PORTFOLIO
RE-ADAPTION
IMPLEMENTING A VARIETY OF STRATEGIES RANGING FROM WATER DIVERSION TO FARMING PRACTICES TO HELP IMPROVE AND HELP THE RESIDENTS OF THE NORTHERN RIVERS WHO WERE AFFECTED BY THE 2022 FLOODING EVENTS.
COMMON HEALTH OF AUSTRALIA
CREATING A SANCTUARY FOR BOTH HUMANS AND ANIMALS WHICH WOULD HELP IMPROVE THE OVERALL PHYSICAL AND MENTAL HEALTH OF ALL USERS.
SSI
A CORAL REJUNVATION PROJECT THAT AIMS TO EDUCATE THE PUBLIC ABOUT THE IMPORTANCE OF CORALS AND HOW ARTIFICAL REEF STRUCTURES HELP TO PLAY A PART IN CORAL REJUNVATION .
Content Page
BEE
A MINI BEE ATTRACTING FOREST WHOSE AIM IS TO CREATE AN ENVIRONMENT THAT HELPS PROVIDE SHELTER AND FOOD FOR BEES WHILE EDUCATING THE PUBLIC ABOUT THE IMPORTANCE OF BEES.
PORTAL
A PORT MUSEUM THAT AIMS TO MEMORALISE THE PSA PORT AND EDUCATE THE PUBLIC OF 2065
OTHER WORKS
RE-ADAPTATION
flood event paired with access to grants and other financial subsidies and incentives
The proposed projects incorporate various hydrological strategies, new farming practices and economy-boosting programs.
It aims to prepare the residents of Lismore LGA for a flood event that would result in minimal impacts and losses compared to the 2022 flood.
This design is based of a 1 in 50 year flood based on current data obtained
What comes along with human development and expansion?
It is the inevitable need to build a place up with concrete, and with that comes the consequence of a non-porous surface that water cannot pass through.
Urbanisation replaced green open spaces with concrete pavements and asphalt roads. Economy-driving industries, such as the previous logging industry, and the current agricultural sector, have resulted in the degrading of
The non-porous surface covering the the town has paired with Lismore’s sink-like location has resulted in stagnant floodwaters.
Unable to change the past nor the present, but that does not mean we are not able to change and improve the future of Lismore and the other neighbouring
Lismore and its residents has been resilient against past flooding events due to pasts experiences and the preventive measures implemented; however, climate change has created a brand new situation for them.
Being resilient and their ability to re-adapt to new and future scenarios.
LAND OWNERS
Coraki Floodplain
W: 77m SA: 120。 W: 105m SA:140。 W: 77m SA: 110。
Proposed Ruthven Floodplain
Masterplan showing Ruthven & Lismore, NSW
2022
Area Path
Done By Chenyi Wang Pasture Dryland Cropping Cropping Dwelling
Flooded
Rainfall
100 Year Design Flood Level ( 12.38 AHD )
Major Flooding Occurs ( 9.72 AHD )
Comparision
1887 1890 1892 1893 1917 1921 1929 1931 1938 1939 1945 1946 1948 1950 1951 1953 1954 1955 1956 1958 1959 1961 1962 1965 1967 1970 1971 1972 1974 1975 1976 1978 1980 1983 1984 1985 1987 1988 1989 1990 1991 1995 1996 1999 2001 2005 2006 2008 2009 2010 2012 2013 2015 2016 2017 2022 1963 1954 : RL 12.11 1974 : RL 12.11 2017 : RL 11.59 2022: RL 11.40 2022: RL 14.40
Approx Levee Wall Protection
Major Minior Moderate
Ruthven
Calender from 1887-2022
Lismore
Aerial View of Lismore, NSW
Aerial View of Ruthven, NSW
Aerial View of Lismore, NSW during 2022 Floods
Ruthven, NSW during 2022 Floods
Lismore CBD
Ruthven, NSW
of Lismore, NSW and Ruthven, NSW
Regional map showing Ruthven & Lismore, NSW
Done by : Chenyi Wang
Hydrological Strategies to be implemented
The key to fast recovery is to allow flood waters to move away from Lismore quickly but steadily. This can be done by opening up more alternative water flow paths and to widen the existing channels.
Creating diversion channels to alleviate pressure off the main river channels while being able to move water away from the town.
These channels will be created by linking up the already present streams found along the Richmond River. A variety of hydrological strategies, such as lowering floodplain levels and formations of water storage lakes, will be implemented to help the landscape cope with the environmental challenges that are already happening.
