Portfolio

AgneseBusinaro Portfolio

via San R. Bellarmino 5 35126, Padova, Italy Mobile: +39 3462135198 Email: agnesebusinaro@libero.it

PERSONAL SKILLS/ABILITA’ PERSONALI Able to work as part of a team or individually

HOBBIES & OTHER ACTIVITIES/PASSIONI E ALTRE ATTIVITA’ TRAVEL, MUSIC, ART & ARCHITECTURE, VOLLEYBALL, SKI, CINEMA, FOOD & BEVERAGE. PERSONAL CARER OF ELDERLY PEOPLE

Able to organize my time and deadlines Great attention to details Require limited supervision Knowledge of Sustainable Architecture Basic knowledge of economic evaluation Freehand and technical drawing

February 2014 - November 2014 Social Care Alba - Edinburgh, Scotland

SECRETARIAL AND OFFICE SUPPORT August 2009 Poliambulatorio Legnaro Hi-Tech Srl.

VOLUNTEER EDUCATOR OF CHILDREN AND YOUNG PEOPLE September 2006 - August 2012 Cristo Re Church - Padova, Italy

BABYSITTING August 2007 - November 2013 Padova, Italy

ENTERTAINER AT SUMMER CAMPS Every June from 2002 to 2006 Cristo Re Church - Padova, Italy

PARTY PLANNER Construction of models

Occasionally

WAITRESS

CURRICULUM VITAE

Photomontages

Every September from 2003 Settembre Sant’Osvaldino Feast - Cristo Re Church, Padova

spanish

english

italian

LANGUAGES/LINGUE

RELEVANT WORK AND TRAINING EXPERIENCE / ESPERIENZE PROFESSIONALI E DI FORMAZIONE STAGE - Mira, Italy

July 2015 - September 2015 IATO Architetti Associati

STAGE - Pizzo, Italy

March 2015 TEAS -The Eco Architectural Studio

INTERNATIONAL WORKSHOP - Feltre, Italy

24-29 September 2012 University IUAV of Venice

WORKSHOP - L’Aquila, Italy

27 July – 3 August 2012 University IUAV of Venice

INTERNATIONAL WORKSHOP - Balčik, Bulgaria

12-27 May 2012 University IUAV of Venice

INTERNSHIP - Padova , Italy

May 2010 - June 2010 Eng. Toffano Francesco Studio

- Landscape authorization permit; - Rendering of a commercial centre gallery; - Furniture design and rendering of a living room; - Project of a building extension and rendering.

- Project of a residential building inside of a multifunctional area; - Eco sustainable architecture.

3DStudio Max

Archicad

Revit

GIS

JtempEst & JVap

Autodesk Ecotect

Adobe Indesign

Adobe Illustrator

Adobe Photshop

VRay for Sketchup

Google Sketchup

AutoCAD 2D

AutoCAD 3D

Microsoft Office Pack

TECHNICAL SKILLS/ABILITA’ TECNICHE

EDUCATION/ISTRUZIONE TRAINING COURSE “ESPERTO NELLA MODELLAZIONE E TECNICHE DI FOTOREALISMO”

May 2015 - September 2015 Garanzia Giovani Program Istituto Salesiano San Marco - Mestre, Italy

IMPLEMENTATION OF THE ALPINE CONVENTION: ENVIRONMENTAL PLANNING AND ADAPTATION TO CLIMATE CHANGE

ENGLISH CERTIFICATE

INTERPRETATION OF THE ARCHITECTURE STRUCK BY THE EARTHQUAKE

MASTER IN SUSTAINABLE ARCHITECTURE

- Climate change; - Alpin convention.

- Analysis of the urban context; - Architectural survey; - Laser scanning.

PRESERVATION AND REVITALIZATION OF THE ARCHITECTURAL HERITAGE

- Analysis of the urban context; - Architectural rehabilitation project aimed at addressing environmental issues, social and landscape planning; - Collaboration with students of other nationalities.

- Redesign of some family houses and redistribution of the internal spaces of them; - Bureaucratic documents; - Participation in the preliminary draft of the restructuring of a cinema; - Site inspection and architectural surveys.

