JULIA SHREEVE
LANDSCAPE ARCHITECTURE PORTFOLIO
ACKNOWLEDGEMENT OF
COUNTRY
I acknowledge the Cammeraygal and Gadigal peoples of the Eora Nation as the traditional custodians of the unceded lands in which I have lived, worked and studied on.
I pay my respects to Elders past, present and emerging and I would like to acknowledge their generous contributions and sharing of culture, values and practices to the landscape architecture profession. I would also like to thank them for sharing their deep knowledge, wisdom and spiritual connection of the unique local Australian landscape that allows us as landscape architects to better understand our land.
Photograph: Arakoon National Park (Shreeve, 2022)
CONTENTS:
INTRODUCTION
PERSONAL STATEMENT RESUME
LANDSCAPE ARCHITECTURE WORKS:
‘THE JUMPING GROUND’
LANDSCAPE STUDIO 7: DESIGN WITH A COMPLEX PROGRAM
‘ECOLOGICALLY HEALTHY ANGUS’ LANDSCAPE STUDIO 5/6: SITE PLANNING - LANDSCAPE SYSTEMS, PERFORMANCE & SITE DESIGN
‘GEARING UP GREEN’
LANDSCAPE STUDIO 4: DESIGN DETAIL - RESOLUTION & REPRESENTATION
PATH, PROSPECT & PLACE
LANDSCAPE STUDIO 2: DESIGN PROCESS
PLANTING DESIGN PLANTS & DESIGN
DOCUMENTATION DRAWINGS & DETAILS
DESIGN & DOCUMENTATION 1/2
3
4 5 6 12 18 24 26 28
PERSONAL STATEMENT
My name is Julia Shreeve and I am currently in my third year of a Bachelor of Landscape Architecture (Honours) at the University of New South Wales.
Working as a nursery hand at Alpine Nurseries in Dural has provided me with a comprehensive knowledge base of plants and horticulture and all aspects of the industry, from plant mainte nance and potting to despatch and sales in the trade-market. In addition, I have been able to develop my interpersonal and communication skills, enabling me to work in both a team setting and autonomously.
I have always loved exploring and learning about the Australian landscape. It is something I hold dear to my heart and I hope that as a landscape architect I can preserve it for both future generations and the diverse flora and fauna species that call Australia home.
On top of my core landscape architecture courses, I have taken a number of elective cours es to further my interests and understanding in climate change, living architecture and land scapes for health and wellbeing. As such, I have developed a particular passion and drive to address climate-positive design, sustainability and landscape design to combat declining biodiversity. In my professional practice I hope to continue working, contributing and making an impact in these fields.
I also recognise the importance and value of First Nations design-led thinking and the role landscape architecture can have in reconciliation and facilitating connection to Country. I look forward to furthering my skills in this field as I prepare to begin my student landscape architect position with Arcadia Landscape Architecture in Pyrmont in the new year.
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EDUCATION
International Baccalaureate
Monte Sant’ Angelo Mercy College, North Sydney 2014 - 2019
Bachelor of Landscape Architecture (Honours) University of New South Wales 2020 - 2023 (currently in third year)
JULIA SHREEVE
WORK EXPERIENCE
DSA Consulting (Mechanical Engineering Office), Part-Time Administration Assistant Nov 2020 - Current
Alpine Nurseries, Casual Nursery Hand Feb 2022 - Current
Alpine Nurseries, Work Experience 50 days from Sept 2021 - Feb 2022
ACHIEVEMENTS
Built Environment Dean’s List UNSW, 2021
Built Environment Dean’s List UNSW, 2020
38/45 (96.45 ATAR) in the International Baccalaureate (IB) Monte Sant’ Angelo Mercy College, 2019
INTERESTS
Dance, netball, swimming, bush walking, travelling & gardening
REFEREE
Sophie Mitchell
Office Manager
DSA Consulting P: (02) 9436 3500
E: sophie.mitchell@dsaconsulting.com.au
Grade A for the IB Extended Essay (green walls for wellbeing) Monte Sant’ Angelo Mercy College, 2019
Equal First Place in school in Higher Level Design and Technology Monte Sant’ Angelo Mercy College, 2019
First Place in school in Catholic Studies Monte Sant’ Angelo Mercy College, 2019
50 hours of community and service as part of IB requirements Monte Sant’ Angelo Mercy College, 2018-2019
Grade 7 (out of 8) for the IB MYP Personal Project (designed & landscaped a garden)
Monte Sant’ Angelo Mercy College, 2017
Mobile: 0422 012 589
Email: jshreeve01@gmail.com
LinkedIn: https://www.linkedin.com/in/ju lia-shreeve-348473254/ Chatswood, NSW
SKILLS & PERSONAL QUALITIES
Able to orientate well to new situations Excellent attention to detail
Well organised and good work ethic
Fast learner
Strong horticulture knowledge Strong written skills
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Adobe Photoshop Adobe InDesign Adobe Illustrator AutoCAD SketchUp Microsoft Word Microsoft Excel Microsoft Outlook Microsoft Powerpoint QGIS Hand Drawing
PROFESSIONAL SKILLS
THE JUMPING GROUND
TERM 3, 2022
LAND2313: LANDSCAPE STUDIO 7 DESIGN WITH A COMPLEX PROGRAM
LOCATION: MOORE PARK GOLF COURSE, SYDNEY
PROJECT VISION: A RESTORATIVE EXPERIENCE FOR HUMANS AND FROGS TO JUMP IN!
