WORK SAMPLES OF CHU LI Master of Science, Architecture and Urban Design GSAPP Columbia University Bachelor Of Urban Planning School of Architecture and Planning Huazhong University of Science and Technology
Mid-Hudson Regional Hospital Total Revenue
$437,716,336
Median Household Income
$34,973
Vassar Brothers Medical Center Total Revenue
$1,462,771,279
HEALTHWAY | HEALWAY
Therapeutical Interfaces for Poughkeepsie GSAPP Urban Design Core Studio 2 Sep 2016- Dec 2016, Poughkeepsie, NY Urban Design & Urban Planning Project Instructors: Lee Altman, Chris Kroner, Micheal Murphy Role: Social, economic research; Data visualization; Marco-scale planning; Digital Modeling; Graphics representation; Video representation The project HealthwayHealway seeks to address the imbalance between healthcare system economic insecurity in the city of Poughkeepsie by proposing distributed healthcare infrastructure and therapeutical landscapes across the neighborhood. The new heath care network intends to make Poughkeepsie a health destination and thus have systemic impact at regional scale. By dispersing the healthcare related programs, we are also trying to address the psychological perspective of user groups. In hope of alleviating negative connotations of centralized the hospitals, we propose designs that can improvise the medical user experience and increase the interaction with the community.
2
CONCEPT DIAGRAM ORIGINAL PLAN
DECENTRALIZING
EXTENSION PLAN
REGIONAL ANALYSIS Columbia Memorial Hospital
NUTRITIOUS HEALTHY LIFE STYLE
35 mins
BBG Ventures, LLC
1st Highest Net Income
Health Alliance Hospital KINGSTON
2nd Highest Occupancy Rate 3rd Highest Number of Beds
WIDE RANGE WORKFORCE
Nothern Dutchess
Dutchess Community College
15 mins
45 mins
59 mins
NEW PALTZTON
Vassar Brothers Medical Center
Catskill Regional Medical Center MONTICELLO
60 mins
St. Luke's Cornwall NEWBURGH
MIDDLETOWN Orange Regional
WORLD-WIDE ACCESS
Mid Hudson Regional
POUGHKEEPSIE
WELL-TRAINED SPECIALISTS
59 mins
BEACON
Touro College of Osteopathic Medicine
59 mins
60 mins
SUPPLY CHAIN
Putnam Hospital Center
Bon Secours Community Hospital
Stewart International Airport
Regeneron Pharmaceuticals
PEEKSKILL
St. Anthony Community Hospital
HEALTHCARE ENTREPRENEUR
Hudson Valley Hospital Center
New York Medical College Northern Westchester
Good Samaritan Hospital of Suffern
HIGH-TECH HEALTHCARE Nyack Hospital
LEGEND
r
Population/ sqm
Hospitals
> 8230
Number of Beds
2965-8230
Net Income/Loss
1140-2965
Occupancy Rate
260-1140
WHITE PLAINS
The College of New Rochelle
White Plains Hospital
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MASTER PLAN MARIST COLLEGE MID-HUDSON REGIONAL HOSPITAL
HEALTH AND FITNESS CENTERS ASSISTED LIVING FACILITY
OCCUPATIONAL THERAPEUTIC WORSHOP
LOW-INCOME NEIGHBORHOOD INTERVENTION SITE #1: AQUATIC THERAPY CENTER
THERAPEUTICAL HORTICULTURE
HEALING PONDS
WALKWAY OVER HUDSON ASSISTED HOUSING NURSING HOME
LITTLE ITALY
HUDSON RIVER
DEPARTMENT OF COMMUNITY HEALTH
OUTDOOR CAFE
HISTORICAL NEIGHBORHOOD
INTERVENTION SITE #2: SUBSTANCE ABUSE THERAPY CENTER
DINNING HALL
CENTRAL CITY PLANNED PARENTHOOD EYE CARE CENTER
SKATE PARK
RUNNING TRACK
SOCCER EXERCUSE FIELD PARKING LOT
VASSAR BROTHERS’ MEDICAL CENTER
MEDITATION GARDEN
SENIOR NEIGHBORHOOD
NURSING HOME
4
INTERVENTION SITE #3: HEALTHY LIFESTYLE CENTER
STREET INTERVENTION TYPOLOGIES STREET FITNESS POP-UP YOGA
MILE MARKER
WALL MURAL BY KIDS
RENOVATE PLAYGROUND
BIKE LANE
PUSH-UP BARS PERFORMING STAGE
BODY MATRIX RUNNING TRACK
MOBILE HEALTHCARE TRUCK POP-UP PLAZA
SITTING STAIRS
POCKET PARKING CORNER PLAZA
5
STREET AXON
STREET FITNESS PATH
BIKE LANE
CORNER PLAZA
