Matteo Viciani Architecture Portfolio

matteo viciani architecture portfolio

m.vicianiarchitetto

selectedworks2011 ∙ 2015

Training

Publication / Exhibition Skills and Competences Personal Info

Working Competitions

Matteo Vicianiarchitect

nationality: italiangender: maleage: 26 dob: 21/feb/1989

Via Caduti sul Lavoro, 352100 Arezzo, Italia

[email protected]: skype matteo.vicep: +39 348 4457270

sept. 2014University of Florence, Italyarchitect qualification in Italy A.2 160/200

sept. 2008 - feb. 2014DA University of Ferrara, Italymaster of architecture 105/110

nov. 2013 workshopMessina: il mare tra gli isolati III editionGrafite and OAPPC Messina, Italy

feb. 2013 workshopSelf-explanatory: public space and urban architectures / i2A infrarealities, Switzerland

oct. 2012 workshopQuali(ci)ty - Redesing and energy efficiencyfor sustainable quality of lifeOFARCH MADE expo Milano, Italy

sept. 2003 - june 2008Liceo F. Redi Brocca science program, Arezzobachelor degree 81/100

oct. 2014 exhibitionImpresa Architetturaorganisation / www.impresarchitettura.itInternazionale a Ferrara 2014, Italy

oct. 2013 exhibitionIl Parco Archeologico di Siracusa, concorso di idee per la valorizzazione del sistema delle Mura Dionigiane, Siracusa, Italy

sept. 2013 publicationIl Parco Archeologico di Siracusa, concorso di idee per la valorizzazione del sistema delle Mura Dionigiane, Lettera 22, Palermo 2013

sept. 2012 publication“Il Castello di Bianello. Appunti per l’approfondimento storico-costruttivo” supplemento a Reggio Storia, n. 136

jan. 2012 publication“Il fil rouge tra Università e Pubblica Amministrazione, esiti [...]”L’Ufficio Tecnico, Maggioli Editore, n. 1-2

languagesItalian - nativeEnglish - B2 (self-assessment)

software proficiencyWindows and Macintosh OSVectorworks (BIM) / AutoCAD / Allplan (BIM)Rhino 3d / Artlantis Studio / Cinema 4D + V-RayAdobe Creative Suite

team spirit and good teamwork skillsinternships and scout’s co-educational projects.

good leadership skillsI have been a uniformed Scout leader since 2009 and a member of the local committee.

good organisational skillsnon-Formal learning projects as a uniformed scout leader.

good analysis and project planning skillsgrowth project management in scouting.

foodPassionate cook, enthusiastic taster.

graphicManiacal graphic designer, amateur painter.

musicPiano studies for eleven years, now play occasionally with friends.

sportPassionate hiker, motivated runner.Judo player for fifteen years, one bronze medal and two 5th prize in national FILJKAM championship.

volunteerismScout since 1996, now committee member in local CNGEI Arezzo section.Uniformed Scout leader since 2009Basic Life Support [BLS] certification.

jan. 2015 - in progressMViciani Architetto / Arezzofounder

june 2015 - in progressfreelance graphic collaboratorSUS Babi Teatro / Roma

jan. 2015 - in progressStudio Architetto Gigli / Arezzofreelance architect

july - dec. 2014GPA Gianluca Perottoni Architetto / Roveretotraining internship

feb. - july 2014Studio Architetto Gigli / Arezzotraining internship

feb. - june 2013Thomas Ghisellini Architetti / Ferrarainternship

aug. - sept. 20105+1 AA agenzia di architettura / Genovainternship

oct. 2015Ruusupuisto Jyvaskylainternational competition, Alvar Aalto Museo

june 2015Europan13 Streefkerkinternational competition, Europan Europe

dec. 2014MENO 31, a keeper’s house in Bolognanational competition, Gruppo Seragnoli

oct. 2014 MentionTREE-CICLO, un albero di soli buoni fruttiinternational competition, Siracusa Municipality

june 2014Wine Culture Center - Valpolicella Negrarinternational competition, YAC

july 2013 tHiRD PRiZeIl Parco Archeologico di Siracusainternational competition, Siracusa Municipality

june 2013Europan12 Amstetten, at TGA Architettiinternational competition, Europan Europe

Curriculumvitae

AREZZOROMA

FIRENZE

AUTOSTRADA

LUNGARNO FIRENZE ROVEZZANO

PARCO ARGICOLO DEL FIUME MENSOLA

ORTI SOCIALI

LUNGARNO FIRENZE

PARCO DELL’ANCONELLA

PARCO DI VILLA FAVARD

AREA DI PROGETTOurban facilities:

SPONTANEOUS/LEASURE

dimension < 50 sqm

GREEN AMENITIES / URBAN FACILITIESVACANT SPACE / OPPORTUNITIES

Living the processno land take integrated redevelopment strategies for the public housing heritage in florence.thesis

date 2013/2014place Florence, Italyteam ottavio Bariselli

In Italian suburbs, more than 40% of low-income housing allocated each year is vacant because of its incompatibility with contemporary life-styles.

The strong need for redevelopment of housing heritage has to pay attention to the tenants’ displa-cement during the process. This means that the green amenities would be replaced by temporary accommodation that reveal many problems in terms of management and reversibility.Back in 2013, reflecting on my thesis, I wondered whether it was possible to build without consuming any more green land. The simple answer is to use the spaces in-between the existing buildings, just by infill.