November 2013 - February 2014 Kaplan International College - Edinburgh

October 2010 - July 2013 University IUAV of Venice - Italy

BACHELOR IN ARCHITECTURE September 2007 - October 2010 University IUAV of Venice - Italy

HIGH SCHOOL DIPLOMA

September 2002 - July 2007 High School A. Cornaro - Padova, Italy

“LA CLEF, C’EST: REGARDER ... REGARDER / OBSERVER / VOIR / IMAGINER / INVENTER / CREER” Le Corbusier, Carnet T 70, 1963

The origin of this project is the necessity of creating some structures that can be built up in the summer and taken down during the winter. It is set in the city of Venice.

The first input starts from the morphological analysis of two islands, St George and St Elena.

Both of them present a “lack of land”, where it seems that a part of the ground has been removed. The new structures should complete their shape.

The space created provides functions that are coherent with the context, in fact the two islands already have some sports structures on them.

There are two platforms: the first on St. George island hosts a yacht club; the second one is located in St. Elena island and lodges a skatepark.

The frame is composed by some triangular modules, which allow greater freedom of design, while maintaining the fundamental idea.

Il progetto è sito nella città di Venezia e nasce dalla necessità di creare strutture effimere che possano essere costruite nel periodo estivo e smontate in inverno.

Il primo input dell’idea progettuale deriva dall’analisi morfologica delle isole di S. Giorgio e S. Elena: ambedue presentano dei punti, denominati “mancanze superficiali”, in cui sembra che un frammento di terreno sia stato rimosso dal profilo delle fondamenta. Abbiamo provato a “ridisegnare” le due isole, creando i tasselli mancanti e prevedendo per essi funzioni coerenti con il contesto. Le due isole infatti presentano già al loro interno strutture legate allo sport; di conseguenza anche le “addizioni” sono attrezzate per attività sportive e ricreative. Nella piattaforma di Sant’Elena viene posto uno skate park con annessa una parete d’arrampicata; nell’area di San Giorgio è prevista la realizzazione di un circolo di vela giovanile. Tali strutture sono composte da moduli triangolari che permettono una libertà progettuale, senza perdere l’idea fondamentale.

DUTIES AND RESPONSIBILITIES 2D and 3D digital drawings, graphical editing and layout, design team, constructural details.

COMPITI E RESPONSABILITà Disegni digitali 2D e 3D, elaborazione grafica e layout, team di progettazione, dettagli costruttivi.

Sports in Venice

walkway boat way physical transposition visual transposition structure of decongestion structure of revitalization

YACHT CLUB

SKATE PARK

In this project, the theme of Sustainability is represented by “low technologies”, trying to find simple, low cost and low environmental impact solutions.

The city of Barcelona has a perfectly squared grids of streets and city blocks. These blocks are called Manzanas and they measure in at 113m per side.

Barcelona has 600 manzanas that act as little cells of the city. The project is set in one of those and welcomes residential buildings and a student residence. The perimetral one is made of two parallel structures to maximize a good ventilation, constructed with recyclable materials, precast and dry constructive system. The building that develops inside the courtyard, exploits the benefits of the Cross-Laminated Timber (KLH): sustainable alternative to traditional materials; no wet trades; speed of construction; reduction in overall cost of construction; design flexibility and architectural freedom; precision as panels are manufactured; and structural capabilities. The student residence as a particular south facade, whose purpose is protecting from the sun in the summer and storing the solar heat in the winter.

In questo progetto, il tema della Sostenibilità viene declinato in termini di “low technologies”, guidando alla ricerca di soluzioni meno spettacolari, omologate e standardizzate ma a basso costo e di scarso impatto ambientale.

