Landscape Architecture porfolio

PORTFOLIO OF SHU SUN LANDSCAPE ARCHITECHTURE BEIJING FORESTRY UNIVERSITY

LANDSCAPE ARCHITECTURE TEXAS A&M UNIVERSITY

PERSONA INFORMATION SHU SUN +1 979-402-9051 sunshu@tamu.edu

EDUCATION

| MLA | Texas A&M University | Landscape Architecture 2019.08-nowI | MLA | Beijing Forestry University | Landscape Architecture 2013.09-2015.06 | BLA | Beijing Forestry University | Landscape Architecture 2009.09-2013.06

PROFESSIONAL PRACTICE 2017.11-2018.12 | Project manager 2016.07-2017.11 | Planner 2015.07-2016.06 | Planner 2014.10-2015.05 | Inter 2013.10-2014.06 | Inter

SKILLS

| BJF Beijing Architectural landscape Planning and Design Co., Ltd. | UE Beijing Hemei Zhishang Urban Landscape Design Co., Ltd. | China Construction Engineering Design Group Corporational Limited | Beijing Bishuiruncheng Water Consulting Co., Ltd. | Beijing Atelier landTHING Design Research Center

Hand drafting / Auto CAD / Adobe Photoshop / Adobe Indesign / Adobe Illustrator / Sketchup / Lumion

TABLE OF CONTENTS

01-05

RESILIENCE AS ABUNDANCE, THRESHOLDS OF EXCHANGES

06-10

TRAVEL BETWEEN HISTORY AND MODERNITY

Solution For Flood In Venice

Xueye Lake Riparian Park 11-14

RUNNING AROUND PETALS, SWINMING IN THE RIVER Huailai Sports Park

15-17

18-22

RENEW DISTRICT, AWAKEN CULTURE Gulou Street Urban Design

SCENIC VIEWS FROM SWAN LAKE Rongcheng Landscape Design

23-25

OTHER WORKS Painting

01

RESILIENCE AS ABUNDANCE THRESHOLDS OF EXCHANGES SOLUTION FOR FLOOD IN VENICE Venice, Italy Urban Planning 77,691 ha 2019 Individual Design

THRESHOLD Barriers To Flood

EXCHANGE

Exchange Everything

ABUNDANCE

Create Abundant Resources

FLOOD ANALYSIS

RESILIENCE AS ABUNDANCE: THRESHOLDS OF EXCHANGE

RECORD

Lido Inlet

VENICE

Increasing Level of Tide SCENARIO

Tide level more Than 80 cm

Extreme

Tide level less Than 80 cm

High

Threshold

360cm

310cm

Intermediate-High Intermediate Intermediate-Low Malamocco Inlet

SHU SUN TAMU

260cm

Low

Ven e

tian

Lag

oon

*Threshold In Lagoon *Exchange All Things *Create Abundant Resources In Venice

210cm

Chioggia Inlet

Threshold

160cm 140cm 130cm

80cm 60cm

80cm

PROBLEM STATEMENT

Number of Days Flooded Annually

Venice suffers from floods frequently because of increasing sea levels and the sinking sea floor. The proposed solution is to isolate the lagoon and make part of it into a freshwater river.

Subsidentce 1930

Percentage of Venice flooded in accordance with tide level

Flooded Area with Sea Level Rising 1970

2002

4%

-

Tide Level 100 cm

Depth of Seabed

35%

Venice

-50~-40 m -40~-20 m -20~-10 m

Atriatic Sea

Tide Level 120 cm

-10~-5 m -5~-2m -2~-1.5m

90%

-1.5~-1 m -1~-0.8 m -0.8~-0.5m

The depth of seabed is decreasing.

-0.5~-0.2 m -0.2~0 m

Sea Level 200 cm 150 cm 100 cm 50 cm 0 cm

Tide Level 140 cm

In the worst scenario,most of Venice is flooded in 2040

02 EXSITING SOLUTION MOSE PROJECT

Salt-water Currently the MOSE project is used to protect Venice by rasing the gates to isolate the Lagoon temporarily with some limitations.

However, the proposed solution offers better benefits than MOSE with less drawbacks.

Lido Inlet

Gates stay on the seabed and fall of water.

Problems with MOSE

Flooded 360 Cm sea level in 2100

Activated sea level: 110 cm Estimated time to construction: 19 years =5 Million euro Cost: EUR 5.4-10.4 billion

300cm maximum height MOSE protect

110 cm start to rise

Flooded 80cm-constant water line

When high tides are forecasted, air is pumped into the gates causing the gates to rise to the surface.

