Landscape Architecture Portfolio - Suhas Vasudeva

L A N D S C A P E ARCHITECTURE P O R T F O L I O S U H A S VA S U D E VA Master of Landscape Architecture The University of Melbourne 2017- 2019

Overshadowed inbetween spaces of new land form exaggerating the overshadowing from infrastructure and creating microhabitats for novel ecosystems. Deliberate confrontational facade of rubbish to bring into focus the anthropic material.

Hedera helix

Lampropholis guichenoti

Lomandra 'Tanika'

Perspective from Master of Landscape Architecture Thesis- Anthropic Assemblages, University of Melbourne, 2019

CONTENT

THE GAP

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Winning Competition Entry, 2019

ANTHROPIC ASSEMBLAGES

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Master’s thesis, University of Melbourne, 2019

TOWARDS A ‘WASSER’ SENSITIVE CARLTON

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Sustainable Urbanism Studio, University of Melbourne 2019

“KOORT-BOORK-BOORK”

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Speculations Studio, University of Melbourne 2018

UNIVERSITY SQUARE REDEVELOPMENT

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Design Techniques Studio, University of Melbourne 2017

LIVING PARASOLS

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Landscape Materialities Elective, University of Melbourne 2019

PLANTING DESIGN

Advanced Planting Design Elective, University of Melbourne 2018

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THE GAP Winning entry for the Future Park Design Ideas Competition. Presented by the University of Melbourne, in partnership with Australian Institute of Landscape Architects (AILA) Group Work (Marti Fooks, Claire Winsor, Suhas Vasudeva and Jacquelline Heggli), 2019 ‘The Gap’ is an idea as a response to the climate emergency, equity and reconciliation. By recaliming 9.3% ( The gender pay gap in Victoria) of land from Melbourne we speculate on the possibilities of this gap as a healing cut to address social equity, reduce urban heat and increase bio diversity in Melbourne. It is a bold move to increase liveability by reducing urban footprints, increasing green cover and making a central political and environmental statement. Overleaf is the winning entry panel.

Many articles have been written about the entry and the competition such as- https://www. foreground.com.au/public-domain/power-of-parks/ The Feb 2020 issue of the Landscape Architecture Australia magazine features all the shortlisted entries.

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THE GAP The GAP is a new landscape system that cuts through Melbourne’s urban form as a response to the world’s climate emergency. This green GAP is bold, immediate and likely a contentious addition to the city. To reach a two degrees celsius warming by 2050 the world will have gone beyond repair. The GAP is an expression of the wound with the intent to repair and create a place to heal. Globally all cities need to make an immediate and drastic change now.

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WE DECLARE A CLIMATE EMERGENCY 20 80

As early as 1975 there has been a global movement in landscape architecture to reclaim and rejuvenate the urban form such as Berlin Flughavan, The High Line and Singapore Gardens. Time has proven that less structured open space can be more engaging, inviting and well used.

In 2050 Melbourne, as Australia’s largest city provides a benchmark for the world.

As the largest reclaim in history. Landscape architects are the forefront of this action and planning (since 2019), advocating globally for not only immediate response to climate change but other global social issues. In November 2018, women’s average weekly ordinary full-time earnings across all industries and occupations was $1,455.80 compared to men’s average weekly ordinary full-time earnings of $1,695.60.

A 9.3% gap in Victoria.

9.3%

The GAP seeks to restore balance; reclaiming 9.3% at a 10km city radius (a total of 3500 hectares) as park on natural ground, realigning with water patterns and solar movement. The GAP is an insertion that represents a moment in history, an awareness of inequality at a point of no return. The GAP will cut through the 1850 Hoddle grid originally deterring public gatherings with limited open space.

The GAP is not programmed to make profit, nor programmed to include or exclude based on age, race, gender or sexuality. It success is not reliant on a governance structure to curate events. No government state or local programs will determine the success of the space. The park represents the voice and actions of the predicted 400,000 Melbourne people to lead the occupation of this new landscape.

