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Haoyue Wu
EDUCATION
University of Virginia, School of Architecture, Charlottesville, USA 丨 Jul. 2018-Present Summer Design institute 丨 Jul. 2018-Aug. 2018 Master of Landscape Architecture 丨 Aug. 2018-Present Certificate of Urban Design 丨 Aug. 2019-Present Tongji University CAUP (College of Architecture and Urban Planning), China 丨 Sep. 2012-Jun. 2016 Bachelor of Engineering in Landscape Architecture
PROFESSIONAL EXPERIENCE
Zhenro Realty & Investment Corp., China 丨 Jul. 2016-Aug. 2017 Design Specialist Developed a community landscape architecture system. Supervised landscape architecture design in one office building project (Hongqiao Zhenro Center in Shanghai) and two living quarter projects (Yuelanwan in Fuzhou and Sixin Zhenro Mansion in Wuhan). Assisted landscape architecture design in five office building projects and 26 living quarter projects. Communicated with branch office to confirm project progress and collected real-time data.
Tongji Urban Landscape Architecture Studio, China 丨 Jul.2015-Aug. 2015 Intern Collected historical materials of two Chinese traditional garden (Rishe Garden and Dongsheshanju Garden). Drew plan of two Chinese traditional gardens from late Ming Dynasty and finished renovation design of two gardens.
Shanghai Apong Realty & Investment Corp., China 丨 Jan. 2015-Jun. 2015 Intern Assisted daily routine of design development. Arranged and recorded weekly meetings. Collected and organized materials of all the projects. Translated official documents.
HONORS AND AWARDS
Third Prize in Seventh Tongji University Construction Festival 丨 Jun. 2013 Used cardboard to design and construct pavilion for 10 people.
VOLUNTEER EXPERIENCE
Garden Awake Culture Tourism 丨 Sep. 2014-Jun. 2015 Organized four Chinese Traditional Garden Lectures. Guided a 10-person culture visit on three trips to Suzhou. Tongji University Undergraduate Innovation Programs 丨 May. 2013-Jun. 2014 Researched space use and flow design of Subway Station. Developed a flow system of Siping Subway Station.
SKILLS
Software Skills: AutoCAD, Rhino, Google Sketch Up, Civil 3D, ArcGIS, Photoshop, Illustrator, Indesign, After Effects, Adobe XD, Unity Hub, Autodesk Recap, Balsamiq, Sublime
1904 Jefferson Park Avenue Apt 28 Charlottesville, VA 22903 [email protected] 丨+1 4342277081
STORM EVENT - POWER LOST
STRONG WIND - ADEQUATE POWER
BREEZE- INADEQUATE POWER
CROPLAND RESIDENTIAL
SLIGHT AFFECT BY WIND MEDIUM AFFECT BY WIND DIRECT AFFECT BY WIND
VILLAGES URBAN
Transculent film
Transculent film
Existing hanging speaker
Image and diagram
Hanging pattern
Original topo
Light box
WIND ISLANDLocation: AntarcticaDate: 2018 Fall, Exhibition Work
SITING CRITERIA
SURFACE RUNOFF IN THE SITE
White Pine - Pinus strobus well-drained or sandy soils
Pin oak - Quercus palustris level or nearly level, poorly drained, alluvial floodplain and river bottom
American beech - Fagus grandifolia shade-tolerant, moist well drained slope and rich bottomlands
SECTION A-A SECTION B-B
A
A
B
B
Spring Summer Fall Winter Spring Summer Fall Winter Spring Summer Fall Winter
growth
moist
dry
dry conditions
new
old
ANNUAL GROWTH AND RAINFALL INTERCEPTION
0 ft
Height/Age 10 years 30 years 50 years 100 years 200 years
60 ft
300ft
660ft
120 ft
360 ft
720 ft
180 ft
540 ft
420 ft
780 ft
240 ft
600 ft
480 ft
CANOPY INTERCEPTION CONCEPT
DEFINITION OF INTERCEPTION
INTERCEPTION OF DIFFERENT SPECIES
CHARLOTTESVILLE CLIMATE GRAPH
Month 1 2 3 4 5 6 7 8 9 10 11 12
Precipitation
Interception
Snow melt
Subsurface flow
Plant uptake
Transpiration
Surface flow
C C
1 inch
2 inch
3 inch
4 inch
5 inch
Precipitation Snowfall
6 inch
7 inch
CC C
CI I IS S
S
Stem flow
Groundwater
Throughfall
Infil
trat
ion
Evap
orat
ion
White Pine - Pinus strobus Pin oak - Quercus palustris American beech - Fagus grandifolia
Relative amount of water reaching the ground
I = incident precipitation
C = canopy edge drip
S = stem flow
FORM
BRANCH INDEX
LEAF INDEX
RAIN BOWL 1) MAIN LENS OF INVESTIGATION : CONTRAST
2) PRIMARY LANDSCAPE MEDIA : GROUND MATERIAL
HAOYUE WU
Different rainfall interception between deciduous and coniferous trees further strengthen the contrast of moisture in the site.
New landform was created in exercise 4. The eyebrow shape helps to gather water and the bowl shape helps to keep humid. Thus, the contrast of ground is not only the ground material but also the conditions of all these materials.
The project focuses on the contract between different ground materials and humidity. By exploring the existing site condition on the O hill, I was inspired by the tactility and sensibility of the ground and tried to utilize the contrast to define a new path.
The first exercise I work on the different types of contrast that happened on the ground. Whether sharp or unclear contract affects the way and the speed people explore
the site and thus create a new definition of a path.
I start cutting pasting and folding patterns in the second exercise to build a topo system of both micro and macro topography as a concept of my site design. Hydrology and time are also added to the system to show a 4-D contrast system. In exercise 3, rainfall interception was introduced as an eco-media.