CONTEXT/DESIGN BRIEF: TO CREATE A ‘DRAWCARD’ PUBLIC OPEN SPACE WITH A COMPLEX PROGRAM FROM THE MOORE PARK GOLF COURSE. MY AIM WAS TO CREATE A LANDSCAPE FOR VULNERABLE FROGS OF THE INDIGENOUS EASTERN SUBURBS BANKSIA SCRUB BY CREATING APPROPRIATE HABITAT & IMPROVING WATER QUALITY; AND TO INTEGRATE SPECIES-SENSITIVE PROGRAM, FOSTER LEARNING & EXTEND SPECIES PRIORITY MANAGEMENT AREAS BACK INTO METROPOLITAN SYDNEY.
SKILLS DEVELOPED:
Figure 1: Group masterplan (contributed to design of spaces) with ‘The Jumping Ground’ (Nearmaps, 2022) (Scale 1:10000)
Figure 2: ‘The Jumping Ground’ Masterplan (Nearmaps, 2022) (Scale 1:1600)
6
EASTERN DISTIBUTOR
DISCOVERY CENTRE COMMERCIAL
30
GIANT BURROWING FROG Heleioporus australiacus (OEH, 2017)
LITTLEJOHN’S TREE FROG Litoria littlejohni (OEH, 2017)
RED-CROWNED TOADLET Pseudophryne australis (OEH, 2017)
50 DACEY AVENUE ANZAC PARADE 40 40 40 CONNECTION TO LAND BRIDGE THE FROGGERY FROG BOG PLAYGROUND CONSTRUCTED WETLAND TREETOPS PATH CROAKING HOLLOWS
Figure 3: 3D perspective A of constructed wetlands stormwater outlet, sediment basin and inlet pond (NTS)
REDIRECTED RESIDENTIAL STORMWATER OUTLET IN SEDIMENT BASIN
9 B B 10 CONSTRUCTED WETLANDS - ESD OPPORTUNITY SCALE 1:1250 @ A3 SEDIMENT BASIN INLET POND OUTLET POND MACROPHYTE ZONE REDIRECTED RESIDENTIAL STORMWATER DRAIN OUTLET CLEAN WATER FLOWS TO THE FROGGERY Figure 4: Section BB of constructed wetlands macrophyte zone (Scale 1:200) Figure 5: Constructed wetland design as an ESD opportunity (NTS) A CONSTRUCTED WETLANDS ROCKS & LOGS TO APPEAR AT END OF MACROPHYTE ZONE AS IT BECOMES MORE SUITABLE FOR FROG INHABITATION BIOFILTRATION APPROPRIATE GRASSES, SEDGES & RUSHES OF THE ESBS
10
Figure 6: Section CC of the froggery breeding ground (Scale 1:200)
C C D D THE FROGGERY G
Figure 7: Section DD of froggery sandy burrowing ground and treetops walk (Scale 1:200)
PERMANENT POOLS, ROCKS & CREEK-SIDE VEGETATION FOR BREEDING HABITAT OPEN VEGETATION DENSE VEGETATION
SANDY BURROWS SUITABLE FOR GIANT BURROWING FROG HABITAT
IMMERSIVE TREETOPS WALKWAY TO PROTECT BURROWING HABITATS
ROCKS, LOGS & LILYPAD NATURE PLAY REPLICATES FROG HABITAT
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Figure 8: 3D perspective E of the frog bog playground (NTS)
Figure 9: 3D perspective F of croaking hollows and treetops walk (NTS)
E F
Figure 10: 3D perspective G of the froggery’s slow flowing pools and immersive pathway (NTS)
MISTING WATER FEATURES TO REPLICATE MOIST FROG BOG ENVIRONMENT
CROAKING
HOLLOWS
CONCRETE BARRIERS TO SLOW FLOW OF WATER BEFORE IT ENTERS POND
TREETOPS WALK LOOKING DOWN ON CROAKING HOLLOWS CAFE, SEATING, STUDY & EVENT SPACES
LOCATION: ANGUS, MARSDEN PARK NORTH, SYDNEY
VISION: ENRICH THE ECOLOGICAL INTEGRITY OF THE RIPARIAN CORRIDOR TO PROMOTE AN INCLUSIVE, SUSTAINABLE AND RESILIENT COMMUNITY AND HEALTHY BUILT ENVIRONMENT. CONTEXT/DESIGN BRIEF: TO DEVELOP A COMPREHENSIVE LANDSCAPE - LED MASTERPLAN FOR ANGUS THAT RESPONDS TO LOCAL SITE CONDITIONS AND IDEAS OF SOCIAL EQUITY, ENVIRONMENTAL JUSTICE AND SUSTAINABILITY.
