Simon Vive, Landscape Architect

Simon Vive

Landscape Architect Portfolio

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUC

Contents 1 About/Resume 2 Fishermans Bend Advanced Design Project 3 Study Exchange Melbourne 4 Valley Park Urban Green 5 Torver Common Rural Design 6 Calverley Landscape Character Assessment & GIS 7 Armley Mills Park Design With Plants 8 Technical Details 9 Freehand Work

Fishermans Square

1

About Me

Objective

Skills

After working in the Banking industry for almost 4 years I travelled to Australia for a planned work and cultural experience. I used this opportunity to explore new industries and particularly enjoyed working with plants and the environment in various forms.

Having just completed my Masters in Landscape Architecture with a Distinction Award, I am seeking industry experience to supplement my education and apply what I have learnt so far.

Self motivated ***** Time management ***** Facilitator **** Working as part of a team ***** Highly professional ***** Good communication ***** Adobe Photoshop **** Adobe InDesign **** AutoCAD *** ArcGIS *** Google Sketchup *** MS Suite ***** Hand drawing ***

From this, my interest in landscape design grew and I realised it was the profession I wanted to be a part of. This led me to the formal qualification obtained at Leeds Metropolitan University which included an exchange opportunity at RMIT University that took me back to Melbourne.

Travelling has broadened my interests in culture, food and the arts as well as allowing me to develop many new relationships.

Obviously I love to travel, but I’m also a keen sportsman having played competitive hockey for over 15 years which included captaining a 1st XI side to promotion.

Of particular interest to me is the subject of climate change and how as Landscape Architects, we have a critical role in designing the environment for increasing populations that anticipate and mitigate the effects of increasingly volatile and extreme weather events.

I wish to gain chartership with the Landscape Institute and will look to work towards this through employment with a professional practice.

Horticultural knowledge and working experience Financial and operational business acumen

Education

Employment

RMIT University 2013 Landscape Architecture Exchange Programme

Sarah Lakin Landscape Architects Freelance CAD work

Leeds Metropolitan University 2012-2014 MA Landscape Architecture & Design

Hogarth Gardens 2013 Garden maintenance

Ifs School of Finance Applied Diploma in Corporate Banking

Colmain Services 2012 Garden maintenance division

2010

Loughborough University 2002-06 BSc Hons Mathematics & Management Dip Profossional Studies The Emmbrook School 3 A-levels, 1 AS level, 10 GCSE’s

1995-2002

References 2013

DB Landscape Construction Landscape labourer

2012

B&H Lightfoot & Sons Vineyard pruning

2011

Royal Bank of Scotland plc 2006-10 Senior Assistant Relationship Manager 3M UK plc Intercompany Accounting

2004-05

Chris Royffe Principal Lecturer, Landscape Architecture Leeds Metropolitan University Broadcasting Place Woodhouse Lane Leeds LS1 9EN United Kingdom c.royffe@leedsmet.ac.uk +44 (0)113 81 23192 Sam Egan Director Colmain Services Pty Ltd 40 York Street, Mont Albert VIC 3127 Australia sam@colmain.com.au +61 (0)3 9890 6511

Mas

2

Fishermans Bend, Melbourne

Urban Renewal Area in relation to Melbourne CBD

Urban Renewal Project

The major project for my Masters course focused on whether Green Infrastructure could be the driver for urban renewal in this industrial inner city suburb of Melbourne. The project focused on developing a highly liveable, climate change resilient and sustainable suburb to accommodate the increasing population of the world’s most liveable city. From site analysis and research through masterplanning to detailed design, the project is comprehensive in its entirety but only a sample of the detailed design proposals are included here.

Eco-Corridor

Objective: Connect via green infrastructure to the CBD

Built Form

Civic Square

Civic Spine

sterplan 2050

A

A

10+ storeys 5-10 storeys 3-5 storeys 1-2 storeys

Dedicated Cycle Lanes

New Green Space

Improved Urban Grid

Prescribed Building Heights

Sustainable Roof Strategy

Mixed use Residential Commercial Community

Built Form

New Street Trees

New Marshland

Prescribed Building Uses

Energy & Water Harvesting & Living

The Civic Spine A key feature of the project, the civic spine will link Fishermans Bend to the CBD. For use by pedestrians, cyclists and trams only it is designed to meet the needs of people not automobiles. Water sensitive and sustainable design focuses on mitigating the effects of climate change with substantial greening initiatives such as grass filled tram tracks and bioswales.

