Allison Handan Chen Portfolio-Landscape Architecture

Page 1

1


ALLISN HANDAN CHEN handanc@student.unimelb.edu.au +61 449672112 Unit5, 126Park Drive, Parkville, Melbourne, VIC 3052

2


ABOUT ME NATIONALITY: CHINESE GENDER: FEMALE DATE OF BIRTH:14-JAN-1992

LANGUAGES

PLACES LIVED GREECE

CHINA

CHINESE - MANDARIN

THAILAND MARITIUS

GALAPAGOS

ENGLISH

AUSTRALIA

EDUCATION / EXPERIENCE Bachelor of Communication (Marketing and Advertising) Beijing Normal University, Zhuhai

Master of Landscape Architecture University of Melbourne

2014

2017

2013

2016 Gardening Assistant Peter`s Farm, Daylesford, Victoria, Australia

Chinese Traditional Painting Teacher Mia Fora Camp, Nea Skioni, Greece Project Assistant Get Healthy Community Program, Mauritius

Journalist Assistant Changshou News center, Chongqing, China

PROGRAM SKILLS / BONUS SKILLS Adobe Photoshop

Advanced scuba Diver Events planning

AdobeIllustrator

Social Media Management

Adobe Indesign

Graphic Design

GIS Microsoft Programs

Branding

Rhino

Photograph

AutoCAD

Video Making

3Dmax

Music

3


TABLE OF CONTENTS

16 22 4

THE EXPEDITION -LANDSCAPE CONSERVATION/ENDEMIC FAUNA CONSERVATION/CONSERVATION MODEL

MORE THAN THE WIND -MICRO CLIMATE/URBAN HEAT/GRASSHOPPER/FLOWDESIGN/COMMUNITY DESIGN


30 42

WILDY GOAT -URBAN PLANNING/ ECO TOURISM/ SYSTEMATIC DESIGN/SUSTAINABLE LANDSCAPE

OTHER WORKS -COMPETITION ENTRY/MODEL&FABRICATION/GRAPHIC DESIGN

5


THE EXPEDITION

Santa Cruz island, Galapagos, Ecuador MLA Thesis Project Thesis Instructor: Sareh Moosavi

Conservation is not just working on the land or solving a single point of issue. Landscape Design can take step in both physical and virtual space. This is a conceptual project of exploring a new approach of endemic species conservation by designing a future conservation model for Galapagos Giant Tortoises in Santa Cruz island. And it is aiming to establish a new relationship between the landscape and people both consciously and unconsciously involved. The project is trying to demonstrate that designs can stimulate positive human behaviors which lead to better conservation environment and scientific research situations.

6


7


THE GALAPAGOS EQUATOR

My study focus is the Migration route of tortoises. As it's the most important anual activity for this species and its also facing increasing disturbance of anthropogenic impacts along the journy.

Highland of Santa Cruz

MIGRATION ROUTE CONTOUR LINES TORTOISE MIGRANTION ROUTE-LUCY

ISSUES BASE MAP IS GENERATED BY GIS

GUAVA AREA Guava is a fast growing specie, it invades the land with an unpredictable way. and the fruits of it changed tortoise diets.

8

CEDRO TREE AREA Since the colonization of Cedro trees in the highland, the supporting species have been changed a lot. The 20m height space support many birds and fungi species and contain so much inform about the changing of the micro habitat.

PASTURE LAND Endemic scalesia forest had been used for pasture industry. Tortoises losing the thermal refuges for cooling down, many of them facing overheating problem.

AGRICULTURE LAND The heights and orientation of the cultivation directly influence migration. The unorganized plantations confused the tortoise navigation. Dramatically extend the passing time, then increasing the overheating risk of tortoises.


THE VISION OF GALAPAGOS

SCIENTISTS

SCIENTISTS

RECONNECTION VISITORS

MUTUAL INTERACTION

CONSERVATION LOCAL FARMER

SCIENTISTS Scientists have been recognized the only type can contribute to the local conservation. However, traditional tracking research is very costly and low efficient.

VISITORS Because of lacking farming and conservation knowledge, improper highland farm causes a series of problem to the ecosystem. Crazy growing blackberry is one of the example.

LOCAL FARMER Also, visitors have always been recognized as a negative impact to the biodiversity and no contribute to conservation.

