P.d. Landscape
THANH DUONG Bachelor of Landscape Architecture (Honours) Selected Work 2019 - 2020
NAME: THANH PHONG DUONG EMAIL: phongduong045@gmail.com INSTAGRAM: p.d.landscape (https://www.instagram.com/pd.landscape/ )
EDUCATION: UNIVERSITY OF TECHNOLOGY SYDNEY (2ND YEAR) SOFTWARE: ADOBE SUITE, ADOBE ILLUSTRATOR, ADOBE PHOTOSHOP, ADOBE INDESIGN, RHINO 6, PROFICENT IN GIS
TABLE OF CONTENT
2019 01. STUDIO: LAND ABOVE THE LAND 02. LANDFORM: 03. BOTANY: CALLAN PARK LINEAR SHOREFORE 2020 04. STUDIO: WATERLOO PRECINCT CULUTRAL PARK 05. COMMUNICATION: ECOLOGICAL SUCCESSION
01. MALABAR
NATIONAL PARK: LAND ABOVE THE LAND
The site plan shows the location the locations of the gardens, which sits at the centre of the nationa aprk. The gardens is sub divided into four symmetrical, geometrical shapes at differnt depression and elevated, which allow users to experience different opportunities when entering.
LEGENDS 1. Car Park 2. Entrances 3. Broad Walk 4. Elevated garden 1 5. Depression garden 1 7. Elevated garden 2 8. Depression garden 2
02
Site Location
03
Section A - A
Transect A - A
Section B - B
Transect B - B
Section C - C
Transect C - C
Section D - D
Transect D - D 04
Final Design Aspect: Changes of Levels
Final Design Aspect: Circulation
Final Design Aspect: Geometrical Garden
This diagram shows the changes of levels throughout the park
This diagram shows the park provides different, various experiences which travels throughout the park.
This diagram shows the asymmetrical, geometrical shape of the garden and how each of them experience dofferently to one and another
Dark tone: Elevated gardens Medium tone: Secondary level Lightest tone: Depression garden
Some paths allows to experience a longer journey while enjoying her site and some are which takes shorter.
Final Design Aspect: Changes of Levels
Final Design Aspect: Circulation
Final Design Aspect: Geometrical Garden
Sand Modelling Experiment
Sand Modelling Experiment: Entrance View
Sand Modelling Experiment: Borad Walk View
05
02. LANDFORM: TO STEP/ RAMP/ BATTER/ SLOPE
5946 1%
5946
6000 6000
5500
5500 5000
5934
Proposal title:
5934
5334 1% 5000
5334
ENGINEERING SECTION CS01
landscape typology: (ie. ramp or stair etc)
5000
5322
5322
4500
materials:
5000
CS02
4000
4500
4422 1%
4422
4000 4410
4410 4000
experience: slow ascent or fast descent, high effort, scramble, body leaning forward
4000 3500 3660 1%
3648
3660
3500
1%
3000 0%
1%
3648
1%
CL
1%
3636 3636
2500
1% 3624 0%
2500
3624
2000
2000 2874
2000
2862
0%
1%
2874
2862
2000
CS03
1500
1500 1000
1662
1% 1650
1662 1000
0%
1650
1000 1000 500 500
250
250
1% 0%
238
238
Transect Plan
150 1100
600 1200 200 200 200
1000
1200
800
2445
800
1200
1400
200
200
1200
6500 5946
1%
5934
6000 5334
5322
5500
62
%
4422
5000
4410 62
1%
4500
%
4000 1%
3660
3624
62
3500
%
2874
3000
2862 62
2500
%
1662
2000
1650
1500
62
%
1000 250
Engineering Section
0
600
00
55
0 500 0 450
0
400
0
350
0
350
0
250
0
200
0
150
0
150
00
10
00
10
0
50
Axometric Model 06
Photographic Model
1%
238
500
Reinforced Concrete Stairs Reinforced Concrete Footing 0% FALL
1812
130mm Brick Retaining Wall
Reinforced Concrete Footing 1812
Earth
Drainage Seal 10mm Draiage Pipe
130mm Brick Retaining Wall
Reinforced Concrete Footing
1% FALL
5322
Reinforced Concrete Footing 1% 4422 FALL
1% FALL 4422
150mm Pre-Cast Reinforced Concrete Stairs
150mm Pre-Cast Reinforced Concrete Stairs
CC01
Bedding
10mm Rod
300mm Sub Base