La città di Barcellona presenta una lottizzazione basata su una scacchiera regolare, formata da isolati quadrati con angoli smussati. Ogni isolato misura 113m per lato e prende il nome di Manzana. Il progetto è sito in una di esse ed accoglie edifici residenziali e un residence studentesco. Il blocco perimetrale è costituito da due strutture parallele che massimizzano la venitlazione incrociata. Quello centrale, invece, sfrutta i benefici dei pannelli in legno lamellare (KLH): alternativa sostenibile ai materiali tradizionali; posa a secco; montaggi rapidi; riduzione dei costi di costruzione; flessibilità di impiego, modularità e libertà progettuale; precisione; e capacità strutturale. La peculirità del residence studentesco, in temini di architettura sostenibile, è la facciata sud, il cui scopo è di proteggere dai raggi solari in estate e immagazzinare il calore in inverno.

DUTIES AND RESPONSIBILITIES 2D digital drawings, graphical editing and layout, design team, modelling, sustainable building design tool; constructural details.

COMPITI E RESPONSABILITà Disegni digitali 2D, grafica e layout, team di progettazione, modelli, strumento di progettazione di edifici sostenibili, dettagli costruttivi.

Viviendas en Barcelona

0

1

2

5

10

east facade

east facade

00

west facade

0

1

2

5

10

west facade

11

22

55

0

1

2

5

10

east facade

east facade

00

west facade

0

1

2

5

10

west facade

11

22

55

0

1

2

5

10

south facade

north facade

north facade

00

south facade

11

22

55

PICTURES OF THE MODEL

8 7 9 10 11 12

1. wood plank - 20 mm 2. waterproof membrane - 5 mm 3. sloping screed - 100 mm 4. non-woven fabric - 3 mm 5. wood fibre panel (Hofatex Kombi) - 80 mm 6. laminated wood panel (Leno X-Lam) - 207 mm 7. drained and ventilated cavity - 50 mm 8. plasterboard panel (Knauf) - 20 mm 9. laminated wood panel (Leno X-Lam) - 125 mm 10. wood fibre panel (Hofatex SysTherm) - 80 mm 11. betonwool panel with Portland cement - 20 mm 12. lime and gypsum plaster - 20 mm 13. cherry wood parquet- 20 mm 14. dry screed - 50 mm 15. radiant panel (Geberit Mepla) - 20 mm 16. window frame 17. L-shaped bracket with through screws 18. steel plate - 20 mm 19. steel bolts

16 123452678 10 9

13 8 14 15 6 17 18

8 7 9 10 11 12

19

winter solstice

summer shading

winter shading

spring equinox

summer solstice

autumn equinox

Location: Barcelona, ESP Frequency: 1st January to 31st December Weekday Times: 00:00 - 24:00 Hrs Weekend Times: 00:00 - 24:00 Hrs Barometric Pressure: 101.36 kPa Š Weather Tool

SELECTED DESIGN TECHNIQUES: --- passive solar heating --- thermal mass effects --- natural ventilation

prevailing winds direction

Direzione dei venti prevalenti

Comfort

5

DBT(°C)10

5

15 DBT(°C)10

205

Comfort

15

2510

20

AH

AH

AH

AH

AH

AH

AH

AH

AH

30

30

30

30

30

30

30

30

30

25

25

25

25

25

25

25

25

25

20

20

20

20

20

20

20

20

20

15

15

15

15

15

15

15

15

15

10

10

10

10

10

10

10

10

10

5

5

5

5

5

5

5

5

5

Comfort

3015

25

3520

Comfort

30

4025

35

Annual Psychrometric Chart

4530

40

5035

45

40

50

45

DBT(°C) 50

5

DBT(°C)10

5

15 DBT(°C)10

Comfort

205

15

2510

20

3015

25

3520

Winter Psychrometric Chart

Comfort

Comfort

Comfort

30

4025

35

4530

40

5035

45

40

50

45

DBT(°C) 50

5

DBT(°C)10

5

15 DBT(°C)10

205

15

2510

20

3015

Comfort

25

3520

30

4025

35

4530

40

5035

45

40

50

45

50

Summer Psychrometric Chart

cross ventilation

Ventilazione incrociata

ArchMedium Competition wanted “to propose the design of the “New York Theatre City”. It is an urban theatre campus where smaller companies can dispose of rehearsal spaces, and the new spectacles can show themselves to the world offering an always young, new and different cultural activity. For New York City, the campus must become a public space, where the citizens can go to and take a walk in an artistic environment out of the crowded Broadway area.

