HKU LANDSCAPE ARCHITECTURE PORTFOLIO

WANG SIQI

Apply for Master of Landscape Architecture of University of Hong Kong Application No.1101116595 Southeast University 2013—2018 Selected Works

TABLE OF CONTENTS

COURSEWORK 01 BACK TO 2000 2017 Summer Studio_Individual Work

Remind the menory Reproduce the history Rebuild the organic balance with nature Reform the interaction with space

02 BACK TO NATURE SEU 2017 Spring Design Studio_Team Work

03 BACK TO THE RIVER 2017 Summer Studio_Individual Work

RESEARCH PROJECT 01 DIGITAL DESIGN OF SIMULATING WATERSCAPE Student Research Training Program_Team Work_2016

OTHER WORKS

CV

COURSEWORK

01 BACK TO 2000 [Individual Work] Topic: Brownfield Transformation Credit: Year 5 Project Location: Suzhou,China Date: 09/2017 Scale: 95.6ha Instructor: Hongfei Ji

1980s mining stones are the main raw material for cement production in Suzhou. Due to the exploitation of mineral resources, a variety of mountains around Taihu are excavated from sharp to flat, from flat to concave.

This mine belongs to one of them. In 2004, the mining work stopped. Cement and steel factories around the area were abolished together, industrial waste materials scattered throughout the site while the paths left behind by mining were still clearly visible. Mining industry processes make the mine showing a complex topography of cliffs, scarps, grooves and platforms.

This project aims to retain the flow of quarrying industry, make use of the existing materials in the site to rebuild the terrain, and rehabilitate the site into a natural park with industrial memorial value.

I study the mining process and abstract the extraction of historical languages into spatial languages, reprocessing and utilizing discarded materials from the site, reviving the "Industrial Streamlines" with landscape languages to achieve industrial ruins protection, excursion experience, science education and ecological restoration effect.

HISTORY LEGANCY OF INDUSTRIAL PRODUCTION: ABANDONED QUARRIES & INDUSTRIAL WASTE

POTENTIAL OF ABANDONED QUARRIES

In the year 1980, China’s industrial development was at its greatest proportion.

A variety of mountains around Taihu were excavated for mining tones.

RAPID GROWTH OF ABANDONED QUARRIES

RECYCLING OF INDUSTRIAL SOLID WASTES

The growth of abandoned mines and the reused mines shows a contradictory trend.

The recycle rate of industrial waste is far below its productivity.

METERIALS AROUND THE SITE

Iron

Abandoned quarries Existing quarries Relative industies

TIME LINE At present, the pit is filled with water and the industrial marks have been completely covered up.

Time back to 2000, soon after the pit stopped mining , the surrounding ecological environment was seriously damaged, but gradually began to recover. The traces of the quarry were also clearly visible, a large number of industrial materials were thrown around the site and workers moved away from Yuan Shan village. The era of big industrial development came to an end.

Pipe

Steel

Stone piles

Stone

Concert

Cement

CONCEPT

CONCEPT

PROGRAM STUDY

I hope to rejuvenate the site with minimal intervention.

Retain the flow of quarrying industry, make use of the existing materials in the site to rebuild terrain and rehabilitate the site into a natural park with industrial memorial value.

1. Dig OPTIONAL PROCESS

Educate Science Lecture of mine Simulation of mine Mining photography exhibition

2. Strip off Abandoned Mines

3.Reappear

4.Pick

Quarry

Factory

Barren Land

View 6.Refine

Reuse of onsite resources

Route

Mine Marks

Factory Waste

Factory Site

Lawn Recovery

Regenerate

Recycle

Transform

Reuse

Reproduce

Road

Interpretation History

Activity places

Meterial

New Function

Experience the mine history of the site

Give the old marks a new label

Popular Science Education

Site spirit

CULTURE Interpretation Sustainability of industrial landscape

Reproduce the moment of explode Reproduce the moment of histoty Site Meterials

5.Crush

Revival of ainccessible areas

HISTORY

Experience

Mine site park Experience the quarrying flow through space construction and put the abandoned site into new functions