9


THE CONSERVATION MODEL

GALAPAGOS CONSERVATION

The Cloud CONSERVATION CLOUD A virtual platform for data storage. All information can be use and categorize and value by scientist and people doing who doing the research.

The App THE CONSERVATION TOOL A mobile application, provide channel for data transfer, and also a tool to guide user through the whole board walking.

The Trail THE STORY TELLING STRUCTURE As a board walking in the land. A physical structure that use landscape as natural resource offer the opportunities for ecological observation and data collecting.

10

Invasive species growing condition

Populations prediction Fruits quality Relevant reptiles


Humidity levels

Introduced pasture animals

Populations prediction

Temperature & Microclimate

Ground species

Tortoises thermal refuges

Bird species

Endemic Flora

Soil condition

Relevant reptiles

OVERSEA RESEARCH STATION

Farming products

Farming monitoring

Fungus and lichens

Tortoise facts

Reporting Invasive species

Thermal image

checklists

Rating habitat

11


THE EXPEDITION TRAIL DESIGN UNFOLD THE LAYERS OF STORIES

For the trail design Using Four identified spots as stations. Each of them representative a story about tortoise’s conservation, carry all valuable information essential to conservation. Connecting those four stations with an elevated walking trail, Around 4km, walking could be finish from 1-3hour. The Trail is graded into four gradients has different level of physical activities. Resting and basic infra will be provide. Except Tortoises as the most iconic species could be observed during the whole trail, a large amount of it supporting species can be observed as well. All of these are strongly relevant to tortoise population and can indicate health condition of ecosystem.

TRAIL

CEDRO FOREST S GUAVA STATION

LANDSCAPE AND TRAIL

TRAIL GRADING

FITNESS LEVEL TRAIL GRADIENT

EVERYONE WITH GOOD HEALTH CONDITION

EVERYONE WITH GOOD HEALTH CONDITION

5%

5-8%

590m

TRAIL GRADING 386m

FITNESS LEVEL TRAIL GRADIENT

12

A GOOD STANDARD OF FITNESS 15%

A HIGH STANDARD OF FITNESS 20%

740m

589m

RESTING INFRASTRUCTURE OVERNIGHT CAMPING SPOT


ENCOUNTER SPECIES

SPECIES LEGEND

INTRODUCED SPECIES Cattle Egret

VU

Galapagos Hawk

VU

Galapagos land iguana

NT

Bubulcus ibis

Buteo galapagoensis

Milking and Cattle

Conolophus subcristatus

Goat

Lava lizard Microlophus albemarlensis

ED

Rat Galรกpagos racer Pseudalsophis biserialis

Galapagso racer Alsophis sp.

LC

Galapagos Mockingbird

CE

Critically endangered

LC

Least concern

VU

Vulnerable

NT

Nearly Threathen

ED

Endangered

Mimus parvulus

LC

Flycatcher

LC

Ground finch

NT

Galapagos Gecko

Myiarchus magnirostris

Geospiza fortis

Phyllodactylus galapagensis

CE

PASTURE STATION

FARMLAND STATION

STATION

Waved Albatross Phoebastria irrorata

Galapagos Butterfly Leptotes parrhasioides

STORY OF INVASIVE FLORA

STORY OF INVASIVE FOOD RESOURCE

STATION AND STORY STORY OF HIGHLAND PASTURE

STOEY OF HIGHLAND FARMING

STARTING POINTS

13


THE EXPEDITION APP I AM EXPEDITIONING

1

HOME SCREEN

I AM ON TRAIL

I AM ON STATION

GUAVA STATION

THE EXPEDITION

PA POINT A PH UPDATE A NEW PANAROMIC VIEW

2

CUSTOMISE ROUTE

REPORT IVASIVE SPECIES

SPECIES CHECKLIST

ADD OBSERVATION PHOTOGRAPHY

TRACT NEARBY TORTOISE

MAIN FEATURES

UPLOAD OBSERVATION PHOTOGRAPHY

QUICK REPORT INVASIVE SPECIE YOU SEE DURING OBSERVATION BY

14 14

START YOUR EXPEDITION

CUSTOMIZE YOUR OWN TRAIL

SELECTING SPECIES YOU WANNA OBSERVE/ SELECTING PREFERED FITNESS LEVEL

REPORT

INVASIVE SPECIES

QUICK REPORT INVASIVE SPECIE YOU SEE DURING OBSERVATION BY

COM WIT PHO


3

APP STRUCTURE

N

N

ANAROMIC HOTOS

MPARE TH PAST OTOS

CEDRO STATION (same sub structure with guava station)

