PORTFOLIO CATHY HUANG
Master of Landscape Architecture Student
1
Cathy Huang EDUCATION Present (2020-2022)
Master of Landscape Architecture The University of Melbourne
2019
Bachelor of Landscape Architecture (Honours) with First Class Honours The University of Cape Town
2014-2016 P.O. Box 1013, Kyalami Estates, Midrand Johannesburg, South Africa, 1684 +27 828813810 cathyhuang95@gmail.com
I have a wide range of skills across a number of computer based programmes that I am constantly seeking to improve. Most of my work begins in simple and diagrammatic drawings which I have a strong focus on in order to convey ideas, experiences and moments. The process from sketching to digital representation to modeling forms an important part of my design philosophy, and it has served me well exploring the infinite possibilities of landscape architecture.
SKILLS
AWARDS 2019 Best student in the first year of the Master of Landscape Architecture programme OVP Associates Best Landscape Design portfolio in first year Master of Landscape Architecture Institute of Landscape Architects of South Africa
2018
Architectural Intern | Peter Rich Architects Johannesburg, South Africa -Mothlotho Housing Village Relocation Project, Architecture Design and Urban Planning, in progress Concept and design development Physical models 3D models in SketchUp Conceptual and Design Drawings Council Submission Drawings Working Drawings Site Analysis and Surveying
2017
Architectural Intern | FieldOffice Architects Yilan City, Taiwan -Longshan Elementary School, Architecture Design, completed in 2018 Site and conceptual models -Guanpu Elementary School, Architecture Design, completed in 2019 3D models on Rhino Physical models Construction calculations Assisted with working drawings -YuanShan Cultural Complex, Rejuvenation Project, in progress Design and concept development Physical models Design proposal drawings Site visits Assistance with design tender report and presentation
GRAPHIC
-JiaoXi Urban Revival, Urban Planning, in progress Design and strategy development Site visit and analysis Conceptual models and drawings
3D MODELING + RENDERING
2015
Adobe Photoshop, Illustrator, Indesign, AutoCAD, Hand drawing SketchUp, Hand modeling
OTHER
Quantum GIS, ArcMap, Adobe Premiere Pro, Microsoft Office Suite
LANGUAGES
English, Mandarin Chinese (speaking)
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Bachelor of Architectural Studies The University of Cape Town
WORK EXPERIENCE
Architectural Intern | FieldOffice Architects Yilan City, Taiwan -FieldOffice Portfolio Archive, book publication, completed in 2016 Assisted in production and arrangement of relevant work and drawings compiled for the publication of FieldOffice’s studio portfolio.
CONTE N TS 5-7
0 1 T HE R I S I N G SU N K EN
8-1 1
0 2 N OOR DHO EK BASIN
Robben Island Visitor Interface
Water catchments and waterbody analysis
12-16
0 3 I M HOFF WA LDO R F SC HO O L
17-23
0 4 T YGE RVALLEY HOSPITA L PR EC IN C T
24-26
0 5 P R I NCE S SV LEI W ETL A N D PA R K
27-29
0 6 OT HE R WO R KS
Waldorf School Landscaping Design
Public Hospital Park Design
Ecological Rehabilitation & Detail Design
Architectural Work Models Renders Multimedia Collage Digital Art
3
01 T HE
R IS I N G S UN KEN
ROBBEN ISLAND, WESTERN CAPE, SOUTH AFRICA Tourist Experience Interface | UCT BLA (Hons) Studio II | 2019
With a focus on the WWII relic sites spread across the island, a new visitor experience was imagined for tourists to reveal the many layers of Robben Island (other than the Apartheid era) that are often overlooked by its visitors. The masterplan incorporated alternative transport routes, pedestrian trails and resting areas that provided direct interaction with the relic sites and views across the visitor area. A more contemplative and reflective experience is encouraged through reimagining how the landscape could accentuate the story to future visitors. The project brief was aimed at being thought provoking and interrogating our intuitive responses to a site through instinctive representational methods. These exercises provided us with a basis of principles to integrate into our overall scheme. From this we were able to unlock unconventional ways of approaching a project by first digging into our personal responses embedded in us.
ROADS & MOVEMENT
CIRCULATION & NODES
BUILT ENVIRONMENT
EXISTING VEGETATION
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INT U IT IV E E XP LOR AT ION As our first design project of the course, it was important for us to develop an understanding of intuitive responses to a given site. By using a selected poem and printed aerial map of the site, we were to form a response to them through model making using our own chosen materials. The result was an abstract set of our own design principles extracted from spatial qualities we saw in our models that we would implement in our forthcoming design.
