Anyi Song Architecture Portfolio by ANYI SONG

Anyi Song Master of Architecture School of Design University of Pennsylvania

01 ReTrieve

Red Hook, Brooklyn NY Penndesign ARCH Studio602 - Ben Krone Digital Media Archive The project RETRIVE seeks to establish a new organizational strategy for mixed media arts, which has non-uniform and unconventional spatial requirements for the storage and display. Different from traditional art genres, all the work related to digital technology involve a process where information is translated into certain pattern and then stored through specific apparatus. However, the rapid evolution and proliferation of different kind of digital storage media and device make digital obsolescence a serious problem. Hence the project tends to re-examine the difference between archive and and storage, trying to reestablish an organizational system and manifest itself as a critique to the fragility of digital era. The archive then becomes a space that is located on the border between forgetting and remembering, undulating between past and present.

Archive medium (object) - Digital Obsolescence

Major information storage media time

30000 B.C. 30000 B.C. natural surfaces natural surfaces

200 B.C. paper

1945 digital technology

200 B.C. paper

Digital obsolescence

1945 digital technology

storage media

apparatus

1881 Herman Hollerith develops a punch card system used with the 1890 Census.

1923 Dr Arthur Scherbius begins manufacturing the Enigma machine, capable of transcribing coded information. Enigma is later used by the German forces in WWII.

1928 IBM introduces a rectangular hole punch card that becomes the industry standard.

1945 Construction of the ENIAC, one of the first electronic computers, is completed.

1955 IBM introduces RAMAC, the first commercial disk drive. It used 50 hefty aluminum disks, stored 5Mb, occupied the space of two refrigerators, and weighed a ton.

1971 The 8" floppy disk appears.

1976 The first 5.25" floppy disks are introduced. When this product reaches the PC market it causes an explosive growth in digital information storage.

1986 Digital Audio Tape (DAT) is introduced.

1990 Philips specifies the characteristics and format of a recordable CD, or CD-R.

direct projection

direct perception

project

perceive

1997 DVD discs and players become commercially available.

Traditional Art

artist

artifact

viewer

2005 USB Flash Drives flourish.

conceptual diagram

retrieve

storage[per] fixed - specific

obsolesce

archive [temp] dynamic- nonspecific

analog geometry A

C B

C E

differentiate

juxtapose

overlap

C B

C' A'

A C

D C'

enclose

C E

exchange

merge

section - change of profile archive

archive

horizontal

archive

research

conservation

managemanent

exhibition

storage

performance

G EF

archive program diagram

1960 static zone high object value 1980 1990 2000 2010

circulation ft

social

flux zone high use value

vertical

time

5’ 3’

15’

1’ 5’ 13

15’

furniture ft

3 2 1 1 2 3

20’

1 2 3

occupiable

1 2 3

10’

conservation

21 size

3 2 1 1 2 3

STORAGE(Small Size) - DATA - 20,000sqft storage spaces for small size physical data and digital data

STORAGE(Medium Size) - APPARATUS - 5,000 sq ft storage spaces for obsolescent apparatus

STORAGE(Large Size) - INSTALLATION - 5,000 sq ft large storage spaces for obsolescent installations

CONSERVATION LAB - 17,000 sq ft enclosed conservation lab spaces for maintaining apparatus& artifect

frame modular detail

plug-in shelf detail

DIGITAL CONSERVATION & Admin - 40,000 sqft open digital conservation space for collaboration

21 ft

Plug-in Boards - W:2’/3’/5’ - L:10’ base structure frame

subdivided frame

10 ft

Public Accessable Area - 25,000 sq ft

single storage modulus

public zone includes gallery, educational workshop & cafe

vertical circulation inside frame

17 secondary storage grid joints

Active Archive - Dynamic Program

archive

conservation

.0’ 00

exhibition

storage

performance

UP DN

performance

Pla

archive

ita

Dig

archive

research managemanent

ion

e ns

archive

exhibition

performative

STORAGE(Medium Size) - APPARATUS - 10,000 sq ft storage spaces for obsolescent filming apparatus static zone high object value time