CROSS-SECTION DESIGN LANDSCAPE RENOVATION
EDGE BENCH
CITY PLAZA
SHUTTLE BUS
RENOVATED BUS STOP
6
SITE RENDERINGS HEALTHY LIFESTYLE CENTER
AQUATIC THERAPY CENTER
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1820
1830
1840
1850
1860
1870
1880
1890
1900
1910
Staten Island Railway
1920
1930
1940
1950
1960
1970
1980
1990
2000
VERRAZANO–NARROWS BRIDGE
STATEN ISLAND
WATERFRONT RE-ZONING
St. George Terminal
WATERFRONT
NAVY BASE ESTABLISHMENT
Commericial COMMERCIAL CENTER Center commercial use
STAPLETON
miltary use
Municipal Piers URBY PROJECT
THE STAPLETON WATERLINK
Waterfront Design for Staten Island
GSAPP Urban Design Core Studio 1 Jun 2016- Aug 2016, Staten Island, NY Urban Design & Urban Planning Project Instructors: Ellen Neises, Kaja Kühl, James Khamsi, Brian Baldor, David Brown Role in Team: Social, economic research; Data visualization; Macro-scale planning; Micro-scale designing; Digital Modeling; Graphics representation; Video representation Apart from the problems related with gentrification and rising rents, the Stapleton waterfront today stands at a risk of getting privatized and disconnected from the existing neighborhood. The Stapleton Water Link is a project that analyses three aspects of the neighborhood of Stapleton in Staten Island: natural processes, social characters and economic situation, and aims to create a revitalized connection from the hill to a more resilient, re-activated and multicultural waterfront, by creating specific design goals and strategies.
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2010
2020
SECTIONAL STRATEGIES EXISTING CONDITION HIGH LAND RESIDENTIAL BUILDINGS
INDUSTRIAL BUILDING SHOPS
26FT
22FT
14FT
10FT
12FT (HURRICANE SANDY)
RAILWAY FRONT STREET
BAY STREET
HIGHLIAND RESIDENTIAL
HURRICANE SANDY FLOODED AREA
COAST LINE
AFTER MODIFICATION
STORM WATER STORAGE
INNER WETLAND WETLAND RESTORATION
26FT
URBY
NEW RESIDENTIAL 22FT
14FT
3FT
BAY STREET
HIGHLIAND RESIDENTIAL
NEW PUBLIC FACILITY
14FT
RAILWAY
ABSORPTIVE EDGE
NEW FRONT STREET
INNER WETLAND
TIDAL WETLAND
NEW WATERFRONT DEVELOPMENT
COAST LINE
SCENARIO SIMULATIONS
LOW TIDE AT 0FT
MEAN HIGH TIDE AT 6FT
HURRICAN SANDY LEVEL AT 11.5FT
9
MASTER PLAN PUBLIC SPACES RESIDENTIAL DEVELOPMENT WETLAND RESTORATION
WATER PROMENADE
BAY STREET
TIDAL WETLAND URBY PROJECT
FRONT ST
REET
PIER RESTORATION
STORM WATER STORAGE TAPPEN PARK
BAY STR
NEW RESIDENTIAL DEVELOPMENT
YS BA
TR
EE
T
FRO
NT
STR
EET
EET
ABSORPTIVE EDGE
F
RO
S NT
E TR
ET
WETLAND PARK
N
HIGHLAND RESIDENTIAL
10
0
25m
50m
100m
STAPLETON RAILWAY
WATER PROMENADE RENDERING
LOW TIDE SCENARIO
HIGH TIDE SCENARIO
11
RS
S
PS
SHO
MUS
PS
EUM
US
BA
BARS
B
SHO PS
CL U
ENS GARD
SPAS
S RIE
ED
O
LLE
IX
SH
GA
R TE
M
ALONG THE WAVES
Chongming Island Waterfront Design Professional Work at GN & Xuberance, Shanghai Jun 2014- Sep 2014, Chongming Island, Shanghai, China Urban Design & Urban Planning Project Role in Team: Macro-scale programming, Case study analysis, Concept Design, Modeling, Post-production This project is to repurpose the green island in the area of Chongming Island Waterfront. A strategy of building up a ecological network, advocating green lifestyle in a dense district is framed. The project includes a private yacht club that acts as the center piece and landmark for the area, a linear waterfront park which offers plenty of activated targeted at people on weekends, a residential quarter incorporating neoclassical elements. The commercial strip along the water front was derived from the form of undulating waves coming up and down along the ebbed sea, and the buildings were designed to resembled the pebbles of the beach.