Opening of High Volume Water Channel Moving of Dykes Further Back Deepening of Summer Channel Lowering of Floodplain
Irrigation Drains leading to River
Creating of Water Storage Space
Location Analysis PHOTOSYNTHESIS SUNLIGHT HARVEST ANIMAL RESPIRATION RESPIRATION IN STEM & LEAVES MONO-CROP DEAD ORGANISMS & WASTE MATTERS CO DEAD ORGANISMS & WASTE MATTERS INCREASED HARVEST ADDITIONAL CARBON CREDITS ANIMAL RESPIRATION RESPIRATION IN STEM & LEAVES COVERED CROP SUNLIGHT CO PHOTOSYNTHESIS Carbon Sequestration ( Before & After )
Landownership ( Before ) Landownership ( After ) Landownership & Cycling Paths Landownership & Walking Wetland
Done by Chenyi Wang
Permanent Wetland
A flood control buffer that benefits the wildlife and residents living nearby. These wetland spaces can be used as recreational spaces by both residents and visitors.
Farmers whose lands are adjacent to the Richmond River can consider converting their farms into walking wetlands or introducing intercropping techniques into their farming practices. Implementing these strategies can rehabilitate and re-energise the soil after each harvest, leading to healthier and high-yielding crops.
These strategies would give the river more space to dissipate excess flood waters, thus relieving the pressure of the main river channel. By moving floodwaters away from Lismore quickly, residents will be able to start their clean-up sooner, thus allowing life in Lismore to regain normalcy quickly.
Walking Wetland
A combination of a wetland and crop land. It is 5 year rotational agricultural method that aids in carbon storage whilst helping to improve soil quality.
Amongst these crop lands, various farming strategies such as intercropping and irrigated agriculture land will be implemented.
Intercropping, brings about climate resiliency while helping to save space, resources and increasing overall crop yield.
Irrigation drains leading towards the river will be dug out amongst the rows of crops as to aid in drainage during a flood.
Design Strategies
Pasture Lands
Located on higher grounds so that farmers are able to move their livestocks and machinery further up hill in the event of a flood.
Walking Wetland
Visitors are also able to cycle along the provided cycling paths found along the side of the Wilson River.
These paths passes through different types of landscape ranging from pasture land, crop lands and wetlands.
Cyclist can have deeper understanding of where their food comes from whilst developing a closer and more intimate relationship with nature.
MasterPlan of Chosen Area
Done by : Chenyi Wang
Step 1 Water Channel
Step 2 Roads & Recreation Pathways
Step 3 Buffer & Permanent Wetland
Step 4 : Walking Wetland
Step 5 : Pasture Lands
Permanent Wetland Cropping Pasture Existing River Dwelling Path Irrigation Channel
Done by : Chenyi Wang
Systems Diagram
Perspective Renderings
Intercropping Practices
Hydrological
Economic Linkages
Cleaning of Water
Flood Aiding
This system diagram helps to show how all the different strategies work together to benefit Lismore and their residents.
This scenario is designed for a 1 in 50 years flood event paired with access to grants and other financial subsidies and incentives. The proposed projects incorporate various hydrological strategies, new farming practices and economy-boosting programs. It hopes to prepare the residents of Lismore LGA for a flood event that would result in minimal impacts and losses compared to the 2022 flood.
Council / Government
Walking Wetland
Pastural Farmland
Irrigated Agriculture Land
Green Buffer Along RIver
Strategies
Water Treatment Wetland
Permanent Wetland
Intercropping Farming Practices Being Used
Walking Wetland
Visitors & Cyclist at the Permanent Wetlands
Common Health of Australia
A sanctuary , a safe haven. A stress free and worry free space that both wildlife and humans are able to relax and put down their guard at. The past few years has been filled with a whirlwind of events that has caused much physical and mental damage to both humans and wildlife. From forest fires and floods that ruined homes and habitats, to the Covid-19 pandemic that resulted in lockdowns, a sense of normalcy has now become a luxury craved by everyone.
" Urban Sanctuary " aims to be a safe haven and a sanctuary for both animals and humans. By having a green space that supports the formation of an urban ecological system which in turn benefits the users of the space. The restoration and improvement of water movements will help create habitats suitable for the Birds, Eels and Frogs which would in turn help boost their numbers whilst acting as an ecological " bridge " for other wildlife species to pass through.