STAGE 1 YEAR 2030 The Metropolitan Strategy Melbourne 2030 has been delivered by the City of Melbourne. Removal of private cars and construction of new arterial transport links; _ Main underground road connector east west of GAP _ New rapid bus and train sky link will link the city at its longest length _ A new train line will frame the GAP at the 9km out from the city _Streets will be converted into water systems and new trees planted adjacent retained and new bike paths.

The community within the GAP will prepare for change and relocation.

STAGE 2 2035 -2040 First phase of demolition for the GAP will be to dismantle and remove materials for reuse in construction of the new park that retains all existing parks within. Waste product will be used as fill for proposed topography. Construction of the following will commence; _ Topography built up over rail system and underground road system _ Destination created at centre of hub including small mixed used area built within landscape _A Wetland system connects the north through Maribyrnong River to the Elizabeth Street low point. _The biodiversity corridor is strengthened along waterways _ Solar panels installed over 4km2 area to the north of the GAP will supply 140000 homes _8000 trees planted by the community _ New sustainable connections for walking, cycling, bus, and train _With a 15min walk across the gap at its widest point and pedestrian connectivity is enhanced.

2060

STAGE 3 2050 + The GAP will disband and transform into a system to heal the urban form and environment. The people of Melbourne inform the program of the GAP through the facilitation of landscape architects. Elements could include; recreation and play, bio pools, urban agriculture, community gardens, walking tracks, landart and culture, open grassland and woodland, views and vistas to the city and parkland.

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Landschafts Park

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Acros Fukuoka

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Atlanta Belt Line

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Cheonggyecheon

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Ariel Sharon Park

2010

ACQUISITION AND GOVERNANCE Aligned to the GAP project will be the implementation of new structure plans across the city focusing on sustainable medium density development along the existing train network and next a new circular route. Private properties removed as part of the GAP project will be offset into this new development.

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Fallign out of the above that landscape character appears dry and rugged. It’s a source that represents country and works hard to contribute back the city’s clean water, food and energy supply. There are no predetermined routes. The GAP advances as the combined user’s daily journey.

SAFE BUT NOT SURVEILLED. A safer place but not a controlled space. The GAP is not surveyed or monitored. Risk is managed by informal structures. Surveillance and monitoring is minimal allowing minority’s communities to enjoy refuge.

Sight lines are managed by subtle cues in topography; as you near the centre of the GAP the landform increases. A digital profile system is setup once those entering into the gap, monitoring space movements within.

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CONNECTION TO AND CARE FOR COUNTRY A complex land management system will be spearheaded by the indigenous custodians of the land to ensure we are treating this new landscape with care, love and respect.

Understanding and connection to this land will be through the sophisticated farming and agriculture practices. This may include grew crops of tubers such as yams, grain such as native millet, macadamia nuts, fruits and berries.

Parking Day

Sky Garden Tempolhof, Berlin

The Future Park Design Ideas Competition

Olympic Park A1 PANEL [1/2]

Freshkills Park Foro Ciel

Brooklyn Grange

The High Line

Presented by the University of Melbourne, in partnership with Australian Institute of Landscape Architects (AILA) Team: Marti Fooks Claire Winsor Suhas Vasudeva Jacqueline Heggli A1 PANEL [1/2]

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ANTHROPIC ASSEMBLAGES Creating novel ecologies in the undercrofts of infrastructure projects utilising and manipulating the by-products of the anthropocene Master of Landscape Architecture Thesis, University of Melbourne, 2019 The prevalent Anthropogenic thinking about byproducts of our uses are- Out of sight is out of mind! This thesis looks at current anthropogenic practices and the left overs of our ever growing needs speculating on possible approaches to incorporate these left overs into built environments.

Utilizing plastic and recylable waste that cannot be recycled into frameworks that are assembled under the level crossing removal projects and these frameworks filled with soils extracted from the underground metro rail project a new park typology is envisioned for the undercrofts. In this new park typology, natural succession is favoured over high energy dependent maintenance regimes leading to the development of a novel ecology where new bio diversity results out of anthropic left overs.

