fangge wang
FA N G G E WA N G EDUC ATION Master of Landscape Architecture Cornell University May 2019
Bachelor of Fine Arts, with emphasis in Interior Architecture and Architecture School of the Art Institute of Chicago Merit Scholarship Recipient 2012 - 2016
P ROF ESSIO N A L E XP E R IE N C E 2017- Present Architecture and Landscape Designer Tican Industry - Commercial complex in Zhengzhou Airport Economy Zone •Analyzed the commericial complex’s design restritions, calulated volume rate, green rate, and parking design according to different building codes. •Developed three different schematic plans for the commercial complex •Prestended the design to client and stakeholders. •Drew typical floor plans for office, hotel, and apartments in the commercial complex •Collaborated with landscape designer and urban planner to created conceptual landscape plan
Student Computer Assistant and Graphic Designer 2018 Fall - Present Cornell University, College of Agriculture and Life Science •Designed posters Lecture series for Landscape Architecture department •Managed promotion and printing •Responsible for open house exhibitionfeaturing on gallery design
Landscape Architecture Intern Turenscape Landscape Architecture, Beijing
Summer 2014
•Participated in the design of Chaxian Public Park in Xinjiang •Assisted with the construction documentation for Xinjiang Grand Theatre landscape paving detail
Architecture Design Assistant Intern Summer 2014 Architectural Design and Research Institute of Tsinghua University •Compiled precedents for auditorium design •Assisted with the interior scheme for the auditorium of Civil Engineering and Architecture Building at Beijing University •Laidout floor plans and built 3D model for the public restrooms at Xingang Junior high School, Hubei, PRC
CON TAC T Fangge Wang Ithaca, NY, US +1 (312)-401-0649 fw254@cornell.edu
Computer Design Software Rhino Autocad ArcGis SketchUp AutoDesk Flow Design Rendering Vray Keyshot Graphic Design Photoshop Illustrator InDesign Bridge Language Mandarin English
Large Scale Landsape Architecture Projects The Paradoxical Visualization Buffalo, NY 2018 Spring Modular infrastructural landscape Cleveland, NY 2018 Fall
Architecture & Interior Architecture Chicago Bathhouse Chicago, IL 2016 Fall Mist Club Chicago, IL 2015, Spring
Architecture & Interior Architecture Eddy Gate Ithaca, NY 2017, Spring Ho Plaza Ithaca, NY 2017, Spring
Other Works
Site Assembly, Construction Documentation 2017, Fall Commericial Complex Tican Industry - Habour Hoso | NanLi Xingang 2018 - current Graphic Design 2018
THE PA RA D OX ICAL VI SUALIZATI ON A R E S P O N S E T O I N D U S T R I A L WA S T E L A N D S C A P E S The Paradoxical Visualization takes place on a 137-acre site on the Outer Harbor of Buffalo, New York. Historically, the site did not exist; it is largely constructed of contaminated dredged material from the adjacent shipping channel. The site is surrounded on one side by an historically bustling shipping channel in Lake Erie and on the other by the Buffalo Skyway and some of the many remnants of heavy industrial activity in the city. The specific location as well as the square shape of it seem to emphasize the awesome manifestation of human forces and disturbance exerted in its creation. Instead of employing the typical design measures of rebuilding nature in a generic way, we want to celebrate this ubiquitous character of Buffalo while providing a landscape lab for research and observation of landscape components (plants, water, soil, landform) over time. The paradox of this project lies between the geometric forms and its naturalization. It can be understood as a highly dynamic interplay between axes of visual access, areas of exposure and shelter, and dynamic and static elements. Access to the site is highly dependent on vehicular transportation; one can only access it from exiting the highway and making a U turn to arrive at the parking lot. Under this condition, the design reconfigures the relationship between the site and people by initially creating three sets of primary viewshed projections onto the landform. As a visual cue, these viewshed nodes are proposed to provide a momentary spatial impression; a framed perspective that draws viewers to other areas of the site and encourages them to see the use of industrial waste in an unusually pronounced way. Secondary viewshed projections within the site allow users to experience a wide variety of spatial relationships - people will experience vastness, roughness, crowdedness, irregularity, rigidity, and softness. Based on the viewshed projections from the highway and on the site, we used both digital and physical modeling techniques to create landforms that emphasize the viewsheds, which are aligned with nodes such as important buildings, turning points, high points, and critical entrances and exits to the site. The landform is changed to obtain optimal visual connectivity with the traffic and forms interactive moments for people both within and leading to the site. The urban forest, which is located in the middle portion of the site, will eventually become a stratified forest. The plants will slowly take up toxins in the contaminated soil. Trees will compete with each other and the ones that do not survive will be replaced within one or two years to encourage a healthy, varied stand. Some of the seeds from the trees and surrounding plants will fall to the ground and germinate. Others will be carried by the wind, people, and animals to other areas of the site, such as the microtopography field at the southern end. The conditions that were created with large and small landforms will allow different kinds of seeds to germinate and the site will be become more diverse as the landforms themselves become victims of the climate and human activity. The site’s edges will gradually evolve from hard to soft, the open perimeter of the site will widen as water moves back and forth, and trees, grasses, and shrubs will grow in many different areas of the site providing greater understanding of landscape structure, durability, and health over time. The areas that will remain relatively unchanged are the weathering steel boardwalk, the sunken plaza, and the concrete viewing platform. With this juxtaposition, we hope to encourage people to view industrial waste and landscape change in a new way, opening up the paradox that it can be beautiful and productive.