1950s

50’

1970s

15’ 15’

1990s

5’ 3’

2010s

1’

flux zone high use value

STORAGE(Small Size) - Film - 6,800sq ft storage spaces for obsolescent films

5’ 15’ 15’ 50’

program (active archive)

circulation (active archive)

Center Core - Archive Space - 180,000 sq ft social

3 2 1 1 2 3

13 8 5 1 2 3

furniture ft

1 2 3

occupiable

conservation

3 2 1 1 2 3

ible

’

5.0

CARGO SHIP for Extra Large Object Transporatation 11

UP DN

Pla

lic

b Pu

Water Expressway from Manhattan 6 5

UP DN

12 2

20ft

’

0.0

6 UP DN

Pla

r nt

80ft 40ft

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

Main Public Entrance Apparatus Display Digital Shelves Display Active Archive Impromptu Performance Stage Staff Entrance Loading Deck Active Archive/Interactive gallery Atrium Feature Stairs Pier Loading Zone Interactive Conservation Workshop Cafe Data Center Performance Platform Passive Archive Independent Multifunction Room Conservation Lab Rehearsal Studio

Pedestrian from surrounding neighbourhood

Pedestrian from surrounding neighbourhood Vieciel Access for small/medium size object

Pedestrian from IKEA

sections

exterior view

section model

INSULATION WATERPROOFING MEMBRANE

STEEL ROOFING SHEET STEEL FRAMING FOR FRITTED GLASS

CORRUGATED STEEL DESK

SURFACE CHANNEL

SUNSHADING SCREEN BOX SLIDING BEARING

ALUMINUM MESH METAL CLIP FRITTED GLASS PANEL (TEMPERED GLASS) SUNSHADING SCREEN INSULATED GLASS UNIT (TEMPERED GLASS + AIR SPACE + LAMINATED GLASS)

FRITTED TEMPERED GLASS

STEEL MULLION

ARCHIVE

INTERNAL FLOOR FINISH CONCRETE PAVING BLOCK SAND

WALL SECTION 1/4”=1’

02 Modular Modern Miguel Hidalgo, Mexico City Penndesign ARCH Studio701 - Brennan Buck The Air of Future

This project explores the corssover bettween repetition and variation. Repetition is usually regarded as a close and self-constrained system. However, it is a productive technique to balance differences and similarities. By altering formal figures within a repetitive pattern, the repetitive transforms into an open, flexible, and adaptive organization, which essentially has the possibilities to facilitate a new and sustainable urban design environment. .

100 ft

site plan

400 ft

N 200 ft

verical circulation

figural frame - mechenical - structural center cube lablab// //center cube

subdivided cube

mechanical & monitoring // offset mechanical & monitoring // rotated cube offset - rotated cube

volume substraction

vertices with different height // floors

corner vertices with different height

central void // lab

subdivision - z axis subdivision - z axis

subdivision - x & y axis subdivision - x & y axis

continous composite figure // mech

contours

continous composite figure // mech

3D composite figure // contours

subdivided cube

figural frame - mechen-

figural frame ical - mechenical - structural- structural

nested programs nested programs

nested programs

continuous poche

isolated pocket void

continuous poche

isolated pocket void

continuous poche

isolated pocket void

intersects intersections

intersects

interconnect interconnect shared program interconnect shared programs shared program

detached detached

detached

interconnection

composite figural space

isolated poche // vertical circulation

interconnection

composite figural space

isolated poche // vertical circulation

interconnection

composite figural space

isolated poche // vertical circulation

Street Level Floor Plan

20ft

80ft 40ft

Work Zone Floor Plan

20ft

80ft 40ft

sectional perspective

models

03 TRANSHUG

University City, Philadelphia Penndesign Architecture Studio 601 - Scott Erdy Transitional Housing + Student Apartment

The project Transhug seeks to dissolve boundaries between urban and architecture, public and private, infrastructure and landscape. Instead of having an isolated, vertical tower, the design proposes an intricate network of living and social spaces which generates opportunities for shared activities and unexpected social interactions while also providing intimate living spaces of privacy and quietness.