Figure 8: Flood extents in Angus (Nearmaps, 2022) Scale 1:25000 Scale 1:10,000
Adapted from Shreeve, 2022 - LAND2311: Assessment 3
2022; Nearmaps, 2022) (Scale 1:50000)
Small Flooding
Very Large Flooding Biggest Possible Flooding Waterway
LEGEND 1 in 100 Year Flood Extent
Small Flooding Very Large Flooding Biggest Possible Flooding Waterway
LEGEND 1 in 100 Year Flood Extent
Figure 14: Site analysis demonstrating how road network was informed by high quality vegetation patches and important sites (Nearmaps, 2022) (Scale 1:50000)
Low Points
High Points Relative Embankments/ Steep Slope
Low Points High Points
Embankment Aspect Direction
Relative Embankments/ Steep Slope
Relative Floodplains/ Ridgetops Minimal Slope
Relative Floodplains/ Ridgetops Minimal Slope
Embankment Aspect Direction Ecologically
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SKILLS
Student: Julia Shreeve (z5316835) LAND2312: Landscape Studio 6, T2 2022 Project 3: A Masterplan for Angus Small Flooding Very Large Flooding Biggest Possible Flooding Waterway LEGEND 1 in 100 Year Flood Extent Low Points High Points Relative Embankments/ Steep Slope Relative Floodplains/ Ridgetops
Slope Embankment
Direction Student: Julia Shreeve (z5316835) LAND2312: Landscape Studio 6, T2 2022 Project 3: A Masterplan for Angus 6 Figure 10: Analysis of potential for ecological communities to expand and be rehabilitated based on soil suitability (Ecological, 2018; eSpade, 2022; Nearmaps, 2022) Scale 1:30000 Figure 11: Analysis of ecological community site occurrence and soil suitability for potential to expand and rehabilitate vegetation communities (Ecological, 2018; OEH, 2022) Castlereagh Swamp Woodland Freshwater Wetlands Castlereagh Scribbly Gum Woodland Cooks River Castlereagh Ironbark Forest Cumberland Plain Woodland River Flat Eucalypt Forest Shale Gravel Transition Forest bt - Blacktown bp - Berkshire Park sc - South Creek LEGEND Excerpt from Shreeve, 2022 - LAND2312: Assessment 1 ANGUS
VEGETATION ANALYSIS & REHABILITATION SUITABILITY Excerpt from Shreeve, 2022 LAND2312: Assessment 1 Figure 13: Analysis diagram demonstrating how network was informed by significant high quality important sites to be retained (Nearmaps, 2022) Ecologically Significant Vegetation Important Sites To Be Retained Masterplan Road Network LEGEND 1 in 100 Year Flood Extent Figure 11: Site analysis of flood extents in Angus
maps, 2022)
1:50000)
13: Site analysis of potential ecological commu
rehabilitation based on soil suitability
ECOLOGICALLY HEALTHY ANGUS
PROJECT
DEVELOPED:
Minimal
Aspect
SITE ANALYSIS
(Near
(Scale
Figure
nities
(Ecological, 2018; eSpade,
LAND2312:
Project
Student: Julia Shreeve (z5316835)
Landscape Studio 6, T2 2022
3: A Masterplan for Angus
Significant
Castlereagh Swamp Woodland Freshwater Wetlands Castlereagh Scribbly Gum Woodland Cooks River Castlereagh Ironbark Forest Cumberland Plain Woodland River Flat Eucalypt Forest Shale Gravel Transition Forest bt - Blacktown soils bp - Berkshire Park soils sc - South Creek soils LEGEND LEGEND
TERM
2022 LAND2311/2: LANDSCAPE STUDIO 6/7 SITE PLANNING: LANDSCAPE SYSTEMS,
& SITE DESIGN
Vegetation Patches To Retained Important Sites To Be Retained Masterplan Road Network 1 in 100 Year Flood Extent
LEGEND
1/2,
PERFORMANCE
Figure 15: Structure Plan of Angus (Marsden Park North) to NSW Standard Instrument (Local Environ mental Plans) (NSW Gov, 2022; Nearmaps, 2022) (NTS)
In addition
this, the pathway acts as an educational journey, highlighting the importance of the riparian corridor and its inhabitats through educational signage, differing vegetation experiental qualities and observation.