E X S I S T I N G S I T E C O N D I T I O N A N A LY S I S population | opportunity | viewshed
ge o m et r i ca l l y form ed industrial landscape
INDUSTRIAL HISTORY ge om et r i ca l l y fo r m e d i n dust r i a l l andscape
OUTER HARBOR B U F FA L O , N Y
OUTER HARBOR B U F FA L O , N Y
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VIEWSHED STUDY
sc u l pt u ra l la n d fo rms
VIEWSHED STUDY
+Primary Viewshed f ra m e d v iews h ed s to c reate a f l as h i n g im p re s s ion for veh i c l e s o n t h e h i g hway
+Primary Viewshed frame d viewsheds to cre ate a flashing impre ssion for vehicle s on the highway
s cu l pt u ra l la n d fo r m s
+Secondary Viewshed o n si te h i gh p o i nt a n d l ow p o i nt s t h at s er ve s a s org in a l p o i nt s v i s u a l axes to create p a ra d ox i ca l m om e nt s
+Secondary Viewshed o n s ite h i gh p oi nt a n d l ow po i nts that ser ves a s o rg i na l p o ints v i s u a l axes to create pa ra doxi ca l m o m ents
O P E R AT I O N A L S T R AT E G I E S I SS EeEeDdD IDS Pi EsRpSeA rL s a l
Viewshed Study
+
+
+
+ rban Forest Structure U
Wind Conditions
URBAN FOREST STRUCTURE
HUMAN INTERACTION
+
Human Interaction
FA TI
CA
BE
CE
AC seeds dispsered by wind
PI
FO
se ed s d ispsere d by h u m a n
+
+
Wind Conditions
W i n d C o n d iO t i oPnEsR AT I O N A L
O P E R ATVIi eOwNs hAeLd SS tTuRd yAT E G I E S I I
Vi ewsh ed +
+ Wind Conditions
V iewshed
+ Fo rest
FA G U S G R A N D I F O L I A
PHASE I 2020
AGUS GRANDIFOLIA
PHASE II 2040
VISBILITY
PHASE II 2040
PHASE III 2060
Fo rest
TILIA AMERICANA PHASE I 2020
VISBILITY
Wind Co nditio ns +
+
VIEWSHED VIEWSHED
+
Wi nd C o n d it io n s
Forest
S T R AT E G I E S I I
PHASE I 2020
PHASE II 2040
PHASE III 2060
FA G U S G R A N D I F O L I AP H A S E I I I 2 0 6 0
CARPINUS CAROLINIANA
TILIA AMERICANA
W I N D V E L O C I T Y S I M U L AT I O N
HIGH WIND AND LOW WIND
LIA AMERICANA
BETUAL NIGRA
CARPINUS CAROLINIANA
ARPINUS CAROLINIANA
W I N D V E L O C I T Y S I M U L AT I O N W I N D V E L O C I T Y S I M U L AT I O N
HIGH WIND AND LOW WIND
HIGH WIND AND LOW WIND
C E R C I S C A N A D E N SB IEST U A L N I G R A
HIGH WIND
ETUAL NIGRA
ERCIS CANADENSIS
CER RUBRUM
CERCIS CANADENSIS
HIGH WIND
ACER RUBRUM
HIGH WIND
LOW WIND
ACER RUBRUM
LOW WIND
PINUS STROBUS
LOW WIND
PINUS STROBUS
INUS STROBUS
PLANTING BASED ON VIEWSHED STUDY ANDDIFFERENT WIND CONDITIONS PLANTING BASED ON VIEWSHED STUDY ANDDIFFERENT WIND CONDITIONS PLANTING BASED ON VIEWSHED STUDY ANDDIFFERENT WIND CONDITIONS
Pinus strobus . Acer rubrum . Betula nigra
FOREST STRUCTURE
FOREST STRUCTURE
Acer rubrum . Tilia americana . Populus deltoides . Betula nigra
OREST STRUCTURE
Populus deltoides . Fagus grandifolia . Liriodendron tulipifera Cephalanthus occidentalis . Asclepias syriaca . Rubus odoratus C R E D I T E D T O N I K I TA G ACLREE D I T E D T O N I K I TA G A L E
C R E D I T E D T O N I K I TA G A L E
Cornus alba . Carex pensylvanica . E l y m u s h y s t r i x . Va c c i n i u m s p .
Pinus strobus . Acer rubrum . Betula nigra Pinus strobus . Acer rubrum . Betula nigra
Acer rubrum . Tilia americana . Populus d e lAt oc ei dr er su b. r uB m e t .u Tl ai l inai ga rmae r i c a n a . P o p u l u s deltoides . Betula nigra
