Landscape Architecture Draft Portfolio

MARINA PIZZOTTI

portfolio

LANDSCAPE ARCHITECTURE

Marina Pizzotti +61 452 667 476 Melbourne marinappizzotti@gmail.com

ACADEMIC RECOGNITION

EDUCATION

2018 2020

Master of Landscape Architecture Melbourne School of Design (MSD) University of Melbourne

2010 2015

Architecture and Urban Planning Faculty of Architecture and Urban Planning (FAU-USP) University of Sao Paulo

SOFTWARE SKILLS

2020

2019

2018

Autocad

Photoshop

Rhinoceros

Illustrator

Revit

Indesign

Sketchup

Premiere

Grasshopper

After Effects

3DSMax

Word

V-Ray

Excel

2015

Dean’s Honours Awards, Master of Landscape Architecture for outstanding academic achievement.

DesignInc Positive Legacy Design Award: Awarded to the best design of any discipline that shows the potential to have positive social and ecological outcomes or legacy.

Rina Mackley Award for Architects in Landscape Architecture: Awarded to high achieving students entering the Master of Landscape Architecture programs and based on academic merit.

Indication for international awards representing the University of Sao Paulo with thesis presented to graduate in Architecture and Urban Planning.

CONFERENCES AND WORKSHOPS

Lumion Flow Design 2019

AILA National Landscape Architecture Awards Melbourne, VIC

2019

International Festival of Landscape Architecture Australia Melbourne, VIC

LANGUAGE

2019

AILA VIC Landscape Architecture Awards Melbourne, VIC

Portuguese native speaker

2019

Climate Emergency Forum Melbourne, VIC

2018

International Festival of Landscape Architecture Australia Gold Coast, QLD

2018

IFLA [International Federation of Landscape Architects] World Congress Singapore

2018

Landscape Australia Conference Syndey, NSW

English Spanish French Italian

PROFESSIONAL EXPERIENCE

nov/18 now

Glas - Landscape Architecture and Urban Design Landscape Architect, Melbourne, Australia Development of all phases of landscape architecture and urban design projects (concept design, schematic design, design development, contract documentation) in different contexts and scales (wetlands and ecological systems, educational landscapes - schools and universities - riverbanks, train stations, public realm masterplans and public realm frameworks).

Use of 2d e 3d modelling softwares (Autocad, Rhinoceros, Revit) for design development, render softwares (Photoshop, Lumion, V-Ray) for design representation and other softwares (Indesign, Illustrator, Premiere, After Effects) for the creation of reports, presentations, diagrams and videos.

Main scope of work is 3d modelling, rendering and concept design with a secondary role in construction documentation.

Participated in client meetings, managed projects and held direct communication with clients and sub-consultants.

dec/15 ago/17

SAPU - Architecture and Landscape Architecture Studio Landscape Architect, Sao Paulo, Brazil Developed landscape architecture projects for different clients (residential, commercial, institutional, corporate, urban, co-working and land divisions) from conception to construction, including the project’s research, concept design, design development, construction documentation, tendering process, construction management and maintenance. Coordinated project’s development and deliveries, material purchase and construction management, administrative office organization.

mar/15 dec/15

SAPU - Architecture and Landscape Architecture Studio Intern, Sao Paulo, Brazil Participated in the development of landscape architecture projects, mostly concerning conceptual presentations and construction documentation. Participated in the construction of vertical gardens, purchasing material and managing the team. Helped in the administrative structure, creating organizational templates and improving the office’s worflow.

Performed in-depth knowledge of plant species most suitable for projects in their context and environmental conditions.

sep/14 mar/15

Gabriella Ornaghi - Landscape Architecture Intern, Sao Paulo, Brazil Familiarized with plant species, helping with materials’ purchase and monitoring of construction sites. Participated in the development of residential and corporate landscape architecture projects, mostly through design development and ocasionally with rendering.

apr/14 sep/14

Sendo - Architecture • Interior Design • Construction Management Intern, Sao Paulo, Brazil Participated in the development of interior design projects, mostly in the renovation of houses and apartments. Helped in the documentation and specification of furniture, claddings, outdoor areas (pergolas, swimming pool, barbeques). Selected and purchased material with supervision of workforce and team schedules.