Site Plan of Moore Park
Group Work :
Chenyi Wang
Haodong Wu Paul Wang Sean Callaghan
Top Soil (Surface litter) SubSoil (Sand 1) SubSoil (Sand 2) SubSoil (Sand Perched Water table (Stormwater) Botany Sand Aquifer (above sea level 0-25m) Geogical Botany Basin (around 9m) 0m 15m -10m Oxygen Spreading Area Oxygen Spreading Area Oxygen Spreading Area Oxygen Spreading Area Oxygen Spreading Area Oxygen Spreading Area Oxygen Spreading Area Eat Eat Eat Eat Be Eaten Be Eaten Seed Plant Reproduction Shading Area Diameter Year Year Year Year ECOLOGY TRANSMISSION PROCESS COLLECTIVE EFFECT COMMON HEALTH OF AUSTRALIA Leaf FOOD CHAIN AMONG BRIDS, FROGS AND EELS Nutrient Transmission (N,P) Flower
Relationship between a healthy ecosystem and humans Done by Chenyi Wang
" Frog " Playground to help educate children about the species Done by Chenyi Wang
" Bird " Playground , Done by Chenyi Wang
" Eel " Playground Done by : Chenyi Wang
Human & Frog Interaction : Water Human & Bird Interaction Observation Human & Bird Interaction Sound Therapy Human & Eel Interaction : Fishway
" Visitors can also take part in activities which would aid in data collection as they pass through thematic and sensory gardens, bird viewing spots and even wildlife themed playgrounds. "
" The meandering educational boardwalk will pass through the different habitats areas whilst allowing them to experience " Shirin Yoku ".
Shirin Yoku aka forest bathing is known to help with improving the physical and mental health of humans which is much needed after the stressful few years that has had its toll on us. Besides Shirin Yoku, the green open spaces throughout the site will be able to host other recreational activities such as yoga , sound massages and even movie nights all of which help with relaxing and unwinding. "
P3 . View from Mount Steel
P2 View from Bird Observation Pavilion overlooking at Bird Island
P1 View from Educational Boardwalk
P1 P2 P3 P4
P4 . View from Event Lawn
Transectional Section from 2022 , 2027 , 2035 Showing the gradual succession and maturing of Moore Park as a Habitat Zone for animals
Done by : Haodong Wu
" Gradual plant community succession will provide wildlife with an undisturbed space where they can carry out their natural life cycles and processes, thus helping to boost population numbers for their species.
Over time, Moore Park will be able to mature and morph into a habitat zone that all animals can come to thus helping to enhance north to south fauna movements along the Botany Sand Aquifer. "
Animal Movement from North to South
Done by : Chenyi Wang
High Ecological Value Waterway and Water Dependent Ecosystems Existing Surface Botany Sand Aquifer Proposed Site - Moore Park Existing Eels Movement Existing Frogs Movement Existing Birds Movement New Eels Movement New Frogs Movement New Birds Movement New Human Movement N 1 5000 Existing Eels Movement (Entrance) BOTANY BAY BOTANY SAND AQUIFER (ENTRANCE) Existing Eels Movement (Exit) SIR JOSEPH BANK PARK MILLER POND THE LAKE GOLF CLUB BONNIE DOON GOLF CLUB THE AUSTRALIAN GOLF CLUB BOTANY DAMS MOORE PARK CENTENNIAL PARK ROYAL RANDWICK RACECOURSE ROYAL BOTANIC GRADEN SYDNEY HYDE PARK RUSHCUTTERS BAY PARK TRUMPER PARK COOPER PARK WOOLLAHRA GOLF CLUB Existing Birds Movement SYDNEY PARK Existing Frogs Movement Existing Frogs Movement ChenYi Wang 13094545 Haodong Wu 12781023 Paul Zhong 13265879 Pamela Quek 13341591 2022 2027 2032 been completed. After introducing functional plants, the ecology the entire park area rebuilt using insects and wetland nutrients. After the aquatic ecological chain, the preliminary transformation the park completed. Based on the completion the complete ecosystem these five years. Forest areas throughout the park will enter period rapid growth. simultaneously. Forests and wetlands will provide shelter and rich food source for birds. Finally, the forest-wrapped park, residents will be able participate outdoor activities and exercise. And you can also learn more biological knowledge from the process exploring the forest. scale 1:100 scale 1:100 Transitional Section Years Transitional Section Years Transitional Section Years
SSI : Small Sister Island, Singapore
A Reef Restoration Project that aims to educate the public about the importance of the marine species that is found in Singapore’s waters. The health and survival of the rich marine biodiversity sound at SSI and other neighbouring islands are constantly threatened by the rising sea temperatures and human activies in the area.