Malamocco Inlet

Gates Gates

Seabed

Chioggia Inlet

Gates

1966

1981

Air

Air

Great Flood Proposed MOSE

1994

Permit MOSE

2003

Start Construction

Air

2013

85% Completed

2020

Erosion

Height

Energy

Erosion and deteriotion Maxium height of tide of submarine gates cost is 300 cm 14 million euro to renew

Expect to be completed

Depth

Every time the gates operate, it would consume large amounts of energy

Inadequate depth costs another 20 million euro to let ships pass the gates

Energy

Depth

Produce 140 MW of electric energy per day

Using ship-lift. Transfer 12,000+ ton vessels.

PROPOSED SOLUTION WATER EXCHANGE Water Flow Direction Map

¡ PROPOSED

SOLUTION Close the Lagoon Making part of the Lagoon into a freshwater lake and keeping part of it a salt-marsh

Free Exchange

INDUSTRIAL AREA

ECOLOGICAL AND ECONOMIC BENEFITS

FishFarming

Water

Height

Provide freshwater for Fresh water area would Designated height of tide: 400 cm (2100) allow development of drinking, industry & fish-farming and agriculture uses agriculture.

VENICE

LEGEND Salt-water

come from sea

Free Exchange

Fresh-water

come from mainland

Fresh-water from closed

Fresh water

Salt water Barrier

lagoon to industrial area, agriculture and people drinking

Fresh-water Free Exchange

Fresh Water Resource

Agricultural Recurse Fishes, Crops

4m Electronic Energy Recurse Wind Energy, Tidal Energy

Salt-water Industrial area

ABUNDANCE

JUSTIFICATION OF DESIGN DECISION Adaptive Pathway Planning Wa In ters Ve he ne d to Calculate An nu The Highest Rainfall al Ra Amount in Highest Month inf all In Ju n.

The solution is to make the water flow meander in order to increase the length of flow and some reservoirs were also be added to keep excess precipitation.

Ve

nic

e

Ve

nic

e

Venice Lagoon Drainage Basin 1 Silone 2 Vela 3 Dese 4 Osellino Mainland Water Flow Analysis 5 Scolmatore 6 Lusore Average Monthly Rainfall 7 Naviglio Brenta 8 Taglio Nuovissimo 9 Lova JUN. 10 Montalbano 11 Morto 12 Cuori

DEM elevation 310m

Ma

inla

nd

Ve

Existing Water Flow

Wa te

nic

e

rF

low

Highest Rainfall is in June

Highest Amount Of Rainfall 202,275,180 m3 Amount Of Water Keeping by Closed Lagoon

112,731,598 m3 That means the closed lagoon alone is not enough to store the amount of water from the mainland. Strategies like longer flow line and detention pond should be implemented

0m

Slopes

Wa Dir ter F ec For Emergency Water tio low nA Release from na ly Reservoirs

Solutions

Ve

nic

e

sis

East Southeast South Southwest West Northwest North Northeast

Proposed Reservoirs

40%

Slo

pe

Ve

An

nic

aly

e

0%

sis

Pr o an pos d R ed es Wa erv te oir r Fl s ow

Existing Water Flow Proposed Water Flow

Ve

nic

Dir

ec

tio

n

e

Ve n

Agriculture Area and Wetland ice

03 MASTER PLAN

Adaptive Pathway Barrier Water Exchange WATER EXCHANGE

Tidal Barrages And Pump Station

Fresh water River

Fish Migration River

THRESHOLD

Barriers To Flood

Marshes and mudflats Barriers

Estuarine Part

Fish Migration river Front Dam

ADRIATIC SEA

Entrance Fish Pass The Dam Here

FISH EXCHANGE Wind Turbines

Ship Lift

Dam

CLOSED LAGOON

Passway Fish Pass The Dam Here

Hi

Transition Salty-fresh water Long Enough to Prevent Salt Penetration

Yeah!

Soft Edge

Tidal Barrages and pump

Dam Embraces Fish-migration-ri

Tidal Barrages And Pump Station

Shiplists Let’s go to the sea!

Wind Turbines

EXCHANGE

Exchange Everything

Fish Migration River

Ship lift

SHIP EXCHANGE

Tidal Barrages And Pump Station

Tide Energy

ENERGY EXCHANGE

Ship Lift

ABUNDANCE

Create Abundant Resources

EXCHANGE STRATEGY FEASIBILITY

WATER, MATERIAL AND ENERGY EXCHANGE Exchange With tidal barrages, salt-water, sediments, planktons and nutrients could transfer from the Adriatic Sea to the Closed Lagoon. At the LEGEND Fresh-water same time, pumping stations transfer excess Salt-water fresh-water to the opposite side.