Site Massing Model

Sketch Models

The housing community Transhug is the compilation of two masses stacked on top of one another; each with their own unique characteristics and spatial conditioning. The lower level sits as a heavy mass which engages with the surrounding landscape. The higher level is light and transparent, offering the extensive views over Penn Park and center city. At urban scale, the design endeavors to facilitate a seamless transition between downtown area and the University City with an interlocking form that fully engage with its surroundings. At project scale, Transhug satisfying transport and infrastructure solutions both to lower ground level and street level therefore maximizing potential values in adjacent land and exploiting views and vistas to create a fresh perspective to the city.

Street Level Floor Plan

LG3 Floor Plan

1 Entrance Plaza

2 Atrium

3 Living

1 Entrance Plaza

2 Atrium

3 Single Unit (transitional)

4 Single Unit (transitional)

5 Landscape

6 Courtyard (private)

4 Cafeteria

5 Admin

6 Courtyard (private)

7 Courtyard (public)

8 Student Lounge

9 Plaza (lower)

7 Courtyard (public)

sections

view from 30th street

interior view

04 URBAN WATER FARM

Flood Emergency Refuge / Aquatic Recreation and Culture Center

University City, Philadelphia Penndesign Albert F. Schenck Memorial Scholarship Competition Team Project (collaborators of 4) Contribution: Emergency Center Design & Pod Design

Weaving the site into the urban fabric withthe connective Weaving site into armatures the urban fabric with connective armatures dynamicaly funtioning as water transportation, stormwater absorption dynamicaly funtioning as water transportation, stormwater absorption strategies, and deployable pod tracks strategies, and deployable pod tracks

Stormwater

Stormwater CSO_201-550

CSO_201-550 U3

EROSION CONTROL/STABILIZATION PLANT STRATEGY WILDLIFE HABITAT_riparian edge

FLOOD WATER ALLEVATION

WILDLIFE HABITAT_agriculture pollinators EROSION CONTROL/STABILIZATION PLANT STRATEGY

SITE RUNOFF BIO-SWALE STRATGEY

atriplex acadiensis

ambrosia artemisifolia

SALT TOLERANT PLANT STRATEGY

SITE RUNOFF BIO-SWALE STRATGEY

• connecting urban parks to the riverfront • connecting urban parks to the riverfront

REFUGE RECREATION + WILDLIFE HABITAT

greenery/park industrail commertial schuylkill river site

CSO_51-200 CSO_1001-1800

CSO_51-200

STORMWATER PURIFICATION

CSO_1001-1800

• linking landscapes through stormwater infrastructure • linking landscapes through stormwater infrastructure • refuge recreation + wildlife habitat• refuge recreation + wildlife habitat • flood management: river + runoﬀ storage + filtration river + runoﬀ storage + filtration • flood management: • drinking water purification • drinking water purification • aquatic research • aquatic research • filtered water hydroponic community farm water hydroponic community farm • filtered

runoff

river

FLOOD EMERGENCY/URBANFLOOD WATEREMERGENCY/URBAN FARM WATER FARM

CSO_0-50

Runoff

Alleviating drastic CSO overflowsAlleviating into the Schuykill by collecting drasticRiver CSO overflows intoand the Schuykill River by collecting and filtering both river and runoff flood watersboth through system wetlands filtering river aand runoffofflood waters through a system of wetlands and an additional crisis storage doubling the collected water volume and an additional crisis storage doubling the collected water volume runoff

river

FLOOD MANAGEMENT

Bio-Swale

Wetland Area

STORMWATER PURIFICATION

FLOOD MANAGEMENT

flood hazard zone impervious surface(min) impervious surface(max) sewage drains cso outfalls site

additional crisis storage

Infiltration Pond

Flood Water

additional crisis storage

50% more flood water storage in hollow earthforms 50% more flood water storage in hollow earthforms