DESIGNING FOR M

MINDSET CHANGE

Graduate Diploma and Graduate Certificate Level, nfd One motor vehicle 0% 30%

Advanced Diploma and Associate Degree Level 4%

Graduate Diploma and Graduate Certificate Level, nfd 0%

Advanced Diploma and Associate Degree Level 4%

Graduate Diploma Level 3%

Graduate Diploma Level 3%

O CC U PAT I O N

Graduate Certificate Level 1% 30‐39 years 21%

AG E GROUPS

PROFESSIONAL OCUPATION

LABOR FORCE S TAT U S Bachelor Degree Level 53%

20‐29 years 47%

Machinery Operators and Drivers 1%

HOUSEHOLD COMPOSITION LABOR FORCE STATUS

Two or more family household One family household: Other family 0% Clerical and Administrative Workers 5% Employment status not applicable 11% 5% One family household: One parent Lone person household Employment status not stated family 19% 5%9%

46%

Not in the labour force 33% One family household: Couple family with no children 25%

E D U C AT I O N LEVEL

Managers 14%

Sales Workers 8%

EMPLOYED

One family household: Couple family with children 11%

Labourers 6%

38%

Community and Personal Service Workers 12%

Graduate Certificate Level 1%

AGE 20‐29 years

LEVEL OF EDUCATION Certificate I & II Level 1%

Doctoral Degree Level 3%

Certificate Level, nfd 2%

Master Degree Level 18%

Diploma Level 8%

Professionals Advanced Diploma and Associate 38% Degree Level 4%

Employed 46% Technicians and Trades Workers 8%

Group household 26%

30‐39 years 21%

53%

60‐69 years 4%

70‐79 years 2%

80‐89 years 1%

Vehicles not stated 13%

HOUSEHOLD CO M P O S I T I O N

0‐9 years 4% 10‐19 years 9%

40‐49 years 7%

BACHELOR’S Certificate III & IV Level 7%

VEHICLE OWNERSHIP

AGE GROUPS 50‐59 years 5%

20-29 years

Four or more motor vehicles 0% Three motor vehicles 1%

Bachelor Degree Level 53%

47%

Graduate Certificate Level 1%

LABOR FORCE STATUS Employment status not applicable 5%

Two or more family household 0%

One family household: One parent family 5%

20‐29 years 47%

Graduate Diploma Level 3%

Lone person household 19%

26%

One family household: Couple family with no children 25%

NO VEHICLE

No motor vehicles 48%

One motor vehicle 30%

OCUPATION Machinery Operators and Drivers 1% Other non‐classifiable household 9%

Bachelor Degree Level 53%

VEHICLE OW N E R S H I P

Group household 26%

Employment status not stated 9% Unemployed Other non‐classifiable household 7% 9%

48%

HOUSEHOLD COMPOSITION

One family household: Couple family with children 11%

Graduate Diploma and Graduate Certificate Level, nfd 0%

Two motor vehicles 8%

GROUP

One family household: Other family 5%

Labourers 6%

Managers 14%

Sales Workers 8%

HOUSEHOLD COMPOSITION One family household: Other family 5%

Two or more family household 0%

One family household: One parent family 5%

Employed 46%

Lone person household 19%

One family household: Couple family with children 11%

Clerical and Administrative Workers 11%

Not in the labour force 33%

Community and Personal Service Workers 12%

Unemployed 7%

Professionals 38%

Technicians and Trades Workers 8%

Group household 26%

One family household: Couple family with no children 25%

Other non‐classifiable household 9%

E D U C AT I O N A N D E M P LOY M E N T MAJORITY LABOUR

POLITICAL PREFERENCE

AG E A N D HOUSEHOLD

MOBILITY PAT T E R N M O S T VA R I E D DW E L L I N G T Y P E S

E X I S TA N C E O F EQUIPMENTS

CO M M U N I T Y INFRASTRUCTURE

HETEROGENEOUS C H A R AC T E R

LANDSCAPE TYPOLOGIES

RETAIL YARD

BLOCK YARD

BUILD. YARD

MIXED-USE STREETS IN IMPORTANT FLOWS

ACCESS FOR MULTIPLE DWELLING UNITS (BLOCK)

ACCESS FOR EACH MULTI-FAMILY DWELLING UNIT

LOW R

RETROFIT OF EXI STO

RETRO

ISTING HOUSING OCK

1

STRATEGIC FRAMEWORK RETROFIT 2 CONSOLIDATE

3

SPREAD

This project originated from an understanding of the severe environmental impact Melbourne’s urban sprawl has created and the need to transit into a more compact city. Understanding that the foundation issue is cultural, based on the Australian Dream, this proposal seeks to build a strategic design process that is a catalyser for mindset change.

COMMUNITY-ORIENTED CITY: varied housing stock with communal areas, quality green spaces and community infrastructure, and local offer of employment, bringing ecology to the foreground.