Free Exchange

nge

LEGEND

VENICE

Threshold Tidal Barrages and Pump Station

Fresh-water

Free Exchange

Salt-water Fresh-water

Free Exchange

Threshold

VENICE

Salt-water

Internal Water Management

Tidal Barrages Freeand Exchange Pump Station

Free Thriugh Exchange Exchange Treshold

Water

Free Exchange Free Exchange

Wind Turbines Wind energy

Pumping Station

Ship Fish Energy

Fresh-water

Salt-water Sediments Planktons

Pumping Station

Phase2-2200

3.6m-Predict Sea Level+High Tide 2.5m-Predict Sea Level in 2100

Phase3-2300

4.0m

Phase1-2100

Tidal Barrage 20.0m

Phase2-2200

Free Exchange

Nutrients

Tidal Barrage

Phase1-2100

Phase3-2300

Tidal Barage Tidal energy

Material

Fresh-water Salt-water

Exchange Thriugh Treshold Free Exchange

EXCHANGE

Mainland

Closed Lagoon

Barrier

Adriatic Sea

Fresh Water

ENERGY EXCHANGE The Tide And Currents Of The Lagoon Energy Exchange

Salt Water

Two-way Tidal Barrages

Tidal barrages and wind turbine generate electricity to supply power for pumping stations.

These stations are responsible for transferring water between the lagoon and the Adriatic Sea

Two-way Tidal Barrages

As the tides rise and fall, so does the water level in the Lagoon. Electricity is generated on both Internal Water the incoming and outgoing tides.

Tidal Barrage EbbMarshes Generation Brackish

Tidal Barrage Flood Generation

(Protection of the Ecosystem)

Management

Pumping Station

Wind turbines

0 4 8

Tidal Barrages and Pump Station

12

Wind Turbines

16

Barriers

20

Pu

3.6m Sea Level+High Tide 2.5m Sea Level

4.0m

7.6m Sea Level+High Tide 6.0m Sea Level

Tide Barrage

20.0m

Mainland

Closed Lagoon Fresh Water

Phase1 Barrier

Wetland Brackish Water

04 The Mean Sea Level Rise scenarios of Veneto

DESIGN PHASING

Source: NOAA 1050cm 760cm

Mean Sea Level Rise (cm)

Three phases of barriers (4m, 8m, 11m) would be constructed at different elevations above the sea level.

Between the barriers are brackish marshes and wetlands which could filter salt-water, weaken tides and provide shelter and food for a sustainable ecosystem.

360cm 310cm

Extreme

260cm

Intermediate-High

High Intermediate Intermediate-Low

210cm

Low

160cm 130cm

Tidal Barrage

Fish Migration River

Energy

Wind Turbines Wind energy

Pumping Station

80cm

Tide Fluctuation

2000

Fish

2050

2100

2200

Tidal Barage Tidal energy

Internal Water Management Fresh-water

Salt-water Sediments Planktons

Nutrients

Tidal Barrage Pumping Station 4.0m

3.6m-Predict Sea Level+High Tide 2.5m-Predict Sea Level in 2100

Tidal Barrage 20.0m

Mainland

Closed Lagoon

Barrier

Adriatic Sea

Fresh Water

Salt Water

2020

2030

2040

2100

Begin Construction

Complete Barrier Tidal Barrage Pumping Station

Complete Ship-lift Fish Migration River

Short-Term 4m

Brackish Marshes (Protection of the Ecosystem)

Internal Water Management

2200

2300

Mid-term 8m

Long-term 11m

Salt Marshes and Mudflats (Protection of the Ecosystem)

Pumping Station

11.0m

Pumping Station

3.6m Sea Level+High Tide 2.5m Sea Level

4.0m

7.6m Sea Level+High Tide 6.0m Sea Level

Closed Lagoon Fresh Water

10.5m Sea Level+High Tide 8.5m Sea Level

8.0m

Tide Barrage

Tide Barrage

Tide Barrage

40.0m

20.0m

Mainland

Pumping Station

Phase1 Barrier

Wetland

Phase2 Barrier

Brackish Water

55.0m

Wetland Brackish Water

Freshwater-Saltwater Transition Zone

Phase3 Barrier

Adriatic Sea Salt Water

2300

FISH EXCHANGE STRATEGY FEASIBILITY 4 Fish-Migration River

Marine life that uses FMR in Adriatic Sea

vBass Fish

European Eel

Great Green Goby

Sea-bream

ecnartnE VENICE

Mullet

Boyer’s Sand Melt

maD/yaW ssaP

Clam

VENICE

Entrance

The fish-migration-river allows diadromous fish to migrate between the Adriatic Sea and the closed lagoon while the long channel inside prevents salt water from entering the freshwater basin. Thus, some migratory fish species could keep their route between both sides.