POINT B FRUITS PHOTO UPDATE A FRUIT PICTURE

POINT C

HOW TO DISTINGUISH A RAPE GUAVA FRUIT

UPDATE A HEMISPHERIC PICTURE

PASTURE STATION (same sub structure with guava station)

CANOPY DENSITY

DATA CONTRIBUTION

POINT D GROUD SPECIES

COMPARE WITH PAST PHOTOS

GROUP SPECIES CHECKLIST

1

sensors find the movement of the tortoises around the trail area

FARMLAND STATION (same sub structure with guava station)

UPDATE A PICTURE

3

2

Notification appear in the APP

Visitors can take pictures and then upload to the platform

Don`t lose any chance to observe the tortoises nearby by turn on the ‘Tract nearby tortoises’

1

3

2

Guayaba Reporting for occurrence of any invasive specie

rangers, scientists, get instant notification

Quick response

One of the very important function is REPORT. Immediately report the any invasive species they found give the research institution respond to emergent situation.

15

15


GUAVA STATION

STORY OF INVASIVE FOOD RESOURCE

TRAIL

GUAVA STATION B

C

B

D

STRUCTURE

TRAIL

B

SUPPORTING COLLUM

C A

ENTRANCE / EXIT ALTERNATIVE TRIAL

ENTRANCE / EXIT

SECTION GUAVA CANOPY

GUAVA FRUITS

250CM SHADED SPECIES

CEDRO TREE STATION

STORY OF INVASIVE FLORA

TRAIL

20m

Canopy

15m

Branches Birds habitats

supoporting species observation

13m

Lichens

Micro scale observation

7m

4m

Sub-species

0m

16

Tortoise habitat monitoring

HANDRAIL


POINTS

A

B

C

D

SENSATION AND EXPERIENCE

OBSERVATION PHOTOS DATA COLLECTION

Bird and tree branch observation

BIODIVERSITY

lichens & Fungi observation

HUMIDITY LEVEL

Resting platform

Sub species observation

HABITAT MONITORING

17 17


Zanthoxylum fagara Cat's claw

Gossypium darwinii Galรกpagos cotton plant

Miconia robinsoniana Cogn. Miconia

Scalesia pedunculata Scalesia

Passiflora colinvauxii Passiflora

Pteridium arachnoideum Tournefortia rufo-sericea Bracken Fern

Rufous-haired tournefortia

offerin As the idea used for pasture product have been cau nature habitat start to chang Invasive animals cause huge prob many animals live in highland. Goats and rats largely consumed tortoises fo Hatching place have been destroyed by large anima

18 18


PASTURE AREA STATION STORY OF HIGHLAND PASTURE

TRAIL

Identify orientation

From point to route

Increasing contact opportunities

Forming a more effective space

History of island habitat

Description of the tortoise thermal regulation The standard tortoise thermal regulation is install with the handrail for visitors to read and compare with the real time condition.

Santa Cruz has some of the most varied landscape in galapagos. In contrast to the low elevation area. The highlands are often shrouded in mist, ng abundant of habitat for many land animals and plants. al moisture level in highland, many of the scalesia forest had been industry. The increasing demands about meats and dairy use the increasing consume of the natural habitat. Highland ge. blems for tortoises conservation and also affects

ood resource. Eggs have been eaten. als trampling.

Thermochromic Glass Thermochromic materials response to changing heat condition. It translate the heat condition and microhabitat into visible pattern.

19

19


USING LANDFORM AS NATURAL FENCE

Using Haha as a natural boundary

Not efficient physical fence

CULTIVATION

The Haha

Handrial

TOP SOIL OBSERVATION SPACE

GLASS

RESEARCH ROOM

STUDY & LEARNING ROOM

STAIRS

CONCRETE PAVING

20 20

COMMUNICATION SPACE

OBSERVATION SPACE

Underground observation and research space


FARMLAND STATION STORY OF HIGHLAND FARMING EXIT CONNECT TO THE FARMLAND

TRAIL

ENTER WITH STAIRS FROM MAIN TRAIL

21

21


MORE THAN THE WIND Kingston City Hall, Moorabbin,Victoria, Australia Heat in the Public Domain, 2016 Subject Instructor: Wendy Walls

Addressing the heat issue in urban context during Melbourne summer. This project has been exploring heat issue by applying different analysis tools and trying to find an affordable and flexible solution.This project uses Grasshopper for radiation and sun hour analysis, Climate Data illustration and analysis, Flowdesign wind testing. Then come up with a specific solution for the site. Rather than confuse on a mechanic solution, this project is aiming to active the whole site by using small interventions which suit site scale and local context. By applying a fabric structure, rain garden and misting device, the space is transforming from a heated courtyard to a vivid public space.