PRIVATE

EXISTING IN THE NEIGHBOURHOOD CHARACTER

PUBLIC PUBLIC SPACES HIGHLY INTERCONNECTED WITH COMMUNITY INFRASTRUCTURE

CIVIC YARD COMMERCIAL AND EMPLOYMENT CLUSTERS WITH OCCASIONAL HIGH DENSITY RESIDENCE

1 2 3 4 5 6

REHABILITATION OF MERLYNSTON CREEK AND MIDDLE INDUSTRIAL AREA CONNECTION OF MAJOR PUBLIC SPACES AND ASSOCIATED COMMUNITY INFRASTRUCTURE DEFINITION OF COMMERCIAL AND EMPLOYMENT CLUSTERS THAT ARE REACHED IN 5-10MIN WALKS ESTABLISHMENT OF MIXED GREEN NETWORK, COMPREHENDING ALL LANDSCAPE TYPOLOGIES CREATION OF DIVERSE HOUSING STOCK TO FOSTER AN INCLUSIVE CITY PRIORITIZE PUBLIC TRANSPORT, PEDESTRIAN AND CYCLIST INFRASTRUCTURE

DESIGN PRINCIPLES

INVERTING DESIGN HIERARCHY

1 2 3

EDUCATIONAL empowerment of the community into deliberating about its public space character

ENVIRONMENTAL foster sustainable urban lifestyles

space for self-organized learning

create a centre for development of green technologies

education of children and adults towards a sustainable future

Prinzessinnengärten is a site of cultural, social, political and ecological significance that has consolidated a communityoriented space. Acknowledging that it is under severe threat of gentrification forces within the neighbourhood, this proposal aims to maintain and enhance the site’s core character by providing a new economic approach.

Establishing a Sustainable and Educational program opens pathways towards sustainability-oriented grants, in the broad context of the Climate Emergency, which would assist in the implementation of a system that builds resilience towards gentrification pressures. Additionally, the enhancement of the urban ecology and the improvement of inclusive social spaces will provide benefits for public health and the environment itself.

1

RAINWATER HARVESTING

2

3

MAIN ENTRYWAY

CLEAN WATER FEEDS WATER PLAY AND COMMUNITY GARDEN

PLANTS ROOTS REMOVE POLLUTANTS FROM THE WATER

RHIZOFILTRATION SYSTEM 4

AERATED, CLEAN WATER

RAINWATER TANK

RETURNS TO THE FISH TANK

FISH TANK

AQUAPONIC SYSTEM

1

WATER AND FISH WASTE ARE PUMPED INTO THE FLOOD TANK

CLEAN W TANK

SOCIAL bottom-up urban development: raise issues of civic participation and equitability, solidarity and lived democracy inclusive in age, gender and cultural differences

ECONOMIC establish a sustainable economic framework enhancement of public health

R G

3 THE GROW MEDIUM AND PLANTS FILTER THE WATER

2

WATER

NUTRIENT-RICH WATER FEEDS THE HYDROPONIC SYSTEM

GREEN CONNECTIVITY ROUNDABOUT

FLOOD TANK

REARRANGED TRAFFIC

MORITZPLATZ METRO EXIT

DESIGNING A NOVEL SYSTEM TO EMPOWER PRINZESSINNENGARTEN’S CORE PERPETUATION

GERMAN CONTEXT

% OF GREENHOUSE GAS EMISSIONS

TARGET TO REDUCE 40% BY 2020

“Agriculture minister Julia Klöckner declared ‘Climate change is here’ she said at a press conference where she offered 340 million euros in compensation to 10,000 farms whose existence is endangered”.

year

EDUCATIONAL

SMALLER CARBON FOOTPRINT

CONVENTIONAL AGRICULTURE

380m2

GAP

CREATES FUNDING PROGRAMS

HIGH ENERGETIC DEMAND

25% FOOD SUPPLY CHAIN

CLIMATE CHANGE IS HERE!

8% AGRICULTURE

TECHNOLOGICAL

CARBON NEUTRAL BY 2050

INTENSIVE AGRICULTURE

-8x area required

45m2 year

ECONOMIC FRAMEWORK

Funding: €122 million Valuation: $400 million – $600 million

NATIONAL SUSTAINABLE AGRICULTURE GRANT CIRCULAR ECONOMY GRANT URBAN FARM GRANT

GOVERNMENT INVESTORS EDUCATIONAL INSTITUTIONS

PARTNERS

PRiNZeSSiNNEN GARTEN KreuZbeRG

COMMUNITY

– MEDIA

DEVELOPERS

STAKEHOLDERS

SUB-CONSULTANTS

STAGE I CORE GROUP DEFINITION GRANT APPLICATION FUNDING ENDORSED GOVERNMENT APPROVAL

STAGE II

INVEST

MENTS

COMMUNITY CONSULTATION DESIGN PROCESS DESIGN VALIDATION

STAGE III ECONOMIC EFFICIENCY

CONSTRUCTION PHASE 1 IMPLEMENTATION PHASE 1 CONSTRUCTION PHASE 2 IMPLEMENTATION PHASE 2

STAGE IV

FRAMEWORK ANALYSIS AND REVIEW ONGOING MAINTENANCE

TIMEFRAME

t h r o u g ht

tim

seaso n

w

a n de

r

c sp a e

Ya r r a : a

d

in

e g th

ean

DIGHTS FALLS THE STONE PIT DIALOGUES WITH THE MATERIALITY OF THE SITE AND SEASONS. BUILT WITH LOCAL BASALT AND SANDSTONE ROCKS, SOME LEVELS MIGHT BE FLOODED SOMETIMES, BRINGING USERS TO A CLOSER UNDERSTANDING OF THE EVER-CHANGING NATURAL PROCESSES.