The residential development within Angus will be capped, similar to the 2018 Proposed Masterplan for Marsden Park. The road network in Angus will allow for some expansion of residential housing, but with no further road development and minimal vegetation clearing for new housing.
This scenario also addresses or aligns with the goals of the Sydney Green Grid and the Western Sydney Parkland Proposals connection of green spaces. The expanded riparian corridor scenario provides an additional green space along one of Sydney’s key waterway systems, as well as addressing key urban issues such as liveability, urban heat mitigation, access to open spaces, enhancing ecological resilience etc.
In terms of how the scenario will perform in the future, it must be acknowledged that despite the projected increase in frequency and intensity of flooding in Angus, this scenario will be almost completely submerged. However, in small flooding scenario, the enhanced riparian corridor can mitigate and soak up some of this excess water through its permeable soils. It’s also likely that with more frequent extreme flooding,
Figure 16: Preliminary Scenario Plan - Revegetating Angus’ riparian corridor and introducing an ac cessible pathway to immerse and educate visitors (Nearmaps, 2022; EcoLogical, 2018; Transport for NSW, 2022) (NTS) PATHWAY
THROUGH ENVIRONMENTAL CONSERVATION AREA
Slope Significant Be Network Extent KEY FEATURES RETAINED SCHOOL RETAINED WETLAND PONDS RETAINED CEMETERY RETAINED HISTORICAL HOMES ECOLOGICAL MALL LOCAL CENTRE ENVIRONMENTAL LIVING SPORT FACILITIES & RECREATIONAL AREA URBAN FARMS POCKET PARKS + GREEN OPEN SPACES 1 2 3 4 5 6 7 8 9 10 11 2 1 4 9 5 9 11 6 6 11 4 7 7 10 8 3 Figure 17: Masterplan of Angus (Scale 1:25000) SCENARIO PLANNING - REVEGETATING ANGUS’ RIPARIAN CORRIDOR AND INCLUSION OF AN ACCESSIBLE PATHWAY Castlereagh Swamp Woodland Freshwater Wetlands Castlereagh Scribbly Gum Woodland Cooks River Castlereagh Ironbark Forest Local Road State Road Regional Road Creek/Waterway/Riparian Corridor Cumberland Plain Woodland River Flat Eucalypt Forest Shale Gravel Transition Forest Potential Accessible Pathway Route 2022 Figure 16: Scenario Planning Revegetating Angus’ riparian corridor and introducing an accessible pathway to immerse and educate visitors (Adapted, by Author, from Nearmaps, 2022; EcoLogical, 2018; Transport for NSW, 2022) Scale 1:20000 Figure 17: Landscape Performance Timeline Section 2022 Current Day along South Creek with the River Flat Eucalypt Forest (left) and Freshwater Wetland (right) (By author, 2022) 2018 PROPOSED MASTERPLAN FOR MARSDEN PARK: REVEGETATED RIPARIAN CORRIDOR SCENARIO PLANNING FOR ANGUS: Biodiversity Public Space Housing 1800 20202030 2050 1900 Biodiversity Public Space Housing 1800 20202030 2050 1900 Juvenile native plantings to promote re-vegetation This scenario primarily focusses on re-vegetating the riparian corridor throughout Angus, as a common for everyone, humans and animals alike. The existing vegetation along the corridor will be retained and protected, whilst it’s quality and extent will be enhanced to improve habitat, biodiversity and support conservation of threatened flora and fauna. As such, this scenario will greatly improve biodiversity indicators (figure 20) into the future for the local wildlife ecologies.
this revegetation comes an opportunity to open Angus up as an accessible pathway or journey along a riparian corridor (Built upon lack of formal pathway networks throughout Angus identified on page 2). This pathway network transforms an otherwise in accessible site into an immersive journey through a range of ecologies, contributing to human health and wellbeing through access to nature and promotion
physical activity.