They can also go in to one of the multiple rooms the complex has to offer, to be astonished with a new piece of fantasy placed on stage, for a couple of hours.”

Our project was based on this: _GENERAL PURPOSE: the project aims to create a new theatrical center, which is developed through the vitality of the human resources flows and is self-sufficient thanks to the renewable energy production, to the increase of the horizontal and vertical biotic surface, to the new technologies usage. _HUMAN RESOURCES: the creative potential lies in the variety of people that exchange artistic and cultural ideas and become active participants of the dramatic action.

_INNOVATION: the use of wireless networks allows a maximum exchange of creativity and continuous renewal of the schedule, giving the possibility to express their agreement by votes. This dynamism is also guaranteed by the free and flexible spaces, that are not defined anymore, but made ​​up of technology platforms in which the viewer can become part of the show. _ENVIRONMENTAL QUALITY: it minimizes the environmental impact, using as much renewable energy and increasing biotic surface vertically. The theatrical platform on the Hudson produces energy through the exploitation of water and sun.

Il Concorso indetto da ArchMedium voleva “proporre la progettazione del “New York City Theater”, un teatro campus urbano in cui le piccole compagnie teatrali possano disporre di uno spazio per le prove e favorisca la messa in scena di nuovi spettacoli, permettendo una offerta culturale sempre fresca, giovane e in costante rinnovamento. Per New York City, il campus deve divenire uno psazio pubblico, dove i cittadini posso passeggiare in un territorio artistico al di fuori dell’area caotica di Broadway. Posso anche entrare in una delle sale messe a disposizione dal complesso, essere stupiti con un nuovo pezzo di fantasia improvvistato sul palco, ed intrattenersi per un paio d’ore.”

_ECONOMIC BENEFIT: the project involves the creation of a self-evolving system in terms of energy and money through the export of the excess energy produced and the cultivation of food inside the area.

Il nostro progetto è basato su:

DUTIES AND RESPONSIBILITIES 2D digital drawings, graphical editing and layout, design team, photomontages, english.

_RISORSE UMANE: il potenziale creativo risiede nella varietà di persone che scambiano nuove idee artistico-culturali e divengono

_SCOPI GENERALI: il progetto si propone di creare un nuovo polo teatrale che si sviluppi attraverso la vitalità dei flussi di risorse umane e che sia autosufficiente grazie alla produzione di energie derivate da fonti rinnovabili, all’aumento della superficie biotica orizzontale e verticale, all’uso di nuove tecnologie.

partecipanti attivi dell’azione teatrale. _INNOVAZIONE: l’utilizzo di reti di connessione permette un massimo scambio di creatività e un rinnovo continuo del palinsesto, dando la possibilità di poter esprimere il proprio consenso attraverso votazioni. Tale dinamicità è garantita anche da spazi liberi e flessibili, non più definiti, ma composti da piattaforme tecnologiche nelle quali lo spettatore può diventare parte integrante dello spettacolo. _QUALITÀ AMBIENTALE: si cerca di ridurre al minimo l’impatto ambientale, utilizzando al massimo le fonti rinnovabili e aumentando la superficie biotica anche verticalmente. La piattaforma teatrale sull’Hudson produce energia tramite lo sfruttamneto dell’acqua e del sole. _BENEFICIO ECONOMICO: il progetto prevede la creazione di un sistema autosufficiente in evoluzione dal punto di vista energetico ed economico grazie all’esportazione dell’energia prodotta in eccesso e alla coltivazione di cibo all’interno dell’area.

COMPITI E RESPONSABILITà Disegni grafici 2D, elaborazione grafica e layout, team di progettazione, fotomontaggi, inglese.

NYC Living Theatre

The urban and residential project is located in the city of Cordoba, Spain. It starts from the analysis of the Andalusian territory around the city and his urbanization. We studied the connections between the environment and the infrastructures, and found that there is a close historical link between urban development and the river flowing through it. This link needs to be reconnected trying to find solving solutions for the flood risks, which is recurrent in this city, because of river infiltration difficulties.