THE THREE OVERLAPPED PATHWAYS ARE SHAPED AS THE YARRA RIVER ACROSS TIME. EACH YEAR STANDS FOR A MOMENT WHEN THE RIVER SUFFERED ITS COURSE ALTERATION.

Program : Public Park | Academic Date of Project : 2018 Location : Abbotsford, Melbourne

BRIEF • Overall the design’s ambition is to engage the community with the site, through ecological, social and cultural elements, fostering educational and leisure activities at the same time as promoting ecological benefits and biodiversity enhancement.

• The Wander across the Seasons is a way of addressing the creation of a resilient and adaptive landscape, developing designed elements that function in different weather conditions and support a year-round utilization of the site.

• The shelter embraces a community garden determined to be planted with edible indigenous species from the area, bringing part of the Wurundjeri knowledge to a contemporary use. The community garden’s main goal is to provide urban agriculture coupled up with a social/cultural perspective.

Anthropodium strictum Chocolate Lily

Einadia nutans Nodding Saltbush

Enchylaena tomentosa Ruby Saltbush

Acrotiche serrulata Honey-Pots Microseris lanceolata Yam Daisy Solanum aviculae Kangaroo Apple

Viola hederacea Native Violet

Sagittarius

SEVEN

U RR GU

Canopus

The structures have temperature sensors that respond to the environment, pouring water in hot days and emanating heat on cold days, pursuing the establishment of an adaptive landscape towards the thermal comfort. These devices would only be set off when there are people using the space, in order not to waste energy.

POORNE

ET

H AT BU

SEASONS

GUL ING

Orion

GA

W AR IN G

KULIN

OF THE

Since the play structures are climbable, people can understand the constellations in the plan view and identify them.

NATION

RRA WAN G

I UK BIDERAP

SHELTER

COMMUNITY GARDEN

WETLAND

PLAYGROUND

EXISTING FISH LADD

DER

STONE PIT

NEW FISH ENTRANCE

DIGHTS FALLS

SANDSTONE ROCK WALL

UNIVERSITY SQUARE Program : Public Square | Academic Date of Project : 2018 Location : Parkville, Melbourne

BRIEF New design proposal for the University Square • Development of a series of design approaches with the intuit of testing modelling tools and techniques and learning the software Rhinoceros • Investigation of the relationship between two required metro entrances and the public square, with its relation to the city and the University • Analysis of best materials and the relation with the land form • Study of the influence of the vegetation proposed in the thermal comfort of the place, with the use of Grasshopper plug-in Ladybug

1 2

Rendered panorama of final design proposal Section-Elevation of final design proposal

1

2

1

2

3

4

5

6

7

1 2 3 4 5 6 7 8

Investigation of the 3d modelling tools of the softaware Rhinoceros Perspectives understanding the user point of view from the land alterations Study of contours on first presentation Perspective view from rock climbing wall Rendered panorama of first design proposal Exploded axonometric view of final design proposal, with solar analysis, material and plants selections

8

LFG RESIDENCE Program : Residencial Date of Project : 2014 Status : Finished Location : Sao Paulo - Brazil Services : Landscape Architecture: Concept Design, Construction Documentation, Construction Management

1

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 6cm x 12cm

BANCO DO DECK TIPO 02 +6,00

LAJE DE APOIO PARA A JACUZZI

+4,60

.11 .12

BASE DE CONCRETO APOIO PILAR DA ESTRUTURA 30cm x 30cm h=10cm VER AMPLIAÇÃO 04 .10

1.10

JACUZZI SPA J495

.25

+4,85

.80

PILAR DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 6cm x 12cm

.66

.85

.89

1.24

.12 .11

.11

+5,80

.43

ALÇAPÃO

.18 .05 .09 .11

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 5cm x 11cm

CHAPA METÁLICA DE APOIO ÀS RIPAS

.71

RÉGUA DE CUMARU 4,5cm DE LARGURA 2cm DE ESPESSURA ESPAÇAMENTO DE 4mm ENTRE AS RÉGUAS

+5,70

C

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm NO EIXO) COM APLICAÇÃO DE NEUTROL

.20

Jacuzzi, deck and vertical garden photograph Deck bench structure and Jacuzzi section Concrete table with vegetable garden stand and kitchen photograph Jacuzzi, deck and vertical garden conceptual design 9th floor plan presented at the Conceptual Design Fibre-cement floor planter with metallic finish detail Deck junction with internal floor detail Concrete bed for palms plantation detail +5,80 Internal Garden photograph

1.13

2

ESTRUTURA DO DECK - CORTE E-E Escala 1: 25

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm NO EIXO) COM APLICAÇÃO DE NEUTROL