For this thesis, these ideas are tested in the undercrofts of the level crossing removal project underway in Reservoir, Victoria. he existing ecology provides the seedbank for the emergent new ecology. The forms generated through the assemblage practice produces user defined programmable spaces in the new park typology.

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MASTERPLAN Legend

1.Entrance Plaza 2.Recycling and Compost Collection Center 3.Reservoir Train Station 4.Parking 5.Ephemeral Water 6.Decidious Mounds 7.Main Entry 8.Secondary Entry 9.Melbourne Water 10.Station Entry 11.Assembled Ecologies 12.Extracted and remediated material storage

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SECTION A-A @ 5 YEARS FROM PLANTING

Scale 1:100@A1

Pavement and Nature Strip

Blended soil profile filled onto comacted existing site soil topped with gravel backfill and geotextile, forming an anthropic water table for the anthropic materials Callistemon citrinus Acacia pycnantha

Spring Street

Pavement and Nature Strip

SECTION B-B @ 10 YEARS FROM PLANTING

Scale 1:100@ A1

Exisiting Site Trees Understorey planted after remediation of soil

Planted with Silver Birch for Deciduous character allowing for winter solar access to adjoining properties, here showing autumn colour in April with varying degrees of leaf colour change depending on heat stress due to positioning Extracted gravel gutter to collect water runoff and redirect towards ephemeral water body

1.8 m 1.8 m East facing embankment filled with clayey loam Conc.

Conc. soil profile pavement pavement

Central remediated soils topped with extracted gravel with large sandstone outcrops as seats and micro climate generation

1.8 m Conc. pavement

Lomandra 'Tanika' planted in soil pockets dug into compacted existing soil and basalt rock bed

Recycled Contaminated Waste Module as Gabion retaining wall backfilled with extracted gravel for water direction

Water from skyrail catchment located along the pier bottoms directing water to the ephemeral rock embedded waterway

5m

1m

1:20 Slope

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Residential Plot

Mounded remediated soil using the Scoop and Dump method

1.8m wide conc. Extracted basalt rocks embedded to create ephemeral waterway walkway

Melbourne Water

Sand soil profile dumped from extraction zone to be mixed with other soils such as clay and silt to make a loam profile

Myoporum insulare Lepidosperma gladiatum

Acacia pycnantha

West facing embankment filled with sandy loam Compacted and stone soil profile topped gutter

Located for ease of access as well as this area being the highest part of site and this activity requiring mostly impermeable surfaces, surface runoff can be directed towards collection and irrigation

Clayey soil profile dumped from extraction zone to be mixed with compost before assemblage on site

Soil extraction storage and recylcing+compost generation precinct

SECTION C-C @ 20 YEARS FROM PLANTING

Tetragonia implexicoma growing over dead branches

Scale 1:100@ A1

Dead trunk of Acaccia pycnantha.

Possible habitat creation

Hardenbergia violacea

Sunny position created by dead tree favourable for emergent species found in vicinity such as the Pheonix canariensis

5m

Callistemon citrinus

3m Stanlake Street

1m

Residential Plot

Nature strip 1.5m and pavement 1.5m

Asphalt topped road directing runoff

Street tree planting on remediated on-site soil

1.8m wide Remediated soil module on compacted soil which acts as new water table concrete pavement collecting runoff

Gutter

Melbourne Water

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PERSPECTIVE AFTER NOVEL ECOLOGY ESTABLLISHMENT

Perspective of Entrance Plaza Off Spring street showing anthropic materials for the new park. Recycled compacted waste material acting as a formwork for novel ecosystems through soil profile creation from extracted materials and assemblage in specific solar directionalities. Extracted gravel and stone used to create spatial qualities for humans and non-humans.

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FUTURISTIC PERSPECTIVE ENVISONED WITH UNCHECKED CLIMATE CHANGE

Deciduous mounds not so deciduous after 30 years from planting. Heat stress from climate change has resulted in the death of many of the Betula pendula leading to species from around taking over such as the Pheonix caneriensis and wild grasses better suited to hotter conditions. Abiotic - biotic mutualisms working through time and establishing novel ecologies.