CSO_0-50

river progressively getting cleaner: • 40 species of fish • otters, crabs, migratory birds • emergent riparian buffer

80 - 90% river pollution from stormwater runoff 80 - 90% river pollution from stormwater runoff

rainfall soil flow direct runoff flow

WILDLIFE HABITAT_riparian edge

SOIL NUTRIENT BUILDING PLANT STRATEGY

WILDLIFE HABITAT_typical wetland

SITE RUNOFF BIO-SWALE STRATGEY

storm water infrastructure wetland

ambrosia artemisifolia

ragweed

aix sponsa

wood duck

achmophorus

grebe

blackbird

xanthocephalus

sweet clover

melilotus officinalis

trifolium pratense

red clover

trochilidae

trifolium repens

white clover

hummingbird

WILDLIFE HABITAT_agriculture pollinators

FILTERED WATER RETENTON BASIN + HYDROPONIC FARM

hydroponic farm

1/20th

yucca moth

bombus

EROSION CONTROL/STABILIZATION PLANT STRATEGY

FLOOD WATER ALLEVATION

hydroponic

WATER

prodoxidae

bumblebee

betula nigra

riverbirch

artemisia vulgaris

pokeweed

mugwart

phytolacca americana

american shad

alosa sapidissima

blue heron

ardea herodias

trochilidae

soil system

research lab

1/20th

medical center

hydroponic hydroponic system over time

corridor

system soil systemsoil over time

FILTERED RIVER

lobby

water pump room

supply storage room

AQUATIC FARMING

hydroponic system over time

upper lobby

$16,715 or less $16,716-$21,246 $21,247-$25,883 $25,884-$33,396 insufficient data site

cafe

deployment of interconnected motherships along schuykill river through stormwater management infrastructure connecting parks and people back to the “hidden river” deployment of interconnected motherships along schuykill river through stormwater management infrastructure connecting parks and people back to the “hidden river” deployment of interconnected motherships along schuykill river through stormwater management infrastructure connecting parks and people back to the “hidden river”

soil system over time

per capita income AQUATICestimated FARMING population

sandpiper

Serving one of Philadelphia’s poorest neighborhoods, hydroponic Serving one of Philadelphia’s poorest neighborhoods, hydroponic farming is an economical methodfarming of feeding theeconomical neighborhood is an method of feeding the neighborhood and conserving water usage while also alleviatingwater nutrition pollution and conserving usage while also alleviating nutrition pollution

CONCEPTUAL MASTERPLAN CONCEPTUAL MASTERPLAN CONCEPTUAL MASTERPLAN

salt contaminated

atriplex acadiensis

FF WATER

FILTERED RUNO

strategy

• stormwater filtration+absorption • stormwater filtration+absorption • overflow water circulated back to mothership • overflow water circulated back to mothership

maritime saltbush

stormwater management stormwater management

}

surface zone soil zone

U2 x1

ground water flow (1-U2) x1

SALT TOLERANT PLANT STRATEGY

groundwater zone

runoff water

solidago sempervirens

greenery/park civic/institution schuylkill river site

seaside goldenrod

2013

1972

2013

river progressively getting river polluted from clean water act cleaner: revolution • 40industrial species of fish • otters, crabs, migratory birds • emergent riparian buffer

1909

1972

AQUATIC RESEARCH

clean water act river supplied clean water to philadelphia

1822

river polluted from industrial revolution 1909

AQUATIC RESEARCH

1822

Deploying motherships along theDeploying river to moniter and test the the water quality motherships along river to moniter and test the water quality and wildlife habitat along with ongoing research at the wetland, hydroponic and wildlife habitat along with ongoing research at the wetland, hydroponic farm, and drinking water purification on sitewater purification process on site farm,process and drinking river supplied clean water to philadelphia