ARGAMASSA PARA APOIO DO BARROTE h=4cm

.10

.12 .11.02

3

0

+4,85

+4,60

.25

BASE DE CONCRETO APOIO PILAR DA ESTRUTURA 30cm x 30cm h=10cm VER AMPLIAÇÃO 04

1.10

PILAR DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 6cm x 12cm

.82

.70

1.44

.11 .12

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 5cm x 11cm

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm NO EIXO) COM APLICAÇÃO DE NEUTROL

+5,80

.31

.59

RÉGUA DE CUMARU 4,5cm DE LARGURA 2cm DE ESPESSURA ESPAÇAMENTO DE 4mm ENTRE AS RÉGUAS

.05

.36

.40

.11

BANCO DO DECK TIPO 01 +6,20

.11

1.10

.54

.45

CHAPA METÁLICA DE APOIO ÀS RIPAS

.84

1 2 3 4 5 6 7 8 9

JACUZZI SPA J495

4

0

A

5

VASO FIXO DETALHE 01

5.60

.03

1.24

1.00 .04 .02

1.00

.80

.40 .34

1.00

4.48

.10

.06 .04

1.00

9

.97

.04 .02

1.07

5.3

1.00

2.24

ARGAMASSA PARA APOIO DO BARROTE h=4cm

.30

.07

.12 .11.02

.05

.49

.89

.40

4.48

.34

5.3

9

2

1.03

2

.67

+4,85

CORTE A-A - JARDIM DE INVERNO

.68

Escala 1: 50

• Personal contribution: Conceptual presentation, photomontages, technical details and quotation sheet.

A [Project developed through the firm Gabriella Ornaghi] H-H - BANCO DO CORTE LONGITUDINAL .04

.47

JACUZZI 2.60 SPA J495

.06

1.26 4.8

+4,60

PAREDE COM IMPERMEABILIZAÇÃO DE ARGAMASSA POLIMÉRICA

1.10

.70

.82

2.0

5.58

.25

.11 .12 .47

.84

BASE DE CONCRETO 2.79 APOIO PILAR DA ESTRUTURA 30cm x 30cm h=10cm VER AMPLIAÇÃO 04

.10

3

3

1.44

.20

1.6 .57

1.6

2

PILAR DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 6cm x 12cm .83

.57

.48

6

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO

.48

1.11

1.1

6

0 1.3 5cm x 11cm

CORTE TRANSVERSAL G-G - BANCO DO D

Escala 1: 10from a sub• 8th floor | Herbaceous or shrubby species forest climate B • Reinforced concrete beds coated in fulget • 9th floor | shrubs, vines, epiphytes: plants that support strong insolation (rocky highlands) • Almost 100% of the walls of the outdoor living areas with vertical gardens optimizes the space for use • Creation of deck benches and reinforced concrete tables with built-in vegetable garden

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm NO EIXO) COM APLICAÇÃO DE NEUTROL

+5,80

.31

.59

.36

.14

.16 .55

1.1

0

2.5

0

1.3

ESTRUTURA

.55

RÉGUA DE 8 CUMARU 1.2 4,5cm DE LARGURA 2cm DE ESPESSURA ESPAÇAMENTO DE 4mm ENTRE AS RÉGUAS

.48

.15

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.10

.11

.47

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1.10

0

7

1.0

1.96

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+6,20

RÉGUA DE CUMARU 4,5cm DE LARGURA 2cm DE ESPESSURA ESPAÇAMENTO DE 4mm ENTRE AS RÉGUAS

.89

0

1.3

ESTRUTURA

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A

.79

Creation of islands of preservation of vegetal biodiversity in an anthropic environment

% i: 2

.94

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm .80 NO EIXO) COM APLICAÇÃO DE NEUTROL PEÇA ENTERIÇA DE METALON VASOS CHAPA METÁLICA DE 3 X 3 cm SOLDADA. BASE APOIO ÀS RIPAS EM ZARÇÃO E PINTURA COM TINTA ESMALTE PRETO PROTEÇÃO BANCO DO DECK ANTI-OXIDANTETIPO 01