Flounder Fish

Cuttlefish

traP enirautsE

VENICE

Site of Fish Migration River

Shrimp

Pass Way/Dam

Estuarine Part

Transition Salty-fresh water

Phase1-2100 FISH-MIGRATION-RIVER Phase2-2200 Phase3-2300

ADRIATIC SEA

CLOSED LAGOON

Estuarine Part Front Dam ADRIATIC SEA

2 Natural Part-Marine Side With bird islanfd and two sepaarate channels bottom: sand, rocks

3 ‘Coupure’

Always open and accessible 100m length 9m width canal 3m width verical slot 3-5m deep bottom: wrip wrap

6 Sluices

Always open and accessible Four gates, concrete, wooden doors, vertical slot

Entrance Fish Pass The Dam Here

1 Entrance

Dam

CLOSED LAGOON

Passway Fish Pass The Dam Here

Always open and accessible 16m width 3-5m deep concrete bottom: wrip wrap

Hi Transition Salty-fresh water Long Enough to Prevent Salt Penetration

Yeah!

Soft Edge

Dyke

Dam Embraces Fish-migration-river

4 Natural Part-Freshwater Tide bottom: sand, rocks

5 Technical Part bottom: sand, rocks

Let’s go to the sea!

05 STRATEGY PHASE 3 SHIP-LEFTS AND TRANSFER SYSTEM Ship-Lefts And Transfer System

Location of Ship Lift

Sketch Source: 3D Warehouse Bar

rier

Dam/B

arrage Sea

Barrier

oon

d Lag

Close

The forth gate

Ship lift

The third gate The second gate The first gate

No.3 Ship Chamber

No.2 Ship Chamber

No.1 Ship Chamber

Lido Inlet

Malamocco Inlet

Current Ship Route Proposed Ship Route For Travel Proposed Ship Route For cargo Canceled Route Landscape View and Fish Migration

Chioggia Inlet

Sheave hall with crane Rope pulley Visitors platform Ship chamber

Closed Lagoon

Small Ship-lifts Main For Tourist

Cruise ship, hydrofoil craft, small passenger ship

Ship chamber

Big Ship-lifts Main For Industrial

Counter weights

Cruiser, tanker, cargo boat, big passenger ship

Adriatic Sea

Ship chamber Ship chamber basement

DRAW WITH SKECHUP, PHOTOSHOP

06

TRAVEL BETWEEN HISTORY AND MODERNITY XUEYE LAKE RIPARIAN PARK Xueye, Shandong, China Large Scale Plan 26 ha 2015 Individual Design Graduation Project

s

Northen Range

er

Laiwu

Tongtian Riv

1M il e s

3M

r

il e s

Ra

ve Ri

di u

il e s 5M

Shandong

en gw Yin

Ra

di u

s

River Tourist Area

R

ad

Shandong

iu s

SITE

Ri ve

r

Dragon Mountain

site

Laiwu

Downtown

Fe ng m

Xueye Town

Mountain view area

ing

Xueye River

Xueye Lake Park Ecotourism area

Mountain view area

Xueye River

07 LAND USE ANALYSIS

The site is located in the business district and its main function is to provide leisure and distribution for commercial land on both sides of the strait.

TRAFFIC ANALYSIS

Industrial area Highway Residential area green land Tourist area Water Public service facility area

CONCEPT

PAST/ HISTORY

Laotan Mountain

The famous "Changshao Battle" took place here 2700 years ago, as well as the ancient Qi Great Wall. This plot was previously used for farming and fishing.

Some landscapes are designed to show the history and the former agricultural form of the site.