Some thematic sequences, that cross the river and that share common features, have been identified.

For those we designed an abacus of solutions. In particular we focused on the artistic and cultural sequence, where we planned the realization of a residential area in which are settled family houses, student residence, shops and sports fields.

Il progetto urbano e residenziale si sviluppa nella città di Cordoba, Spagna. Si parte dall’analisi del territorio andaluso intorno alla città e la sua urbanizzazione. Abbiamo studiato le connessioni tra l’ambiente e le infrastrutture, e abbiamo scoperto che vi è uno stretto legame storico tra lo sviluppo urbano e il fiume che vi scorre attraverso. Questo collegamento necessita di essere ristabilito, cercando di trovare soluzioni per risolvere i rischi di alluvione, che è ricorrente in questa città a causa delle difficoltà di infiltrazione dell’acqua. Sono state identificate alcune sequenze tematiche, che attraversano il fiume e che condividono caratteristiche comuni. Per queste, abbiamo progettato un abaco di soluzioni.

In particolare ci siamo concentrati sulla sequenza artistico-culturale, dove abbiamo pianificato la realizzazione di un’area residenziale, con abitazioni specifiche per famiglie e studenti, negozi e campi sportivi.

DUTIES AND RESPONSIBILITIES 2D and 3D digital drawings, graphical editing and layout, design team, urban and residential planning, modelling, economic evaluation, constructural details.

COMPITI E RESPONSABILITà Disegni digitali 2D e 3D, grafica e layout, team di progettazione, pianificazione urbana e residenziale, modelli, valutazione economica, dettagli costruttivi.

Margin issues

area: 1255 sq km population: 300’000 ca. density: 257 ab/sq km

Old town - high irregular density

Old town - high density - patio houses

Suburbs - medium irregular density

Industrial area - medium regular density

Countryside - low density

Suburbs - high irregular density

DENSITY SYSTEM OF THE CITY AREAS

Centre - high regular density

CONNECTIONS SYSTEM _BRIDGES

ABACUS_KIND OF EDGES

Guadalquivir river Old Town Urban area Urban green Cultivated fields

RIVER’S EDGE SYSTEM

green penstock green

high density area green river high density area

high density area river meadow

cultivated area river cultivated area

Railway

Ferrovia

Vertical interconnection

Assi di connessione verticale

Guadalquivir river

Guadalquivir

Interport

Scambio infrastrutturale

Culture_Leisure_Education

Cultura_Ozio_Istruzione

Urban green

Verde Urbano

URBAN SEQUENCES

riverbank

drainage channels

sloping down layers

Guadalquivir normal level maximum level of flooding

ACTIONS_ABACUS

floodable areas

hydropower

detention basins

Guadalmellato canal

SEQUENCE OF EDUCATION AND RESEARCH Isla Fuerteventura Gardens

If water ... ... could spill over?

Municipal civic center Norena’s Gardens

Contemporary art centre Faculty of Educational Sciences

Faculty of Medicine

Polytechnic School of Agronomy

rivers

Agro fluvial park

new projected meadows cultural buildings new public green areas planned project

A WATER PROJECT FOR EACH SEQUENCE

existing urban green areas railway

Guadalquivir river

Guadalquivir cinema

actual status

project

Almunia de Turrunuelos green area

Guadalmellato canal SEQUENCE OF GREEN AREAS If water ... ... could “feed” the green?

Azahara park and gardens

Miralbaida’s gardens

Green pedestrian connection Hydroelectric park with different levels

Guadalquivir river

rivers

Agro fluvial park

new projected meadows cultural buildings new public green areas planned project

A WATER PROJECT FOR EACH SEQUENCE

existing urban green areas railway

Connection with highway to Seville

actual status

project

Guadalmellato canal

Asomadilla’s park

ARTISTIC AND CULTURAL SEQUENCE If water ... ... could design new spaces?

al Nasir avenue

Rafael Orozco Conservatory palace of the Marquis of Viana

palace de la Merced_Library

St. Marta convent St. Pablo’s manzana

archaeological museum

Mesquita Miraflores island Roman bridge

rivers new projected meadows

connection with highway Merida

cultural buildings new public green areas planned project

A WATER PROJECT FOR EACH SEQUENCE

existing urban green areas railway

Guadalquivir river

actual status

project

ARTISTIC AND CULTURAL SEQUENCE If water ... ... could design new spaces?