Concept: The main vein of a leaf

Rain fall Evapotranspiration

Run-off

Infiltration

Infiltration

Civic Spine Construction Details Fig.1

1:40

1:40

Footpath

Swale

Cycle path

Dual tram tracks

Scale 1:45

21 8 1 2 3 4

12

16

6 9

5

19

17 18

13

23

7

20

14 10 Fig.1.1

1. Sawn bluestone standard paver 995x495x40mm with 2mm chamfer to edges. Pavers are laid in a stretcher bond pattern in a 1000x500mm module perpendicular to kerb 2. Bedding mortar. (Mortared joints flush with paving surface) 3. 100mm Concrete slab, reinforced with steel mesh (4)

Fig.1.2

8. Expansion joint Place 200mm zipped abelflex jointing material (or equivalent) to fit snuggly between concrete slabs. Seal top of joint with ‘THC 901’ by Tremco (colour grey) or approved equivalent. Application shall be in accordance with manufacturer’s specification 9. NB. Mesh does not continue through joint

15 Fig.1.3

11. Swale planting mix - refer to Planting plans

5. 50mm class 2 compacted crushed rock 6. Sawn bluestone kerb 150x150x800mm with 25mm bullnose 7. Concrete footing

Fig.1.4

16. 35mm thickness of size 7mm Hot Mix Asphalt (HMA), Type N, cloured orange

12. Mulch 50-75mm 13. Filter media 500mm - fast draining (sandy loam) 14. Transition layer 100mm (coarse sand) 15. Impervious liner

4. SL72 Mesh (central)

22

11

17. 65mm thickness of size 14mm HMA, Type N 18. 50mm thickness of class 2 compacted crushed rock 19. Pin kerb 75x150mm (typical length 800mm)

10. In-situ sound subsoil Notes Swale depth 167mm with high water line 30mm below street and cycle path surface level with flat bottom 1000mm in width. Swale banks at gradient of 1:3

20. Concrete footing

Fig.1.5

21. Rail track profile - track, geotextile & bracket (guide only).

Components and details to be provided by light rail engineer. Construction to be carried out by Yarra Trams under their track and loading specifications 22. Zoysia japonica ‘Empire’ grass sown into fast draining soil. Refer to planting plans 23. Sub base/sleeper (guide only).

Details to be provided by rail engineer as per requirements of Yarra Trams.

Construction to be undertaken under Yarra Trams supervision

Fishermans Square Fishermans Square, at 3600 sqm, provides the main urban public space in Fishermans Bend and will be the ‘jewel in the crown’ of the suburb. Its flexible open space allows for a multitude of events to take place such as markets, fairs and performances allowing the square to constantly provide interesting and varying experiences, all year round.

A

Situated midway along the civic spine it will be serviced by its own tram stop and easily accessible by all. The square will also serve as an extension of the entrance to a new district library or similar public building at its southern edge. Framing of the square will be completed by mixed use buildings on the east and western edges, which will have ground floor cafes and restaurants with outdoor seating to help activate the square. These buildings will also have green roofs overlooking the square A closed circuit rill will be the main feature that will harvest rain water and allow play or relaxation opportunities. Symbolic of the Yarra river it will serve to connect people with water, an extremely important resource in Australia. The Rill cuts off the inner square from the outer. Fishing rod structures pay homage to the name of the area and create the illusion that the inner square is being lifted out from the water.

Mixed use building

Mixed use building

A second feature, and a key part of the identity of the square, is the unique paving pattern which represents the coming together of the different elements that have and will shape Fishermans Bend as a unique place. The pattern subtly directs pedestrians into the square and the linear elements are formed by desired routes through the area.The material pallette reflects the industrial character of the area, modern urban space, an extension of Melbourne’s CBD and the integration of nature. The central stone at the centre of the square is the meeting point of some of these elements and symbolises the heart of Fishermans Bend and the coming together of city, industry, history, culture and nature.

Deciduous trees provide shade in summer and allow light in during winter. The changing leaf colours and blossoms will also contribute to a changing character and represent the dynamic, lively square in a natural form Subtle level changes allow informal seating opportunities without limiting the accessibility to all users, or compromising the potential uses or activities that can occur in the square.