12
SHOPS
EN
N
TS
RS
W
SEAVIE
PS
ELS BARS HOT M
SHO
E IXED US
COM ME RES RC TA IA UR A
L
ISE
LOWR
AS
Z PLA
BA
RESID
CLINICS
NS
GARDE
AL
NTI E D I S E R
CC RE
L ENTIA
G
D
XE
MI
UNITY COMM R CENTE
E
SH
OP
S
BARS
S HOTEL
SPAS
CLINICS
SPAS
SPAS
S ARDEN
G
G PARKIN
SHOPS
G PARKIN
PARKS
E
LOWRIS
NTIAL
RESIDE
NTER RECCE
RISE
HIGH-
IAL
H
SPAS
H
ENT RESID
S HOPS
USE MIXED
ISE IGH-R
PARKS
E IGH-RIS
SHOPS
HIGH-RISE
KIN
S
ARDEN
TOP G
ROOF
PA R
BARS SHOPS
TIAL
RESIDEN SEAVIEW
MASTER PLAN
RESIDENTIAL
LUXURY HOTEL
COMMERCIAL
MARINE MUSEUM
YACHT CLUB
RESIDENTIAL
N
LUXURY HOTEL
0m
25m
50m
100m
13
WATERFRONT COMMERCIAL RENDERING
14
15
INTERCONNECTED CITY
Urban Agriculture for Flemingdon Park Ryerson University Research Project Jun 2015- Sep 2015, Toronto, Canada Urban Research & Urban Design Project Instructor: Leila Farah Role in Project: Data collection; Data visualization; Macro-scale planning; Micro-scale designing; Digital Modeling; Graphics representation; Located in a vulnerable neighborhood in the city of Toronto, this project illustrates how micro-level design and cultivation of shared urban spaces can foster stronger inter-community links and youth participation towards the improvement of the quality of social life. The project applies a participatory action research approach to engage youth in envisioning and contributing to the renaturalization of parts of their neighborhood by way of gardening and incorporating urban agriculture. The research results were presented in the paper ‘Neighborhood regeneration and vulnerable youth engagement through micro-level gardening interventions’ in 2016 EAAE/ARCC conference, Lisbon, Portugal.
16
PARTICIPATORY ACTION RESEARCH THEORY Studies from a variety of fields have been using the PAR methodology. According to Baum et al. “Participatory action research seeks to understand and improve the world by changing it. At its heart is collective, self-reflective inquiry that researchers and participants undertake, so they can understand and improve upon the practices in which they participate and the situations in which they find themselves (2006 adapted from Minkler 2003 and Wallerstein and Grinch 1999).” (Baum et al. 2006). When undertaking participatory action research in communities, the researcher helps set a framework and enables participants to contribute to addressing an issue or to a visioning session. Hence, as noted by Gumucio-Dagron (2001), the researcher plays more of a facilitator’s role rather than a guide. Overall, the PAR methodology is well suited to engage communities, which is why it is becoming increasingly popular with urban planning, urban design and landscape projects (Deming et al. 2011).
To hear their innermost wishes
Alot of spaces are underutilized and have great poten tial.
FLEMINGDON PARK AS CASE STUDY Flemingdon Park is a vulnerable neighborhood, with 30% of its population considered low-income – a high number compared to the City of Toronto’s overall average of 19% in 2011 and the fifth highest unemployment rate (15.3%) out of the 140 neighborhoods of the city. Since 2014, Flemingdon Park was included in the City of Toronto’s Neighborhood Improvement Areas. With regard to its physical layout, Flemingdon Park is niched between two ravines systems (on the West, South and East) and a main road to the North (Eglin-ton Avenue), hence disconnecting it from the rest of Toronto’s urban fabric. Moreover, it is further subdi-vided due to the passing of the Don Valley Parkway (a major highway running North/South) as well as by the presence of an unbuilt strip that hosts the Hydro Corridor (comprising of elevated electricity transmis-sion infrastructures). The question we asked was how to engage youth in this socially and geographically underserved location to envision improved pedestrian links with increased activity as well as natural surveillance of public spaces- between selected community hubs, while also growing food.