2222


23 23


CLIMATE DATA ANALYSIS In order to investigate the seasonal changes of the temperature over the course of a year, this diagram looks into monthly mean maximum temperature and monthly mean minimum temperature in past two years as well as monthly mean 3 pm temperature in the past 50 years.

JUL JUN

10% 10%

20%

30%

20%

30%

40%

50%

60%

50%

40%

10%

20%

30%

40%

50%

10%

20%

30%

40%

50%

MAY

AUG SEP JAN

OCT NOV

DEC

MAR FEB

APR

SPRING

SUMMER

WINTER

AUTUMN

WIND ROSE - MOORABBIN AIRPORT 2015

C2

C1

8-10

8-10

10-12

8-10

8-10

20.4

8-10

23.5

7.8

10-12

12-14 10-12

23.2

25.4

25.7

16.4

20.8

10-12

12-14

14-16

8-10

20.0

15.1

27.9

25.7

8-10

10-12

10-12

10-12

22

20

41

11.9

27.3

14.4

28.8

10-12

12-14

28

22

11

22

8-10

17.1

8-10

19.1

20.0

29.2

12.5

7.8

10-12

10-12 10-12

16-18

10-12 12-14

24

20

25.4

27.7

12-14

12-14

14-16

16.11.2016

10-12

13.9

12.11.2016

10-12

11.0

11.11.2016

1.4

08.11.2016

25.5

06.11.2016

10-12

25.2

07.11.2016

10-12

16.4

05.11.2016

8-10

21.2

04.11.2016

8.1

03.11.2016

HUMIDITY vapour pressure (h Pa)

19.5

B2

A2

A1

24.4

02.11.2016

(MJ m)

10.11.2016

B1

SOLAR EXPOSER

19.4

TEMPERATURE at 3�00pm

50 .0 50

24 THERMAL COMFORT ZONE 18

17

41

20

13

28

17

17.11.2016

31.10.2016

17

15.11.2016

30.10.2016

26

14.11.2016

29.10.2016

28

13.11.2016

28.10.2016

41

09.11.2016

27.10.2016

15

01.11.2016

26.10.2016

35

25.10.2016

17

24.10.2016

37

23.10.2016

20

22.10.2016

30

21.10.2016

20.10.2016

17

19.10.2016

48

18.10.2016

13

17.10.2016

16.10.2016

DATE

15.10.2016

0

14.10.2016

10.5

WIND DIRECTION WIND (km/h)

20

26

24

22

31

19

30

NW ARTS BUILDING CONER COURTYARD NW TREE FRONT GARDEN COURTYARD DEEP SE FRONT TREE

WIND SPEED & TEMPRATURE

When the wind speed is more than 40km/h, individual temperature difference became relatively smaller in most of times.

2424

When wind speed is below or around 20km/h, temperature of these six locations presented bigger difference.

Kingston Art centre located 3.5km east away from coastal area. The wind from west and south west direction will bring cooling effect. We find that when wind speed above 20km/h, and from south and south west direction. Art center shows in cooler condition in most of times. And the individual difference are relatively smaller.


FLOWDESIGN TESTING EXISTING CONDITIONS

FORM TESTING

GRASSHOPPER TESTING RADIATION TESTING

Analysis period: Summer- Nov-Jan Average daily radiation per mesh face Result: cou The radiation level of the courtyard presents a decreasing trend from the entrance to the courtyard deep. The aiming of this project is transform the condition of the courtyard to make it more comfortable.

25

25


DESIGN STRATEGIES

Instead of only providing functional device to overcome heat issue in summer time. The Spot was trying to reactivate the Art centre by emphasising and transforming the courtyard. Courtyard has been always an important spot both for art centre staff and some semi-public events. The street in front of the city hall also been used for public occasions. Encountering overheated situations is definitely an opportunity to involve this whole site. The spot, engaging the wind, humidity and solar exposure to achieve cooling purpose.