Luye Road

Yin y

an

Ro

ad

ttle

SITE TRANSFORMATION

a oB

ha

s ng

a

Ch

all W t

ea

r iG

Q CROSS

There is a mountain at the intersection of the east-west direction and the northsouth direction. We climbed the mountain and looked far away - west is to recall history and the past, south is to enjoy modern life.

ol

o gP

in

PRESENT/ MODERN

There is no ocean in this city, and the river is so deep that people cannot swim. This plot is designed with artificial beaches and pools to provide locals with modern entertainment and relaxation.

m im

Sw

ch

ny

n Su

Surrounding tourism resources

a Be

MASTER PLAN

FUNCTION N

Historical Teaching Area Wetland Ecological Zone Mountain Leisure Area Landscape Planting Area Sports And Entertainment Area Playground 1 Children Playground 2 Pavilion 3 Main Entrance 4 Lawn 5 Leisure Path 6 Cruise Ship Terminal 7 Parking Lot 8 Lawn Stairs 9 Hydrophilic Step 10 Mountain 11 Leisure Path

E Modern entertainment area

51 Artificial beach 52 Swimming pool 53 Integrated service center 54 Lounge chair 55 Glen trail 56 Extreme sports field 57 Cafe 58 Sports lawn 59 Amphitheatre 33 Hydrophilic wood plank 35 Dam 41 Tree plaza

B History

21 Great Wall Landscape Bridge 22 Historical square 23 Hydrophilic platform

F Four seasons plant landscape

61 Summer landscape area 62 Autumn landscape area 63 Winter landscape area 64 Spring landscape area

C Wetlands

31 Wetlands Science Museum 32 Wetland island 33 Hydrophilic wood plank 34 Wetland purification pond 35 Dam

G Stacked water

71 v 72 Rest are 73 Bridge 33 Hydrophilic wood plank

D Tracing past

41Tree plaza 42 Lawn 43 Play farmland 44 Fishing pond 45 Dining Center

A Entrance area

Central Hydrophilic Zone

ELEVATION

Height

- 228

08 VIEW

TRAFFIC

Mountain View Lake View Garden View Water Feature View

FLOODINGPLAIN

+

256

Park Entrance Node Cruise Ship Mooring Point Main Road Secondary Road Sidewalk Hydrophilic Walkway

PLANTING

Fema 100 Year Floodplain

Agricultural Planting Area

Fema 20 Year Floodplain

Four Seasons Landscape

Water Level

Lawn Sparse Forest Dense Forest

HISTORY

WETLANDS 5

1 Great Wall Landscape Bridge 2 Waterfront Main Road 3 Hydrophilic Platform 4 Children Playground 5 Lawn 6 Leisure Path 7 Mountain 8 Wetlands Science Museum

1

1

2

4 10

2 5 7

6

1 3

5 9

2

6

4

5

Great Wall

Ascend

Beacon

8 4

7

8

6

Historial plaza

Wetlands

Wetland Muse

eum

09 1 Wetlands Science Museum 2 Wetland Island 3 Hydrophilic Wood Plank 4 Wetland Purification Pond 5 Tree Plaza 6 Lawn 7 Play Farmland 8 Fishing Pond 9 Dining Center 10 Waterfront Main Road

MODERN ENTERTAINMENT AREA

8 5

3 10

Hydrophilic wood plank

3 8

1 Artificial Beach 2 Sand Playground 3 Swimming Pool 4 Swimming Pool For Kids 5 Integrated Service Center 6 Lounge Chair 5 Glen Trail 6 Extreme Sports Field 7 Tree Array 8 Waterfront Main Road 9 Leisure Path 10 Dam 11 Private Space

2

1

2 6

11

4

7

10

9

8 9

Artificial beach

Service Center

Swiming Pool

11

BIRDS' EYE VIEW

Playground

Waterfront Boardwalk

Historical Square

Engravings on rust steel plates to show the history and culture of Laiwu

Rest Area

10

Ditch trail Riparian

trail Natural gentle slope Riparian

Hydrophilic step

Natural bank

Hydrophilic step

Rowboat

trail

Greenbelt

Hydrophilic platform

Block stone slope

Ascend

Swiming Pool

Beacon

Platform

Greenbelt

Riparian

Artificial beach

Service Center

Fishpond

Historiacal Reservation

trail

Historial plaza

Rowboat

Wetlands

Waterfall

Farmland

Wetland Museum

Hydrophilic wood plank

HUAILAI 怀来

CENTRAL PARK 中央公园 PETALS HUAILAI

FLOWING WITH WATER CENTRAL PARK

11

RUNNING AROUND PETALS SWINMING IN THE RIVER HUAILAI SPORTS PARK Huailai, Hebei, China Park Design 24 ha 2017 Group Design Individual Graphic

SITE LOCATION

PLAN GENERATION

115°E. 115°E.