To guide design by raising questions
What’s the one thing that you want to change the most?
ITERATIVE RESEARCH AND DESIGN PROCESS 1. Meeting with the design team, Youth Outreach Workers and Public Health staff members from the City of Toronto as well as potential partners to discuss the research scope; 2. Creating an inventory of potential sites that could be used to renaturalize the neighborhood and site visits to select a number of eligible sites; 3. Collecting data related to the physical environment of the neighborhood (property plans, maps, building heights) through field work and geospatial data;
To ask their opinions at each stage
4. Analyzing the data and preparing visual materials (maps to share information about the site and facilitate the participatory process, as well as selection of UA case studies to enrich participants’ understanding and illustrate the variety of possibilities); 5. Beginning to meet youth for: a. Discussions regarding their needs, challenges they faced and their aspirations associated to the neighborhood in general and to specific sites; b. Broadening their understanding of UA and generating ideas regarding possible implementations on the sites; 6. Summarizing participants’ ideas, elaborating and visualizing their visions;
What do you think of the pathway here?
7. Presenting to the community through data visualization, incorporating their feedback and further discussing ways to improve the proposals; 8. Revising the proposal following feedback from community members; 9. Following-up on the project status.
17
MASTER PLAN
ROOFTOP GARDENS
6
GREEN HOUSE
COMMUNITY REGENERATION
GREEN HOUSE
8
4
ROOFTOP GARDENS
COMMUNITY REGENERATION
ROOF TOP GARDENS
5
HY
2
INTENSIVE PLANTING
R
IDO
ORR
-C DRO
INTENSIVE PLANTING
FOOD BANK
1
GREEN HOUSE
3 7 N
0
100m
200m
500m
LEGEND 600M RADIUS
18
1
MARC GARNEAU COLLEGIATE INSTITUTE
5
SHOPPING CENTER
INTENSIVE GROWING PATHS
2
PLAYGROUND
6
RECREATION CENTER
PLANTING
SEEDLING TO PLANTING
3
HEALTH CENTER
7
VALLEY PARK MIDDLE SCHOOL
RETAILING
PLANTING TO PROCESSING
4
PUBLIC PARK
8
ONTARIO SCIENCE CENTER
PROCESSING
CONNECTING TRAIL
SEEDLING
PERSPECTIVE VIEW
OPEN SPACE
COMMUNITY PLOT
ROOFTOP GARDEN
GREENHOUSE
FAMILY PLOT
SLEEP & WORK PUBLIC FACILITIES COMMERCIAL OPEN SPACE
RENOVATION GLASSHOUSE ROOFTOP GARDEN
GLASSHOUSE
INTENSIVE GROWING
PATHWAY
RENOVATION
ROOFTOP GARDEN
ROOFTOP GARDEN
PATHWAY
19
URBAN EFFUSION
Pedestrian System for Shahu Area HUST Urban Public Space Design Studio Apr 2014- Jun 2014, Wuhan, China Urban Design & Urban Planning Project Role in Team: Social, economic research; Data visualization; Marco-scale planning; Micro-scale designing; Digital Modeling; Graphics representation; The project focuses on simulating human activity through Realflow software and thus generating a pedestrian bridge that resonates with pedestrian behaviors. A frame work of simulation was built initially, using water particles to represent individual pedestrians, then choosing four subway stations as “particle emitters” and four public commercial spaces as “particle attractors”. When evolved over time, a free flow form of pathway was generated. Overlayed with social functions at street level, the bridge provides a new elevated system for pedestrians, tailored to their transportation and recreational needs.
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DATA ANALYSIS HANJIE COMMERCIAL STREET
HANJIE QUAY
TANHUALIN HISTORICAL DISTRICT
300
YOUTHS
400
0
500
ADULTS
50
100
150
200
PM
KIDS
200
PM
PM
PM 100
AM
AM
AM
AM 0
HUBEI PUBLIC LIBRARY
0
50
100
150
200
250
300
350
50
0
100
150
SENIORS
SHAHU LAKE ENTRANCE HANJIE STATION
HANJIE COMMERCIAL STREET
HONGSHAN PARK STATION
TANHUALIN ENTRANCE
XIOAGUISHAN STATION
HUBEI PUBLIC LIBRARY
PANGXIEJIA STATION
HANJIE QUAY
SIMULATION FRAMEWORK
PARTICLE 1
USE WATER PARTI CLES TO REPRESENT PEDESTRIANS.