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DE S I G N I N G W I TH V E R BS
To gun turret 1
Amphitheatre
Pillboxes
Underground Bunker
To gun turret 2
Exploration sketches using conceptual model
Plan of Intervention A
Detail Section A
Section A-A’
Section B-B’
Detail Section A
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Section C-C’
Perspective of amphitheatre
From underground bunker
Barracks
Perspective of ramped walkway
Gun Turret 2
To lighthouse
Section D-D’
Section E-E’
Plan of Intervention C Gun Turret 1
Barracks
Arms Magazine
Section F-F’
Section G-G’
From Amphitheatre
To Gun Turret 2 & underground bunker
Plan of Intervention B
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Perspective of sunken walkway
02 NOOR DH O E K
BASI N
NOORDHOEK, WESTERN CAPE, SOUTH AFRICA Landscape Systems Analysis | UCT BLA (Hons) | 2019
This analysis based project sought to practically explore the way we engage with landscape systems in service of achieving goals of sustainability and human well-being. The approach is to view ecosystems in an urban environment as ecological infrastructure, evaluate ecosystem functioning and processes in terms of ecosystem services. Since the start of urbanisation, the slopes surrounding Noordhoek and wetland systems being fed by mountain catchments has been under immense strain. There has been loss in natural ecosystems, habitats and biodiversity that once thrived in the area. This project seeks to evaluate the condition of the existing waterbodies of the basin and offer a solution in remedying these impacts.
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9
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03 IMH O FF
WALD O RF SC H O O L
KOMMETJIE, WESTERN CAPE, SOUTH AFRICA School landscaping design | UCT BLA (Hons) Studio III | 2019
The site for the expansion of a Waldorf school lies in the southern Cape Peninsula with an ecologically contested area. The land is currently undeveloped but has gone through high degrees of disturbances such as alien invasives, pine plantations and farming activities. The preservation and restoration of the remaining communities of rare and threatened species was prioritised. An important ecological corridor running through the site was an important limitation and challenge to design around. The main intention of the project was to accentuate the existing qualities of the site to enhance a wide range of spatial experiences to provide a stimulating learning and playing opportunities for the young students under the age of thirteen. Site Analysis
Perspective Exploration of School Entry Court Design Principles
A new experience through the school was imagined for the students to maximise their time in outdoor spaces to allow them to interact more with their immediate surroundings. A set of carefully thought out principles was used as a design guide in order to create an educational environment in line with Waldorf school teaching methods.
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Conceptual diagrams
Site Plan
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THE O U T D O OR C L ASSRO O M The driving concept was to utilise the Waldorf schooling principles and curriculums as a design cue for the different learning environments which shift between high energy spaces, focus learning and wayfinding as well as peace and reflection. Different aspects of the syllabus such as. Greek & Norse mythology, Ancient Persia and Egypt etc. were indicators of the type of activity that would be accentuated by the surrounding environment using topography and vegetation. The goal is to extend the learning space beyond the walls of the classroom and into the outdoors.
Section A-A’
Laterite surface with sandstone edging
Brick lined water channels
Wildlife Attractors
Tecoma capensis
Section B-B’
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Coleonema album
Leonotis leonurus
Plants that attract insects and butterflies to increase child interaction with nature & surrounding ecology
Low shrubs
Carissa bispinosa
Metalasia muricalta
Salvia africana
A collection of small shrubs that create a boundary to limit movement to the pathway
Section C-C’
Perspective Exploration of Playcourt
E XIST ING S IT E CONDIT IONS
Section D-D’
Treated timber balustrades Timber decking supported by treated timber plinths
Colour
Gazania krebsiana
Serruria florida
High Shrubs
Erica baueri
Colourful plants that add a pleasing and playful atmosphere to the child playspaces.
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Grewia occidentalis
Myrsine africana
Portulacaria afra
Large shrubs that create a strong screen and boundary to demarcate zones of play
The existing site was a mix of different environments defined by the overhanging stone pine canopies, rocky outcrops, gentle undulating slopes and existing vegetation. This was an opportunity to create a combination of different learning environments. Planting becomes a big role in defining spaces and stimulating the interaction the students have with nature as well as creating pleasant places to inhabit.