130mm Brick Retaining Wall
Bedding
Earth
Bedding
Earth
10mm Rod 150mm Pre-Cast Reinforced Concrete Stairs Reinforced Concrete Footing
Cross Section 01
Drainage Seal 10mm Draiage Pipe
Cross Section 02
130mm Bick Retaining Wall 150mm Pre-Cast Reinforced Concrete Stairs Bedding
1812
300mm Sub Base
Cross Section Detail CC01
Reinforced Concrete Footing
0% FALL
1812
Earth
Cross Section 03 130mm Brick Retaining Wall Bedding 10mm Rod 150mm Pre-Cast Reinforced Concrete Stairs
etaining Wall
Reinforced Concrete Footing
st crete Stairs 1812
se
0% FALL
Reinforced Concrete Footing 1812
Drainage Seal
Earth
10mm Draiage Pipe 130mm Brick Retaining Wall
Reinforced Concrete Footing 1% 4422 FALL
150mm Pre-Cast Reinforced Concrete Stairs
Bedding 300mm Sub Base Earth
Location in Scheme
Working Sand Model
Working Sand Model
CUT = 2.6m² CUT = 2.6m² CUT = 10.3m² FILL = 1.0m²
CUT = 10.3m² FILL = 1.0m²
FILL = 3.0m²
CUT = 5.8m²
CUT = 5.8m²
FILL = 0.4m²
FILL = 0.4m²
FILL = 3.0m²
CUT = 4.5m²
CUT = 4.5m²
FILL = 2.9m²
FILL = 2.9m²
CUT = 5.3m²
CUT = 5.3m²
FILL = 0.3m² CUT = 6.3m²
FILL = 0.3m²
CUT = 6.3m² FILL = 2.1m² FILL = 2.1m²
CUT = 4.8m²
CUT = 4.8m²
FILL = 0.9m² CUT = 6.4m²
FILL = 0.9m² CUT = 6.4m²
Working Sketches
FILL = 2.0m²
FILL = 2.0m²
CUT = 6.2m² FILL = 1.4m²
CUT = 6.2m² CUT = 8.5m²
FILL = 1.4m²
FILL = 1.7m²
CUT = 8.5m² TOTAL: CUT = 60.7m²
TOTAL: CUT = 60.7m²
FILL = 1.7m²
FILL = 15.7m²
FILL = 15.7m²
Cut and Fill Calculations 07
5- AP
5- AP
4 - LL 4 - LL 11 - LL
5- PI
3 - EP
3 - LL
6- MB 3 - PI
6- EP 4 - EP 3 - LL
6 - PI
32- FMS 5 -HI
6- EP 3 - LL
11 - EP
3 - HI 26 - TT
4 - EP
3 - EP
100 -FMS
5- LL
12 - HI
23-AV
3 - EP
3 - HI
4 - EP
7-CD
3 - PI
11- SA
Plant Schedule Plants Trees
Shrubs
Grass
Ground Cover
Qty
Common Name
Latin Name
Schedule Size
9 7 17
Golden Wattle Grey Mangroves Wolly Pomaderris
Acacia pycnantha Avicennia marina Pomaderris lanigera
8m high 9m high 2m high
11 45 870+ 6
Austral Seablites Petty Spruge Beaded Glasswort Boobialla
Suaeda australis Euphorbia peplus Sarcocornia quinqueflora Myoporum boninense
1m high, 40cm long 40cm high 30cm high 2m high
1150+ 27
Panic Veldtgrass Ehrharta erecta 0.6m high, leaves 7mm long Slender Bamboo Austrostipa verticillate 2m high Grass Hairy Brassica Hirschfeildia incana 1m high, 20cm long leaves PROJECT Basket Grass CALLAN Lomandra 100cm Long PARK longifolia LINEAR FORESHORE Plantain Plantago lanceolata 20cm long
27 51 7 50 132 7
870-SQ 7 - AM
3 - HI
PROJECT
CLIENT
New Zealand SASKIA Tetragonia SCHUTtetragonioides Spinach DWGS Wall Furnitory Furnaria muralis sond PLANTING PLAN Frosted Goosefoot Chenopodium dersertorum
10cm long leaves, 12mm diameter fruit Flowering 20mm long 20mm long, 2 diameter flowering
03. CALLAN PARK The one key aims of designing Callan Park is to design a rich aesthetics landscape which allows the experience throughout the park, which includes activities where families and friends to spend quality time with each other and the beautiful scenery of the landscape. On the shore line of the coast, aims to reveal the exotic, colourful species within the landscape and brings forth the inner beauty of the landscape where as the inner side provides shades and rest for families who journey through the landscape endlessly and experiencing the under canopy of the trees around the area.
Long Section
Short Section
Conditions: Sunny yet breezy from the north, slightly moist soil under the shades and towards the shore the soil is highly wet.