Significant seating options encourage a multitude of users to stay and ample lighting ensure the square’s lively atmosphere is maintained beyond daylight hours.

x.1 Hard Materials Plan view 1:400

A Public Building

Legend Grass filled tram tracks

Sawn bluestone steps

In- situ stained concrete

Woodstone sleeper

Stone bench planter with specimen tree

Central feature stone

Brushed bluestone paver

Asphalt cycle lane

Cafe seating

Rill with bridge

Sawn bluestone paver

Swale

A

A

Initial concept sketch

Custom bench and rain garden planter

1:200 Scale Model Visualisations

3

International Study Exchange RMIT University, Melbourne

During the final year of my Masters course I spent the first semester at RMIT where I got to engage in a different approach to Landscape Architecture. Courses undertaken were: Theoretical Frameworks, which centred on different ways of analysing and representing site; Farming the Future, which looked at the concept of sustainability from different stakeholder perspectives and; ‘Uneasy Agents’ Design Studio, which encouraged using the body to read site and encouraged minot interventions to showcase the inate qualities Theoretical Frameworks. Drawing(above) and corresponding abstract(below) produced in a post-structuralist style

The cutting is like an ‘abstract machine’; an assemblage of functions that are folded into one another so as to blur any boundaries that might exist to define individual territories.

The cutting is created by the train line, carved into the hill and dissecting the golf course. Whilst some effort has been made to fence off and screen the tracks from the adjacent and overlooking footpath, a clear marking of the private from the public realms, the steep banks, with their individual characters, actually fold into the rail line’s territory and blur this boundary between public and private, resulting in the rail line and banks becoming a part of the footpath’s territory as a whole. Similarly, the lack of fences defining the golf course as a territory folds the whole site into one entity – a series of individual components whose interrelationships give rise to the abstract machine.

The rhizomatic structure of its parts allows this ‘abstract machine’ to function as a whole. The horizontal plane works as an assemblage to serve both function and form, but it is the relationship between the individual components which defines this site. This is only possible through the rhizomatic structure. A tree-like structure would be too rigid to support a coexistence of such differing components.

The drawing shows the assemblage to be made up by the train line, the north and south facing banks, the golf course and the footpath as individual components. Emphasis is placed on the linearity of the components and most significantly; how they fold together to form the abstract machine.

‘Uneasy Agents’: Palimpsest style hand drawn plan (above) and physical model (right).

Concept

4

Valley Park, Leeds Urban Green

Sacred Valley

Transforming an old brewery site, south of the river Aire and Leeds City centre, into a lively extension of city living that introduces a large amount of much needed quality green space into the area

Connections and zoning

First Sketch Design

Masterplan & Model

Pond

HS2 Terminus

3D exploration

Wetlands

Woodland

Green roofs Listed Buildings

Light and shadow

Detailed Area Plan

Woodland.

Refer to planting plan Wetland & Woodland Pathway.

Breedon ‘Golden Amber’ self binding gravel with 1:40 crossfall

Paving.

Marshalls Diamond Sawn Gwrhyd Pennant sandstone setts. 75mm thick x 150mm wide x random lengths 100mm to 300mm

Integrated tree grille system.

Cast iron 1500mm x 1500mm with irrigation apperature by Greenleaf New ‘green’ buildings.

Intensive and extensive green roofs.

Green walls created with planter pannels bracketed onto building

Pond.

Refer to section detail for planting typologies Pond deck.

Treated timber boards.

Refer to construction details

Raised wooden boardwalk/bridge.

Treated timber boards. 4m wide Wetlands.

Refer to planting plan

Scale 1:200 on A0 N

Detail Area Section Alnus glutinosa

Quercus robur

Woodland

Timber boardwalk

Wetlands

Juncus effusus

Typha latifolia

Caltha palustris

Nuphar lutea

Fagus sylvatica

Salix alba

Taxus baccata

Zantedeschia aethiopica

Pinus sylvestris

Pond

Nymphaea alba

Aponogeton distachyos

Scirpus cernuus

Hippuris vulgaris

5

Torver Common Visitor Centre Rural Design Project

Sensitive rural design in the Lake District National Park and forestry management. How would I go about siting a new visitor centre on Torver Common that responded to its surroundings, encouraged more peole to visit the area but remained sensitive to the location

Torver Common Visitor Centre

LD208 Simon Vive

N

Service track

A50 84

Torver commmon and visitor centre site context

Legend

A

Kelly Hall Tarn

Kelly Hall Tarn

Wheelchair friendly route

Existing buildings

Compacted aggregate car parks. Informal layout. Space for 100 cars

Visitor Centre

Existing contours (solid line) Proposed contours (dashed) Treated, non-slip, timber boardwalks

Boardwalk loop a predominantly flat circuit around the top of the common, providing views across Coniston Water, Long Moss and Kelly Hall Tarn and to The Old Man of Coniston