Perspective Exploration of Kindergarten entry court
Conceptual Planting Plan
Timber pergola and lattices to support climbers and provide shade
Timber decked veranda
Stone paved pathway
Decidious Trees + Wildlife Attractors
Celtis africana
Plantanus x acerifolia
Knifophia uvaria
Dietes grandiflora
Decidious trees that will provide summer shade and winter sun in playground areas & plants that attract insects and bees
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Detail Section A
Feature Tree + Colour
Erythrina caffra
Searsia lancea
Selagio villicaulis
Barleria obtusa
Beautiful trees with special characteristics to draw attention and colourful plants to compliment them at the base
Edible Fruit + Fragrant Plants
Carpobrutus deliciosus
Dovyalis caffra
Maytenus Pelargonium Agathosma Helichrysum procumbens capitatum ovata spendidum
Plants that bear fruit and have fragrant smells to encourage child interaction by picking and touching surrounding plants
Detail Section B
Climbers
Thunbergia alata
Rhoissisus tomentosa
Plants that can climb up timber pergola structures to provide shade and threshold experiences
Medium Shrubs
Searsia crenata
Helichrysum cymosum
Plumbago auriculata
Medium sized shrubs that provide sufficient screening of buildings
04 T YG E RVA LLE Y
H OSPI TA L PREC I NC T
TYGERVALLEY, WESTERN CAPE, SOUTH AFRICA Hospital park design | UCT BLA (Hons) Studio III | 2019
Wedged between suburban life and the upcoming commercial business hub of the northern corridor in Cape Town, the 40 hectare site was historically a mining site for a brick factory. A quarry, patches of remnant vegetation and eucalyptus avenues are what remain of the site today where a development plan for a new hospital is in progress. A new green interface for the anticipated hospital development was imagined in hopes of strengthening the existing ecological corridor as well as providing key public domain facilities to the new and existing communities in and around the site. Drainage and Waterbodies
A pre-existing drainage line was used as a design cue, with a new urban creek woven around the built structures and hard landscaping. New pedestrian paths emanate from the form of the creek, structuring movement and use and strengthening the relationship between indoor institutional space and the natural. FR AME WORK VISION Acknowledging Future Developments & Growth Accessibility & Catalysts For Opportunities Enhance Spatial Quality And Space Maintaining Important Ecological Remnants
Endangered Swartland Shale Renosterveld Cape Flats Sand Fynbos Eucalyptus Tree
Historical Vegetation
Recreational Commercial Residential
Anthropology
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Masterplan
Landscaping Design Buildings Parking Lot
Motorised Vehicles Patients/Staff Pedestrians
Public Semi-Public
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A
D'
B
E
B' D C
C'
E'
Design Proposal Plan
Section A-A'
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A'
DE S I G N P RI N C I PLE S
Medicinal Garden
Retention Pond
Blurring of Boundaries Section B-B'
Medicinal Garden
Response to Surroundings Raingarden
Section D-D'
Functional Zoning
Pedestrian Walkway & Bikeway
Plaza Seating
Raingarden
Movement and Nodes
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Section E-E'
Plaza Seating
Healing Gardens
Section C-C'
Perspective of Medicinal Garden B IOSWALE
Watsonia augusta
Juncus capensis
Elegia tectorum
Orphium frutescens
Schotia brachypetala
Bark, sometimes roots
Section H-H'
H I G H SC REENS
LOW SCR E ENS
COLOUR FUL/AROMATIC
REN OSTERVELD Searsia augustifolia
Anthospermum aethiopicum
Aspalathus species
Carpobrutus edulis
Gymnosporia buxifolia
Euryops thunbergii
Clivia miniata
Leonotis leonurum
Chrysanthemoides monilifera
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Asparagus rubicundus
Whole Plant
Agathosma gladulosa
Leaf juice/pulp
Leaves and stems
Stachys aethiopica
The predominant vegetation type in the Swartland was historically renosterveld, an evergreen shrubland which mainly comprises species in the daisy family with a wealth of grasses, annuals, herbaceous perennials, and an extraordinary array of geophytes. Renosterveld is found on richer soils such as shalederived clays. These richer soils, which are so wellsuited to wheat and deciduous fruit production, are the primary reason for the wholesale destruction of this lowland habitat. The South African Red List (2017) notes that Swartland Shale Renosterveld contains the highest concentration of threatened plant species: 214 species in total, 25 of which are endemic to the
Perspective of Plaza Seating
WS U DS ST R AT EGY Drainage system will collect stormwater runoff and 'polish' them to a cleaner state in constructed wetlands consisting of two different planted basins with different functions. VEGETATED BIOSWALE: Consists of reed beds to slow the flow of water, encouraging the settlement of suspended particles and take up phosphate and nitrogen from the polluted stormwater. Collects water from roof runoff and hardlandscaped elements. 720
450
490
3500
2000
RETENTION BASINS: A shallow pond that is densely vegetated, facilitating the removal of residual phosphates and nitrates.