The sequence that we considered goes through the old town and new areas of expansion. It is a geographically strategic point because it develops along the loop of the Guadalquivir river. This situation gives the opportunity to think of new possibilities for the water reuse in a context that does not allow intrusive interventions.

This multi-layer network optimizes the efficient use of water throughout the city and meets the needs of the city despite the shortage of this resource.

La fascia che prendiamo in analisi attraversa il centro storico connettendolo ad aree di nuova espansione. Tale area è situata in un punto geograficamente strategico della città in quanto si sviluppa lungo i bordi dell’ansa del fiume Guadalquivir.

La prossimità di tale elemento naturale ad un tessuto antico e consolidato offre lo spunto per ragionare sulle possibilità di utilizzo dell’importante risorsa acqua in un contesto che non permette interventi eccessivamente invasivi.

Questa rete multistrato consente di ottimizzare l’uso efficiente dell’acqua in tutta la città e le esigenze della città sul limite di tale risorsa.

Scheme of the water reuse network in the urban areas

INTERVENTION_ permeable surfaces

PROJECT_wetlands integrated with the public space in the squares

INTERVENTION_streets and green pathways

PROJECT_phytodepuration basins along the streets

INTERVENTION_collecting rainwater

PROJECT_phytodepuration basins in unbuilt areas and parks

INTERVENTION_expansion areas of the river

PROJECT_pathways on the river

INTERVENTION_expansion areas of the river

PROJECT_equipped riverbanks

the space of living

INTERVENTION_collecting water from the flat roofs

the space of relationships

the meeting place

INTERVENTION_expansion areas of the river

INTERVENTION_filtering green pavements

exploded axonometry

00

1 10

2 20

5 50

10

TYPE OF HOUSING modularity = flexibility

single room

SISTEMA DI MODULI modules system

AGGRUPPAMENTO groupage

alternatively with living room in common

small accomodation_45 sqm

basic module

medium accomodation_70 sqm

Smodules ISTEMA Dsystem I MODULI

A GGRUPPAMENTO groupage

SCHEMA FUNZIONALE functional scheme

big accomodation_90 sqm

adaptation of space over time

vertical phytodepuration

grease trap

DEGRASSATORE

SERBATOIO recovered ACQUE water tank RECUPERARE

grease trap

DEGRASSATORE

GRAYWATER AND RAINWATER RECYCLING SYSTEM

WATER RECYCLING SYSTEM AND REDISTRIBUTION

DEGRASSATORE grease trap

grease trap

DEGRASSATORE

sewerage manhole

POZZETTO DI CONTROLLO

POZZETTO DI CONTROLLO E POZZETTO CON FILTRO E POMPA

horizontal phytodepuration SISTEMA DI POZZETTO DI irrigation sewerage IRRIGAZIONE CONTROLLO system manhole

sewerage manhole

POZZETTO DI CONTROLLO E POZZETTO CON FILTRO E POMPA

Imhoff tank

VASCA IMHOFF

BLACKWATER RECYCLING SYSTEM

Student residence SLOPES OF THE ROOF AND LOCALIZATION OF THE PLUVIALS

AXONOMETRIC DETAIL cast in place concrete beam and precast alveolar panel

Student residence AXONOMETRY OF THE STRUCTURE

6.6 2

6.6

55 6.6

6.2

6.6 5.2 7.6 2

5.8 6.6

8

3.8 6.6

6.6

6.6

17

6.6

37

5.2

7.6 72.5 6.6

8

6.6

6.6

6.6

Student residence STRUCTURAL SYSTEM

1. wooden slats - 20 mm 2. lightweight concrete - 100 mm 3. bituminous membrane - 5 mm 4. alveolar precast concrete panel - 207 mm 5. plaster - 20 mm 6. insulating connector for thermal break - 80 mm 7. horizontal pluvial - 100x100 mm 8. laminated glass sheets - 30 mm 9. shading panels with wooden slats - 30 mm 10. primer + lime plaster - 20 mm 11. mineral wool insulation - 100 mm 12. drained and ventilated cavity - 20 mm 13. mineral wool insulation- 50 mm 14. double plasterboard - 25 mm 15. aluminum railing with glass plate - 30 mm 16. welded C angular

