING ITS GEOMETRY WITH ITS FOLLOWING QUALITIES: ITS ONE DIRECTIONAL MOTION ITS SINGULAR VERTICALITY AT THE MOUTHPIECE ITS OVERALL HORIZONTALITY OF ITS SEAM ITS DUALITY OF A TOP AND A BOTTOM PIECE THE RESULT IS A CONTAINER GEOMETRICALLY UNQIUE AND SPECIFIC TO ITS OBJECT
3-5
3-4
3-3
3-2
3-1
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MODEL DETAIL:
OBJECT REVEAL
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SECTIONAL CUTS
CUT 2-1
CUT 3-1
CUT 1-1
CUT 2-2
CUT 2-3
CUT 3-2
CUT 3-3
CUT 1-2
CUT 1-3
1 OBJECTS MUST EMERGE AS SOMETHING OVER AND ABOVE THEIR PIECES 2 OBJECTS PARTLY WITHOLD THEMSELVES FROM RELATIONS WITH THER OBJECTS (WITHDRAWN) - SPECULATIVE REALISM, OBJECT ORIENTED ONTOLOGY, GRAHM HARMAN
CUT 3-4
CUT 3-5
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PHYSICAL MODEL CONTAINER: CHIPBOARD / GESSO PAINT OBJECT: 3D PRINT
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BACK REVEAL
P ITC HER
CARAFE de si gne r : RUSSEL W RIG HT co lle cti o n: AMERICAN MOD ERN ye ar : 1 9 3 9 - 1 9 5 9
MONSTROUS C HILD REN
TETRAHEJ I MOD ULE
team members: Ji Yoon , Tian Ou yan g, An dre St iles, Ju
u lie Pep itone
T E T RA H EJ I \
WINNER OF BEST CRAFT AWARD PA R T TO W H O L E PAV I L L I O N C O M P E T I T I O N
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FA L L 2 0 1 5 P E N N D E S I G N 5 0 1 I N S T R U CTO R : A N D R E W S A U N D E R S
** All drawi ngs and re nde rs i nclude d are wo r ks by C o n stan ce Ch an g, created for t h e pu rposes of t h is port folio.
MODULES ARE CREATED THROUGH CASTING RIGID POLYURETHANE FOAM USING CNC MILLED FORMWORK
INGREDIENTS:
POLYURETHANE MIXTURE, VASELINE, PRESS N SEAL WRAP, ACETONE, GESSO PAINT, HOT GLUE
TOOLS:
CNC MILLED CONDENSED FOAM FORMWORK, ELECTRIC MIXER, DRILL, CHISEL, PAINT BRUSHES, HAMMERS, GLOVES, MA
ASKS
C
B
A
D
T he m o d u le i s ag g re g ate d i n a n e sti n g m a n n e r g e n e ra te d b y g ra v i ta ti on a l pul l . Re d e fi n i n g to p /b o t to m a n d i n s i d e / ou t re s u lts i n th e a rc h i te c tu ra l con sequ e n ce o f exte r i o r /i n te r i or p ola ri ty. T h e ex te ri or a c ts a s a n i n te rloc ke d surfa ce co n d i t i o n w h i le t h e i n te ri or s p a ce b e com e s p e rfora te d
C
C
B
A
A
D
M O DU L E D I VI S I O N FO R M A SS P ROD UCTION D
PLAN
SEC
THE TETRAHEJI PAVILLION WAS AWARDED THE TITLE OF "BEST CRAFT" IN THE PAVILLION COMPETITION
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PHOTO CREDIT: PENNDESIGN
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INTERIOR RENDER
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PAVILLION MODULES ARE CURRENTLY EXHIBITED AT THE PENN BOOK CENTER
LIFT \
MANITOGA GALLERY
INSTRUCTOR: ANDREW SAUNDERS ARCH 501 PENNDESIGN M ARCH YR 1 MODEL: 3D PRINT
A four-square parti is created and subtracted from to create threshold to the manitoga site, framing the water and Russel Wright House, openning up courtyard and platform space for viewing.
The manifold wraps around the aggregation tightly at times to reveal original geometry, and loosely in other moments, creating new normative connections between the pre-existing nodes of the tetrahedron.