50x50mm timber batton fixed to brick wall
timber cladding brick planter
720
450 490 150x50mm timber slats
3500
2000 Native wetland margin plants to absorb pollutants from runoff and attract wildlife
100x50mm timber post timber batton 50x50mm to support battons fixed to brick wall
timber cladding brick planter
Native wetland margin plants to absorb pollutants from runoff and attract wildlife
30mm timber decking
ECOLOGICAL BUFFER ZONE: Will be maintained to provide habitat for fauna and flora, especially the Swartland Shale Renosterveld vegetation group. It will also reduce erosion on slopes and protect waterbodies from polluted run off while also enhancing urban landscape.
200
450
150x50mm timber beam fixed to brick wall with galvanised steel angle bracket
450
150x50mm timber beam 150x50mm timber slats fixed to brick wall with galvanised steel 30mm timber decking angle bracket 100x50mm timber post to support battons
WEIRS: Aid in the aeration and oxygentation of water by creating level drops.
Reinforced concrete foundation to eng. spec
Reinforced concrete foundation to eng. spec
Detail Section A ’
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150x150mm treated timber post rammed into earth
Vegetated bioswales situated between the building and plaza area not only filters incoming urban runoff before it flows into the retention pond but also creates new resting environments within thresholds where patients and visitors can interact with nature.
150x150mm treated timber post rammed into earth
3145 2100 3145 2100
250x30mm timber post
Steel wire cable to support climbers
2880
250x250mm timber block to brace timber posts 250x30mm timber post
galvanised steel ankle bracket Retaining wall to eng. spec
2880
250x30mm timber slat250x250mm timber to form functional surface block to brace timber posts
15x150mm round head bolt
250x30mm timber slat 8mm thick galvanisedtosteel formstrap functional surface cast into concrete block galvanised steel ankle bracket
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cement grout
600
8mm thick galvanised steel strap cast into concrete block
1000
60
cement grout
precast concrete footing
drainage weephole
The design aims to replicate the natural drainage rather than carrying stormwater away in pipes and canals as quickly as possible. By dealing with pollution and runoff on site, SUDs can help lower flow rates, improve water quality, increase groundwater recharge and create an overall 'greener' environment for wildlife and local residents.
1000
Steel wire cable to support climbers
Roadside swale aids in filtering runoff from vehicle and pedestrian access routes which often have a high concentration of litter and hydrocarbons. Porous paving can be implemented to aid in groundwater infiltration
600
Retaining wall to eng. spec
15x150mm round head bolt
100mm G5 compacted soil fill
precast concrete footing
100mm concrete surface bed
100mm G5 compacted soil fill
Native plants with deep root systems that absorb pollutants
100mm concrete surface bed
geotextile layer
Slope
Side Slope ’
granular material drainage weephole 100mm Ø soil drain geotextile layer
Exceedence level
granular material 100mm Ø soil drain
Trench depth
Perforated pipe connecting to basin or retention pond
Detail Section B ’
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Bioswale Seating Area
Length Base width
Pedestrian Avenue Bioswale Detail Diagram
P HYS I C A L M ODEL Materials used: Triplex card Corrugated cardboard Cork sheets Balsa wood Acetate
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05 PRI N CES SV LE I
COM M UNIT Y PA RK
RETREAT, WESTERN CAPE, SOUTH AFRICA Ecological Rehabilitation & Detail Design | UCT BLA (Hons) Constructing Landscape Systems | 2019 This course’s intention was to expand our knowledge on the constructs of the ecological layer of a site and start thinking about implementing design through technical means. A semi derelict wetland park with water quality issues and lack of community ammenities was the chosen site for a rehabilitation proposal. The main source of water into the wetland area was to be treated through a designed pond system that will rehabilitate the ecological status of the area. The reimagined space includes a new plaza space for community gatherings and informal trading, a parkland area where visitors can enjoy the natural surroundings, as well as a playpark that serves exercising needs and facilitates safe play spaces for children.