Car Park

A Dense tree planting around car park and access track, opens up to views across the moor as the paths near the visitor centre. The trees serve to screen cars and roads from the natural setting of the common, allowing visitors to ‘leave it all behind’ as they make the transition along the path

Compressed aggregate access and service track Visitor centre on asphalt topped foundation base and building breakout area New planting groups of Taxus baccata and Picea sitchensis

Scale 1:500 on A1

A

A

Sculpture walk

Visitor centre

Artist’s hide

Planting Plan

Canopy layer Planting in a simple grid: 3m spacing, tree centres at all intersections

yer

la rub

Reference A B C D ‘Nurse’

rier

ar -b

Sh

Torver commmon with planting transect in context Silvicultural system

Nurse species between groupings

Shrub layer Species Ulex europaeus

ier arr b Transect planting plan (phase 1) yer a l 4 main tree species planted in groups ub Shr of 36, separated by rows of nurse species and protected on the outside by barrier shrub planting

With this proposed even aged planting, the new woodland will begin life as a Nurse Tree Shelterwood system with the ‘shelter’ trees (Birch) providing protection for the other tree species to establish.

Once the desired species have established the nurse species will be removed, and a Shelterwood With Reserves systems will ensure continued regenearation.

Common name Gorse

Pot Size 3L

Spacing (mm) 600

% 17.7 17.7 13.3 17.7 33.6

Total number in transect 364

Notes: All trees will be transplants which have been nursey grown for 2 years. After the first year, the seedlings are pulled up and have their main roots trimmed to encourage growth of a more fibrous root system, they are then transplanted to a new bed with greater spacing for a further year.

Once established the Gorse barrier will protect the young trees predominantly from grazing sheep and deer but also strong wind and people in the development stages.

Woodland development vision Short-term

Phase 2 - canopy forming, removal of selected trees including nurse species. Shrub barrier in recess Mid-term

A Shelterwood system ensures ongoing regeneration of the woodland by employing a method of cutting the mature stand in a sequence of harvests to make room for a new age class. The first cut, or harvest, enhances conditions for seed production in the stand. The second harvest prepares the seed bed and creates a new age class and the third cut is a removal of the mature stand to eliminate overwood competition from the established regeneration However, in a Shelterwood With Reserves, some or all of the shelter trees are retained to attain goals other than regeneration. In this case, to develop the stand into a twoaged or uneven-aged condition Once the stand becomes uneven aged the silviculture can move toward a True Selection system - individual selection of trees to be removed as and when required.

Species Common name Size Spacing Total number Quercus robur English oak Transplant 1+1 3m 144 Fagus sylvatica Beech Transplant 1+1 3m 144 Larix decidua European larch Transplant 1+1 3m 108 Pinus sylvestris Scots pine Transplant 1+1 3m 144 Betula pendula Silver birch Transplant 1+1 3m 274

Long-term

Short-term: Initially the shrub layer acting as a buffer is prevelant.

Naturally occuring field layer grasses thrive and nurse species trees develop at a faster rate.

Mid-term: Trees begin to mature and canopy closes, shading out shrub and field layers. Nurse species also suffer and begin to be selectively thinned. Pine and Larch species thrive.

Phase 3 - desired trees reaching maturity, selected removal of individual trees or clearing of areas within the wood. Shrub barrier gone

Long-term: Woodland reaches maturity, silviculture strategy implemeted to manage. Beech and Oak species dominate, inhibiting understory development.

Scale 1:500

LD208

Simon Vive

6

Landscape Description and Classification

By Alex Clarke, Simon Vive and Sam Ka Kei Mok Visual Data

Transect Location

Calverley

Ladscape Character Assessment & GIS

L

Visual corridor

B

Ecological Data

A

Viewpoint

M

C

Desk top study and field assessment. This group project looked at how the Landscape Architect must make objective decisions on the value of a landscape and present these for public consultation. Use of ArcGIS software aided in presentation of data

J K F E D

I H

G

D C B

E

A

J F

G

H

I

K

Historical Data Time-Depth Plan

L

M 1851-2 1893 1934 1978

Making Judgements

The basis of our criteria was developed from the Wittig and Schreiber Method of evaluating ecological aspects and so we scored values upon the following criteria: The Period of Development (in terms of age of maps whereby Pre-1800 scores the highest and anything after 1960 was the lowest), Area (the greater the area the higher the score), Rarity (the greater the distance between similar habitats the higher the score) and Function (the greater the number of structural habitat units the higher the score). The values were derived by scoring each character area from 1 to 4, 4 being the highest score. The character areas with the highest score for the ecological evaluation were the River Aire and Floodplain, Calverley Historic Field Patterns and Semi-Rural Town Entrance to Calverley. Whilst the lowest score was given to Clara Drive.