1.08

Escala 1: 10

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C

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BROCIMENTO

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BARR 4x4 DE N

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5

.36

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1.93

DRENAGEM

1.79

BASE DE MADEIRA CO DE CONCRETO

JARDINEIRA CANTO RETO MODELO V-073 - 05un .40

CANTO RETO MODELO ESPECIAL - 01un

.90

IMPER

02 PERFIS QUADRA OU 01 PE RETANGU

4.18 PEÇA ENTERIÇA DE METALON 3 X 3 cm SOLDADA. BASE EM ZARÇÃO E PINTURA COM TINTA ESMALTE PRETO PROTEÇÃO ANTI-OXIDANTE

.50

3.68

Escala 1: 25

+4,60

LAJE DE APOIO PARA A JACUZZI

BIDIM

DETALHE 09 ENCONTRO DO DECK COM PEDRISCO

A

ESTRUTURA DO DECK - CORTE E-E JARDINEIRA

- MESA HORTA

BASE DE CONCRETO APOIO PILAR DA ESTRUTURA 30cm x 30cm h=10cm VER AMPLIAÇÃO 04

JACUZZI SPA J495

JARDIM DE INVERNO

.25

.50

+4,85

.65

.25

.40

Escala 1: 20

.40

1.20

ERRA VASO DE CINASITA VEGETAL CONCRETO

DRENAGEM

CORTE O-O .90AMPLIAÇÃO VASOS DE FIBROCIMENTO

PEDRISCO

1.00

.12 .11

1.10 .40

BASE DE MADEIRA OU BLOCO DE CONCRETO

ESTRUTURA DE METALON 3 X 3 cm

PILAR DA ESTRUTURA DO DECK NO CAIXÃO .88PERDIDO 6cm x 12cm

.66

.85

.25

.89

.50

.70

.25

1.74

.56

.82

1.79

.13

2.24

+5,80

.11 .12

ALÇAPÃO

+5,70

O

.08

BANCO DO DECK TIPO 02 +6,00 .11

ESTRUTURA DE METALON 3 X 3 cm

.71

1.55

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 5cm x 11cm

.10

1.28

+5,80

CHAPA METÁLICA DE APOIO ÀS RIPAS

1.13

CHAPA MANTA VASO DE TERRA DE AÇO PEDRISCO TIPO CINASITA VEGETAL CONCRETO CORTEN "BIDIM"

VIGA DA ESTRUTURA DO DECK NO CAIXÃO PERDIDO 6cm x 12cm

BARROTE DO DECK

PERFIL METÁLICO SEÇÃO QUADRANGULAR 5cm x 5cm FIXADAS À PAREDE COM FURO BUCHA 10 A CADA 1m

.94

3

.20

.50

B

.9 .13

RÉGUA DO DECK

.47

RÉGUA DE CUMARU 4,5cm DE LARGURA 2cm DE ESPESSURA ESPAÇAMENTO DE 4mm ENTRE AS RÉGUAS

C

2

.06

BARROTE DE CUMARU SEÇÃO 4x4cm (APROX. A CADA 40cm NO EIXO) COM APLICAÇÃO DE NEUTROL

1.25

.3

2.02

.10

1.62

.43

1.36

.18 .05 .09 .11

.43

LAJE DE APOIO PARA A JACUZZI

.53

0

1.3

PISO FULGET COM JUNTA

ESTRUTURA METALON DE + COBRE PROJEÇÃO DE 5mm VASOS FIBROCIMENTO

6

Escala 1: 10

2.0

A - JARDIM DE INVERNO ANTA BAIXA 2

DET.08

FL 10

.50

.50

.20

.50

PROJEÇÃO DUTO DRENAGEM INCLINAÇÃO 2%

B

8

80004-0 enação Mónica Loza

.05

.40

CONTRAPISO 2 cm

.38

PINTURA POLIMÉRICA

CONTRAPISO

NIVELAÇÃO COM IMPERMEABILIZAÇÃO CAIMENTOS 2,5cm .80

ARGAMASSA PARA APOIO DO BARROTE h=4cm

40 x 40 x 25 15 unidades

.40

7

ARMAÇÃO

NIVELAMENTO

DETALHE 06 ESTRUTURA DO DECK DETALHE 01 VASO FIXO Escala Escala 1: 1:1010

D

BARROTE DO DECK

PINTURA POLIMÉRICA

ALVENARIA

PINTURA POLIMÉRICA

CINASITA

ARGAMASSA PARA APOIO DO BARROTE

Ø

8 Residência LFG

.04 .02

ESTRUTURA METALON 5,0 x 5,0cm PINTURA POLIMÉRICA ALVENARIA

.09

CALHA METÁLICA PARAFUSADA NA ESTRUTURA METALON 15,0 x 15,0cm

PARAFUSO DE FIXAÇÃO NA ESTRUTURA DE METALON

BARROTE DO DECK

CORTE NO TIJOLO PARA A DRENAGEM

BARROTE DE CUMAR SEÇÃO 4x6cm COM APLICAÇÃO DE NEUTROL

BIDIM

CALHA METÁLICA h=12cm

TERRA VEGETAL

MANTA TIPO "BIDIM"

MANTA ASFÁLTICA 1 cm

DETALHE VASOS 05 DE FIBROCIMENTO JARDINEIRA CANTO RETO ENCONTRO DO DECK COM OMODELO PISO INTERNO V-073 Escala 1: 10

ARGAMASSA 2 cm

JARDINEIRA CANTO RETO MODELO V-073 40 x 40 x 25 15 unidades

LUMINÁRIA ROCKET RST 9W

RÉGUA DO DECK

MURETA EM ALVENARIA h: 8cm espessura: 9cm TIJOLO MACIÇO PLAQUETINHA UTILIZADO EM PÉ 22,5 x 7,5 x 4 cm