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‘WASSER’ SENSITIVE CARLTON

PRINCESS

Reimagining the public housing estates of Carlton using Freidenreic Hundertwasser’s ideas and creating a new sustaible urbanism for the site

Co n c eptu a l P la n Develo pm ent

100

150 Meters

Legend

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DRUMM OND STR EET

DRUMM

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REEVES

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STREET

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C O LG A N 16

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Ba ll court

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Public toilet s

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U n it in g C h u rc h o A u s tr a f li a 01

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S ch o o l an d ch ild c ar e ce n te r

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01 S ch PAchL MoEoRl an d S TO N S T ild c ar e REET C h u rc h ce n ter of A ll N a ti ons

MA STER PL AN

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M a s ter P l a n

Light inst a llat ion that hat 0 4 get s act activated ivated w when hen users w a lk by 05 rea w witithh climbing climbing Play a rea w a ll a nd soft colourful 06 rubber/ cork flooring 03

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02 Act ivit y pods w it h mova ble sun a nd w ind 0 3 shelter a nd sensors to collect user dat a

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STREE

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P R I N C ES S STREET

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Sustainable Urbanism Studio, University of Melbourne, 2019 The design, inspired by Artist/Architect Freidenreich Hundertwasser’s Mouldiness manifesto, has been developed with an ethos towards revitalising the exisiting built environment through an amalgamation of new technology, sustainable energy, art and living systems. The revitalised landscape embraces a high-tech modern mouldiness where the natural systems are visible through out the site, most water runoff is conserved through filteration or storage for later use. The new landscape is powered using renewable energy sources such as solar power geberated from solar voltaic cells in the new coloured glass facade and kinetic energy generated through pedestrain movement in plazas and gathering spaces.

The new colourful facade is triangulated inspired by the pitched roofs of the surrounding churches and townhouses. The landscape provides and creates habitat while creating layered spaces for active and passive use. Hundertwasser’s love of colour is translated onto site to provide delight to the inhabitants and create a vibrant colourful new look by utilizing a colour palette which plays with the materialities found in the immediate context of the estate.

STREET

Play ground pla nted w it1 h 1 silver folia ge pla nt s Pa rking ret a ined a nd access point reloc ated to R at hdow ne S t reet 12 12 Ephemera l w ater cha nnelling ra in ga rdens w hich collect s ra in w ater for irrigat ion

13 M arket a rea w it h Ma pavegen technology pavers t hat ha rnesses kinet ic energy w hen w a lked upon 13 S ola r pa panels nels over over exist existing ing 14 c a r pa rks for renew a ble generation ion w witithh energy generat cha rging pods a nd 15 driverless c a r dock Outdoor gym a rea

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Master P l an Pocket pa rks

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11 Elevated plat form w it h playful c avernous 1 0 st ruct ure underside for children movement

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Scale 1:1000 Bioluminiscent concrete t hat a bsorbs sunlight a nd glow s in t he50 night for 1 upto 1 0 hours

PERSPECTIVE OF REVITALISED SCHOOL AREA WITH ELEVATED WALKWAY

DETAIL PLAN OF SCHOOL AREA AND ELEVATED WALKWAY

PERSPECTIVE VIEW OF CENTRAL COURTYARD

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‘KOORT-BOORK-BOORK’

Envisioning the creation of an augmented reality app specific to the site to activate it through technology to reveal history of place

Creating an interactive augmented landscape precinct at Gem Pier in Williamstown to activate the existing landscape by synthesis the various historical layers of the area.

HMAS CASTLEMAINE

Speculations Studio, University of Melbourne, 2018

Williamstown’s demographic report forecasts a 9.68% increase in population by 2036. With increased demand for housing, the ship building and industrial precincts will get gentrified and absorbed by the housing market. This project looked at creating a sense of place by revealing, connecting and adding new cultural layers to this important city in Melbourne’s history.