Polarity between surface condition and perforated space is brought over from the pavillion to the gallery. The specific experience of the pavillion is achieved through a manifold infill into the nega-tive space between the modules.
RUSSEL WRIGHT GALLERY / LIFT
RUSSEL WRIGHT HOUSE/STUDIO
SEAM
TETR
CLUS
MAN
PART TO WHOLE RELATIONSHIP
SEAMS
-
TETRAHEJI
-
CLUSTER
-
MANIFOLD INFILL
MS
RAHEJI
STER
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SITE PLAN
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SITE SECTION
IFOLD
P
The polarity generated by the tetraheji aggregation results in a drastic change in figure ground relationship. In the lower level the gallery space occurs around the poche.
ELE B
ELE A B
C
A
A. Lobby B. Temporary Exhibition Gallery C. Courtyard
In the upper level the gallery space occurs within the poche.
A
D
C
B
B
A
B A. Textiles and Furniture Gallery B. Exterior Gallery C. Dinnerware and Serveware Gallery D. Restrooms
A
RF
RF
Level 2
Level 2
Level 1
Level 1
Ground
Ground
ELEVATION A
SECTION A-A
RF
RF
Level 2
Level 2
Level 1
Level 1
Ground
Ground
ELEVATION B
SECTION B-B
RF
Level 2
Level 1 Ground
RF
Level 2
Level 1 Ground
APERTURE DIAGRAM
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MODEL: 3D PRINT, CHI
IPBOARD, GESSOPAINT
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RENDER: UPPER FLOOR GALLERY
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RENDER: LOWER FLOOR GALLERY
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RENDER: COURTYARD
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MODEL PHOTO:
LIGHTWELL
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MODEL PHOTO:
NEGOTIATION WITH SITE GEOMETRY
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RENDER:
COURTYARD EXHIBITING TETRAHEJI
DOUBLE NEGATIVE DESIGN THROUGH SUBTRACTION ARCH 100A FALL 2013, UC BERKELEY INSTRUCTOR: ANDREW ATWOOD
CONCEPTUAL MONTAGE
SECTION A
MODEL: WHITE MUSEUM BOARD
SECTION B
SECTION C
SECTION F
SECTION D
SECTION G
SECTION E
SECTION H
20TH ST
19TH ST
18TH ST
POTRERO HILL LIBRARY INSTRUCTOR: ANDREW ATWOOD ARCH 100A FALL 2013, UC BERKELEY DIAGRAM : VARIED HEIGHTS POTRERO HILL, SAN FRANCISCO EXHIBITS DRASTIC ELEVATIONAL CHANGES. THE DIAGRAM MAPS OUT EACH CROSSROADS AS PLATFORMS AND AMPLIFIED THE HEIGHT DIFFERENCES. THE CROSSROADS ARE CONNECTED TO CREATE THREE DIMENSIONAL SPACES, AND TO DEMONSTRATE THE VOLUMETRIC NATURE OF THE SITE. THIS IDEA OF A SPACE WITHOUT A SINGLE CONTINUOUS GROUND CARRIES ON IN THE FORMAL DEVELOPMENT OF THE LIBRARY.
MODEL: WHITE MUSEUM BOARD
FRONT ELEVATION
BACK ELEVATION
PATTERN PROJECTION
SECTION PERSPECTIVE A
SECTION PERSPECTIVE B
ROTATED AXONOMETRIC VIEWS
EXTERIOR RENDER
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FORM GENERATION DIAGRAM
PLATFORMS VARYING IN SIZE AND PLACEMENT ON ALL AXIS CONNECT TO FORM AN INTERWEAVING SYSTEM OF PLANES. THREE HORIZONTAL NORMATIVE PLANES ARE IMPOSED, AND CONNECTIONS ARE MADE FROM THE PLATFORMS TO THE NORMATIVE EDGES. THE ORIGINAL PLATFORMS ARE MANIFESTED DIFFERENTLY SOME BECOME LIGHTWELLS, CIRCULATION, OR OCCUPIABLE SPACES.