Our historical criteria had to bridge the gap between objective and perceptual evaluation and therefore our chosen criteria included: Designated sites (e.g. listed buildings), Age (historical periods) and Quality (condition of historical features on a descending scale). The character area with the highest score for the historical evaluation was Calverley Historic Town Core. Whilst the lowest scores were given to Clara Drive and Calverley’s Modern Development.

NB Calverley Historic Town Core has 7 listed buildings, The Older Village has 3 and Rawdon Cragg Wood has 2

Scoring Criteria

It was apparent that The criteria for the visual evaluation was the most perceptual, involving: Aesthetics (taking into account colour, texture, shape and composition), Prominence (measured in terms of the degree of significance of visual features within each area) and Majority Opinion (General feeling toward to the area), valued on a decending scale between 4 and 1.

Overall Evaluation scores were calculated by totaling the scores from the other three evaluation topics. The total scores indicated in the graph show that the highest scoring overall areas were the Canal edge, Rawdon Farmland and Calverley’s Historic Town Core. The poorest scoring areas were Clara Drive and the Modern Development. Most likely these scored poorly because they were not in keeping with the areas around them. Clara Drive in particular is seemingly a residential street ‘invading’ historic woodland. There doesn’t seem to be a need for it to exist there, quite removed from the rest of the housing in the transect. Clara Drive could perhaps be ‘softened’ by removing some of the houses to make it a more natural woodland, with just a few houses encroaching into it.

The Modern Development again, does not hold true to the style of the surrounds - the Victorian development and the even older Historic core, with strong identity in Yorkstone. Indeed, the architecture within the modern development does range in styles from the 60’s, 70’s, 80’s and so on, but none of it is particularly striking. As a possible way of improving these areas so that they might score more highly, we would suggest a change of architectural approach to the Modern Development to replicate or tie into the character of the rest of the town.

7

Armley Mills Park Designing with Plants

This design project required the development of the grounds of Armley Mills, an old cotton mill which is now a museum to the history of the area. The grounds have been left unloved for some time and the creation of a new park would encourage community use and provide learning, ecological and recreational facilities to complement the Mills

Site photos

Layout Plan, Armley Mills Park

Lythrum salicaria

Marrubium vulgare

Sanguisorba officianalis

Planting Plan - Armley Mills Park

Allium hollandicum ‘Purple sensation’

‘A place for nature to thrive’

Digitalis ferruginea ‘Gigantea’ Angelica gigas

Digitalis parvifora

New trees Stachys byzantina ‘Big ears’

Betula pendula

Perennial pallet to be used Thalictrum delavayi

Digitalis ferruginea

Veratrum nigrum

Acer pseudoplatanus ‘Brilliantissium’

Echinops ritro

Prunus ‘Spire’

Echinaceae purpurea Scale 1:100

Solidago ‘Goldenmosa’ Helenium ‘Rubinzwerg

Perennial beds containing a range of flowers with all year interest

Filipendula rubra ‘Venusta’ Rudbeckia fulgida var sullivantii goldsturm

Salvia verticallata ‘Purple rain’

Sedum spectabile ‘Stardust’

Garden tiger moth

Veronicastrum virginicum ‘Fascination’

Erica x darleyensis f. albiflora ‘White perfection’

Dianthus amurensis Erica x darleyensis ‘Jenny Porter’

Persicaria amplexicaulis ‘firetail’

Wildflower meadow mix

Moth habbitat

Achillea ‘Terracotta’

Blackberries and Raspberries

Comprising: Common Knapweed, Red Campion, Meadow Buttercup, Meadowsweet, Ribwort Plantain, Self Heal, St Johns Wort, Teasel, White Campion and Yarrow

N

8

Technical Details

How designs can be realised

Further information and detail around certain aspects of designs previously presented. In particular the detail surrounding Fishermans Bend’s civic square.

Levels and drainage

1:40

Nominal falls direct water from hard surfaces, away from buildings and either directly into the rill or drainage channels that connect to the rill, or into tree planters.

Spot heights on edges indicate change of level for steps and benches and the tops and bottoms of slopes.