Reclaiming aboriginal layers through decolonisation of space through nomenclature and reverting it back to its original name of ‘Koort-Boork-Boork’ that translates to- A clump of she oaks, the prevalent flora before settlement. The industrial and colonial layers are reinterpreted through materiality and colour, introduced into the new landscape as features and relocating existing historical artefacts to specific focal the geographical history points in the landscape. aboriginal settlement Current layers are allowed to synthesis through the speculation of an augmented landscape experience colonial land reclaimation orchestrated through the development of a site settler history specific augmented reality experience to activate site through a digital lens. convict ship history

CURRENTLY ONLY COLONIAL LAYERS VISIBLE ON SITE WILLIAMSTOWN: FINDING THE HIDDEN LAYERS

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DEMARCATED WATER SURFACE LEFT CLEAR FROM ANY DEELOPMENT AS IT IS THE ONLY CLEAR WATER VIEW IN THE AREA

GEM PIER

LAWN AREA AND FESTIVAL/MARKET PRECINCT

2 TENNIS COURTS

STUMPY ROCKS SEATING AREA

SYME STREET

PLAY AREA WITH SEATING ALL AROUND

HIDDEN LAYERS ARE LAID BARE

THE HIDDEN LAYERS NEEDS BROUGHT TOAND BE LAID BARE AND THE FUTURE ADDRESSED INTONEEDS FOCUS

LAWN AREA AND FESTIVAL/MARKET PRECINCT

ROTUNDA

CURRENTLY ONLY THE COLONIAL LAYER IS VISIBLE IN THE VICINITY OF THE GEM PIER

CLUMPING PLANTING BEDS EDGED WITH FLUID SEATING INFORMATION KIOSK

NELSON PLACE

immigrant history ship-building activities and industries

CONNECTING OLD LAYERS AND INTRODUCING NEW LAYERS

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MASTERPLAN

PANORAMIC PERSPECTIVE SHOWING THE REINTERPRETED “STUMPY ROCKS” OF THE AREA INTO SEATING

PANORAMIC PERSPECTIVE SHOWING THE VIEW TOWARDS THE PIER FROM THE SEATING PODS

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UNIVERSITY SQUARE REDEVEOPMENT Redesigning the University Square in Carlton to accommodate the proposed new train station

Design Techniques Studio, University of Melbourne, 2017 The reimagined University square utilises the extracted soil from the creation of the new underground train station on the site to create mounds to change the landscape dramatically. Solar analysis studies on the positioning of evergreen or decidous trees on the newly created mounds to increase solar gain during winter and decrease it during summer months to create favourable experiences for the users of the space. The pathways are introduced to maximise on the solar gains or redcutions possible through the strategic planting of trees on the newly created mounds.

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LIVING PARASOLS

LIVING PARASOLS

Rethinking conventional hostile vehical mitigation structures in cities to incorporate living systems and function

Melbourne GPO

p m Sto

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Materialities elective, University of Melbourne, 2019 Area selected for model exploration

Busking Area

Eliza beth t

Stree

Working in groups, prototypes were developed to explore possibilites of different materialities in hostile vehical mitigation structures and a 1:5 scale model was built as part of the project. The ideas are tested for the corner of Bourke Street and Exhibition Road in Melbourne. The dense urban fabric is punctured with living parasols that add living systems to a landscape devoid of them while still providing the protection required for pedestrains. The scale of the intervention plays with the surrounding vertical heights to add a contrasting horizontal porous layer bringing in a human scale to the street scape. The lliving systems are speculated to be maintained by the association of retail stores on the street with seasonal changes in planitng if required. The constructed scaled model was exhibited as part of the MSDx Semester 1 Exhibition 2019

Area of potential hostile vehicle impact

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Geotextile Drainage Layer Protection Layer Water proof Layer Blackbutt Wood Canopy Planter Base Pre-cast concrete connector

Pre-cast concrete column

Legend

Area of potential hostile vehicle impact

Living parasol proposal

Simon Perry’s “The Purse” Exisiting Flag Poles Exisiting Light Installation Pre-cast concrete Footing