groundwater zone

ted runoﬀ water salt contamina

ragweed

SALTHABITAT_typical TOLERANT PLANT STRATEGY WILDLIFE wetland

WILDLIFE HABITAT_typical wetland SOIL NUTRIENT BUILDING PLANT STRATEGY

}

maritime saltbush

surface zone soil zone

U2 x1 ground water flow

(1-U2) x1

seaside goldenrod

atriplex acadiensis

ambrosia artemisifolia

ragweed

achmophorus

blackbird

grebe

xanthocephalus

wood duck

aix sponsa

achmophorus

grebe

sweet clover

red clover

melilotus officinalis

trifolium pratense

xanthocephalus

blackbird

trifolium repens

white clover

sweet clover

melilotus officinalis

red clover

SOIL NUTRIENT BUILDING PLANT STRATEGY WILDLIFE HABITAT_agriculture pollinators

FILTERED WATER RETENTON BASIN + HYDROPONIC FARMWATER RETENTON BASIN + HYDROPONIC FARM FILTERED

FLOOD WATER ALLEVATION

rainfall soil flow direct runoff flow

groundwater zone

ted runoﬀ water salt contamina

WATER

trifolium pratense

trifolium repens

white clover

prodoxidae

yucca moth

bombus

trochilidae

prodoxidae

bumblebee

hummingbird

FILTERED RIVER

trochilidae

WATER

yucca moth

betula nigra

mugwart

bumblebee bombus riverbirch

artemisia vulgaris

phytolacca americana

pokeweed

betula nigra

riverbirch

artemisia vulgaris

mugwart

american shad

alosa sapidissima

phytolacca americana

pokeweed

ardea herodias

great blue heron

trochilidae

sandpiper

ardea herodias

alosa sapidissima

american shad

great blue heron

achillea millifolium

sandpiper trochilidae yarrow

daucus carota

wild carrot

phytolacca americana

pokeweed

achillea millifolium

wild carrot

daucus carota

anisoptera

dragonfly

phytolacca americana

pokeweed

marsh wren

cistothorus palustris

danaus plexippus

anisoptera

monarch

dragonfly

marsh wren

cistothorus palustris

danaus plexippus

monarch

yarrow

WILDLIFE HABITAT_riparian edge DROUGHT + WATER INUNDATION TOLERANT PLANT STRATEGY

DROUGHT + WATER INUNDATION TOLERANT PLANT STRATEGY WILDLIFE HABITAT_urban wetland

STRATEGY STORMWATER INFRASTRUCTURE STRATEGY

FILTERED RIVER

FILTERED RUNOFF

}

maritime saltbush

aix sponsa

(1-U2) x1

RUNOFF WATER

wood duck

location

hummingbird

back to mothership

surface zone soil zone

U2 x1 ground water flow

overflow directed

FILTERED

WILDLIFE HABITAT_urban wetland Bringing the culture + habitat of the river the into culture the community Bringing + habitattoofcreate the river into the community to create a refuge for both people and wildlife year-round andpeople through crisisyear-round and through a refuge for both andthe wildlife theINFRASTRUCTURE crisis STORMWATER

landscape infrastructure network landscape infrastructure network

direct runoff flow

stormwater from road kerbing diverted into bioswale location back to mothership overflow directed

solidago sempervirens

U1 rainfall soil flow

stormwater from road kerbing diverted into bioswale

greenery/park railway bike trail evacuation route site

seaside goldenrod

CONNECTIVE ARMATURES

solidago sempervirens

CONNECTIVE ARMATURES

LEGEND - EMERGENCY OPERATIONS

LEGEND - TYPICAL OPERATIONS

CRISIS CONTROL OPERATIONS

MEDICAL TRIAGE AND TREATMENT

ARCHIVAL STORAGE

SUPPLY STORAGE AND UTLITIES

FOOD COURT

DISTRIBUTION CENTER

ADMINISTRATIVE OFFICES

RESEARCH LABS

3 4

2 1

400

05 TANGLING EDGES

University City, Philadelphia Penndesign Architecture Studio 502 - Keith VanDerSys Infrastructure & Architecture / Liminality & Ambiguity

Urban edges are often evaluated as either static geometrical boundaries or overlaid monotonic sequences of events with similar nature. A trans-valuation of different edge conditions helps to reveal the relationships behind hence provide opportunities to re-direct, re-organize, and re-entwine urban edges which then facilitates a more intelligent architectural organization for future urban environment.