With
of
to
soil landscapes will transform, altering the natural occurence of vegetation. Figures
19 indicate a timeline of change showing the progression of the native plantings and how this increases
quality and extent of the existing vegetation communities, improving biodiversity values too. Figure 20: Timeline comparison of changes in biodviersity, access to public spaces and affordable housing (By Author, 2022) Minimal diversity High fragmented Raised Boardwalk Pathway Figure 21: Flooding impact on re-vegetated riparian corridor as a scenario plan (Adapted, by Author, from Nearmaps, 2022; EcoLogical, 2018; Transport for NSW, 2022; SES, 2022) Scale 1:40000 Small Flooding Very Large Flooding Biggest Possible Flooding sc Qal Tl Student: Julia Shreeve (z5316835) LAND2312: Landscape Studio 6, T2 2022 Project 3: A Masterplan for Angus 8 C3 (E3) Environmental Management C4 (E4) Environmental Living C2 (E2) Environmental Conservation LEGEND R2 Low Density Residential SP1 Special Activities RU4 Primary Production Small Lots SP2 Infrastructure RE1 Public Recreation W1 Natural Waterway B2 Local Centre Figure 12: Updated Structure Plan of Angus (Marsden Park North) to NSW Standard Instrument (Local Environmental Plans) (NSW Gov, 2022; Nearmaps, 2022) Scale 1:30000 R2 C2 C3 C4 RU4 SP1 SP2 RE1 W1 B2 STRUCTURE PLAN FOR ANGUS Adapted from Shreeve, 2022 LAND2312: Assessment 2
17 to
the
LOW DENSITY RESIDENTIAL WITH MIN 40% CANOPY COVER
Scale 1:2,000 Figure 18: Illustrative plan of ‘Ecological Living’ area (Nearmaps, 2022) (Scale 1:1300) KEY FEATURES: RETAINED SCHOOL LOW DENSITY RESIDENTIAL WITH MINIMUM 40% CANOPY COVER IMMERSIVE & WELL CONNECTED PATHWAY THROUGH REMNANT CUMBERLAND PLAIN WOODLAND & WATERCOURSE PATHWAY NODES RAIN GARDENS ALONG RESIDENTIAL ROADWAY LOCAL PARK WITH OUTDOOR GYM EQUIPMENT & SHADED GRASS AREA 1 2 3 4 5 6 1 2 2 2 3 3 4 4 5 6 RETAINED SCHOOL LOW DENSITY RESIDENTIAL WITH MINIMUM 40% CANOPY COVER IMMERSIVE & WELL CONNECTED PATHWAY THROUGH REMNANT CUMBERLAND PLAIN WOODLAND & WATERCOURSE PATHWAY NODES RAIN GARDENS ALONG RESIDENTIAL ROADWAY LOCAL PARK WITH OUTDOOR GYM EQUIPMENT & SHADED GRASS AREA
ENVIRONMENTAL MANAGEMENT OF REMNANT CUMBERLAND PLAIN WOODLAND ECOLOGICAL COMMUNITY
MINIMUM 40% CANOPY COVER OF ENDEMIC TREE SPECIES PER BLOCK TO MAINTAIN HABITAT CONNECTIVITY WITH SURROUNDING CUMBERLAND PLAIN WOODLAND ECOLOGICAL COMMUNITY
LOW DENSITY RESIDENTIAL LIVING
ACCESSIBLE, WELL CONNECTED SHARED PATHWAY THAT ENCOURAGES ACTIVE TRANSIT THROUGHOUT NEIGHBOURHOOD
SHADED GRASS AREA IN LOCAL PARK THAT ENCOURAGES A RANGE OF RECREATIONAL USES AND CONNECTION WITH NATURE & COMMUNITY RAIN GARDEN ALONG ROAD EDGE TO PROVIDE HABITAT CONNECTIVITY, REDUCE RUNOFF & PROVIDE SAFETY BARRIER
ENVIRONMENTAL MANAGEMENT OF REMNANT CUMBERLAND PLAIN WOODLAND ECOLOGICAL COMMUNITY
ACCESSIBLE PATHWAY THROUGH BUSHLAND, AROUND WATERCOURSE & WELL CONNECTED TO NEARBY RESIDENTIAL AREAS AND SCHOOL
IMMERSIVE STEPPING STONES ACROSS WATERWAY TO ENCOURAGE EXPLORATION AND ENGAGEMENT WITH NATURE
SHADED GRASSED SPACE THAT PROVIDES A PLACE TO REST AND OPPORTUNITIES FOR RECREATION
15