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EXPLODED Landscape Materialities Assignment A.3/Design Prototyping AXONOMETRIC VIEW Suhas Vasudeva, Jacqueline Heggli, Siwei Sun, Yun Wei, Suling Xiao, Kartika Putrika and Xinzhuo Tian

Landscape Materialities Assignment A.3/Design Prototyping Suhas Vasudeva, Jacqueline Heggli, Siwei Sun, Yun Wei, Suling Xiao, Kartika Putrika and Xinzhuo Tian

Exisiting Bollards

MASTERPLAN

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VISUALISATION SHOWING LIVING PARASOL INSTALLED AS A GROVE OF TREES IN BOURKE STREET

PROTOTYPING IMAGES

1:5 FINAL MODEL SHOWING CANOPY WITH PLANTING

1:5 FINAL MODEL SHOWING CONCRETE COLUMN SUPPORTING CANOPY 19

PLANTING DESIGN

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Developing a site specific planting design scheme while workign with existing large hisorically significant vegeation on site.

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Advanced Planting Design elective, University of Melbourne, 2018

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Responding to the social activities and the context of the site, the planting design has been developed to reflect the playful character of its setting through colourful planting. Consideration of the historically significant red river gum on site has been taken in to the planting schema. PLanting scheme has been developed to create a warm interior space through the use of plants with warm colur flowers and foliage and the exterior plants selected are cooler colour foliage and flowering varities. The flowering seasonality provides a playful ever chnaging character to the space and the planting volumes play with the notion of prospect and refuge whilst being mindful of security.

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LEGEND

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W O O D/ T I M B E R WA L K W AY GRAVEL

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S E C O N D A R Y C I R C U L AT I O N POSSIBILITIES

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M A I N C I R C U L AT I O N

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PLANTING PLAN

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S E AT I N G

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EXISITNG CONTOUR

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NEW CONTOURS

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LAYERING THROUGH PLANT HEIGHTS

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B. Malaleuca armilaris- 1 No. H:10 m x W: 4 m

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EXISTING TREES: A. Eucalyptus calmaldulensis - 3 Nos. H: 15 m x W: 10 m

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Existing Trees to be reetained:

summer Wind Direction Ormond College

Rocks between change of grade to maintain water levels

A) Eucalyptus calmaldulensis 3 nos. h x w- 15 x 10m

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B) Malaleuca armilaris DETAILED PLANTING PLAN AND QUANTITIES

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Legend:

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East

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Sun Path Diagram 04summer

Section A-A

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+44.5m

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1 No. h x w- 10 x 4m

H: 0.2 – 1 m x W: 1-3 m 12.Cotula sericea*H: 0.2 – 0.4 m x W: 1-2 m Eucalyptus limitaris Low Cover C) Plants13.Cotyledon orbiculata*2. Agave geminiflora* 1 No. H: 0.3-1.5 m x W: 1-3 m H: 0.6-0.9 W: 10 0.6-0.9 hm x xwx 8mm 15.Dianella longifolia var.

3. Asparagus aethiopicus longifolia*‘Myersii’*D) Schinus molle H: 0.3 – 0.8 m x W: 0.6 m H: 0.3 m x W: 1-2 m 1 No. 18. Euphorbia characias subsp.

4.Banksia blechnifolia*x 2wwulfenii*H: 0.3 m h x W: m 10 x 5m H: 1 m x W: 1 m 5.Bergenia x schmidtii* 19. Festuca glauca*H: 0.2-0.3 m x W: 1 m H: 0.15 m x W: 0.3 m 8. Ceratostigma willmottianum*West20. Gazania rigens var.

H: 0.3-0.8 m x W: 0.6 m leucolaena*9. Chrysanthemum pacificum* H: 0.2- 0.3 m x W: 1 m H: 0.3-0.6 m x W: 0.6-1.2 m 21. Grevillea lanigera (Prostrate 10. Chrysocephalum form)* semipapposum*H: 0.3- 0.6 m x W: 1- 1.5 m H: 0.4-1 m x W: 0.5 – 2.5 m 22. Lomandra confertifolio subsp.