1 E X PER IEN C E Return of sense of community and relationship with natural systems. Using water as the main theme with a touch of local culture, the design should give nearby residents as well as those residing in the Cape Flats plenty of opportunities to engage and be apart of community while taking in the vlei area.
2 EN V IRONM E N T Improving water inflows and restoring the quality of water in the vlei. Creating a buffer belt of constructed and natural wetland areas to collect and purify stormwater runoff from surrounding urban areas as well as catchment inflows. Ultimately reusing this treated water as irrigation and replenishing the vlei wetland.
3 ECOLOGY Assisting natural recovery process and protecting sensitive habitats. Using existing wild reed beds and vegetation as a foundation, the design should utilise minor earth shaping and careful planting of local trees, shrubs, and aquatic plants to help restore shelters and habitats for aquatic life, birds and amphibians.
4 SAFET Y Creating a safe haven for all communities to enjoy without the risk of illegal activities. Establishing areas with good surveillence and visibility as well as adding buffers between the Prince George Drive and areas of high activities- especially with children. Fencing implemented to control access. 24
Hardscaping Proposal Site Plan
WSUDS & WETLAND PLANTING WETLAND MARGIN
HIGH MARSH
LOW MARSH
Orphium frutescens
Ficinia nodosa
Mariscus tabularis
Juncus effusus
Juncus lomatophyllus
Berula erecta
Knifophia bruceae
Elegia tectorum
Prionium serratum
Wachendorfia thyrsifola
Isolepsis prolifera
Spiloxene aquatica
Mostly dry and affected by stormwater
Slightly seasonal, mostly dry and affected by stormwater
Maximum and average water levels are dependent on season. Usually has water and slightly affected by stormwater
MICROPOOL
Vallis spiralis
Potamogeton pectinatus
Aponogeton distachys
Permanently wet and has an outflow or overflow structure
< 9 MONTHS HYDROPERIOD
<12 HOURS HYDROPERIOD
12 MONTHS HYDROPERIOD
>12 MONTHS HYDROPERIOD
AVERAGE 50MM MAX. 100MM
AVERAGE 100MM MAX. 200MM
AVERAGE 300MM MAX. 500MM
AVERAGE 1000MM MAX. 1500MM
Velocity Reduction Infiltration Filtration
Velocity Reduction Infiltration Filtration Sedimentation
Retention Infiltration Filtration Sedimentation
Retention Infiltration Filtration
REMOVES: Suspended solids Sediments
REMOVES: Suspended solids Phosphorous Metals Hydrocarbons
REMOVES: Nitrogen Metals Hydrocarbons
FUNCTIONS Nitrogen & phosphorous uptake Deposition of algae Hydrocarbon removal
Water Quality Assessment & Strategy Due to the amount of Nitrogen and Phosphorous in Princessvlei, the water is classfied as eutrophic during the wet season and hypertrophic in the dry season. The ammonia concentration and lack of dissolved oxygen in the water also has a chronic toxicity effect on the water during dry seasons when the vlei area would be used for recreation. As it stands, the water should only be used for non contact recreational activities picniking and scenic appreciation of the water. Therefore the water should be directed through the filtration wetland for as long as possible in order to allow sedimentation to take place and most of the nutrients to be absorbed. Small weirs are implemented in between to allow for oxygentation of the water using level drops and this will also increase the dissolved oxygen levels in the water. The water will ultimately reach a deep pond adjacent to proposed playpark where visitors will have the opportunity to interact in contact recreational activities without any health risks.