ZHANGJIAKO U

CHENGDE

40°24'N. DATONG

HUAILAI

QINHUAGDAO BEIJING TANG SHAN

BAODING

TIANJIN BOHAI BAY

TAIYUAN

INSPIRATION

CONCEPT

Flo w

ing

Pe

tal

s

Convergence

Flowing

Huailai Reservoir is the first large reservoir on the Haihe River. Huailai is the largest area in China to cultivate Chinese flowering crabapples which have brought luck and happiness to people in China for thousands years.

Flowing curve

+

Zigzag

Fold curve

12

N

MASTER PLAN

22 0 10 20

50

1. Main Entrance 2. Parking Area 3. Lawn 4. Sport Area 5. Great Wall Sculpture 6. Young Children's Playground 7. Older Children's Playground 8. Play Pool 9. Stream Valley 10. Tree House 11. Extreme Sports Field 12. Flower Corridor Stairs 13. Waterscape Wall 14. Campsite 15. Flower Lake 16. Water Plank Road 17. Theme Maze 18. Water Bay 19. Forest 20. Second Entrance 21. Theme Sculpture 22. Municipal Green Space

100m

19 18 09 20

15

17

03

14 16

19

01

05 13

11

10

07 06 08 04

STREAM AND POND Flow to Guanting Reservoir

12

21

DRAINAGE ANALYSIS

SPACE ANALYSIS

02

CIRCULAR RUNWAY

Rain, flood, etc.

Rain, flood, etc.

环线一 环线二 补给站 卫生间

Water Flow Direction Pond Range

Drainage Direction Rainwater Collection

Landscape Loop Landscape Node

Loop 1-1120m Loop 2-880m Supply Station Restroom

MAIN SECTIONS DESIGN Entrance Plaza

LOGO

Sculpture

LOGO wall

Step Planting Pool

Platform

Step Planting Pool

544.20 540.20 536.20

Main Entrance

Playground

Play Facilities

Sand Pit

Climbing

Slide

Viewing platform

538.20

535.50

Children Playground

Main Road

Stream Valley

Butterfly Valley

Retention Pond

Forest

13

Main Entrance

Preserved Chinese flowering crabapple

522.55

522.55

River

522.10

Pond

522.55

Stage

523.00

523.00 522.10

523.00

522.10

Pond

Sitting Area

Plaza

Children playground

Stream Valley

Amphitheater

TREE HOUSE

14 DANDELION SCULPTURE

1.47 1.08

+4.68m

1.08

+5.76m

+2.70m

2.70

2.43

2.38

25

TREE HOUSE

±0.00m

15

RENEW DISTRICT, AWAKEN CULTURE GULOU STREET URBAN DESIGN Gulou Street, Beijing, China Urban Renewal 49.8 ha 2016 Group Design Individual Graphic

SITE LOCATION

Xicheng District

Beijing

Gulou West Street

DESIGN RANGE Deshengmen East Street

Deshengmen

lo

u

We

st

St

re

Street Old Gulou

Gu

et

Drum Tower

PROBLEMS STATEMENT

Drum Tower

01 OCCUPIED

02 BROKENED

03 FEATURELESS

04 DISORDER

16

Road section with more than 6m width

Road section with 4-6m width

Road section with 2-4m width

Street Traffic

Road section with less than 2m width

Characteristic Cultural Pavement The characteristic Hutong are designed with different splicing methods of permeable bricks with cultural pavements to reflect the history and culture of the Hutong.

The streets in Hutongs are narrow, and one-side parking spaces could be created in alleys that more than 6m. An outdoor turning wide-angle lens can be set at the turn to ensure safe driving and residents.

Walled Gate

Wishful Gate

8500

8500

Vertical greening pond

Removable flower box

Western Gate

1000

900 450

Surround pattern

Begonia flower pattern

1000 800

1000

900

2000

Barbarian Gate

450

R E O R GA

N IZ

E

DE

O

E

IN H

SE

TE VA VELOPM

REN

PRE

RV

E RI

T EN

T

17

SOLUTIONS 01

FINDING AND DESIGNING FOR NEGATIVE SPACES

By looking for micro spaces in the old streets and repurposing them, we can update the overall public space.

02

ADDING GREEN WALL

03

PROVIDING SPECIAL DESIGNS FOR HISTORIC STREETS

Adding small green wall along the street, such as Lianas, planting pool, planting box and so on.

To the streets with history stories and ancient buildings, we find out their culture create a distinctive view.

04

DESIGNING MULTI-FUNCTION AREAS We c o m b i n e p l a y g r o u n d s , s p o r t s , c h e s s , communication and other functions into the micro space.