C
B
A
PLAN CUT A
PLAN CUT B
PLAN CUT
C
MODEL: MUSEUM BOARD
INTERIOR RENDERS
SECTION A
EXTERIOR RENDERS
SECTION B
SECTION C
SECTION D
SHELVE DIAGRAM SECTION E
GOOD FOOD, SAN FRANCISCO \
ARCHITETURE 100B SPRING 2014 INSTRUCTOR: AJAY MANTHRIPRAGADA LEFT: FACADE DIAGRAM, TOP: MODEL PHOTOGRAPH, BOTTOM, EXTERIOR RENDER
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PLAN 1F
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ELEVATION A
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SITE MAP
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ELEVATION B
MARKET ST, SANFRANCISCO
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MODEL PHOTOGRAPH
ON THE EXTERIOR FACADE, THE LEVEL OF POROSITY REFLECTS IN THE PROGRAMMATIC NATURE OF THE INTERIOR SPACES, DETERMINING THE AMOUNT OF NATURAL DAYLIGHTING. PUBLIC AND PRIVATE PROGRAMMATIC SPACES ARE DIVIDED INTO TWO MAIN SECTORS SEPARATED BY A CENTRAL PUBLIC ATRIUM.
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ELEVATION C
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PLAN 2F
public
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central atrium
SECTION A
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SECTION C
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SECTION B
private
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CONCEPTUAL CUT
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UNFOLDED FACADE
TABARCA IS AN ISLAND HIGHLY SATURATED WITH SOUND. IT IS FILLED WITH TENSION AND EMOTION, SUBMERGED IN PURE AND CONCENTRATED SOUNDS OF THE OCEAN, WIND, AND CIVILIZATION.
THE ISLAND IS IN NEED OF A CERTAIN RESOLUTION. IT MUST BE IMPOSED BY A MOMENT OF COMPLETE SILENCE TO REACH EQUILIBRIUM.
AUDIBLE SILENCE \
OLD MEETS NEW : INTERVENTION PROJECT UC BERKELEY SUMMER STUDIO IN SPAIN 2014 INSTRUCTOR: ALEJANDRO SALAZAR JASBON
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THE EXTRUDED STRIATIONS ACT AS SOUND ABSORPTION SURFACES WHICH CREATE A SPACE OF QUIET AND PEACE, DIFFERENTIATED FROM THE REST OF THE EXPERIENCE OF THE ISLAND. STRIATED PATTERNS ARE DERIVED FROM THE GEOMETRIC LANGUAGE OF THE BEACH ROCKS NATIVE TO THE TABARCA ISLAND TO ACT HARMONIOUSLY WITH THE EXISTING SITE. THE SAME ELEMENT IS THEN UTILIZED IN DIFFERENT ARCHITECTURAL MANIFESTATIONS: AS SURFACE CONDITION, SEATING, PARTITION, AND PLATFORMS.
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CONCEPT MODEL: WOOD, RUBBER BANDS, PINS, BEADS, FABRIC
\ RENDER: LOBBY
\ RENDER: OLD MEETS NEW
EXISTING STRUCTURE
INTERVENTION
TSMC PEDESTRIAN BRIDGE \
DESIGNED AT J.J.PAN 2013 ASSIGNED AS LEAD DESIGNER FOR THE CONNECTION BRIDGE AMONG THE PROJECT TEAM RESPONSIBLE FOR THE DESIGN OF THE TSMC CAMPUS.
SPA
MULTIMEDIA ARTWORK INDIVIDUAL MONTAGES / PAINTINGS CREATED USING PHOTOGRAPHY, ACETONE TRANSFER, DIGITAL EDITING, ACRYLIC PAINT, ETC.
MERCADIO
SAND DUNES
CAR WINDOW
CONSTANCE CHANG PENNDESIGN UC BERKELEY J.J.PAN ARCHITECTS
CONSTANCE CHANG PORTFOLIO
OF
SELECTED
CONST@DESIGN.UPENN.EDU PENNDESIGN . UC BERKELEY
WORKS 2011-2016 . JJPAN ARCHITECTS Constance Chang 2018 Portfolio
constc@upenn.edu (215) 300-5472