Forest

Overlooking the whole mine Views of Taihu Lake Views of the beside mine

FROM QUARRYING FLOW TO SPACE

Procedures

A

B

C

Dig the Mountain

D

Strip Off the Surface Strip off the surface of the mountain and revel the rock

E

Explode

Pick the Stones

Make the rock brust into pieces of stones

Subdivide the stones and drop the inpurity

F

Crush the stones

Refine

Use machine to subdivide the stones again

Classify the processed stones according to their size

Space Language

Form Language

Abstract

Open the way to provide spaces for mining work

Meterial Language

SPECIALIZATION

PROCEDURE

A1

A2

B1

B2

Retaining walls / Space appears

strip off the surface reveal the rock

A1

B1

Experience from rusty steel retaining wall, stone tiles retaining wall to bare rocks

A2

Museum stands on the cliff, surrounded by original rocks, folded steel roof creates sharp atmosphere

Experience from rusty steel retaining wall, stone tiles retaining wall to bare rocks

B2

Walking through the tunnel, feel the texture of rock when light radiates indoor

C1

C2

Moment of explode/Moment of the history

C1

Stones scattered on the roof, reflected in the water, people go through from the middle of the space

C2

Use waste water pipe to simulate mountain shape, through recalling the mountain to reflect the history

D1

D2

Stone cage wall/ Single stone array

D1

E1

shadows of stone/ Thick steel path

E1

Different stone cage wall placed different sizes of stones

D2

Single stone on the water’s edge for people to lay or sit or play with

E2

F1

F2

Delicate stones on the ground/ Concrete flower bed

F1

The gabion wall casts shadows of stone

E2

People walk through the delicate stones on the ground

F2

Thick steel inserted in the soil and cut grass

Concrete flower bed lead people to the end of the exceperience

MASTER PLAN SECTION

2

Entrance

5

1

F2

Section A-A

Section B-B

Museum

Pipe Mountain

F1 Section C-C Platform

E2 C1 E1

Section D-D

3

D2 1

B2 Explode Experience

B1 A2

D1

Section E-E

C2

1

Trail-Crush

A1 Section F-F

Slpoe with Stones

4 Rest Platform

25

50

100

200

1 2 3 4 5

Entrance Wharf Wilderness landscape Landscape reconstruction of cement plant ruins Mine ecological sightseeing

Section G-G

SPACE SEQUENCE Museum exit are down stairs conformed to the terrain, covered with rust steel plate, the distance between them gradually larger, people experience the process of Strip off B1 (Strip off the surface and revel the rock

Entrance

A1 A1

A2

A1

Entrance shows a lush landscape. Here we can not see the quarry, the venue sign made by site materials guides people into the park Walking through a winding path than we can see a picture of the quarry in a short time Keep walking, On both sides of the road are high steel retaining walls and cliff, prosperous trees grow behind the walls Space here is deep and narrow

A2

B1

Gradually walking into the interior of the cliff, feel the cliffs at close distance Than get to the interior—Pit Museum. It was embed into the cliff, also the highest point, we can overlooking the entire pit

Entrance

C1 G2 Retaining wall appears, and the different size of the stones pressed on the retaining wall

F2 F1 E2 E1

Ground scattered with differentsized stones. Roof is made of glass with stones around the keel.

Sunlight projecting through them to the interior. Mirror walls reflect the stones and light

Space becomes wider, the upward platforms are available for rest and enjoy the view. The two mines and the distant Taihu can be seen here at the same time.

There is a terrace in front of the structure for a rest and scenery. Seats there are made of stone cage wall and rust steel plate,marked with the size of the stones

D1

Reproduce the monment of of explode

G1

Cross over the water, a structure made of pipes can be seen in the distance. It was intended to reproduce the monment of the site history, the scene of the forest before mining

Sight becomes more delicate, we see the cement boards, gravels and the plant, and people stay here and play in them

C2

E2

During the itinerary, people will feel the space changes from obliterate to rough to delicate according to the procedure.

It will give them a deep industry experience.

C1

D1 C2

Rusty steel plates are embeded into the rock, here shows a barren scene with scattered trees and weeds left around

Walking through the pipes, experience the history of Yuan mountain

This design specialize the quarrying flow with the reuse of site materials and remodel of mining ruins.

They bring the feeling of crush

E1

High and low squirrel cage walls guide people walk forward, sun shines through the stone gaps

I regarded it as a model about the interpretation of the sustainability of industrial landscape. How to treat and develop the spirit of place, it is also an educational landscape.