+ 0.8 + 0.6 + 0.8

1:40

1:60 PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

+ 0.8

+ 0.2 + 1.2

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

+ 0.8

+ 0.8

+ 0.4

+ 0.0

+ 1.2

+ 0.8

1:60

1:57 + 1.2

+ 1.2 + 0.4

1:60 + 0.474

+ 0.2 1:38 + 1.2

1:60 + 0.2

+ 1.2

+ 0.8 + 0.8 + 0.2 + 0.8 1:60 + 1.0 + 1.2 1:8

Legend + 0.8 1:40

Scale 1:400

Proposed Spot Height (m) Gradient of Slope Drains into Rill Drains into Drainage channel Drains into Planter Drains into Bioswale

Step section

1:60

1:60

C 1:60 1:38

C

11 12

13

Scale 1:50 1. 800x200x40 Brushed Victorian Bluestone Paver 2.10mm Bedding layer (mortared joints flush with paving surface) 1 2 3 4

15

3. 100mm SL72 mesh reinforced concrete 5 6

8

16

18

5. Rill inset lighting unit 7

10

9

17

4. 50mm class 2 crushed rock

6. Rill water level (40mm deep, 20mm from top edge)

19

14

20 21 22 23

7. Waterproof membrane 8. Overflow outlet pipe 9. Inflow pipe 10. Black granite tile

17. Sawn Victorian Bluestone riser

11. Reservoir with filter and pump system to engineers specification

18. Inset strip lighting fixture

12. Reservoir outflow pipe 13. Sound subsoil 14. Drainage pipe 15. 1800x600x60 Sawn Victorian Bluestone Step 16. Concrete footing

19. Trench drain with raw steel grate 20. 800x200x40 Brushed Victorian Bluestone paver 21. 10mm Bedding layer (mortared joints flush with paving surface) 22.100mm SL72 mesh reinforced concrete 23. 50mm class 2 crushed rock

Honed Bluestone Planter Bench

B

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

B

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Dimensions (m)

10 14

B

B 13 12 11

15

9

7

8

Fig. 2

12. 200mm tree topsoil

3. 100mm Concrete slab, reinforced with SL72 steel mesh

13. Overflow drainage pipe to Rill reservoir

4. 50mm class 2 compacted crushed rock

14. Honed Victorian Bluestone solid bench

5. Inset strip lighting fixture

15. Sound sub soil

6. Expansion joint

Bench will be constructed to engineers specifications and in partnership with Victorian Bluestone Quarries to determine if it can be one solid piece of stone or made up of smaller sections.

7. Concrete footing 8. Root barrier 9. Trachelospermum asiaticum

Fig. 3 Planter Mix 2

2. Bedding mortar. (Mortared joints flush with paving surface)

6

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

11. Root ball (underground guying system as necessary)

Planter Mix 1

Aloe maculata

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

5

1 2 3 4

10. Pyrus calleryana ‘Chanticleer’

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

1. Woodstone sleeper 800x200x40mm with 2mm chamfer to edges. Pavers are laid in a stretcher bond pattern

Pyrus calleryana Drainage inlet

Drainage aggregate

Echeveria x imbricata Cotyledon orbiculata

Trachelospermum asiaticum

Seat Planters

Plant Schedule for 1x Mix 1 & 1x Mix 2 Planters Botanical Name

Common Name

Am Coo Ex Ta

Aloe maculata Cotyledon orbiculata 'Oophylla' Echeveria x imbricata Trachelospermum asiaticum

African Aloe/Soap Aloe Finger Aloe Hens and Chicks Asiatic Jasmine

Height (cm) 15-30 50 15 varies

Pot size 2L 2L 1L 2.5L

Description Stemless leaves in a rosette, thick and succulent Small shrubby plant with short,chunky chalk leaves Tight rosettes of flat grey-green leaves Mat forming, spreading climber

Area m2

Qty

40 30 20 40

2.33 2.3 2.14 6.85

15 25 57 48

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Abbrev.

Spacing Ctr (cm)

9

Freehand Work

‘Unpolished’ sketches and concept diagrams

All the work presented thus far in its finished and presentable state initially began life as a simple sketch. I recognise the importance of being able to produce quick hand drawn sketches or diagrams as part of the design process and as a tool for communication of ideas to clients and colleagues. There is also a quality in hand drawings that conveys character or emotion, that photographs or perfectly rendered computer visuals cannot always capture.

Leeds

Melbourne

Green Infrastructure - connected network of green places

Bordeaux

Simon Vive

MA Landscape Architecture & Design

Contact

simon.c.vive@gmail.com