08
24 - TT
CLIENT
P.d. Landscape
DWGS
PROJECT NO#
CALLAN PARK LINEAR FORESHORE SASKIA SCHUT PLANTING PLAN
DATE:
27/09/2019
SCALE@A1:
1:100 NORTH POINT
PROJECT NO#
11172_ASSIGNMENT TASK 2 DATE:
LASCALE@A1: 001 THANH PHONG DUONG, 13590118
27/09/201 1:100
NORTH P
January
Januar
y Suaeda australis
bru
ary
Avicennia marina
January
Fe
Ehrharta erecta
bru
Euphorbia peplus
ary
Sarcocornia quinqueflora
Pomaderris lanigera
Hirschfeldia incana
Fumaria muralis sond
Lomandra longifolia
Chenopodium desertorum
rua
ry
April
April
April
April
GRASS
er
mb ve No
Ju
ly August
September
Oc
er
to b
er mb ve No
ne
e
Ju
er
tob
ly
Oc
Augus
t
er mb ve No
Ju
Ju n
Ju ne
Ju
ly
er
tob
Oc
August
er
Septemb
e
Ju n
er mb ve No
er
Decemb
May
ber Decem
ber
GROUND COVER May
May
May
er
Fe b
rch
Plantago lanceolata
SHRUBS
Decemb
ary
Ma
rch
rch
TREES
y
Tetragonia tetragonioides
bru
rch Ma
Ma
Ma
Myoporum boninense
Januar Fe
Austrostipa verticillata
Decem
Fe
Acacia pycnantha
Ju
er
tob
ly
Oc
August
September
September
Plant Pallette
Goldern Wattle (Acacia pycnantha)
Grey Mangroves (Avicennia marina)
Wolly Pomaderris (Pomaderris Austral Seablites (Suaeda lanigera) australis)
Petty Spruge (Euphorbia peplus)
Beaded Glasswort (Sarcocornia quinqueflora)
Boobialla (Myoporum boninense)
Panic Veldtgrass (Ehrharta erecta)
Slender Bamboo Grass (Austrostipa verticillate)
Hairy Brassica (Hirschfeildia incana)
Basket Grass (Lomandra longifolia)
Plantain (Plantago lanceolata)
New Zealand Spinach (Tetragonia tetragonioides)
Wall Furnitory (Furnaria muralis sond)
Frosted Goosefoot (Chenopodium dersertorum)
Design Iteration 1
Design Iteration 2
Design Iteration 3
Final Design Iteration 09
NY R A T BO
D
WELLINGTON ST
N WATERLOO SITE PLAN 10
E COP
ST
JOHN
ST
04. WATERLOO PRECINCT: CULTRUAL SPACE
The key opportunities I found was the precinct provided less pedestrain crossing/access and as well multiple intersections, which is concerning to locals as children travel the road without looking and as well as sharestreets which can confuse the users. The proposal develpment of Waterloo precinct aim to design a series green network across the precinct to provide easier and safer access for both pedestrains and cyclists, travelling to and from the Waterloo Metro station, Waterloo park and residences. By taking adavantge of using the polciies such as ‘Walking Strategies’ ‘Sustainable Greener Streetscape’ and Greener Place, benefits the site as they provided more green, shades, secure from canopies and secure access for the users for all ages from childre to elderly. In terms of connection of the Waterloo Park, Metro station and residence, the proposal development was bringing two green corridors from the metro station and residnce buildings to have nice, easy and safe acess to Waterloo Park.
ENVIRONMENTAL STRATEGIES
Road Green Corridors Cyclist Track
Natural Grass Lawn Grass Medium- Value Trees High- Value Trees Brush Box (Lophostemon confertus)
Port Jackson Fig (Ficus rubiginosa f. glabrescens)
Red Box (Eucalyptus Polyanthemos)
Australian Blackwood (Acacia melanoxylon)
Wooden Bowls (Coolamons) as well as shields, were made of wood, which mainly comes from Ecualyptus such as Red Box
Spearsthrowers and shields were made hard dense wood which comes from Australian Blackwood.
11
Communication 2: Ecological Succession Rendering Model
Large amount of heat wave swirling in the sky.
Dead branches and leaves falling to the natural grass from the overgrown fruit tree. Natural grass emerges to the lawn, which then overruns it Lawn grass layer High heat stress cause damages to the lawn grass and increasing weed infection. Individual bricks shift overtime from dehydration causing to expand and crippling away into the soil. Overtime the soil will increase and developmenting communities of soil bitotiaConcrete weakening Nautral grass emerges through the damage concrete
Fruit Tree grows overtime
Concrete wall will crack and crumble from the rise of temperature, causing to dehydrate.
Small parts of concrete sinking beneath the soils
B
Exploded Axometric
A
A
Overgrown fruit tree
Damage concret wall
Plan Detail
B
Natural grasses
Description In this event, my model demonstrates new life such as natural grass and soils emerges through the concrete as they cripple away from the surface, as well as counted towards the existing lawn area, as they will be replaced by natural grass which then overruns it. This also includes that the vegetation such as the fruit tree, as it continues to grow overtime, with the support of the soils which occurs during the secondary stages of ecological succession. 12
Section B