TWO ARCHITECTURES

PIT MUSEUM The architecture is embed into the cliff. Tourists go through a long cave path to get here.

The pit museum hold regular exhibitions about mine to remind people what happened here thirty years ago.

EXPERIENCE HALL It is located near the cliff to make people have the feeling of oppression.

Here Stones distribute on the glass roof and sunlight will pass through the gaps. The exhibition hall is made up by four indoor spaces that simulate the moment of explode.

02 BACK TO NATURE [Team Work]

Hight 31.3

Hight 68.3

Hight 113.2

Hight 34.2

Slope 15-20

Slope 20-24

Slope 20-24

Slope Slope 7-11 20-24

Aspect East

Aspect North-east

Aspect Aspect Aspect North-west West North-west

Hight 42.1

Hight 43.7

Hight 127.2

Hight 57.7

Slope 11-15

Slope 20-24

Slope 24-30

Aspect North-west

Aspect Aspect North-west South

Hight 39.7

Hight 42

Slope 0-3.2

Slope 0-3.2

Aspect South

Aspect North

Topic: Landscape planning Credit: Year 5 Project Location: Nanjing,China Date: 09/2017 Scale: 500ha Instructor: Cheng Yuning

Niushou Mountain Located in Nanjing, Jiangsu province. It is in a transition zone of forest and city, with numerous surrounding parks, cultural and natural resources.

Early 21st century, due to unreasonable development and construction, a large number of vegetation was destroyed, natural resources were abandoned. The project mainly uses GIS analysis tools to deal with complex terrain relations and restore natural ecology so as to achieve the balance between ecology, construction and people. We selected seven basic factors such as slope, vegetation and hydrology to analyze the ecological sensibility and the suitability of construction.

Niushou Mountain is divided into 4 zones. Flower Park, Road of Dhyana, Secluded Residences and Meditation Community. These 4 zones provide tourists with open green spaces and various activities. At the same time minimize the damage of construction and balance the proportion of human suitability and ecology.

Mapping the site research

RESOURCES AROUND THE SITE

CONCEPT: ECO-CULTURAL TOURIST ARER Before the Anti-Japenese War, Niushou Mountain used to be a forest of good ecological environment and historical sites.

We hope to rebuild the organic balance with nature and appear the scenic of Niushou Mountain.

ORIENTATION

Heritage Park Heritage Park

Wetland park Forest park River park

Sculpture Park Natural Route

+

Cultural Route

ECO-RESOURCES

Eco-cultural Tourist Area

+

Construction 18%

Waste Land 14% Recreation

8%

Protection

60%

+

CULTURAL RESOURCES

TEMPLE HERITAGE CEMETERY PARK ARCHITECTURE

SITE BUDDHIST CEMETERY MILITARY SITE LOCATION

TECHNICAL ROUTE PROPOSED AREAS

Cultural Resources

Landscape Program

Natural Resources

Ecological Sensitivity

Host Planning

GIS ANALYSIS

Vegetation Soil Hydrology Sight View

SUITABILITY

Construction Suitability Land Use Classification

Project Node PLANNING

City Park

Master Plan

Zoning Plan

Heritage Landscape

Eco-Protection Stragety

Natural Landscape Cultural Corridor

SITE ANALYSIS WITH GIS__ FROM FACTOR TO PLANING FACTOR

EVALUATION TARGET

ANALYSIS

SUITABILITY

PlANNING

•Site research •Confirm Seven basic factors •Calculate and grading •Combine the basic factors and get the secondary factors

•Comfirm the factor proportion by Experts Grading Method •Composite secondary factors and get the final evaluation factor •Remove the most sensitive area

•Combine ecological sensitivity with slope aspect, slope gradient and hydrology to evaluate wild areas

•Divide wild areas into Forest, Lawn, Wetland •Divide recreation areas into Farmland and Construction.

•Preserve cemetery.

•Divide the land typ into Wild Areas, PassiveAreas and Active Areas.