REVESTIMENTO FULGET ESPESSURA 1 cm

.10

.50

REVESTIMENTO SILESTONE A NIVELAR COM COTA DO DECK

.20

CANTO RETO MODELO ESPECIAL 80 x 80 x 50 06 unidades

.04 .04 .02

.27

RALO EXISTENTE (componente de metal semi-esférico a ser instalado para evitar .50 entupimentos por causa de caimento de folhas)

JARDINEIRA DRENAGEM DOS VASOS FIXOS

0 1.3

BARROTE DE CUMARU 4 x 4 cm COM APLICAÇÃO DE NEUTROL ESPAÇAMENTO 0 DE 4mm .2

ESPAÇAMENTO DE 4mm (pontos a serem instalados na maior altura ENTREparede) AS RÉGUAS possível no meio de cada

PLACA ECOTOP ESTRUTURA METALON 5,0 x 5,0cm

RÉGUA DO DECK

.34

PONTO D'ÁGUA EXISTENTE RÉGUA DEh=0,35m CUMARU

4,5cm DE LARGURA OCIMENTO 2cm DE NOVO PONTO D'ÁGUA h=ESPESSURA 6,97m e 5,73m

02 unidades

.05

JANELA

D

ARGAMASSA

CORTE NO TIJOLO PEDRISCO PARA A DRENAGEM MURETA EM ALVENARIA h: 8cm espessura: 9cm TIJOLO MACIÇO PLAQUETINHA UTILIZADO EM PÉ

22,5 x 7,5 x 4 cm DETALHE 07 ENCONTRO DECK SOBRE COM PEDRISCO DETALHE 02DO CALHA JANELA

Escala Escala1:1:1010

folha

.15

.06

JARDINEIRA CANTO RETO MODELO V-074 50 X 50 X 27 05 unidades

PONTO DE ELÉTRICA EXISTENTE h=2,00m

MURETA EM ALVENARIA PARA CANTEIRO DE PEDRISCO h: 8cm espessura: 9cm TIJOLO MACIÇO PLAQUETINHA PLACA ECOTOP UTILIZADO EM PÉ 22,5 x 7,5 x 4 cm

.13

JARDINEIRA CANTO RETO MODELO ESPECIAL 80 x 80 x 50 06 unidades

.04

Escala 1:EXISTENTE 25 PONTO DE ELÉTRICA h=0,30m

.80

.03 .05

MODELO V-064 ESTRUTURA DO DECK - CORTE NDA DA PLANTA 50 x 20F-F x 20

.08 .02 .03 .05

JARDINEIRA CANTO RETO

2

.45

4.8

.47

ala 1: 25

CORTE LONGITUDINAL J-J -PISO BANCO DO DETALHE 03 CALHA NO Escala Escala1:1:1010

cliente

Luiz Flávio Gomes

9 cau

80

GOOGLE CAMPUS SP Program : Co working Date of Project : 2016 Status : Finished Location : Sao Paulo - Brazil Services : Landscape Architecture: Concept Design, Construction Documentation, Construction Management

1

2 Internal garden bed created over slab on 5th floor Acrylic planters over phone booths concept Acrylic planters over phone booths photograph Hanging pots surrounding internal stair Hanging pot concept Metal boxes in checkered metal screen concept Metal boxes in checkered metal screen photograph Backyard garden photograph Ground floor planting plan

PALMEIRA WASHINGTONIA (01 unids.)

Washingtonia filifera

FILODENDRO XANADÚ (30unids.)

Philodendron xanadu +

DINHEIRO-EM-PENCA (12cxs) Callisia repens

FILODENDRO XANADÚ (34 unids.)

Philodendron xanadu +

DINHEIRO-EM-PENCA (12cxs) Callisia repens

JIBÓIA (03 unids.)

FILODENDRO XANADÚ (14 unids.)

Philodendron xanadu +

DINHEIRO-EM-PENCA (05cxs) Callisia repens

JIBÓIA (03 unids.)

4

5

IMPLANTAÇÃO - PAISAGISMO

N

1 2 3 4 5 6 7 8 9

3

ESCALA 1/75

6

7

BRIEF Google | Sao Paulo - Abundant vegetation in indoor environment • Modern and inspiring co working space • Low-light and robust plants • Plants integrated with furniture and built elements • Irrigation and drainage systems • Personal contribution: Definition of plant species, detail designs, construction and as built documents, quotation sheets, suppliers research and communication, construction management. [Project developed through the firm SAPU]

8 Monstera deliciosa +

05 BOMBONAS PLÁSTICAS TIPO CONTAINER 1000L REVESTIDAS EM PINUS AUTOCLAVADO RAFIDOFORA (15 unids.)

Maranta zebrina

JASMIM DOS AÇORES (10 unids.)

COSTELA-DE-ADÃO (16 unids.)