Populus deltoides . Fagus grandifolia . L i r iPoodpeunl udsr od ne l ttouildi ep si f.e Fr aa g u s g r a n d i f o l i a . Liriodendron tulipifera
Cephalanthus occidentalis . Asclepias Cephalanthus occidentalis . Asclepias s y r si ay rciaa c.a R. uRbuubsu so d oratus odoratus C o rCnour sn uasl ba al b a. C. aCraer ex xppeennssyyllvv aa n n ii ccaa .. E l y Eml yums uhsyhs yt rs ti xr i x. .VaVac c ci ni ni iuum m s p.
PA R A D O X : I I P E R M A N E N T / C H A N G I N G
MASTERPLAN water, wind, and sto rms po u n d away h a rd e d ges o f th e la n d fo r m s. PHASE II 2040
PHASE III 2060
D e s i g n w i t h D r e d g e | M o d u l a r I n f ra s t r u c t u ra l l a n d s c a p e Identifies the industrial valley site as an opportunity to create performative dredging landscape through a series of spatial filters. Not only engaging the infrastructural dynamics of the dredging process, but also create an artistic and experiential landscape. acknowledging the importance of processes over time, the importance of ecological infrastructure in mediating between city and nature. To accomplish these objectives through a series of modular topographic manipulation using sediments, and a series of basins capture the dredge sediments, for cleansing and infiltration as the landform goes down. Within the controlled framework, flexible strategies are regenerated to respond to the varying site conditions over time. The system is organized following a parallelogram grid structures, forms a modular system that can expand and contract as necessary.
industry land use hydrology river being filled building | curb current dredge placement
point of risk CSO ou�all
3 Mins Drive 1.2 mi
370
S p e c u l a t i v e m o d e l i n g - d r e d g i n g p r o c e s s o v e r d i f fe r e n t b a s i n s o v e r t i m e phytoremediation
370
uncontainminated dredge material enters site uncontainminated dredge material enters site
constructed weland
180
emergent weland
180
115
370
N N
Te s t i n g M o d e l s 370
prototype 1 prototype 1
phytoremediation
N 330
10
30
phytoremediation
20 30 40 50
300
60
60 70
18
80
W
E 15
12 120
240 15
12 150
210
S
370
constructed weland
wind velocity
sun study
constructed weland
water runoff anaysis
180 N
emergent weland
180
2’ of fine clay under the basin to prevent water go into ground water n to prevent water go into ground water
emergent weland steel sheet piling used as a retainer for the landform steel sheet piling used as a retainer for the landform
115
N N N
Natural landforms built with gravel and rocks, soften over time and allowing vegetation growth gravel and rocks, soften over time and allowing vegetation growth
Hardscape Landforms for recreational purposes Hardscape Landforms for recreational purposes
N
catchment basin
dewatered dredge
catchment basin
dewatered dredge
vegetated sediment berm
0
630
1260
1890’
Potential of generates a series of switchback ramps and pathways for circulation of both water and people in the future; and accommodates and negotiates interactions between ecological, and existing and potential industrial development.