•Caculate specific value

_6X

Extremely Sensitive Sensitive Weak

•Combine construction suitability with slope aspect, slope gradient and hydrology to evaluate recreation areas

Extremely Sensitive Sensitive Weak

North East,West South

FOREST

VEGETATION

_2.7X _4X

Extremely Sensitive Sensitive Weak

LAWN

SLOPE ASPECT >15% 5%-15% 5%

TEROGRAPFY

_2.7X _4X

Good General Poor

ECOLOGICAL SENSITIVITY Topography 26.83% Hydrology 8.59% Vegetation 60.45%

•Remove extremely sensitive areas •Remove the high pressure corridor

TRANSPORTATION

_.8X

SLOPE GRADIENT

Present Construction 4.14%

Poor General Good

WETLAND

<10m 10-50m >50m

NATURE/PROPOSAL

Suitable for Construction Able to Construction Unsuitable for Construction

Construction

8%

FARMLAND

HYDROLOGY

ENVIRONMENT

_.4X

CONSTRUCTION

Developing Land 5% Recreation

16%

Protection

71%

CEMETERY

Protected Areas Undeveloped Areas Build-up Areas Water Senic Line Senic Spot

ROUTE SELECTION •Integrated cost generation Select Slope, Ecological Sensitivity and Construction Suitability as cost factor.

PRESENT CONSTRUCTION

_2.8X

CONSTRUCTION SUITABILITY

•Select senic spot •Generate optimal route

Topography 40.61%

PROGRAM

Hydrology 16.92% Transportation 7.80%

First Class Road Second Class Road

Land Use Type 25.14%

8%

CONSTRUCTION TEMPORARY SHELTER PRIVATE FARMLAND CEMETAERY

350,785 105,680 30,000 215,105

5%

WASTE LAND

189,560

Environment 9.52%

SLOPE

_.9X

16% RECREATION SQUARE ROAD ARCHITECTURE SWAMP BROOK

<10m 10-50m >50m

_1.7X

71% PROTECTION

HYDROLOGY

COST GRID

ROUTINE

ACRES

RESERVIOR ANGIOSPERM GYMNOSPERM

697,263 395,433 70,000 24,000 195,415 12,415 3518,940 46,057 2,188,930 1,283,953

OPERATIONAL PHASING

MASTER PLAN 2050 PROPOSED

The whole planning process of the site divides into four stages. All the operations are based on Gis analysis that can ensure the least interference to the site.

Existing Condition

Initial Operations

Phase 2 Operations

2020

2050 A

_Architecture

FLOWERInsfrastructure TOWN

Landscape: Activities:

B

The area provides visitors with a blooming plant landscape and related activities.

Landscape:

ROAD OF DHYANA

The area provides people with a path to the Buddhist temple.

Landscape: Activities:

C Demolish isolated villages

Build main nodes

Increase distributing center

Increase activity sites

SECLUDED RESIDENCES

The area provides people with residential convalescence and small scale natural landscape .

Landscape: Activities:

_Road

D

MEDITATION COMMUNITY

The area provides people with a place of meditation and vegetation protection.

Landscape: Activities:

A Retain part of the existing roads

Building main roads

Build new perticipatory boardwalks

Completed road systeem

_Vegetation

C

Deforest poor plants Plant protective forest

Restore native plants Seed new local plants

wasteland changes into wetland and grassland

B

Miantance

_Hydrology D

Cancel scattered waters

Wetland restoration Two main hydrographic net

North wasteland changs into wetland

Plant artificial aquatic plants Balance the hydrographic net

_Composite

0.5

1

2 km

CREATURES OF NIUSHOU MOUNTAIN CATALOGUE OF LOCAL VEGETATION ECOLOGICAL RESTORATION/ ARBORS

Tilia miqueliana Buddhist trees

Ginkgo biloba

Acacia farnesiana

Taxodium distichum (L.) Rich

ECOLOGICAL RESTORATION/ SHRUBS

Cyclobalanopsis Salix matsudana glauca

Liquidambar formosana Hance

Celtis sinensis Pers

Michelia figo

Osmanthus fragrans

Camellia japonica L

Chimonanthus Elaeocarpus praecox decipiens Hemsl

ECOLOGICAL RESTORATION/ BAMBOOS

ECOLOGICAL RESTORATION/ HERBS

Gardenia jasminoides

Lagerstroemia Pinus parviflora Photinia Swida alba Opiz indica L serrulata Lindl

Bellis perennis L

Liriope muscari cv.Variegata

Salvia Rhododendron farinaceaBenth simsii Planch

Medicago sativa L

Ophiopogon japonicus

Paeonia Phyllostachys lactiflora Pall heteroclada Oliver

Pleioblastus amarus

Phyllostachys aureosulcata ’Spectabilis’