Permeability Productivity

Bartram's Gardens

Vegetation Permeability

Botanical

Productivity

Liminal Patterns

Sustanable

prodcut process

The project was initiated by a series of abstract pattern studies which emerge from successive capture, overlay and transformation of urban existing systems.The pattern generated were then reclassified, reorganized and redirected to urban conditions with immediate structures of the site. The existing urban geometries here were conceived as having intensities, rates, speeds, directions, frictions and so forth.

Productive break

event frequence

tangled

yearly high enclosure

WATERFRONT EDGE (1862)

POTENTIAL SHORTCUTS [2012]

Anaerobic Biodigester

MOTION INFRASTRUCTURES[2012]

botanic exhibition (perennial)

alter

DRAINAGE SYSTEM [2008]

aromatherapeutic boutique

South Street end node

distribution center

bicycle therapy (maintenance + rental)

pedestrian only

dis-entangle

bike + pedestrian

Schuylkill Ave (downtown) hybridized program boutique

pedestrian only

eco-rider center

herbal workshop

staitc program education workshop/ lecture

herbal boutique

dis-entangle

end node

bike only composting/public event dis-entangle

FUTURE FLOOD LINE

seasonal semi - enclosure

waterfront botanic exhibition [seasonal] composting workshop

Bike Therapy

horticulture workshop organic grocery

pedestrian only

Schuylkill River Trail end node market\grocery

composting workshop

composting/public event

bike + pedestrian

weekly high exposure

Schuylkill Ave (downtown) end node

Bike Rental

seasonal flower show

organic food fair

boutique

composting/public event

public plaza

Pattern - Program DELAMINATED VOIDS a

historic urban edge

pull

intersect

delaminate

These patterns then become generators for developing program sequences and their spatial organization. Three different program systems (product, process & bontanical) were represented through the pattern generated. Then, these systems were made to entwined and tangled with each other, creating more interactions and new hybridized programs.

extend

RE-ENTANGLING URBAN EDGES c

d void

void passive active

process

active

process

product

disentangle

extend

intersect

active

Section A-A historic urban edge

pull

intersect

delaminate

extend

RE-ENTANGLING URBAN EDGES c

re-entangle

Entrance Plaza

intersect

Herbal Boutique

extend

Ramp

Herbal Workshop

Ramp to Composting Yard

disentangle

Ramp from Schuylkill Trail

Bike Therapy

current motion infrastructure

Ramp from 2nd Floor

Composting\Exhibition

circulation

product

void passive

product

circulation

process void

void

circulation process

process

void

circulation

re-entangle

DELAMINATED VOIDS a

product

circulation

product

current motion infrastructure

circulation

passive

product

process

sketch models

Organic Composting Yard Every year there is a huge amount of organic wastes generated from the neighborhood vacant land and Schuylkill River Trail. Normally a great proportion of them were directly disposed to the landfill in New Jersey. Nevertheless, most of them were perfect raw material for composting process. This problematic convention suggest using site as an agent that collects and digests these urban organic wastes and gives back the recycled-product to its neighbor.

CONVENTIONAL ORGANIC WASTE DISPOSAL METHOD

NEW APPROACH

Perfect Organic Waste for Composting

Fallen Leaves along Schuylkill River Trail

leaves - high in carbon directly to waste stream

branches - high in carbon & nitrogen

to landfills in New Jersey

to site

grass clippings & weeds - high in nitrogen

to schuylkill trail

to site

to landfills in New Jersey to site to site to site

Neighborhood Food Waste

to landfills in New Jersey

waste collection

mobility & flexibility

eco - bicyle

NEW APPROACH

Perfect Organic Waste for Composting leaves - high in carbon branches - high in carbon & nitrogen