MISTING

INTERSECT

26 26

FABRIC INSTALLATION

PUBLIC SPACE

ROOF WATER COLLECTION & RAIN GARDEN

PRIVATE SPACE


FABRIC STRUCTURE

STAINLESS STRUCTURE

ROOF WATER CATCHMENT

WATER TANK

RAINGARDEN FILTERING

MISTING

Western Redbud

Gaint Wild Rye

Field Sedge San Diego Sedge

WOOD

FLAGSTONE

BLUESTONE

TRAVERLINE

27

27


INTERVENTIONS

EFFECTS SETTING

GEOGRAPHIC CONNECTION

RAIN GARDEN

--

ECO FABRIC SHADING

DECRESE SOLAR EXPOSER

RAINGARDEN AND WATER TREATMENT

MISTING

HOLDING MOISTURE

+

INCREASING HUMIDITY

WIND

- MODIFICATION -

COMFORTABLE WIND VELOCITY

+ WATER COLLECTION

+

WATER RESOURCE

COOLING MIST TRANSFER WATER RESOURCE

RADIATION

MISTING

ECO FABRIC SHADING

A SMALL AMOUNT OF WIND GUIDE

WOOD FURNITURES IN COURTYARD

ROOF RAIN WATER COLLECTION WATER TANK

WATER INLET TO TANK

2828


ED TO COURTYARD FOR COOLING

A SMALL AMOUNT OF WIND GUIDED TO COURTYARD FOR COOLING WIND LIFTED UP BY FABRIC STRUCTURE

MISTING INCREASES HUMIDTY LEVEL AND BEEN BLOW TO THE HOTEST SPOT

MIST DEVICE UV STERILIZER DISINFECTION BEFORE MISTING

RAIN GARDEN MEDIA FILTERING RAIN WATER WATER TO IRRIGATION

29

29


WILDY GOAT

Wildwood, Victoria, Australia MLA Studio4, 2016 Studio instrutor: Christopher Newman This project is aiming to reactivating Wildwood by introducing a development trigger – goat dairy industry. By considering natural resource and applying planning strategies, this town has been gradually transformed to a self-sufficient system by providing locals needs and exchanging economic values with Great Melbourne Area. The project has two stages. The first stage draws the outline of a self-sufficient system according to GIS analysis and applying strategic design. The second stage is focusing on smaller scale of the system to make sure landscape design suits to towns daily needs.

30


31


GIS DATA ANALYSIS

SOIL CLASSIFICATION

SANILITY

SOIL PH

CARBON ORGANICS

WATERSHED

RANKING RESULTS

DRAIN ANALYSIS

FARM TOUR SHOWGROUND EVENTS

DESIGN METHOLOGY

MILKING PEAK PERIOD

CHEESE MAKING

HOW CAN IT BE CONNECTED NOT ONLY BY TRANSPORT BUT BY NEEDS AND DEMANDS? CHEESE MAKING

SUMMER

CROP HARVEST SOWING

MILKING PEAK PERIOD

MILKING SHOWGROUND EVENTS

CHEESE MAKING

AUTUMN

SPRING

HOW MANY JOBS IT COULD PROVIDE?

WHATS THE ECONOMIC DRIVERS? HOW TO SATISFY EACH OTHERS NEED?

COULD IT MUTUAL BENEFIT WITH OLD TOWN?

WHAT ATTRACT PEOPLE COME HERE?