Nandina domestica

Phyllostachys nigra

Bambusa multiplex

Phyllostachys bambussoides

Chimono bambusa quadrangularis

Bambusa multiplex

Phyllostachys Viridis

Phyllostachys heteroclada Oliver

CATALOGUE OF LOCAL ANIMAL FOREST

LAWN

RIVER

WETLAND

SKY

BIRD VIEW& WATER VIEW

3.5m Rising Season Water Depth

rising season water depth 3.5m

2m

normal season water depth 2m

Normal Season Water Depth

0.5m Dry Season Water Depth

dry season water depth 0.5m

03 TO THE RIVER [Individual Work] Topic: Waterfront landscape Credit: Year 5 Project Location: Shanghai, China Date: 11/2017 Scale: 7ha Instructor: Hongpei Ji

Sewage discharged directly

This design aims to explore the solution of the contradictions between the green spaces around the Huangpu River and their surrounding environment, and how to deal with the relationship between water and people.

The site located under the Yangpu Bridge and the region was originally for industrial land, surrounded by a large number of factories, workers lived in nearby shantytowns. Recent years, factories have been demolished gradually, but shantytowns still exist. These residential areas have low rates of green space, limited space for activities and poor living conditions. Most residents there are the elderly and children, they have an urgent need for open space.

In addition, sewage can not be separated in shantytowns due to policy. A large number of daily sewage directly discharged into the Huangpu River, Huangpu River faces serious sewage problems.

In order to meet the residents' requirement and alleviate the pollution of sewage to the Huangpu River at the same time, a two-stage systeem contains wetland system and activity function are introduced to ease the current situation in the site and activate the activities of Puxi.

Cramped living space

From Concept to Design Form

MAPPING THE WATERFRONT a sh ng Ta ad Ro

u gw Nin

Wetland

University

u izho

ad Ro

Me

oad ng R

ad Ro

Road

Pinglia

ng gya uan Sh

e ridg

hang

Dunhua Road

c Long

B gpu Yan

Activity

d Roa

X uc han oad gR

City Park

Axis Extension

Thematic Community

R

Commercial Centre

VE

PU

RI

G

AN

Longitudinal Connection

U

H

Commercial Centre

?

d

oa

Pi

Yangshupu

gR

an

li ng

SITE

YA N

Road

GP

U

Lateral Connection BR

ID

GE

In order to meet residents' requirement of activity space and improve the situation of sewage discharge at the same time, I operate the site into two layers.

Museum

Commercial Centre

Shanty House

Final Form

Neighbourhood Public Space Recreation Program Along HUANGPU River

Riverside Square

One is a structure link the surrounding roads and residential quarters, another is a wetland for sewage purification.

Wetland System

Activity Space

SITE ISSUES

u gp

r

ve

Ri

an

Hu

u gp

r

ve

Ri

an

Hu

r

ve

Ri

an

Hu

u gp

r

ve

Ri

an

Hu

Existing Connection

Factory

Isolated Zone

Pollution Source Sewer Network

Sewage

u gp

Lack of large scale public place

Recreation Activity

Needed accessibility

Neighbourhood Public Space

Disconnection

Business Zone

Isolation

Master Plan

5

10

20

30

A

B

C

D Half-underwater Architecture

Feel the water

YangPu Bridge

Footbridge Link the Residential Quarters

Riverside Cinema

Viewing Platform

Close to the Bridge

Basketball Court

Exercise with friends Wharf

Viewing Platform

Take a boat

Viewing Platform

Rest and view

Grassy Slope

E

SEWAGE PURIFICATION PROCESS

Sewage

1.Sediment Basin

2.Surface-flow Wetland

3.Sub-flow Wetland

4.Wild Wetland

Pipe

Phase 1

Phase 2

Phase 3

Sewage from the shantytown discharged directly to the Huangpu River.

The main part of sewage purification are the surface-flow wetland and sub-flow wetland.

Specific terrain operation make the wetland meet the purification and activity function at the same time.