Through transplantation of young corals and sponges onto artifical reef structures, it would help speed up the process of creating a reef habitat. A brand new healthy and thriving reef habitat would help attract more marine species to reef thus rejuvenating the waters surrounding Singapore.
SSI : Small Sister Island
Analysis : Southeast Asia , Regional & Local Scale
Existing Site Context
Exisiting Overall Section & Site Conditions
Singapore’s location in relation to the major coral reefs found in Southeast Asia
Small Sister Island in relation to major shipping routes in a Regional Context
Small Sister Island in relation to Mainland Singapore & Location of other coral reefs found in neighbouring islands
Small Sister Island Turtle Hatchery Coral Nursery
Lagoon
Artifical Reef Structure
Small Sister Island Exisiting Site Plan
Material Palette
Neptune Cup Sponge Adult sponge release sperm cells Sperm enters another sponge. Sperm fertilises an egg cell Larva develops Water currents carry larva away Larva settles on hard surface and develops into adult sponge Biotic Material : Neptune’s Cup Sponge Living Sea Wall Abiotic Material : Artificial Reef Structure Artifical Reef Plate Coral Nursery Year 0 Year 25 Year 50 6 Months 25 Years 25 Years Seaweed & Algae Oysters and Barnacles Reef Ball Exisiting Sea Wall Reef Ball Seaweed & Algae Coral Oysters & Barnacles Trachyphyllia geoffroyi Open Brain Coral Staghorn Coral Melithaea Sea Fan Neptune’s Cup Sponge Scleractinia Sponge & Coral Palette Artifical Reef Structure Typologies
Overall Proposed Section
A coral dive trail will be created to educate the public about the rich marine diversity found in the waters of Singapore. There will be 2 diving trails that visitors can take part in :
Shallow Trail ( Max Depth 6m ) : Coral Reefs, Hard Corals & Reef Animals
Deep Trail ( Max Depth 12m ) : Sponges
Divers will use the underwater cameras provided to capture the different corals / sponges / animals spotted whilst on the trail the pictures taken will be forwarded to them, after which they will use it to complete a series of online activies
Proposed Year : 0
Proposed Year : 25
Proposed Year : 50
Ramp leading to boardwalk Boat where divers enter the water from Underwater Coral Trail Shallow & Artificial Reef Area 0 25 50m Zoom In Section of Proposed Section : Year 50 Ramp leading to boardwalk Underwater Coral Trail ( shallow ) & Artificial Reef Area Boat where divers enter the water from
Shallow Trail Diver’s Perspective
Deep Trail Diver’s Perspective
BEE stands for Blue Banded Bee , Environment , Education. Rapid habitat loss and climate change meant that bees no longer have a place to rest and recuperate when they are tired and hungry. BEE hopes to be a part of the already present Sydney B&B Highway and to help increase the amount of biodiversity that is within the UTS campus as well as the city.
Bees in particular Blue Banded Bees (Amegilla cingulata) not only help to pollinate our crops, they also help to ensure the health of our ecosystems. Blue banded bees perform a type of pollination called " Buzz Pollination" , this type of pollination help to pollinated up to 30% of Australia’s crop such as tomatos, blueberries and many more.
The forest is planted on top of mounds as to elevate the forest, around the mounds are boardwalks for the students and public visitors. At Jones Street, vistors would first enter via the forest before they can walk to the meadow. The two different plant typology encourages different interaction to occur between the bees and us humans. When in the forest, humans are the ones that are entering their habitat thus interactions are kept to a minimum. However, there would an increase in bee and human interaction at the meadow. Users can sit at the three clearings placed around the meadow while the bees fly amongst the meadow.
With one of the forest being located near a childcare and the other on a university campus, students and teachers are given the opportunity to learn and observe the blue banded bees while they are in their natural habitat.
BEE hopes that this rest stop would help increase the amount of biodiversity that is within the city and to also give the bee population the boost it needs to help maintain Australia’ s crop and ecosystem.
BEE
Location Plan
At Jones St, permeable metal gratings are used for the boardwalk as to allow taller plants located at the side of the boardwalk to grow through.