PARTICLE 2
4 EXISTING SUBWAY STATIONS AS PARTICLE EMITTERS.
PARTICLE 3
PARTICLE 4
CHOOSE 4 EXISTING ATTRACTIONS AS PARTICLE ATTRACTORS. DIFFERENT LEVELS OF FORCES ARE SET ACCORDING TO DATA.
PLANE
HUB
PARTICLE MESH
K-FORCE FORCE
IMPLEMENT 1 NEW ATTRACTION AND SET ITS FORCE ACCORDINGLY.
ATTRACTOR
OBJECT-FIELD 1
GENERATE FLUID MODEL FROM STIMULATION.
OBJECT-FIELD 2 OBJECT-FIELD 3 OBJECT-FIELD 4 OBJECT-FIELD 5
21
PARTICLE SIMULATION
1ST HOUR
2ND HOUR
3RD HOUR
4TH HOUR
5TH HOUR
6TH HOUR
7TH HOUR
8TH HOUR
9TH HOUR
10TH HOUR
11TH HOUR
12TH HOUR
13TH HOUR
14TH HOUR
15TH HOUR
16TH HOUR
17TH HOUR
18TH HOUR
19TH HOUR
20TH HOUR
21ST HOUR
22ND HOUR
23RD HOUR
24TH HOUR
22
JUNCTION RENDERINGS
23
MASTER PLAN
YOUYI STREET
WUHAN TRAFFIC POLICE
0M
WATER TAXI
80
0M
70
ATTRACTOR TANHUALIN
NEW ATTRACTOR ATTRACTOR PUBLIC LIBRARY WUHAN GREEN SPACE
0M
40
G
REET
NG ST
ZHE ONG
HUBEI TV STATION
HONGS ESTA
EMITTER
20
0M
PANGXIEJIE
EMITTER
XINGXING BLOCK MINZHU STREET
ZISHA ST
REET
ZHONG
SHAN ST
REET
XIAOGUISHAN
REET
MINZHU ST
ZHONGSH
AN STRE
ET
XIAODONG MEN
N
ZH
ON
0M
24
50M
100M
200M
500M
GN
AN
2S
TRE
ET
KE
SH
A
M
00
BR
10
ID
GE
LAKE SHA
ATTRACTOR LAKE SHA PARK CH
UH
SO
30 0M
NG
ZH
US
ENG
GZH GON
TR
EE
T
EE
T
SH AH US TRE ET
WANDA CENTER
TR
ES
T
STREE
0M
50
0M
ATTRACTOR
40
HANJIE CBD GAOWANG VILLAGE
EMITTER
ANSHUN ESTATE
CHUHE HANJIE
AH
US
TRE
ET
PENGJIA VILLAGE
EET
SH ET
LIN
BEI
JIA
STR
EET
HUBEI GOVERNMENT
CHUTIAN MALL
0M
HONGSHAN SPORTS CENTER
YAO
NG
SH
ZHO
AH
ST
STR
RE
U
50
SHAN ATE
LA
EMITTER REET
MINZHU ST
HONGSHAN SQUARE
HUBEI SCIENCE BUILDING
25
REKINDLED BELONGINGNESS Urban Design for Immigrants in Hainan
HUST Urban Design Core Studio Mar 2015- Jun 2015, Hainan, China Urban Design & Urban Planning Project Role in Team: Social, economic research; Data visualization; Marco-scale planning; Micro-scale designing; Digital Modeling; Graphics representation; The Haidian Island in Haikou witnessed a rich history of culture heritage, eradication and gentrification. Ever since the Qing Dynasty, people from different areas of China settled in Haidian Island. Upon their arrival, they resided in clusters and built temples and shrines of their own religion. This kind of religious public space tightened the connections between people and provided s spiritual support for the neighborhood. With the gentrified development in 2009, this entire piece of unique fabric was eradicated. Our proposal aims at reclaiming the residue of the traditional pattern but at the same time catering the need of density for a more modern community.