Purify the water again.

A forebasin succeed by a weir will be installed first to help mitigate flooding and sediment deposition.

Surface-flow Wetland holds the typical runoff. Balance the relation of flood from Huangpu River and site activity.

Sub-flow wetland is good at swage treatment, can relieve the position of swage to the Huangpu River.

Creat an isolation between the site and the Huangpu River.

Section of the whole process

BIRD VIEW OF THE WETLAND

HU

ANG

PU

RIV

ER

-END

RESEARCH PROJECT Student Research Training Program

01 Digital Design of Simulating Waterscape Study on Calculation Method of Waterscape [Team Work] Topic: Landscape Research Credit: Year 5 Project Location: Nanjing,China Date: 11/2016-Present Scale: 500ha Instructor: Yuan Yangyang

Waterscape is one of important contents of landscape planning and design.The design of waterscape which according to the regular of nature not only helps to incorporate artificial water landscape into the natural system, but also maintains the integrity and systematicness of regional water system. The introduction of the parameterization method makes the design process of quasi-natural water features more controllable and accurate.

This project aims to explore the design method of natural waterscape by means of parametric technical methods. According to the dynamic association of water resources and waterscape construction, we draw support from the platform of ArcGIS and Grasshopper to carry on the research.

We creat a digital model by constructing the logical relationship between input and output which can reflect the dynamic association of vertical, water morphology, water volume and engineering volume.

Based on this digital model, we can adjust parameter saccording to the situation of the site environment and output the design using parametric model.

TECHNICAL ROUTE Study on water form Waterscape Case Study Construction of waterscape database Construction of morphological evaluation model

Study on site selection of dams Pour points

Dam location

Environment analyisis

Waterscape evaluation system Catchment simulation

Formation of waterscape

Study on water volume Catchment generation Pre-judgment of dam height

Study on underlying surface

NO

Precipitation analysis

MONOGRAPHICAL STUDY 1. Study on Site Selection of Waterscape

2. Study on Water Volume

3. Study on Water Form

GIS-Based Natural Precipitation Simulation

Morphological Evaluation Index

Natural precipitation

WATERSCAE SHORELINE FORM

Penetration

Runoff

0.23

Underlying surface

Shoreline Form 0.42

Types of Underlying Surface Runoff/ Reduction coefficient

0%

5%

Paddy field 60%

55%

Water Calculation Formula

Degree of Continuity

n

1

W=∑ i=1 ki·mi ·Ai·P·103 W: Available water volume k: Catchment surface runoff coefficients for the i-type land m: eduction factor for the i-type land A: Catchment area of the i-type land P: depth of average precipitation (1225.1mm)

Farmland 0%

5%

70%

45%

1

0.32

Spatial Form

0.32

0.41

Degree of Sinuosity 0.41

Degree of Openness 0.31

0.32

Degree of Fractal 1

0.81

Degree of Polymerization 0.31

0.31

Shoreline Development Index

Shape Rate

Compactness

Area

Fractal Dimensionl

The Longest Axis

Near Circle Rate

e1

e2

e3

e4

e5

e6

e7

Wetland

Construction

Morphological Data Statistics 35%

45%

36%

65%

Morphological Data Analysis

Grassland

REASON OF CHOICE Two points are located at a high level of runoff which ensures the demand for water supply.

65%

The Longest Axis

Fractal Dimensionl

Shoreline Development Index

Shape Rate

Near Circle Rate

Compactness

65%

Barren Land

The point of A and B have strong sense of enclosure and are easy to build dams.

The surrounding contour of A is dense, and it is easy to form a waterscape with impact force.

The terrain of B is relatively gentle, and it is easy to form larger water surface.

e1 e2 e3 e4 e5 e6 e7

52 53 54 55 56 57 58 59 60 61 62 63 64 65

39 40 41 42 43 44 45 46 47 48 49 50 51

26 27 28 29 30 31 32 33 34 35 36 37 38

13 14 15 16 17 18 19 20 21 22 23 24 25

1 2 3 4 5 6 7 8 9 10 11 12

Forest

PARAMETRIC MODEL CONSTRUCTION Logical Model of Waterscape Import Topographic Data