Bathhouse
|
Chicago, IL
As the architecture is situated in a post-industrial area of Chicago, the project is about slowing down in the process in the architecture. Also to bring visitor a maze like experience. As patrons strolling in the building and experience different kind of mass ( Water is a body of mass, from water and confined space) through the journey, they would enjoy the process of observing, and rewarding experience.
Experiential Section
section cut path
A space escaped from time and sexuality, where people can enjoy subtle changes of forms of water.
M i s t C l u b | Chicago, IL The Mist Club situated on the top of the 900 North Michigan skyscraper, on the west side of the Magnificent Mile in Chicago. The lower level of the club is connected with the Four Seasons Hotel and 900 North Michigan Shops through elevators. With its exceptional location, the Mist take a grandiose panorama of the world famous John Hancock Center and Lake Michigan. The Mist is attempting to create atmosphere of voyeurism by using the quality of edgy and translucent elements. The Make Out Room on the lower level is inspired by the Rain Room by Random International. Falling water drops from the ceiling construct an obscure and misty room, however, patrons don’t get wet in the installation. Meanwhile, skylights are designed to enable the moonlight flow in, illuminating the bar area. An outdoor space is also attached to the lounging area on the upper level.
Group Project: Collaborated with Kate Wangngg
first floor
second floor
Physical Model
The club is to challenges the male dominated norms by developing a new fresh concept - an ideal and romantic roof top location. The club can also be seen as an interpretation vs traditional images of feminism. A edgy staircase is a presentation of ‘connecting’ inventing ways to encourage interaction.
Rain Room is a space of falling water through which it is possible to walkthrough a path without being drenched in the process. The Rainroom allowed intimacy encountering points where couples can make out, talk, wispering in the rain. With the moisture fill the air, visitors also can enjoy the best view of Fangge Wang Portfolio 2015 Chicago.
E d d y G a t e | Ithaca, Cornell University
Ho Plaza
|
Ithaca, Cornell University
SITE MATERIAL NOTES:
LAYOUT NOTES:
5'-8"
3003'-0.12" -455'-7.36"
4'-3"
10'-6"
5'-2"
3'-1"
CONSTRUCTION FENCING
3'-7"
3'-1" 4'-6" 4'
SEATING FURNITURE
6'-10"
5'-11"
4'
32'-8"
4'
TREE GRATE
6'-9"
2'-4"
31'-8"
19'-8" TYP.6"
3'-6" 16'
7'
30'-4"
16'-1" 5'
10'-11" 5'
6'-6"
26'-9"
5'-9"
10'-2"
14'-3"
4'
13'-3"
4'-3"
3000'-6.01" -494'-5.00"
3'
5'-10"
2945'-3.20" -496'-7.81"
6'-5"
921'-2" 3'-1"
4'-6"
8'-6"
6'-10"
4'-10"
25'-10"
3'-9"
3'-5"
20'-5"
4'-6"
9'-3"
2'-10"
9'-3"
CRUSHED GRAVEL FOR DRY SWAMP
CRUSHED GRAVEL FOR TREE GRATE
SEAT 30" ABOVE F.G.