PLEOMELE (05 unids.)

Rhaphidofora decursiva

MARANTA ZEBRINA(25cxs)

Jasminum azoricum AMENDOIM BRAVO(25 cxs) Araches repens

TRAQUECARPUS(02 unids.)

Trachecarpus fortunei

(27 cxs)

BANCO JASMIM ESTRELA (10unids.)

Jasminum nitidum

1.25

3.00

1.25

3.00

1.25

3.00

1.25

3.00

1.25

5.87 N

.10

LICUALA (03 unids.)

Licuala grandis +

BROMÉLIA VERMELHA (15cxs) Neorogelia 'fireball'

FILODENDRO ONDULADO (04 unids.)

ALPÍNIA (22unids.)

Philodendron undulatum Forração:

Alpinia zerumbet

MARANTA ZEBRINA(05cxs) Maranta zebrina

24 FLOREIRAS DE FIBROCIMENTO (0.30x1.20) SOB ESCADA ALOCASIA (88unids.)

DRACENA (05 unids.)

Dracena arborea Forração: AMENDOIM BRAVO(05 Araches repens

FILODENDRO ONDULADO (8unids.)

cxs)

ver det. 03 folha:007

PEDRISCO CINZA (25cxs.)

GUAIMBÊ(07 unids.)

Philodendron bipinnatifidum

+ MARANTA ZEBRINA(06cxs) Maranta zebrina

GUAIMBÊ(03 unids.)

MORÉIA (15 unids.)

Philodendron bipinnatifidum

+ AMENDOIM-BRAVO(03cxs)

Dietes bicolor

Arachis repens

DRACENA (2 unids.)

Dracena arborea Forração: AMENDOIM BRAVO(06 cxs) Araches repens

GUAIMBÊ(09 unids.)

Philodendron bipinnatifidum

+ MARANTA ZEBRINA(21cxs) Maranta zebrina

PALMEIRA-RABO-DE-PEIXE (05 unids.)

Caryota mitis

MORÉIA (20 unids.)

Dietes bicolor

FÓRMIO VERDE (14 unids.)

Alpinia zerumbet Forração: AMENDOIM BRAVO(26 cxs) Araches repens

DRACENA (5 unids.)

Dracena arborea

MORÉIA (20 unids.)

Dietes bicolor

ESTRELIZIA BRANCA (05 unids.)

Strelizia augusta

FLOR-LEOPARDO (15 unids.)

Belamcanda chinensis

FILODENDRO ONDULADO (13 unids.)

ALPÍNIA (05 unids.)

MARANTA ZEBRINA(18 cxs)

Alpinia zerumbet Forração: AMENDOIM BRAVO(07 Araches repens

Philodendron undulatum Forração:

Maranta zebrina

cxs)

9

GSC ATELIER Program : Garage and Atelier Date of Project : 2017 Status : Finished Location : Sao Paulo - Brazil Services : Landscape Architecture: Concept Design, Construction Documentation, Construction Management 1

2

BRIEF A new garage and atelier in step terrain • Use of industrial architectural elements • Connection between all the half-levels with landscape design • Tropical plants on the ground floor: calatheas, philodendrons, dracaenas, bromeliaceas and palms • Desertic vegetation on the roof: grasses, agaves, stones and gravel.

• Personal contribution: Concept presentation and hand drawings, research and definition of plant species, site survey, construction documents of topographical solutions and the execution supervision. [Project developed through the firm SAPU]

3

4 1 2 3 4 5 6 7 8

5

6

Garage entrance photograph Roof garden photograph Garage entrance sketch with proposed plant species Embankment and drainage of back slope Attachment of plastic pots to metal grid Settlement of Elastopave over slope for posterior planting Transversal section sketch with proposed plant species Atelier entrance sketch with proposed plant species

7

8

1 2 3 4 5

LITTLE FARM PEOPLE’S NEIGHBOURHOOD

Productive area, laboratory and educational buildings render Masterplan created with Gehl Architects assistance Educational building render Laboratory and storage render Plan view of proposed design

Program : Urban Date of Project : 2016 Status : In progress Location : Limeria, SP - Brazil Services : Landscape Architecture: Concept Design

1 2

BRIEF New neighbourhood design through multidisciplinary team comanded by Jan Gehl • Community participatory process • Distribution of infrastructure equipment to different offices • Low income region with high crime rates • Creation of productive and sustainable area through ecology, waste and collective work • Vegetable garden, orchard, aquapony shed, educational space, leisure and fair area • Personal contribution: Client meetings, schematic design, concept presentations, design development, renders generation and compatibility with other teams. [Project developed through the firm SAPU]

educational building

productive area

3

leisure and fair area

4

5

‘All perceiving is also thinking, All reasoning is also intuition, All observation is also invention’ Rudolf Arnheim

‘All perceiving is also thinking, All reasoning is also intuition, All observation is also invention’ Rudolf Arnheim