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Wetland Margin 0-100mm
High/Shallow Marsh 100-200mm
Wetland Margin
Low/Deep Marsh 0-100mm 300-500mm High/Shallow Marsh 100-200mm
Micropool/Deep Pond Low/Deep Marsh 1000-1500mm 300-500mm
Micropool/Deep Pond 1000-1500mm
DESIGN DETAILING 0
56
15
9520
00
86
0
33
83
5
+1.500
2488 0 30
54
36910
9520
+3.500
+0.500
+3.900
0 02 10
+0.300
10430
20
2300
20
95
C'
95
+1.700
+0.300 77060
0
TERRACED PICNIC AREA
+1.400 +1.700
2000
1800
+3.000
+1.500
+1.100
1600
+1.100
+0.500
1800
10265
+0.800
+1.500
+3.500 +0.500
C
12700
54800
PLATFORM
3480
79
10
2925
4000
+0.800 2500B
+1.900
+1.400
A
A'
+1.700
2835
15000
00
16000
5
1033
+2.000
+0.550
45
50
+2.100 Area 4 +2.000 T.O Wall 2500
Area 3
0
00
+2.600
13400
16730
+1.100
PLAYPARK
T.O Wall 2500
65560
15000
700
+2.000
+1.800
0
15 00
+2.200 (highest end)
0
15
12
Area 1
B' 25000
11225
2000
7600
T.O Wall 4000
00
+1.500
00
340
+2.000
100
12245
0
12
12
13
30
0
3000
42800
Detail | Pergola Structure
1000
+1.500
8000
0
14
0
29
700
5
+0.850
5
62
14
+2.500 +2.800
62
4000
14
+0.550
50
24
12930
400
Area 2
00
2500
50
00
1000
63
0
+2.000
+1.100
1000
12400
12350
4000
+3.300 +3.500
+3.800
PEDESTRIAN ENTRY
29000
10865
24620
3750
+0.700
3000
D
D'
PLAZA
11860
55415
Detail C | Pergola Structure Supports
WC
0
56
15
+3.500
2488
0
9520
36910
9520
+0.400
2000
+1.500
Terraced Picnic Area Sketchplan
0
5
10
20
30
4000 50x150mm timber beam
40m
round head bolt 1000
Bidem Geo fabric liner on inside edge
Kaytech Multicell Hexagonal geotextile for soil stabilisation Topsoil gathered from site
50x50x1200 mm timber battens treated with H4 supporting timber decking. Fixed to beam with steel anchors.
Planting as per planting plan
1000x1000x2000mm welded galvanised mesh gabion basket filled with light grey gabion rock fill finish
1000
+2.000
8mm thick galvanised steel strap cast into concrete block
15mm diameter galvanised steel lattice
20 x 100 x 1000mm exterior hardwood timber decking fixed to treated timber battens by counter sinking galvanised wood screw at batten spacing and filling counter-sink gaps with putty 76x220mm timber board to hide connections
150x150mm treated timber post
15x150mm round head bolt cement grout
topsoil +2.100
terracotta brick paving with herringbone bond
exposed facebrick finish
+2.100
11° fall
30mm sand binding
Compacted soil fill to eng. spec
Detail | Gabion Retaining Wall Planter
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concrete foundation and ground beam to eng. spec
Detail A | Pergola Structure
100mm thick G5 compacted fill subsurface
3145
topsoil gathered from site
35mm thick wooden trellis for climbers fixed to 150x150mm timber posts with wood screws
60
Concrete exposed aggregate edge
76 x 220 x 2000mm laminated timber beams fixed to concrete with galvanised steel anchor
1500
30mm sand binding
300
250
+3.500
400
1000
Brick paving with herringbone bond
300
750
500
0 6 OTHE R
WO R KS
Sectional Perspective for Merchant House Project Sketch Up, AutoCAD, Photoshop, 2016, Academic
Model of Eco House Project Balsa Wood, Foam Board, Wire, Lichen, 2015, Academic
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Model of Straatwerk Project Triplex, Balsa Wood, Foam Board, Wire, Lichen, 2015, Academic
Perspective of Woodstock Clinic Project Sketch Up, Photoshop, 2016, Academic
Model of Yuan-Shan Cultural Park Foam Core, Timber Dowels, Acrylic Paint, Sponge, 2017, Internship @ FieldOffice Architects
Model of Guan Pu Elementary School Foam Core, Balsa Wood, Acrylic Paint, 2017, Internship @ FieldOffice Architects
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Render of Lawrence Halprinâ&#x20AC;&#x2122;s Lovejoy Park Revit, Photoshop, 2019, Academic
Sectional Collage Exploration Freehand Drawing, Photoshop, 2019, Academic
Perspective Collage Exploration Freehand Charcoal Drawing, Photoshop, 2019, Academic
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Personal Digital Art Paint Tool SAI, Wacom Pen Tablet, 2018
Perspective Collage Exploration Freehand Charcoal Drawing, Photoshop, 2019, Academic
Personal Digital Art Paint Tool SAI, Wacom Pen Tablet, 2018
CATHY HUANG CATHYHUANG95@GMAIL.COM
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