CONCEPT DIAGRAM
RAINFALL INTERCEPTION
Pinus strobus
Pinus strobus
Fagus grandifolia
Fagus grandifolia
Quercus palustris
Quercus palustris
CATALOGE--SKETCHING PROCESS
CONCEPT--FOLDING BANDS TOPO STRUCTURE PLANT STRATEGY
MACRO TOPO+MICRO TOPO
MACRO TOPO+MICRO TOPO
FOLDING BANDS
DECIDUOUS TREES
EVERGREENTREES
ROCKS ROOTS
FALLEN BRANCHES
FALLEN LEAVES
NEW PLANTS
GRASS
WATER
ROOTS
FALLEN BRANCHES
FALLEN LEAVES
GENTLE SLOPE
MICRO TOPO 1
MICRO TOPO 2
GRASS
WATER
SECTION A-A
CONTRAST OF SLOPE CONTRAST OF SLOPE
CONTRAST OF SPEED CONTRAST OF SPEED
CONTRAST OF TEMPERATURE CONTRAST OF LIGHT
SECTION B-B
A
A
B
B
MACRO TOPO MICRO TOPO GROUND MATERIAL PLANTS
crossingvalley
VIEW OF SALAMANDER
SITING CRITERIA
SURFACE RUNOFF IN THE SITE
White Pine - Pinus strobus well-drained or sandy soils
Pin oak - Quercus palustris level or nearly level, poorly drained, alluvial floodplain and river bottom
American beech - Fagus grandifolia shade-tolerant, moist well drained slope and rich bottomlands
SECTION A-A SECTION B-B
A
A
B
B
Spring Summer Fall Winter Spring Summer Fall Winter Spring Summer Fall Winter
growth
moist
dry
dry conditions
new
old
ANNUAL GROWTH AND RAINFALL INTERCEPTION
0 ft
Height/Age 10 years 30 years 50 years 100 years 200 years
60 ft
300ft
660ft
120 ft
360 ft
720 ft
180 ft
540 ft
420 ft
780 ft
240 ft
600 ft
480 ft
CANOPY INTERCEPTION CONCEPT
DEFINITION OF INTERCEPTION
INTERCEPTION OF DIFFERENT SPECIES
CHARLOTTESVILLE CLIMATE GRAPH
Month 1 2 3 4 5 6 7 8 9 10 11 12
Precipitation
Interception
Snow melt
Subsurface flow
Plant uptake
Transpiration
Surface flow
C C
1 inch
2 inch
3 inch
4 inch
5 inch
Precipitation Snowfall
6 inch
7 inch
CC C
CI I IS S
S
Stem flow
Groundwater
Throughfall
Infil
trat
ion
Evap
orat
ion
White Pine - Pinus strobus Pin oak - Quercus palustris American beech - Fagus grandifolia
Relative amount of water reaching the ground
I = incident precipitation
C = canopy edge drip
S = stem flow
FORM
BRANCH INDEX
LEAF INDEX
RAIN BOWL 1) MAIN LENS OF INVESTIGATION : CONTRAST
2) PRIMARY LANDSCAPE MEDIA : GROUND MATERIAL
HAOYUE WU
Different rainfall interception between deciduous and coniferous trees further strengthen the contrast of moisture in the site.
New landform was created in exercise 4. The eyebrow shape helps to gather water and the bowl shape helps to keep humid. Thus, the contrast of ground is not only the ground material but also the conditions of all these materials.
The project focuses on the contract between different ground materials and humidity. By exploring the existing site condition on the O hill, I was inspired by the tactility and sensibility of the ground and tried to utilize the contrast to define a new path.
The first exercise I work on the different types of contrast that happened on the ground. Whether sharp or unclear contract affects the way and the speed people explore
the site and thus create a new definition of a path.
I start cutting pasting and folding patterns in the second exercise to build a topo system of both micro and macro topography as a concept of my site design. Hydrology and time are also added to the system to show a 4-D contrast system. In exercise 3, rainfall interception was introduced as an eco-media.
CONCEPT DIAGRAM
RAINFALL INTERCEPTION
Pinus strobus
Pinus strobus
Fagus grandifolia
Fagus grandifolia
Quercus palustris
Quercus palustris
CATALOGE--SKETCHING PROCESS
CONCEPT--FOLDING BANDS TOPO STRUCTURE PLANT STRATEGY
MACRO TOPO+MICRO TOPO
MACRO TOPO+MICRO TOPO
FOLDING BANDS
DECIDUOUS TREES
EVERGREENTREES
ROCKS ROOTS
FALLEN BRANCHES
FALLEN LEAVES
NEW PLANTS
GRASS
WATER
ROOTS
FALLEN BRANCHES
FALLEN LEAVES
GENTLE SLOPE
MICRO TOPO 1
MICRO TOPO 2
GRASS
WATER
SECTION A-A
CONTRAST OF SLOPE CONTRAST OF SLOPE
CONTRAST OF SPEED CONTRAST OF SPEED
CONTRAST OF TEMPERATURE CONTRAST OF LIGHT
SECTION B-B
A
A
B
B
MACRO TOPO MICRO TOPO GROUND MATERIAL PLANTS
crossingvalley
VIEW OF SALAMANDER
RAIN BOWLLocation: Observatory Hill, Charlottesville, VADate: 2018 Fall, Studio Work
CROSSING TO THE GREENLocation: Shanghai, ChinaDate: 2016 Spring, Studio Work
SEATTLE
SITE 1
SITE 1
SITE 2
SITE 3
Haoyue Wu
SEATTLE-ACADEMIC ISLANDLocation: Seattle, WADate: 2019 Spring
VICENZA MARKET SKETCHLocation: Vicenza, ItalyDate: 2019, Summer