CONSTRUCTED, PHOTOED AT 04/2019

18

SCENIC VIEWS FROM SWAN LAKE

RONGCHENG LANDSCAPE DESIGN Rongcheng, Shandong, China Urban Design 12.6 ha 2018 Group Design Individual Graphic

MASTER PLAN

SITE LOCATION

10

CONCEPT

China

Shandong

Weihai

Rongcheng

09

12

11 08

"Swan migration" Pursue the warmest and most comfortable home

06 07

EXTRACTION ELEMENT

Smooth lines

01 02 03 04 05 06 07 08 09 10 11 12 13

Main Entrance Theme Sculpture Frost Snow Square Migratory Sculpture Migration Platform Outdoor Sinking Negotiation Area A Feather Slide A Feather Sculpture Clubhouse Outdoor Negotiation Platform Staff Access Plant Groups Ground Parking

Coordinated sequence DRAW WITH PHOTOSHOP

05

03 04

02 01

01

1

19 CONSTRUCTED PHOTOED AT 04/2019

13

N

0

5

10

20m

PLANTING ANALYSIS

TRAFFIC ANALYSIS Current Preserved Trees Transplanted Vegetations New Plants

Club entrance Car lane Bus lane Sidewalk Office road Fence line

N

0 5 10

DRAW WITH SKETCHUP, LUMION, PHOTOSHOP

N

20m

0 5 10

20m

20 TERRACE ANALYSIS

Main Entrance

Migration Platform

Migratory Sculpture

1. Landscape terrace combined with planting

2. Retaining wall combined with natural slope

3. Stair steps combined with waterscape

DRAW WITH SKETCHUP, LUMION, PHOTOSHOP

SWAN SQUARE

CONSTRUCTED PHOTOED AT 04/2019

Fountain

DRAW WITH SKETCHUP, LUMION, PHOTOSHOP

Swan Sculpture

See The Square From The Grass Steps

21 TERRACE

CONSTRUCTED PHOTOED AT 04/2019

Feather Shaped Slides And Wheat Shaped Lamps

DRAW WITH SKETCHUP, LUMION, PHOTOSHOP

Stainless Steel Edge And Small Sculpture

Steps And Rust Steel Plate Edge

CONSTRUCTED PHOTOED AT 04/2019

22 CONSTRUCTED PHOTOED AT 04/2019

CONSTRUCTION DOCUMENTS LID Grading Plan 2020 Individual Graphic Austion, Texas 0.846 ac

由 AUTODESK 由 由 由 由 由

1.00%

93.49

96

96.10

1.83%

96.36

95.44

2.0

TC94.80 BC94.30

93.57

HP93.66

93.00 TC93.70 BC93.20

TC94.20 BC93.70

100.00

96.52

97.00

Volume 3656 cu ft

95.00 12" Drainage Pipe

90

RAIN GARDEN

97.00

0.96%

96

95.00

95.73

0.5% slope

95.73

95.00

1.00%

90 area 289.91 sq ft

93.74

3.80%

3.80%

90

5.00%

98

S 03°10'30" W

97.00

98.00

5.00%

92

95.00

LOWER FFE 97.00

TC95.44 BC94.94

TC95.26 BC94.76

91 area 1076.17 sq ft

93

UPPER FFE 100.00

3.33%

5.00%

96.24

100.00

91.50

91

97.00

96

97

96.24 96.00

4.00% 96.52

97.00

BREAK LINE

100.00

0.96%

95

0%

96.50

TC94.67 BC94.12

S 03°10'30" W

95.00

MIXED-USE CENTER BASE MAP

N 86°49'30" W

99 3.33%

TC99.12 BC98.62

97.00

3.33%

BREAK LINE

TC95.86 BC95.36

TC94.50 BC94.00

1.

1.67%

Shu Sun

TC95.50 BC95.00

96

97

%

95.69

TC98.37 BC97.87

92 area 2476.56 sq ft

94

95

TC98.50 BC98.00

91

00

98

TC98.45 BC97.95

TC93.81 BC93.31 94.55

98.00

3.33%

95.00

96.00

97.00

94.00

TC98.50 BC98.00

TC95.40 BC94.90

TC94.96 BC94.45

1.67%

TC95.00 BC95.00

Shu Sun

93 94.00 2.00%

HP 98.00 98.30 98.20 2.90% 1.00%

N 03°10'30" E 156.67 FT

2.00%

99.35

92

Texas A&M University Landscape Architecture

TAMU

3.33%

TC98.80 BC98.30 HP98.80

HP 98.63

BC98.00

3.33% TC98.00

98 98.00

97.00

IRON ROD (500.00, 500.00, 99.25)