WINTER

32

MILKING

CHEESE MAKING

INDOOR FEEDING PERIOD


DESIGN STRATEGY

CONNECTIVITY

LANDUSE

DAIRY LINE ONLY LIMITED TRANSPORT ACCESS

C325

NATURAL RESOURCE

SCATTERED AND EFFICIENT INFRASTRUCTURE IN BOTH NEW TOWN CENTER

CONNECT WIITH SUNBURY

CONNECTING WITH OAKLAND JUCTION

VIEW POINT LOOKING AMONG THE DAIRY TOWN

RESIDENTIALS WITH STUNNING VIEW AND HIGH PRIVACY

CYCLING STATION IN DOWNTOWN POCKET PARK

EDUCATIONAL INFRASTRUCTURE COMMERCIAL AREA

BUS STATION

CONNECTING TO RAILWAY ENSURE DAIRY PRODUCTS TRANSPORTATION

DAIRY INFRASTRUCTURE

DAIRY EXPRESS ONLY

SOCIAL INFRASTRUCTURE

SECONDARY ROAD

HIGH DENSITY APARTMENT

RESERVE

MEDIUM DENSITY UNIT

MAJOR ROAD

POKET PARKS

HOUSES

EXISTING ROAD

CYCLING STATION

HIGH CLASS HOUSES

WSUD VEGETATION ISOLATION STRIP

DAIRY & FARMING

CYCLING TRACT

IRRIGATION

STORAGE AREA

INDOOR WORKING AREA MILKING SHED

FEEDING AREA

EFFLUENT TREATMENT AREA

ABUNDANT PRECIPITATION MAIN ROOF WATER RUN OFF CATCHMENT

SUB-SURFACE DRIP IRRIGATION LIME VEGETATION STRIP DISTINCT SPACE+ CREATE LANDSCAPE VIEW

ROAD RUNOFF CATCHMENT

VALLEY LANDFORM THE MAIN GROUD SURFACE RUNOFF CATCHEMENT

FESCUE CLOVER MILLET BAHIAGRASS ALFALFA

DEDUCE SEWER PRESSURE AND RECYCLE RAIN WATER

IMPERMIABLE URBAN SURFACE

SUB-SURFACE DRIP IRRIGATION

RHYGRASS

TRICKET IRRIGATION SYSTEM USE MOST NEARBY CATCHMENT WATER

LIME

33


SELF SUFFICIENCY PROCESS

DAIRY CENTER

PRODUCTION 320 LITERS GOAT MILK PER DAY /96000 LITERS MILK A YEAR

DAIRY CENTER

AT LEAST 60 POSITIONS DAIRY WORKING OPPORTUNITY LIVESTOCK COMPOSITE TO CROP FIELD

OFFERING EVERYDAY FRESH LIQUD MILK TO LOCALS AT LEAST 30 PERCENTS DAIRY PRODUCTS TRANSPORT TO METROPOLITAN EVERYDAY (CHEESE AND LIQUD MILK)

PRODUCTION CENTER

PRODUCTION PROVIDING WINTER HAY AND COMPLIMENTARY GRAINS FOR GOATS FEW AGRICULTURE PRODUCTS FOR FOR LOCAL FARMERS MARKET

PRODUCTION CENTER

A FEW FRESH AGRICULTURE PRODUCTS FOR LOCAL

OFFERING AT LEAST 10 ARICULTURAL RELEVANT WORKING OPPORTUNITIES

INCREASING GDP OF THE TOWN

TOWN CENTER

CONSUMING 160 LITERS GOAT MILK PER DAY RESIDENCE DAIRY CONSUMPTION

OFFERING 6000 HOUSEHOLDS FOR RESIDENTIAL PURPOSE

NEW TOWN

DAIRY AND AGRICULTURE LABOR NEEDS RAIN WATER CATCHMENT ENSURING IRRIGATION WATER FOR CROP FIELD AND PASTURE AREA PSHOWGROUND AND ACTIVITY SPACE FOR ACTIVATING GOAT DAIRY TOWN INFRASTRUCTURES FOR RESIDENTS (FROM GEOCERY NEEDS TO EDUCATIONAL PURPOSE)