to landfills in New Jersey

to site

grass clippings & weeds - high in nitrogen

to schuylkill trail

to site

to landfills in New Jersey to site to site to site

Neighborhood Food Waste

to landfills in New Jersey

Models First Floor Plan

1 Entrance Plaza

6 Organic Cafe

11 Entrance Lobby

2 Herbal Boutique

7 Organic Grocery Backhouse

12 Grocery Loading Area

3 Herbal Workshop

8 Washroom

13 Carpark

4 Herbal Medicine Shop

9 Mechanical Room

14 Multifunctional Space [Composting\Performance]

5 Herbal Medicine Workshop 10 Aromatherapeutic Boutique 10

100 ft

Rendering - Autumn

2 1

up +2

-3

-6

B 6

up +6

12 14

Ramp from Bridge

Herbal Workshop

Herbal Boutique

Ramp

Composting Yard

Grocery Workshop

Ramp

Organic Grocery

Loading Area

Parking

Section B-B

06 Form - ReForm Camden, New Jersey Penndesign - Ideas Day Project (Collaborate with My Brotherâ&#x20AC;&#x2122;s Keeper) Design (Individual) - Construction (collaborators of 12) The goal of this project was to design benches for homeless people in Camden, New Jersey. Tools for homeless then was designed based on the idea that furniture should be designed as tools rather than a statement. With thoughtful consideration of dimensions and modular characteristics, It could perfom in precise but unpredictable ways.

Top

Side

1.5ft

6ft 1ft

length: 6ft width: 1ft height: 1.5ft Volume: 9ft3 Weight: 800lb

1.5ft

4ft 1ft

length: 4ft width: 1ft height: 1.5ft Volume: 4.5ft3 Weight: 675lb

07 Dodec 2015 Chicago Lakefront Kiosk Competition Anyi Song & Xiaoqing Leah Lakefront Multi-fuctional Kiosk

diagrams

elevations

dodecahedron variant

overlapping

global massing

local scale piling

triming

final geometry

Cooper, Robertson & Partners Whitney Museum New Building New York Internship - 14 Summer Contribution: Construction & Administration

Erdy McHenry Architecture University City High School Master Plan University City, Philadelphia Internship - 14 Winter Contribution: Revit Modelling, Facade Design, Rendering

Kengo Kuma and Associates Shanghai Shipyard Shanghai, China Internship - 13 Summer Contribution: Schematic Design, 3D Modelling, Rendering

ANYI SONG University of Pennsylvania

EDUCATION Aug 2012 – Present University of Pennsylvania, School of Design •

Address: E-8, 4400 Spruce St, Philadelphia, PA 19104, USA Date of Birth: June, 21, 1990 Nationality: Chinese Email: tonysonganyi@gmail.com Phone Number: +1-215-512-6159

Master of Architecture (M.Arch 1) Department of Architecture

Aug 2008 – Jun 2012 City University of Hong Kong •

Bachelor of Science (First Class Honors) in Surveying Department of Civil and Architectural Engineering

WORK EXPERIENCE

COMPUTER SKILLS

May 2014 - Aug 2014 Internship •

Cooper, Robertson & Partners Project: Whitney Museum New Building Work involved: shop drawings, submittals, C&A

May 2013 – Jul 2013, Internship •

Kengo Kuma and Associates Project: Shanghai Shipyard Work involved: model making, 3D modeling, renderings & detailed drawings

HONORS & AWARDS

2D Graphic: AutoCAD, Adobe Creative Suite, Revit Architecture 3D Modeling: Rhinoceros, 3ds Max, Maya, SketchUp Rendering: V-ray, Maxwell Programming: Python, Processing Application: Matlab, Microsoft Suite

LANGUAGES

Albert F. Schenck Memorial Scholarship Competitions •

Second Prize Winner. Awarded for travel abroad on the basis of a design competition for first year MArch students. University of Pennsylvania

Davis Langdon & Seah Scholarship •

Joint Scholarship by Davis Langdon & Seah and Department of Civil and Architectural Engineering of City University of Hong Kong

English: Fluent Mandarin: Native Cantonese: Fluent