2'-4"
10'
20'-4"
11'-8"
CONCRETE PAVING TYPE 2
4'-1"
6'-11"
13'-5"
CONSTRUCTION LIMIT CONCRETE PAVING TYPE 1 EXPOSED AGGREGATED FINISH
ITHACA, NY
6'-3"
12'
ITHACA, NY
TYP. 12'
CORNELL UNIVERSITY LIBRARY PLAZA REDESIGN
14'-8"
2885'-1.37" -455'-7.36"
CORNELL UNIVERSITY LIBRARY PLAZA REDESIGN
1. CONTRACTOR SHALL LAYOUT AND STAKE IN THE FIELD THE ALIGNMENT AT ALL PATHS,PAVEMENTS,AND FORMS FOR REVIEW BY THE LANDSCAPE ARCHITECT. ADJUSTMENTS MAY BE MADE ONLY AS DIRECTED BY THE LANDSCAPE ARCHITECT. 2. IT IS THE CONTRACTOR'S RESPONSIBILITY TO VERIFY ALL EXISTING CONDITIONS, BOTH ABOVE AND BELOW THE SURFACE,PRIOR TO COMMENCING WORK. 3. ALL EXISTING SEWER, WATER, UTILITY, AND ELECTRIC UTILITY LINES, AS WELL AS ALL STRUCTURES WITHIN THE CONTRACT AREA SHALL REMAIN, UNLESS REMOVAL OF SAME IS SPECIFICALLY NOTED. ALL STORM DRAINAGE PIPES TO BE ABANDONED OR REMOVED AS NOTED ON PLANS.
1. VERIFY DIMENSIONS AND ACCEPT CONDITIONS BEFORE PROCEDDING WITH WORK. REPORT DISCREPACIES TO LANDSCAPE ARCHITECT FOR INSTRUCTION BEFORE PROCEDDING. 2. IT IS THE CONTRACTOR'S RESPONSBILITY TO VERIFY THAT ALL EXISTING CONDITIONS, BOTH ABOVE AND BELOW GROUND, PRIOR TO COMMENCING WORK. 3. MARKED TREES TO BE PRESERVED DURING CONSTRUCTION. ALL OTHER VEGETATION TO BE REMOVED. SEE DEMOLITION PLAN. 4. FINAL LOCATION OF SITE FURNISHINGS TO BE DETERMINED IN FIELD UNDER DIRECTION OF LANDSCAPE ARCHITECT.
11'-2" 7'-8"
4'-3"
TYP. 3'
14'
3'-3"
14'
4' 11'-4"
11'-3"
9'-2"
6'-2"
6'-9"
2952'-7.76" -533'-0.48"
1'-8"
3'-1" 14'
3'-5"
3'-1"
10'-1"
13'-2"
13'-2"
DOCUMENT
TYP. 8"
7'
100% CD SET
PAGE #
12'-7"
5'-11"
6'
3006'-11.25" -552'-5.55"
10'-5"
2922'-10.06" -555'-3.90"
PAGE #
5'-6"
5'-7"
5'
2'-3"
TYP. 2'-6"
6'-3"
TYP. 10' 16'-9"
DOCUMENT
100% CD SET
30'-8"
L301
L401
PAGE NAME
PAGE NAME
SITE MATERIAL PLAN
LAYOUT PLAN
SCALE
SCALE
1"=20'
1"=20'
DATE
DATE
03.05.18 0
20
40
60
GRADING NOTES:
NO.
BOTANIC NAME
COMMON NAME
3
Magnolia x soulangiana
CC
9
Carpinus caroliniana
American Hornbeam
Campylium stellatum
Yellow Stary Feather-moss
MS
CC
3
9
Saucer Magnolia
SIZE
MS
2"-2.5" 2"-2.5"
ROOT B&B B&B
3%
PLANTING NOTES: 1. CONTRACTOR SHALL CONTACT UTILITY LOCATING COMPANY ND LOCATE ALL UTILITIES PRIOR TO EXCAVATION 2. GENERAL CONTRACTOR SHALL NOTIFY ALL UTILITY OWNERS HAVING UNDERGROUND UTILITIES ON SITE PRIOR TO EXCAVATION 3. ALL PLANT MATERIAL SHALL BE INSPECTED BY CONTRACTOR AND COMPLY WITH SPECS IN TERMS OF QUALITY, HEALTH,AND SIZE. 4. ALL PLANTS ARE TO BE DELIVERED ON SITE AND PROTECTED WITH MULCH, WATERED DAILY UNTIL THEY ARE INSTALLED. 5. ANY BURLAP,METAL CAGING,AND TAGS SHOULD BE REMOVED FROM ALL PLANT MATERIAL UPON COMPLETION OF PLANTING. 6. ALL AREAS DISTURBED BY CONTRACTED WORK AND NOT OTHERWISE SPECIFIED SHOULD BE PREPARED WITH 6'' OF TOPSOIL AND SEEDED WITH GRASS. CONTACT CORNELL GROUNDS FOR APPROPRIATE SEED MIX.