11. Correa decumbens*-

rubiginosa*H: 0.5 - 0.7 m x W: 0.5 – 0.7 m 24. Mesembryanthemum cordifolium*H: 0.5-1.5m x W: 2-3m 26. Myoporum parvifolium (Prostrate form)*H: 0.25 m x W: 3 m 27. Nepeta tuberosa *H: 0.6 m x W: 0.6 m 28. Phlomis fruticosa*H: 1 m x W: 2 m 29. Phormium cookianum*H: 0.6-1.2 m x W: 1.2 m 30. Senecio serpens*H: 0.2-0.3 m x W: 0.6-1 m 31. Tulbaghia violacea*H: 0.3-0.45 m x W: 0.6 m

Shrubs32. Acacia acinacea*H: 1.5-2 m x W: 2-4 m 33. Acca sellowiana*H: 4 m x W: 5 m 34. Aloe plicatilis*H: 3 -5 m x W: 3-5 m 37. Calothamnus quadrifidus*H: 2-4 m x W: 2-5 m 40. Eucalyptus pulverulenta ‘Baby Blue’*H: 2-6 m x W: 2-4 m 43. Hymenolepis crithmifolia*H: 2.5 m x W: 5 m 44. Lasiopetalum baueri*H: 1.5m x W: 3 m 48. Senna artemisioides subsp. x artemisioides*H: 1-2 m x W: 1-3 m 52. Xanthorrhoea quadrangulata*-

H: 3-5 m x W: 1-1.5 m Trees53. Acacia caerulescens*H: 10-15 m x W: 5-7 m 55. Banksia serrata*H: 5-15 m x W: 5-10 m 57. Brachychiton rupestris*H: 10-20 m x W: 5-15 m 58. Calpurnia aurea*H: 6 m x W: 6 m 59. Ceiba insignis*H: 16-28 x W: 8-10 m 61. Erythrina crista-galli*H: 8-10 m x W: 8-10 m Existing TreesA. Eucalyptus calmaldulensis H: 15 m x W: 10 m

Section B-B

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Corten Steel metal edging along planting beds

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Creating a visual /guiding barrier to direct movement whilst maintaining visual security

25 mm RedSection C-C scoria gravel

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Sections through site showing topography 11

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9AM Summer Wind

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Feature: Black Metal Fence

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Detail showing plant textures

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Feature:52White Picket Fence

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33

sports oval activities high in may,july, august, septemeber, october

31

03

Legend College Entrances

Section A-A Scale 1:200

Pedestrian and Cyclist pathway Secondary pathway mainly pedestrian

10

+45.0 m

Some Views and Materials from Site

Existing Vegetation Creating to sheltered be retained moments for

Feature: Kinetic 33 Sculpture

protection from the

Trinity College Gardens

Views to be framed or wind and create more improved intimate spaces 02

+44.0 m

02

Feature: Low Black Metal Fence

18

30

Wind direction

12

Tree shade area

40 B

Water runoff and storm water points

02

B

Undesirable facades running tracks & 15

Speculated soil Condition:

ball courts

Winter Wind

20

A

19A

27

28

43

2 A : S I T E A N A LY S I S A B P L 9 017 3 A d v a n c e d P l a n t i n g D e s i g n The Universit y of melbourne 2018

Sandy clay Loam

N

Scale 1:50 0 @A 3 1M Contour Inter vals

08

desierable/aesthetic SECTIONS facades

THROUGH SITE

Site Boundary SUHAS VASUDEVA 854813

Section B-B Scale 1:200

21

Thesis Site Form Exploration Models 1:100 Scale Clay Model

SUHAS VASUDEVA Master of Landscape Architecture, University of Melbourne 2019 Bachelor of Architecture, Visveswaraya Technological University 2011 e: suhas.vasudeva@gmail.com p: +61 416 149 009