Earth mounds located at Jones Streets are taller in height as to show futher emphasise the scale difference between humans and bees when in comparision with the surrounding buildings and trees.
The bee hotels are nestled in between the trees at selected mounds. Alumni Green will be changed into a meadow with the 3 clearing. Functioning as a gathering / ceremonial space, users are able to have closer interactions with the bees whilst utalising the space.
Jones Street Site Plan with Section Cut Line
Diagram showing the difference in scale beween humans and bees when in comparision of the forest and the buildings surrounding them ( Jones Street )
Diagram showing how humans and bees interact with each other when in a meadow
Bee Hotel made out of Soft Clay
Jones Street Sectional Perspective
A A
Jones Street ( UTS Main Campus & Alumni Green )
At Blackfrairs, the same concept continues on from Jones Street with the only significant difference being lower earth mounds and shorter trees.
This is to cater towards the childcare center and its children, that is located at the site. Unlike at Jones Street where the tallest mound when measured from the boardwalk up is as tall as 750m, here at Blackfairs, the tallest mound only measures up to 500mm.
The current ditch that is located at the site, will also be converted into a rain water , water purifying plants will be used to clean the water .
Blackfrairs Site Plan with Section Cut Line
Bee Hotel made out of Soft Clay
Blackfrairs Site
Blackfrairs Sectional Perspective
B B
Diagram showing the difference in scale between humans and bees when in comparision with the forest and buildings around them
JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC TREES Angophora costata Acacia longifolia Buckinghamia celsissima Callistemon viminalis Cupaniopsis anacardioides Melaleuca quinquenervia Lophostemon confertus SHRUBS Acacia floribunda Dianella amoena Eriostemon australasius Grevillea buxifolia Lambertia formosa Leptospermum laevigatum Melaleuca wilsonii Scaevola aemula Westringia fruticosa GROUNDCOVER Anigozanthos flavidus Brachyscome multifida Cenchrus purpurascens. Thunb. Poa poiformis ‘Kingsdale’ Themeda triandra LEGEND Main flowering Month Sporadic Flowering COLOUR SCHEME Not Flowering PLANT PALETTE Brachyscome multifida Poa poiformis 'Kingsdale' Angophora costata Buckinghamia celsissima Callistemon viminalis Cupaniopsis anacardioides Melaleuca quinquenervia Lophostemon confertus Dianella amoena Lambertia formosa Leptospermum laevigatum Westringia fruticosa Mq LEGEND SHRUB GROUNDCOVER Mq Mq Ca Mq Sa 10 15 Ea m2) m2) Cp m2) Cp m2) m2) m2) Af (22 m2) Cp m2) Bm (12 m2) Cp m2) m2) Bm m2) m2) (12 m2) Plant Calender & Plant Palette Overall Planting Plan Tree Planting Plan Shrubs Planting Plan Groundcover Planting Plan
PORTAL is designed such that it replicates the Tanjong Pagar port which will no longer be around in 2065. Acting as a time portal, visitors would be able step back into a time period where ports and containers are of a common sight while driving along the roads of the future Greater Southern Waterfront.
First stemmed from the need to memoralise a part of ( SG ) which would no longer be visible to the general public in 2065. The Tanjong pagar PSA ( Port of Singapore Authority ) port played a crucial part in SG’s rapid economic growth & success.
This port museum aims to educate the younger generation on how a port resembles, functions as well as the history of how it helped transformed Singapore, from a small fishing village to a trading port and finally the successful metropolis it currently is. It also helps bring a sense of nostalgia for the elderlys in 2065, who are part of the generation who would frequently see the Tanjong Pagar PSA Port when they are in the CBD area.