SOUTHERN LOGGIA_section and faรงade

1. topsoil + turf - 150 mm 2. non-woven fabric - 5 mm 3. PVC membrane - 3 mm 4. gravel - 80 mm 5. polyethylene - 5 mm 6. polyurethane foam - 60 mm 7. bituminous membrane - 5 mm 8. lightweight concrete - 80 mm 9. alveolar precast concrete panel - 270 mm 10. plaster - 20 mm 11. flashing painted aluminum 12. polyurethane foam - 80 mm 13. decentralized venting system - 300x400 mm 14. roller shutter with anodized aluminum slats 15. aluminum frame - 120 mm 16. triple-glazed, 6+4+6 - 38mm 17. aluminum anchoring structure - 180mm

simple window frame with roller shutter

window frame with photovoltaic thin-film

SOUTHERN GLAZED FAร ADE_section and faรงade

The client was refurbishing a house to be sell in Haddington, Edinburgh (Scotland) and my task was to draft some views to show buyers that the house had more possibilities that have not been realized due to budget: 1. the opportunity to build a stair and use the attic as additional room; 2. the space to create a private garage with personal access.

The views have been designed through the technique of photomontage.

Il cliente stava ristrutturando un’abitazione da vendere, sita ad Haddington, Edimburgo (Scozia).

Il mio incarico consisteva nella rielaborazione di alcune immagini, al fine di mostrare ai futuri acquirenti le diverse possibilità offerte dalla casa, che non erano state realizzate a causa del budget limitato: 1. l’opportunità di costruire un’altra rampa di scale, permettendo lo sfruttamento del sottotetto come stanza addizionale; 2. lo spazio disponibile per la progettazione di un garage privato con accesso personale.

Le viste sono state create tramite la tecnica del fotomontaggio.

DUTIES AND RESPONSIBILITIES 2D and 3D digital drawings, graphical editing and layout, photomontages.

COMPITI E RESPONSABILITà Disegni digitali 2D e 3D, grafica e layout, fotomontaggio.

STAIRS

STAIRS

Attic

GARAGE

STAIRS

ACTUAL STATUS

PROJECT

Refurbished house

First Floor

Attic

First Floor

ACTUAL STATUS

STAIRS

Attic

First Floor

Attic

ACTUAL STATUS ACTUAL STATUS

PROJECT

First Floor

PROJECT

ground floor

first floor

attic

Ground Floor

First Floor

AtticSection

section

first floor

attic

First Floor

Attic

Attic Section

STAIRS

actual status

project

Attic

First Floor

GARAGE

actual status

project

The clients had required a custom-made bookshelf for their books and the music album collections.

The aluminium structure reduces the shelves gauge without losing strength.

With the warp of the grey larch floor and the horizontal shelves, the room seems bigger and the light colored furniture lends more brightness.

At last, the yellow sandstone wall gives colour and orginality to the living room.

I clienti avevano richiesto la progettazione di una libreria su misura per disporre i libri e le proprie collezioni di album musicali. La struttura è pensata in alluminio per ridurre lo spessore delle mensole senza perdere resistenza.

L’orditura del parquet in larice grigio e l’orizzontalità dei ripiani della libreria conferiscono al soggiorno maggiore spazialità e la scelta dell’arredo in tonalità chiare rende l’ambiente più luminoso, creando la percezione di una stanza più ampia. Infine la parete in arenaria gialla dà colore e originalità al soggiorno.

DUTIES AND RESPONSIBILITIES 3D digital drawings, rendering.

COMPITI E RESPONSABILITà Disegni digitali 3D, rendering.

Bespoke furniture

Thank you