Figure 19: Section AA from ‘Ecological Living’ area (Scale 1:500)
Figure 20: Section BB from ‘Ecological Living’ area (Scale 1:400)
Scale 1:2,000 DETAILED LANDSCAPE DESIGN AREA 2 - ECOLOGICAL LIVING ILLUSTRATIVE PLAN Figure 20: Illustrative Plan of Focus Area 2 Ecological Living. Scale 1:1300 (Nearmaps, 2022) KEY FEATURES: RETAINED SCHOOL LOW DENSITY RESIDENTIAL WITH MINIMUM 40% CANOPY COVER IMMERSIVE & WELL CONNECTED PATHWAY THROUGH REMNANT CUMBERLAND PLAIN WOODLAND & WATERCOURSE PATHWAY NODES RAIN GARDENS ALONG RESIDENTIAL ROADWAY LOCAL PARK WITH OUTDOOR GYM EQUIPMENT & SHADED GRASS AREA 1 2 3 4 5 6 B B A A C
Figure 21: 3D perspective C of future living conditions and character of ‘Ecological Living’ Area in Angus (NTS)
Figure 23: Section AA from ‘(Bio)diverse Public Spaces’ (Scale 1:1000)
Figure 24: Section CC from ‘(Bio)diverse Public Spaces’ (Scale 1:200)
D
Figure 22: Illustrative plan of ‘(Bio)diverse Public Spaces’ (Nearmaps, 2022) (Scale 1:1500)
D E
E
F
Figure 25: 3D Perspective F of ‘(Bio)diverse Public Spaces’
TERM 2, 2021
LAND2202: LANDSCAPE STUDIO 4 DESIGN DETAIL: RESOLUTION & REPRESENTATION
LOCATION: COPENHAGEN, DENMARK
PROJECT VISION: COMMUNITY AND CYCLING AS A CATALYST TO GREEN THE CITY
CONTEXT/DESIGN BRIEF:
TO DESIGN A BRIDGE FOR PEOPLE THAT IS NOT LIMITED TO CIRCULATION, BUT RATHER IS A DESTINATION, A POWERFUL AND ENGAGING PUBLIC SPACE, THAT CELEBRATES ALL THINGS CYCLING. THE BRIDGE SHOULD BE A PLACE TO MEET, TO SOCIALISE, TO EAT, TO WATCH, TO GATHER. AT ITS HEART IT MUST EXPRESS CYCLING AS A CATALYST FOR SOCIAL CONNECTION, SHARED EXPERIENCES AND FOR THE RECLAMATION OF PUBLIC SPACES. IT MUST PROVIDE OPPORTUNITIES FOR CYCLING TO BE CELEBRATED AS A SPORT, AS PERFORMANCE, AS EXERCISE, AS AN ENVIRONMENTALLY-SENSITIVE TRANSPORT MODE, AND AS SOMETHING THAT HAS THE CAPACITY TO BRING JOY TO MILLIONS.
SKILLS DEVELOPED:
Figure 26: Process sketches and design development (NTS)
18
GEARING UP GREEN
KEY FEATURES
PLAYGROUND
PROSPECT
WATERS EDGE SEATING STEPS RETROFITTED
1 2 3 4 5 6 7 8 9 SPORTS PERFORMANCE
RESTAURANTS,
10 11 12
STAGE & EVENT SPACE COMMUNITY GREEN SUNKEN SEATING AREA POP-UP FOOD STALLS SPACE
LIFT-OPEN BRIDGE FOR BOAT ACCESS
POINT/LOOKOUT
COMMERICAL, SHOPPING & ENTERTAINMENT BUILDINGS INTERACTIVE WATER STEPPING STONE PLAY
PARK & LEISURE BIKE TRACKS
CAFES & BIKE REPAIR/PARKING STATION
6 8 7 4 5 2 12 11 1 3 10 9 10 10
Figure 27: Masterplan of ‘Gearing Up Green’ landscape bridge in Copenhagen (Scale 1:850)
21
0M 5M 10M 7.5M 2.5M A
Figure 28 (above): 3D perspective A of sports performance park and leisure bike track (NTS) Figure 29 (left): 3D perspective B of sunken seating space (NTS)
B
Figure 30: Section CC (Scale 1:2500)
Figure 31: Section DD (Scale 1:2500)
Figure 32 (right): 3D perspective E of interactive water stepping stones space and green wall (NTS)
22
0M 5M 10M 7.5M 2.5M D
E
D C C
PATH, PROSPECT & PLACE
TERM 3, 2020
LAND2102: LANDSCAPE STUDIO 2 DESIGN PROCESS
LOCATION: COCKATOO ISLAND (WAREAMAH), SYDNEY
PROJECT VISION: ENHANCE IDEAS OF SEGMENTATION AND ENRICH CONNECTIONS BETWEEN EXISTING, UNIQUE SITE FEATURES AND INTERVENTIONS.