Site Plan PORTAL
Diagram of " Grid " Concept
Diagram showing Programming, View Points Axises
Permanent Exhibitions ( Programs )
Material & Landscape Palette
Arrangement of how the different grids are placed on Project
1 2 3 4 5 6
4. Restaurant by the " New Sea "
5. Permanent Exhibition : Stage 1
6 Permanent Exhibition Stage 3
Picture of Physical Model
Picture of Physical Model
Picture of Physical Model
Render showing PORTAL with HDB Flats in the background
Render showing what it is like to walk amongst containers
View looking out at" New Sea " & Greater Southern Waterfront
OTHER WORKS
Bicycle Paths & Pedestrain Paths This panel illustrates the different types cycling and pedestrian infrastructure that found at the North Western quadrant of Sydney. Cycling networks at the Sydney Habour region are better documented compared to areas such as Balmain and Northern Sydney. Biking paths found at the Sydney Habour region are suited for daily commutes whilst the ones at Balmain and Northern Sydney consist leisure recreational trails. Most people felt that was dangerous to choose cycling as their main form communting as they would have to cycle on the shoulder lanes or on the pedestrian pavements, which endangers both cyclist and other road users. Pedestrian paths are typically located adjacent vehicular roads, there are only handful of fully pedestrianised roads Sydney. Current walking paths were found be too narrow and are poorly maintained, thus why they would rather choose other forms of transportation whilst commuting to and fro from their destination. The lack safe cycling paths and narrow unkept pedestrain pathways are the main reason why most people commute via public transport or cars, despite cycling and walking being most eco-friendly and wallet friendly way to travel around the city. Barangaroo Loop (BL) Spring Cycle Loop (SPCL) Pedestrain Pathways Recreational Cycling Trails (RCT) Point Cloud Fig Exploded Axonometric showing overall Cycling Paths and Pedestrain Pathways with Point Cloud Zi Qi Pamela Quek 13341591 Fig 2.1 Compare the Years Avg. Daily Count 200 400 500 800 2010 2012 2014 2016 2018 2020 Cyclist in the City Data Avg. Daily Count 672 Min. 144 Max 1849 October Fig 2.6 Exploded Axonometric Diagram of Cycling Paths RCT Fig 2.5 Cycling Paths Legend Infrequent Riders Fig 2.4 Factors discouraging more riding in the City Safer streets More cycleways 11 Better safety equipment More training Road Rules 56% 45% 42% 42% 44% 37% 27% Nowhere to park my bicycle 22% Too much traffic, making dangerous Only feel safe riding on off-road pathways Do not feel comfortable cycling in shoulder lanes near parked cars Lack provisions for bicycle riders Not many places for pleasant recreation rides Fig 2.3 Improvements for safety when working Food Delivery Workers More/ Better Bike Lanes Better Safety measures Less Traffic % % % Fig 2.2 Factors encourage cycling on regular basis Fig 3.1 People In Crashes-Sydney LGA 2013 Fig 3.2 Factors encourage people walk more frequently in the City Pathways Pedestrians in the City Avg. Day Count 24K Min. 6K Max 44K Fig Compare the years Weekend Weekends 10K 30K 50K 60K 2014 2015 2016 2017 2019 2020 Legend Weekday 2021 FIg 3.3 Pedestrian Pathways Wider Better quality footpaths More pedestrianised streets within CBD Clean Tidy Streets 49% 36% 15% Pedestrian priority at CBD intersections 48% 36% 16% Pedestrian Facilities Seating 46% 38% 16% Better Lighting Increased driver awareness pedestrian safety Better wayfinding Availability shower facilities destination 43% 19% 37% 38% 25% 27% 25% 10% 23% 15% Legend Driver Pedestrian Motorcyclist Cyclist Passenger Definitely Maybe Legend Fig Timeline White Bay Power Station Fig Sectional drawing showing the 30 years growth process the phytoremediaton project Fig Exploded pointcloud axonometric diagram showcasing the site and context PHYTO REMEDIATIVE MEADOW PLANTING: Vetiveria zizaniodes Vetiver grass Zea mays Corn super sweet sentinel Sorghum bicolor summer feast sorghum Brassica juncea Field mustard Baeckea virgata dwarf Braeckea Helianthus annus Sunflower sprouting Digitalis purpurea Common foxlove apricot Poa labillardieri Tussock grass Brassica napus Winfred rapeseed/canola Foeniculum vulgare Fennel sweet Lupinus albus Wonga Lupins Dianella caerula Blue flax lily Helianthus annuus Sunflower Eschscholzia californica Californian poppy Medicago sativa sardi series Lucerne Viola tricolour maxima Viola F2 Pastel colours Themeda triandra Kangaroo grass Tagetes tenuifolia Marigold starfire Cucurbita pepo Zucchini grey Carpobrotus glaucescens Pig face Daucus carota Carrot Chantenay Juncus usitatus Common Rush Curcurbita pepo Pumpkin golden nugget Trifolium pratense USA Red Clover NATIVE PHYTO SENSITIVE PLANTING Acacia heteroclite Acacia quadrimarginea Eucalyptus globulus Tasmanian blue gum Eucalyptus lesouefii Goldfields blackbutt Fig Precedent Projects Purifying Park de Ceuvel - Delva Landscape Architects Huashan 1914 Creative ParkWHITE BAY POWERSTATION Holly McElhenny 12889275 Pamela Quek 13341591 Fig .Exploded point cloud axonometric model showing plant zonings phytoremidiation project Power Plants Phytoremediation Garden - University of Newcastle , University Technology Sydney , University New South Wales PHYTO REMEDIATIVE MEADOW PLANTING: Vetiveria zizaniodes Vetiver grass Zea mays Corn super sweet sentinel Sorghum bicolor summer feast sorghum Brassica juncea Field mustard Baeckea virgata dwarf Braeckea Helianthus annus Sunflower sprouting Digitalis purpurea Common foxlove apricot Poa labillardieri Tussock grass Brassica napus Winfred rapeseed/canola Foeniculum vulgare Fennel sweet Lupinus albus Wonga Lupins Dianella caerula Blue flax lily Helianthus annuus Sunflower Eschscholzia californica Californian poppy Medicago sativa sardi series Lucerne Viola tricolour maxima Viola F2 Pastel colours Themeda triandra Kangaroo grass Tagetes tenuifolia Marigold starfire Cucurbita pepo Zucchini grey Carpobrotus glaucescens Pig face Daucus carota Carrot Chantenay Juncus usitatus Common Rush Curcurbita pepo Pumpkin golden nugget Trifolium pratense USA Red Clover NATIVE PHYTO SENSITIVE PLANTING Acacia heteroclite Acacia quadrimarginea Eucalyptus globulus Tasmanian blue gum Eucalyptus lesouefii Goldfields blackbutt Group Statement We recognise that this land always was and always will be Gadigal land. The White Bay Power station unique site which has the potential to be returned the people of Sydney. We propose 30-year period of phytoremediation which will heal the site through the removal toxins and heavy metals which have leached through the site throughout its industrial past. We will introduce raised foreshore walk which connects to the Glebe foreshore walk and developing Sydney fish market precinct. This raised walkway will be introduced after 20 years phytoremediation. The last phase our project will see the Power Station become an arts and cultural institution where exhibitions can be held, artists can stay residencies and the community can engage with local culture and events. This will operate similar manner to Carriageworks Darlington, Sydney. The long dormant power station well known by Sydneysiders, and we feel that fitting to create public institution which supports the arts and culture scene Sydney.
DIAGRAMS
Figure & Ground of Sydney CBD
Analytical Diagram of Sydney’s Water Source Analytical Diagram of Prospect Reservoir
Analytical Research of Bicycle and Pedestrian Pathways in Sydney Analytical Research of Whitebay
in Sydney Point Cloud of Whitebay Power station and Phytoremediation Area
Cloud of Sydney’s
Bicycle & Pedestrian
Analytical Diagram of Singapore’s 4 National Tap
Power Station
Point
CBD layered with
Pathway
Rendered Section of a resort located in Quanzhou,Fujian,China