TC97.00

97

SWALE3.33%

TC95.70 BC95.20

BC96.00

BC97.00

96.00

95

Exercise 2.1

TC99.50 BC99.00

TC95.26 BC94.75

96

TC94.50 BC94.00

MIXED-USE CENTER

94 95.00

94.00

S 86°49'30" E 215.75 FT

PROJECT 2.1 DATE 01/30/2020

BM SPIKE IN POLE, 100.75

SCALE 1"=20'

SHEET

1

由 AUTODESK 由 由 由 由 由

23

CONSTRUCTION DOCUMENTS LID Planting Plan 2020 Individual Graphic Austion, Texas 0.846 ac

MIXED-USE CENTER BASE MAP

N 86°49'30" W

(6) COR XGR 10 gal.

(1) COR 10 gal. XGR

(3) RHU ARO 1 gal.

(179 sf) MYR PUS 1 gal.

(344 sf) COR LA2 1 gal.

(1) QUE NIG 30 gal.

(78 sf) IRI BRE 1 gal.

(83 sf) ZOY JAP sod

(5) RHU ARO 1 gal.

(1,934 sf) IRI BRE 1 gal.

(2) MYR CAU 10 gal.

(4) MYR CAL 5 gal.

(84 sf) COR LA2 1 gal.

RAIN GARDEN

(35) MYR CAL 5 gal.

(172 sf) ZOY JAP sod

(4) COR XGR 10 gal.

(250 sf) COR LA2 1 gal.

(2) MYR CAU 10 gal.

(8) RHU ARO 1 gal.

(3) MYR CAL 5 gal.

(102 sf) IRI BRE 1 gal.

(233 sf) ZOY JAP sod

(167 sf) MYR PUS 1 gal.

(1) RHU ARO 1 gal.

(5,333 sf) ZOY JAP sod

(2) MYR CAU 10 gal.

(127 sf) ZOY JAP sod

(5) MYR CAL 5 gal.

(250 sf) COR LA2 1 gal.

(2) RHU ARO 1 gal.

(3) RHU ARO 1 gal.

Shu Sun

N 03°10'30" E 156.67 FT

(233 sf) ZOY JAP sod

Shu Sun

(4) MYR CAL 5 gal.

(3) MYR CAL 5 gal.

(1) RHU ARO 1 gal.

(1) COR XGR 10 gal.

Texas A&M University Landscape Architecture

TAMU

(1) QUE NIG 30 gal.

Exercise 4.1

(8) MYR CAU 10 gal.

MIXED-USE CENTER

PROJECT 3.1

BM SPIKE IN POLE, 100.75

(5) QUE NIG 30 gal.

DATE 02/13/2020 SCALE 1"=20'

SHEET

1/2

PLANTING ANALYSIS

ANALYSIS 1

The Water Cube and the plants of the temple in the north have enclosed, converted, and set off the site.

2011 Individual Work Beijing Olympic Park , Beijing, China 4.7 ha

MASTER PALN

SECTION

sight permeability 1 ENCLOSED. It can create space for concentrated activities by enclosing the square area with dense plants.

2 CONVERSION. Different styles of Water Cubes and temples are converted by plants.

3 S E T O F F. P l a n t s c a n s o f t e n t h e boundaries of the building and bring seasonal changes to the landscape.

MASTER PALN

24 ANALYSIS 2

The Chinese scholartree and cypresses in the temple are large in volume and long in age. They correspond to the cypresses planted outside the wall, and integrate the inner and outer landscapes to form a continuous visual effect. In addition, the evergreen trees planted in rows arev more solemn.

ANALYSIS 3

ANALYSIS 4

Different planting units are repeated in form and texture, so that these units are combined into a unified whole. Evergreen trees are combined with deciduous shrubs, and deciduous trees are combined with evergreen shrubs to be more coordinated in color and texture.

The green area on the east of the site is adjacent to the main road of the Olympic Park. Therefore, densely planted willows and scattered planted pines are chose to form layers and rhythms in height and texture, which are neither messy nor boring.

MASTER PALN

MASTER PALN

SECTION

MASTER PALN

form

Planting restricts people's attention to the space enclosed by tall trees, and has the effect of framed scenery, which reduces the impact of the vehicle on the road.

SECTION texture texture

MASTER PALN

SECTION

SECTION SECTION

ART WORKS

25

SUN SHU Master of Landscape Architecture Texas A&M University +1 979-402-9051 sunshu@tamu.edu