CONTEXT/DESIGN BRIEF: TO EXPLORE THE UNIQUE QUALITIES OF COCKATOO ISLAND THROUGH A LANDSCAPE INTERVENTION (PLACE), PATH, LANDING AND PROSPECT POINT, THAT REVEALS, ENHANCES OR TRANSFORMS A SPECIFIC QUALITY OF THE SITE.
SKILLS DEVELOPED:
PROSPECT POINT
LANDING POINT PLACE
Figure 35: Process sketches of idea generation to final design (NTS)
Figure 34: Sketch section of path intervention next to sandstone cliff face near dockyards (NTS)
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Figure 36: Illustrative perspective B of place intervention (NTS) Figure 37: Illustrative perspective C of place intervention (NTS)
Figure 38: Illustrative section AA of place intervention (Scale 1:150)
Figure 39: Photographs of model of place intervention (NTS)
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A A C B
PLANTING DESIGN
TERM 3, 2020
LAND2152: PLANTS & DESIGN
LOCATION: WAVERTON COAL LOADER, BALLS HEAD, SYDNEY
PROJECT VISION:
TO CREATE A SENSORY GARDEN THAT UTILISES A RANGE OF PLANT SPECIES TO POSITIVELY ENGAGE ONES SENSES OF SMELL, TOUCH AND SIGHT.
CONTEXT/DESIGN BRIEF:
TO DEVELOP A DETAILED PLANTING PLAN AND SCHEDULE FOR AN AREA ON THE COAL LOADER PLATFORM AT BALLS HEAD. THE DESIGN SHOULD UTILISE BOTH INDIGENOUS AND EXOTIC SPECIES AND A RANGE OF PLANT FORMS.
SKILLS DEVELOPED:
Low lying spreading groundcovers between pathways to allow for easy movement and wayfinding
Plants selected based on microclimate (strong westerly winds & harsh sun exposure)
Figure 40: Site analysis of Waverton Coal Loader and concept design plan
Pennisetum advena rubrum
Shrubs to create sense of enclosure and privacy Origanum vulgare
Trees for shade and protection from harsh sun and winds
400mm high concrete seating wall under trees for a sheltered place to rest
200mm rise in soil depth from seating wall to centre of bed creating a total soil depth of 600mm for trees
Concrete pathway provides sinuous, sensory experience throughout space compared to otherwise geometric landscape of the Coal Loader platform
Low lying vegetation on westerly side for uninterupted views of harbour Significant views to Sydney Harbour
Acacia baileyana purpurea
Figure 42: Detailed planting design plan for site on Waverton
Westringia fruticosa
Chamaemelum nobile treneague
Thymus pseudolanuginosus
Carpobrutus Pink Passion Helichrysum petiolare
Anigozanthos ‘Big Red’
Pennisetum advena rubrum
Figure 41: Section AA of planting design on Waverton Coal Loader Platform
26
27 AP BC AP
SCHEDULE Shrubs LEGEND Clumping Groundcovers Spreading Groundcovers Strappy Leaf Groundcovers Prostrate Groundcovers Trees
Loader
A
PLANTING
Waverton Coal
Platform (Scale 1:125) A
28 DOCUMENTATION DRAWINGS
PACKAGE
8 X 150MM DEEP HOT DIPPED GALVANISED STEEL EDGE. FLUSH FINISH WITH ADJACENT MATERIALS. M10 GALVANISED STEEL FIXING, SET IN MIN 60MM TO CONCRETE SLAB.