Import Dam Location

Extract Elevation Information

Adjust Dam Orientation

Digital Model of Waterscape

Catchment Simulation

Water Calculation Module

Simulation of Different Pour point

Different dam height—Water form

Surface Generation

Preliminary Water Form Dam Height

Adjust Terrain/ Dam Height

Earthwork Calculation Module Water Form Generation

①

②

Water Calculation Module

Dam shape—Water form

Monomer Water Surface Generation Hydrographic Net Generation

Earthwork Calculation Module

Dam Shape Generation

Parameter modification

Water Assessment and Feedback

Dam height

Horizontal slope

Vertial slope

Water

Earthwork volume

①

3.200

3.071

0.720

8.204

5.576

②

2.900

3.071

0.720

4.062

1.648

Preliminary Water Form and Surface Generation

Final Waterscape

Calculation Earthwork Terrain changes—Water form

Dam Form Feedback Dam Height/ Water 28m/ 261.310m³

Morphological Evaluation Module

Extract the Contour

26.8m/ 314.10m³

Morphological Evaluation Module ②

①

23.6m/ 325.44m³

③

Evaluation the Contour Contour Feedback

22m/ 469.50m³ Water Contour—Contour Evaluation

21m/ 480.04m³

19m/ 1202.24m³ Area

Perimeter

Longest axis

FD

D1

Fr

Cr

C

dA

①

335440 2760

800

1.027 1.097 0.523 0.553 0.667 167447

② ③

1.04e+6 4674

1403

1.024 1.060

5.48e+6 12870

3338

1.040 1.157 0.437 0.415 0.557 4.351e+6

16.8m/ 2261.99m³

0.514 0.583 0.655 532850

16.45m/ 3915.71m³ 23.6m/ 325.44m³

OTHER WORKS

Because of the small-scaled site, the handle of hills and water is gathering them as far as possible and process the space by compart ,impede and borrow the scenery.

Meanwhile,we creat several far-reaching axis of vision to make that the garden big in small.

LANDSCAPE PATTERN

This design is a reconstruction of Cao Xueqin's spiritual home according to the interpretation of Dream of Red Mansions and the site status.

East side: The XU's Garden [Belong to the same style Strategy: Enhance contrast

Nanjing Presidential Garden was belong to Jiangning Imperial Silk Manufacturing House in Qing Dynasty, the place Cao Xueqin spent his childhood life. Descriptions about Grand View Garden in his book Dream of Red Mansions were Cao's menories of childhood home.

North side：Republic of China building [unsuitable connection relationship] Strategy：Step back

West side: Beside the Alley [Quiet]

Location：Nanjing，Nanjing Presidential Palace Site area: 300 ㎡ Time: 11/2016

SPACE IMAGE

CLASSICAL GARDEN DESIGN

SITE STATEMENT

01

1. 假山石洞

4. 百竿翠竹 數楹修舍

2. 清溪瀉雪 飞檐隐约

5. 得泉壹派 5. 繞階緣屋

3 此亭壓水而成 瀉泻于两峰之间

6. 穿花度柳 6. 水声潺潺

South side：Parking lot [noisy] Strategy：Pile of rockeries

BIRD VIEW

MASTER PLAN

TOUR SEQUENCE

02

03

BUILT PROJECT

Construction The whole process of construction lasts two months, here I record the process by photos.

04

HANDWORKS

ARCHITECTURE DESIGNS

Reconstruction of Residential Square

Temporary shelter

Chair Design

Wen Chuang Studio

Expo Center Building

Location: Yuanshenxiang, Gulou District, Nanjing Site area: 1200 ㎡ Time: 6/2017

Time: 3/2014

Time: 11/2017

Location: Niushou Mountain, Nanjing Site area: 1200 ㎡ Time: 6/2017

Location: Xuan Wu Lake, Nanjing Site area: 1500 ㎡ Time: 11/2016

Waterfront Restaurant

Hotel Design

Location: Nanjing, GuLin Park Site area: 350 ㎡ Time: 11/2015

Location: Nanjing, Qingliang Mountain Site area: 1800 ㎡ Time: 6/2015

1101116595

Landscape Architecture

THANK YOU WANG SIQI E: wangsiqi9498@gmail.com T: 86-18795999595 Southeast University , No.2 Xuanwu Districtre Nanjing , JiangSu Province , 210096