2.5%
2%
CONSTRUCTION FENCING 802.0
SPOT ELEVATION
ITHACA, NY
KEY
1138'-5.69" -455'-7.36"
CORNELL UNIVERSITY LIBRARY PLAZA REDESIGN
1. REGARDING OF THE SITE SHOULD BE MINIMAL TO AVOID EROSION WHILE MAINTAINING A GRADUAL AND STEADY SLOPE. 2. KEEP WORK SPRINKLED TO PREVENT DUST. PROVIDE, ERECT, AND MAINTAIN BARRICADES TO PROTECT THE GENERAL PUBLIC, WORKERS, AND ADJOINING PROPERTY. 3. CONTRACTOR SHALL VERIFY ALL ROUGH GRADES IN THE FIELD AND BRING ANY DISCREPANCIES TO THE ATTENTION OF THE LANDSCAPE ARCHITECT FOR A DECISION BEFORE PROCEEDING FURTHER WITH WORK. 4. CONTRACTOR IS RESPONSIBLE FOR FINE GRADING AND ACHIEVING POSITIVE DRAINAGE AWAY FROM BUILDINGS AND TOWARDS DRY SWAMP.
PLANT LIST
DOCUMENT
100% CD SET
MOSSES HATCH
PAGE #
PROPOSED TREE
L501
PAGE NAME
EXISTING TREE
GRADING&PLANT ING PLAN
EXISTING SHRUB
SCALE
TREE GRATE
1"=20' DATE
03.05.18 0
20
40
60
03.05.18 0
20
40
60
When
2017.07.09
港湾SOHO
方案介绍
南港新巷
项目设计理念从整个区域出发，希望在邻近区域内最大化地 块核心价值，通过优化建筑形式，提高社区氛围，带动社 区商业价值及影响力。通过建筑希望创造的核心价值包括， 一，继承著名的中央公园设计者景观大师奥姆斯特德的公共 空间理念，通过创造高效且区域独有的大尺度自然公共广 场，以营造所在社区集中点。目标是在人流相对涣散的新区 域内，集中人群。将人群先引入商区，在分流至各自服务板
块，以最大化商业价值。二，以部落分布形式来丰富长期用 户的空间体验。通过分解建筑体量，营造适宜步行的建筑 氛围，同时通过楼层的区分及视觉交错，创造出各自独立板 块，方便管理，也极大限度的丰富空间体验。三，结合国际 建筑趋势，用创新的建筑语言从城市尺度上吸引人群及商 业。在区域上突显建筑形式，创造独有的私密和共享的建筑 氛围。
TI n the r nes h i pCWoer kn t ra l R i b b o n Pa r k
|
C h a b u c h a e r, X i n j i a n g , P R C
The Central Ribbon Park is a public park in Chabuchaer, Xinjiang, PRC, with a total area of 643,000 m2. The park does not solely function as a civil resting area; ecological conservation and cultural inheritance are the goals of the Central Ribbon Park as well. Water in northwestern China is greatly important. The Central Ribbon Park is designed to save and protect water, both underground and on the surface. Numerous species of trees and crops in the park serve as landscape and guardians of the groundwater. The design of each landscape observatories and the L-shape design of the park corresponds to the surrounding environment. Bicycle stations and pedestrian service stations are available every 1 kilometer and 150 meters, respectively. Citizens are encouraged to use these stations to avoid unnecessary long distance of bicycling or strolling. The east-west part of this L-shape park is also designed as a reconstruction of the Great Journey to the West in the Xibe history. Four main nodes stand for the four important towns in the Great Journey to the West. Exhibitions and signage are provided in these nodes for citizens to cherish.
A. Public Entrance B. Stair to Observatory C. Water theme attractions D. Fire theme attractions E. Bridge
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Wednesday, Wednesday, Wednesday, Fratello Wednesday, Wednesday, Mateus Wednesday,
August 29 – Labics September 12 – Wolfgang Lorch September 26 – Virginia San October 10 – Eyal Weizman October 31 – Manuel Aires November 7 – Dorte Mandrup
All Architecture Lectures are at 5:15 PM in the Abby and Howard Milstein Auditorium of Milstein Hall
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