34

NEW TOWN


C325

DAIRY FROZEN WAREHOUSE CHEESE FACTORY

GAS STATION

FARMERS MARKET

FIELD TESTING HUB

SECTION AB

CROP FILED WALKING TRACT

SECTION AB

DAIRY CENTER

DAIRY LINE ONLY

GOATS DAIRY RESEARCH HUB

PRIMARY SCHOOL

PRODUCTION CENTER OBSERVATION DECK

CONNECT WITH RAILWAY SHOPPING MALL

COMMUNITY CENTER

DAIRY SHOP SHOW GROUND

HIGH SCHOOL

LOCAL COMMUNITY MARKET DAIRY SHOP STORE

STORE

SPORTS FIELD

CONNECT WITH OAKLAND JUNCTION

COMMUNITY CENTER SECONDARY SCHOOL

OLD TOWN CENTER

NEW TOWN CENTER

LEGEND CROP I TYPE BAHIAGRASS MILLET FESCUE ALFALFA RHYGRASS ISOLATION STRIPELIME

INFRASTRUCTURE

RESERVE

RESERVE CYCLING TRACT WATERCOURSE DAIRY SYSTEM

ROAD STSTEM MAJOR ROAD SECONDARY ROAD THIRD ROAD

0

0.75KM

1.5KM

3KM

35


VEGETATION STRIPE PREVENT ODOUR

36


ROOF RAIN WATER COLLECTION

TREATMENT

IRRIGATION

37


OTHER WORKS

CAD DRAWING

MLA Detail Design Subject Instructor: Sidh Sintusingha

Sydney Myer Asia Center, Carlton, Victoria, Australia

ALUMINUM SIDE TRIM FOR COVERING IRRIGATION LINES

SS FRAME FOR HOLDING PLANTS PANEL MAIN HORIZONTAL STEEL MEMBER STRUCTURE MAIN STEEL STRUCTURE

SS FRAME FOR HOLDING PLANTS PANEL

01 02

3D VIEW NOT TO SCALE

MAIN HORIZONTAL STEEL MEMBER STRUCTURE CONSTRUCTION REFER TO DETAIL __

SS FRAME FOR HOLDING PLANTS PANEL U SHAPE FRAME ADJOINS WITH HORIZONTAL STRUCTURE

GROUND GRAVEL DRAIN PAVING AREA

ALUMINUM SIDE TRIM FOR COVERING IRRIGATION LINES

DRAWING TITLE

PLAN DRAWING NUMBER: CD-02 DATE:15/10/2016

MAIN STEEL STRUCTURE

02 02

WAVING WALL PLAN SCALE 1:20

ALUMINUM SIDE TRIM FOR COVERING OUTLET LINES

DRAW: ALLISON CHEN REVISION:SIDH SINTUSINGHA

A3 1:20

38

ORIENTATION


MAIN STEEL STRUCTURE

MAIN HORIZONTAL STEEL MEMBER STRUCTURE CONSTRUCTION REFER TO DETAIL __

300

ALUMINUM SIDE TRIM

U SHAPE FRAME ADJOINS WITH HORIZONTAL STRUCTURE

IRRIGATION DRIP LINE ON THE TOP OF PANEL

DRAIN LINE ON THE BOTTOM OF PANEL GROUND GRAVEL DRAIN PAVING AREA

2040

1800

1800

SS FRAME FOR HOLDING PLANTS PANEL

201

EXISTING GROUND SURFACE

00 07

MIN 150MM DISTANCE

3D VIEW NOT TO SCALE

DRAWING TITLE

LAYOUT PLAN DRAWING NUMBER: CD-07 DATE:15/10/2016 DRAW: ALLISON CHEN REVISION:SIDH SINTUSINGHA

AA 07

STAINLESS OR ALUMINUM TRIM SECURE INTO TRIM MOUNTING ANGLE

SECTION Typical Section

A3

Scale 1:10

ORIENTATION

1:20

70 140 30 30

15 50

100

IRRIGATION DRIP LINE ON THE TOP OF PANEL

IRRIGATION INLET PIPE

GREEN WALL PANEL

IRRIGATION DRIP LINE

SELF TAPPING SCREW

100

300

GREEN WALL PANEL

SS FRAME FOR HOLDING PLANTS PANEL

DRAIN LINE ON THE BOTTOM OF PANEL SELF TAPPING SCREW 35

U SHAPE FRAME ADJOINS WITH HORIZONTAL STRUCTURE

70

HORIZONTAL STEEL

U SHAPE FRAME ADJOINS WITH HORIZONTAL STRUCTURE

35

30

MAIN HORIZONTAL STEEL MEMBER STRUCTURE

SS FRAME FOR HOLDING PLANTS PANEL

50

140

00 08

300

SECTION DETAIL Typical Section

DRAWING TITLE

Scale 1:5

LAYOUT PLAN DRAWING NUMBER: CD-08 DATE:15/10/2016 DRAW: ALLISON CHEN

01 08

SECTION DETAIL Typical Section

REVISION:SIDH SINTUSINGHA

Scale 1:5

A3

ORIENTATION

1:20

39


PLAY WITH NY111 Kanana, Cape Town, South Africa DENCITY Compitition Entry Project Instructor: Gini Lee

Handan CHEN (Allison)

688203

SITE CONDITIONS:

PLAY WITH NY111

Isolated street / Waste space

Kids fooprints

-A safer street to go to school

35-54 65.23%

0-14 24.7%

NY111Road, Kanana, Cape Town, South Africa

55-64 5.42%

AGE

65+ 4.1%

Going to school every day will be not nightmare anymore. This project is turning an unsafe street - NY111 to a lively public space.

unspecified 18.25%

Crime spots

15-34 49.5%

Geographically, Kanana Township is isolated by transportation infrastructure surrounds. So Kanana dwellers have been passively pushed to go to Gugulethu for all daily needs from infrastructure to daily commodities. All the children have to travel between 25 minutes to 78minutes to Gugulethu to go to school. And there is only one sports centre in this township, lacking outdoor activity space leads children anti-social behaviours. High crime rate presented concentration trend along Ny111 Road, and this is the only way to go to school for all children live in Kanana Township.

S

S

Main exists

KANANA TOWNSHIP

Traffic lines GRADE 0-2 2.87%

NO SCHOOL 8.53%

UNSPECIFIED 7.46%

Trees

MATRIC 7.46%

GRADE 3-7 22.93%

EDUCATION

Safety and security are essential to all communities. This design is addressing those existing issues together as taking them as opportunities. Instead of putting modern CCTV technology as monitoring. Surveillance could be stimulated by modifying the poor conditions. Space designed open to view of public and then Community themselves are working in the surveillance process, providing sense of safety to children. Reclaiming vacant space for children`s out door playground as well as comfortable community space. The intends of this design are promoting sense of safety of the street, reusing vacant space, offering activity for local children. A comfortable street condition also helps creating positive sense of communal identity.

Barrier

GRADE 8-11 40.83%

Kanana is a small informal settlement located in Gugulethu, Cape Town, South Africa.

Dangerous road /High density township

Vacant space

S

R Site plan

NY111 Road

MASTERPLAN :

Poor sight line/ high risk of crime

Section AB

B

A

Crossing signage increase sense of safety and reminds deceleration.

The painted playground turns isolated street to vivid community space, and provides flexible outdoor space.

A

The step clearly distinct sidewalk from informal road system. community space is busy and overlooked by numerous households. Hi~

Old high walls replaced by low multifunctional obstructions.It can be used as a chair and also works as a barrier to seperate private space with public space.

Section AB 0

Section CD

40

10m

B


STRATEGIES: 1. Tree relocating for better visibility

1. 2.

Strategy 1.

2. Walls desconstruction for clear sight line

3.

3. Community gathering space

Stimulating Surveilliance

D

1.Shack painting

1.

2.

3.

2. Road painting

4.

3. Gravel paving in buffer zone

Strategy 2:

4. Crossing signs

Increasing sence of safety

1.

1. Pattern based playground 2. Sand play

3.

2.

Strategy 3:

3. Community gathering area

Reactivating vacant space

Bright Painted streets along the township side create sense of safety.

D

Ordered shacks painting raises the attractiveness of township, encouraging further rehabilitation.

Section CD

C

Playground Painted area Crossing signs Gravel paving Wall deconstruction

0

50m

Trees be relocated besides footwalk, for providing better sight line from community house to the street.

All Children playgrounds be overlooked by households. Young aging area is open to view from within and ouside the street.

C Steel fence provides reasonable surveillance as well as guarantees security. Gravel pavements in buffer area guaranteed community safety. Footprints will be heard when strangers walk in.

0

20m

41


OTHER WORKS CNC MODEL AND CONCEPTUAL RENDERING

SQUARE OF MEDITATION University Square, Carlton, Victoria, Australia MLA Studio1, 2015 Studio instrutor: Jillian Willams

42


43


OTHER WORKS FABRICATION

BIO RING MLA Landscape Materiality Subject Instructor: Mark Gillingham

44


OTHER WORKS

GRAPHIC DESIGN

RUACH PERSONAL TRAINER

& gym instructor

IMPACT

RI

Ruach Impact

CORE / GLUTE / AEROBIC FITNESS / STRENGTH & CONDITIONING / FLEXIBILITY & MOBILITY

0406288008

free

elizabethruach ruachimpact@gmail.com

PERSONAL TRAINING LOGO · POSTER · BUSINESS CARD · WEB DESIGN

45


MAY THE BEAUTY OF OUR LAND NEVER FADES.

46


47


48


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.