812 X 406 X 20MM HERON BLUESTONE PAVERS, STRETCHER BOND. 5MM MORTAR JOINTS.
30MM MORTAR BED PRECAST OFF-FORM CONCRETE BASE REINFORCING & DEPTH TO CIVIL ENGINEERS SPECIFICATIONS.
1 PAVING TYPE 2 - AUSTRALIAN SPOTTED GUM TIMBER DECKING SECTION
Scale 1:10 @
2
R10
20MM THICK, 100MM WIDE HOT DIP GALVANISED FLAT BAR STEEL BIKE SUPPORT FRAME. POWDER COATED PRAINT FINISH DANDELION YELLOW A205.845MM HEIGHT FROM EXISTING GROUND, 900MM LENGTH. SUBSURFACE FIXED WITH EPOXY RESIN.
BIKE WHEEL CUT-OUT 120MM W X 500MM L X 190MM D
EXISTING CONCRETE PLANKS
REINFORCED CONCRETE FOOTING TO CIVIL ENGINEERS SPECIFICATIONS
COMPACTED SUBGRADE TO ENGINEERS SPECIFICATIONS
BIKE RACK TYPE 1 - METAL BICYCLE PARKING DEVICE SECTION
Scale 1:10 @ A3
3000 X 50 X 96MM TIMBER PLANKS. M10 GLAVANISED STEEL FIXING SET IN MIN 30MM INTO STEEL SUPPORT TO CIVIL ENGINEERS SPECIFICATIONS.
40 X 90MM RECTANGULAR HOLLOW STEEL SUPPORT. SPACED EVERY 1.5M APART. M10 GALVANISED STEEL FIXING TO STEEL PLATE, SET IN MIN 60MM TO CIVIL ENGINEERS SPECIFICATIONS.
250 X 320MM INSITU CONCRETE WALL, TROWEL FINISH. M10 GALVANISED STEEL FIXING, SET IN MIN 60MM TO CONCRETE BASE TO CIVIL ENGINEERS SPECIFICATIONS.
OFF-FORM
BASE
& DEPTH TO CIVIL ENGINEERS SPECIFICATIONS.
LENGTH VARIES REFER TO PLAN
3000 X 96 X 50MM TIMBER PLANK SEAT. 5MM SPACING.
40 X 90MM RECTANGULAR HOLLOW STEEL SUPPORT. SPACED EVERY 1.5M APART. M10 GALVANISED STEEL FIXING TO STEEL PLATE, SET IN MIN 60MM TO CIVIL ENGINEERS SPECIFICATIONS.
250 X 320MM INSITU CONCRETE WALL, TROWEL FINISH. M10 GALVANISED STEEL FIXING, SET IN MIN 60MM TO CONCRETE BASE TO CIVIL ENGINEERS SPECIFICATIONS.
BENCH TYPE 1 - TIMBER BENCH ON RAISED GARDEN WALL AXO Scale 1:10 @ A3
29
VARIES REFER TO PLAN 8
LENGTH
X 70 X 70MM TIMBER BEARER. M10 GALVANISED STEEL FIXINGS SET IN MIN 30MM.
3000 X 200 X 40MM TIMBER PLANKS. 5MM SPACING TO ALL EDGES. 3000 250 5 40 70 75 5
CONCRETE BASE WATERPROOFING SEALER FINISH.
75MM VERSIJACK VJ-F2 WITH BEARER HOLDER. MAX 300MM FROM EDGES & EVERY 1M APART.
3000
PRECAST
CONCRETE WALL, ETCHED FINISH. M10 GALVANISED STEEL FIXING SET IN MIN 60MM TO CONCRETE SLAB. REINFORCED TO CIVIL ENGINEERS SPECIFICATIONS.
A3 645 200 200 100 655.000 900 500.000 111 146
3
PRECAST
CONCRETE
REINFORCING
500 250 252 250 1000 250 X 1000MM (FROM G.L) CONCRETE WALL, ETCHED FINISH. REINFORCED TO CIVIL ENGINEERS SPECIFICATIONS. M10 GALVANISED STEEL FIXING SET IN MIN 60MM TO CONCRETE SLAB TO CIVIL ENGINEERS SPECIFICATIONS. REFER TO PV1 DETAILS
BENCH TYPE 1 - TIMBER BENCH ON RAISED GARDEN WALL SECTION Scale 1:10 @ A3 198 252
250 40 250
4
DETAIL DOCUMENTATION
DRAWINGS
P: 0422 012 589 E: jshreeve01@gmail.com JULIA SHREEVE