Rendered Section of a resort located in Quanzhou,Fujian,China
PHOTOSHOP RENDERS
Rendered Section of a resort located in Quanzhou,Fujian,China
Rendered Masterplan for a project in Bangalore,India
Axonometric showing the different habitats and wildlifes in these habitats. Project : Jiangxi Commune, Jiangxi Riverpark Chengdu Tianfu International Airport City
Rendered front view of Punggol Regional Sports Centre
Rendered Axonometric Typologies Diagram for a junior collage in Singapore
Rendered Views of arrival area in a resort located in Hoi An,Vietnam
尾沙锥 脚滨鹬 头潜鸭 鶺鸽 otacilla racupica nigricollis 川毛尾睡鼠 reolalax nanjiangensis eretes melanopterus nas platyrhynchos 嘴鸻 头鸭 pizixos semitorques头蜂鹰 领椋鸟 颊噪鹛
BOARDWALK DETAIL DRAWING NO. 25 05 12 1.11.21 DRAWING TITLE QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are in millimeters (mm) 03 METAL MESH GRATING & TIMBER DECKING BOARDWALK DETAIL SCALE 1:25 03 05 KEY PLAN 04 SECTION OF METAL MESH & TIMBER DECKING BOARDWALK SCALE SCALE 1:25 05 05 06 05 07 05 FIBERGLASS MESH GRATING GALVANISED STEEL POST GALVANISED STEEL RHS FRAME TIMBER DECKING TIMBER DECKING JOIST GALVANISED STEEL POST GALVANISED STEEL RHS FRAME FIBERGLASS MESH GRATING GALVANISED STEEL GALVANISED STEEL RHS FRAME TIMBER DECKING JOIST SPOTTED GUM TIMBER DECKING BOARDWALK DRAWING NO. 10 06 12 1.11.21 DRAWING TITLE ZI QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are millimeters (mm) KEY PLAN SCALE 05 06 05 DETAIL 1 (MESH) SCALE 1:10 06 DETAIL 2 (MESH&TIMBER) SCALE 1:10 07 DETAIL 3 (TIMBER DECKING) SCALE 1:10 FIBERGLASS MESH GRATING GALVANISED STEEL POST GALVANISED STEEL RHS FRAME FIBERGLASS MESH GRATING POST GALVANISED STEEL RHS FRAME SPOTTED GUM TIMBER DECKING TIMBER DECKING JOIST SPOTTED GUM TIMBER DECKING GALVANISED STEEL POST GALVANISED STEEL RHS FRAME BOARDWALK DETAIL DRAWING NO.07 12 1.11.21 DRAWING TITLE ZI QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are millimeters (mm) 08 PICTURE OF BOARDWALK KEY PLAN 10 3D MODEL OF BOARDWALK & MATERIAL PALETTE 09 AXONOMETRIC OF BOARDWALK SCALE 09 07 FIBERGLASS MESH GRATING PROPOSED SHELTER DRAWING NO.08 12 1.11.21 DRAWING TITLE QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are millimeters (mm) 11 SECTION OF PROPOSED SHELTER SCALE 1:50 11 08 KEY PLAN SCALE 12 3D MODEL OF PROPOSED SHELTER 13 ELEVATION OF PROPOSED SHELTER SCALE 1:50 14 3D MODEL OF PROPOSED SHELTER 16 09 18 09 17 09 100 50 OILED SPOTTED GUM TIMBER POST GALVANISED STEEL 100 100 RHS FRAME GALVANISED STEEL 100 50 RHS FRAME TIMBER DECKING JOIST GALVANISED STEEL POST GALVANISED STEEL RHS FRAME STEEL BASE PLATE CONCRETE FOOTING BENCH DETAIL DRAWING NO. 25 10 12 1.11.21 DRAWING TITLE ZI QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are millimeters (mm) 19 DETAIL SECTION OF BENCH SCALE 1:25 11 08 KEY PLAN SCALE 19 10 20 10 20 DETAIL 1 SCALE 1:4 21 DETAIL 2 SCALE 1:5 23 3D MODEL FRONT VIEW 22 3D MODEL SIDE VIEW SPOTTED GUM (100 50 OILED SPOTTED GUM TIMBER DECKING TIMBER JOIST GALVANISED STEEL RHS FRAME SPOTTED GUM (100 50 TIMBER POST OILED SPOTTED GUM TIMBER DECKING TIMBER JOIST WIND BREAKING WALL DRAWING NO.11 12 1.11.21 DRAWING TITLE ZI QI PAMELA QUEK DATE NAME PROJECT TITLE BEE All drawings & measurements are millimeters (mm) 24 ELEVATION OF WIND BREAKING WALL SCALE 1:50 24 11 KEY PLAN SCALE 25 SECTION OF WIND BREAKING WALL SCALE 1:50 26 DETAIL 1 ( MESH & TIMBER DECKING ) SCALE 1:10 27 3D MODEL OF WALL 26 11 GALVANISED STEEL RHS FRAME FIBERGLASS MESH GRATING GALVANISED STEEL POST OILED SPOTTED GUM TIMBER PLANK GALVANISED STEEL RHS FRAME SPOTTED GUM TIMBER DECKING GALVANISED STEEL POST OILED SPOTTED GUM TIMBER PLANK
SHELTER
DRAWING SHEET 1 FOR SHELTER DRAWING SHEET 2 FOR SHELTER DRAWING SHEET 3 FOR
SHELTER
SHELTER
SHELTER SIDE VIEW OF SHELTER 3D MODEL FRONT VIEW OF SHELTER 3D MODEL EXPLODED AXONOMETRIC FOR BOARDWALK 3D MODEL
DRAWING SHEET 4 FOR
DRAWING SHEET 5 FOR
DRAWING SHEET 6 FOR
CONSTRUCTION DRAWINGS