26
PATTERN GENERATION
COMBINATION
GREEN SPACE
PUBLIC SPACE
SEMI-PUBLIC SPACE
ARCHITECTURE
The module design of the traditional village rearranged traditional architec tural elements and adapted to the modern functions. At the same time implating public and green space for the better being of residents.
The modern part of residential quarter followed the design logic and was thus based on module parts that can be easily united and combined according to site
COMBINATION
GREEN SPACE
PUBLIC SPACE
SEMI-PUBLIC SPACE
ARCHITECTURE
27
MASTER PLAN
0m
N
25m
50m
100m
ART & F ECOLOGICAL CULTURAL CORRIDOR
PRESERVED TEMPLE PRIVATE RESIDENCE
HIGH-RISE COMPLEX
PUBLIC SPACE
PRESERVED VILLAGE
PEDESTRIAN ENTRANCE
AD
IN RO
RENM
LAKE NANDU
COMMUNITY CENTER
LANDSCAPE NOD
28
LOCAL RESTAURANT
FILM GALLERY
LAKE HAIDIAN
E
CULTURE CORE PARK
DI
G AN
CH
GUANKANG TEMPLE
AD
RO
TREE INSTALLATION
FLOOD PREVENTION BELT PRESERVED VILLAGE
DE
29
PERSPECTIVE RENDERING
30
31
ECOLONOMI-CO-EVOLUTION Water Urbanism in Post-Colonial Kolkata
GSAPP Urban Design Core Studio 3 (Still in Progress) Jan 2017- Apr 2017, Kolkata, India Urban Design & Urban Planning Project Instructors: Kate Orff, Geeta Mehta, Dilip Da Cunha, Julia Watson Role: Social, economic research; Data visualization; Marco-scale planning; Digital Modeling; Graphics representation; Video representation Our research and design aim to demonstrate that alternative approaches of integrating natural landscape waste remediation with spatial design that supports value added productions can act as catalyst in both economic growth and pollution reduction effort. Ecolonomics is the promotion of sustainable alternatives that are economically profitable. This is one of the fundamental principles the city of Kolkata and its wetland follow. The natural wetland to the east of Kolkata metropolitan area functions both as a wastewater filtration system and an agricultural production engine.
32
VIDEO SEQUENCE SCENE 1 | SITE OVERVIEW
SCENE 2 | SITE ANALYSIS
SCENE 3 | SYSTEMS OVERLAY
FOOTAGE EDITING; VOICE EDITING
DYNAMIC MAPPING
DYNAMIC INFOGRAPHICS
SCENE 4 | DESIGN INVESTIGATION
MOTION TRACK FOOTAGE
SCENE 5 | DESIGN CONCEPT
STILL IMAGE TRANSITIONS
SCENE 6 | INTERVENTION PLANS
SCENE 7 | DESIGN RENDERINGS
SHIFT IN FOCUS
TURNING STILL IMAGES 3-DIMENSIONAL
For full video see: https://vimeo.com/211368313
33
OTHER WORKS Photography Park Avenue Armory Show; Guggenheim Museum; The High Line New York, NY Sep-Nov, 2016 Pen Sketch Traditional Tibetan Temple, South of Gansu, China July, 2013 Jewelry Design Xuberance Digital Modeling Workshop April, 2014 Besides the conventional architecture and urban design projects, I have wide interests in other design fields including photography, hand-drawing, oil and watercolor painting, graphic design, jewelry design and 3D printing. I believe that a designer of the future should be a designer of multi-discipline. Through whatever forms of design, it is a way of expressing our thinkings and envisions of the future built environment.
34
35
36
INITIAL LINEWORK
ADDING CURVES
BENDING ALONG AXIS
LOFTING SURFACE
Hibiscus was my project done in the Xuberance Digital Workshop. Inspired by the elegant petals, tender leaves and its unique fragrance, I extracted the lissome lines from the Hibiscus flower and intended to create an exquisite piece of jewelry. The digital modeling software Maya allowed me to interpret the dynamic and undulating line work in a more fluid and innovative way. This piece of design would be best casted through 3D printing, which makes it possible to realize the complexity and intricacy of digital sculptural designs. Model image courtesy to: http://www.swarovski.com/is-bin/intershop.static/WFS/SCO-Media-Site/-/-/publicimages/CG/B2C/PROD/GALLERY_IMAGE/600x500/5032899_gi2_20151013.jpg
37
cl3503@columbia.edu (347)727-9337 521 W 112, APT. 4A New York City NY 10025 http://www.chu-li.me