In Florence, this strategy has become the opportu-nity to design an open-end process of demolition and re-construction linked steps.

STEP1 construction STEP3 expansionSTEP2 demolition STEP8 open-end

MODULO ELEMENTARE _ ALLOGGI + DISTRIBUZIONE TIPOLOGIA 1 _ TORRE

CONFIGURAZIONI POTENZIALI

massima compartimentazione unità d’alloggio

minima compartimentazione unità d’alloggio





ELEMENTI COSTITUTIVI CONFIGURAZIONI POTENZIALI CONFIGURAZIONI POTENZIALI

TIPOLOGIA 2 _ LINEA TIPOLOGIA 3 _ BALLATOIO

+ ALLOGGIDISTRIBUTIVO

Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8

alloggi per piano _ # 2

spazi di servizio _ # 2

copertura praticabile

25% 32% 21% 12% 10%

(fonte: casa SPA Firenze _ Bilancio sociale 2012)

Nonostante la maggioranza di singoli o coppie, la crescente domanda di alloggi

tagli d’alloggio offerti sul mercato dell’edilizia pubblica.

venire incontro ad un uso differenziato della casa sia per una facilità di gestione del patrimonio immobiliare.

reciproca; residenze dal funzionamento sinergico che prevedono livelli di compartimentazione differenziati racchiusi in un unico sistema abitativo.

SINGOLI COPPIE FAMIGLIA MEDIA FAMIGLIA MEDIO GRANDE FAMIGLIA NUMEROSA

25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq

terrazzo: 7mqservizi: 7mqzona giorno: 23zona notte: 8

ALLOGGIO_T2:45 mq


ALLOGGIO_T1+T1:76 mq

giardino: 30mqservizi: 14mqzona giorno: 31mqzona notte:31mq


terrazzo: 15mqservizi: 14mqzona giorno: 23mqzona notte: 45mq

alloggi_T1 / T240/48mq40mq

alloggio_T1+T180mq

alloggio_T1+T1 / T1+T280/88mq

alloggio_T1+T288mq

SERVIZI

SPAZI ESTERNI PRIVATI

DISTRIBUTIVO

zona giorno 23mqzona notte 8mq


zona giorno 31mq zona notte 31mq




zona giorno 23mqzona notte 45mqzona giorno 46mq

zona notte 16mq


T1_01: singolo T1_02: anziano - badante T2_01: coppia

T1+T1_01: piccola famiglia T1+T2_01: famiglia numerosa

T1+T1_02: famiglia media T1+T2_02: casa studio / mamme di giorno

T1+T2_03: famiglia molto numerosaT1+T1_03: mamme di giorno

32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq






alloggi_T1 / T240/48mq

alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






STATO DI PROGETTO sezione prospetto _ 1.200

MODULO ALLOGGI . FLESSIBILITÀ

MODULO ALLOGGI . AGGREGAZIONE

PIANTE ALLOGGI 1:100

ABACO DELLE TIPOLOGIE AGGREGATIVE

COMPOSIZIONE NUCLEI FAMILIARI /ALLOGGI SOCIALI _ FIRENZE

Relatore Prof. Arch. Roberto Di Giulio Correlatore Arch. Luca Belatti Correlatore Esterno Ing. Andrés Eduardo Avanzi Studenti Ottavio Bariselli Matteo Viciani












Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq
























Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq
























Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq
























Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq
























Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq
























Blocco Distributivo

corpo scale

blocco ascensore

Blocco Residenziale

alloggi totali _ #8




25% 32% 21% 12% 10%







25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq

SERVIZI


DISTRIBUTIVO








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






25%32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq






32%

21%

12% 10%

alloggio_T1

ALLOGGIO_T1: 38mq


ALLOGGIO_T2:45 mq







alloggio_T1+T180mq


alloggio_T1+T288mq








zona notte 16mq













BigMat Vassawardedproject

The vacant spaces are infilled by an expandable simple module designed with high flexibility in order to start the redevelopment process. It regens the project area with shared facilities and more contem-porary urban style neighbourhood characteristics.

These connotations allows the realisation of a living process that is able to answer both two different conditions: first the temporary accommodation during the construction process and finally the dynamic solutions for the continuous changeable assignment demand.

Moreover the task of this strategy is to convert such a necessary transformation in a liveable opportunity able to build a network of sustainable practices:

wood technologies in order to reduce the building site impact in terms of time and energy emission;

soft & selective demolition able to recycle and monetise construction and demolition waste;

renewable energy systems in electricity generation and hot water/space heating.

wood technologyx-lam timber frame

ThirdPrize

PENTAmorfosiSiracusa’s archaeological park, competition for the Dionigiane Walls system enhancement.international student competition

date 2013place Siracusa, Italyteam G. Moretti, M. Pelliconi, G. Quercia, F. tonnarelli

The project scenario was born from the possibility to enhance mutual networks and procedures orien-ted towards the exchange between concrete and ephemeral throughout a space re-evaluation. An archaeological park transforms in a wide landsca-pe flexible in terms of functionality. The aim of the project is a non-traditional landscape action, con-verting land potential energies in a starter engine for the regional economic development.

Five new territorial actors commemorate Siracusa’s five ancient district, representing the most important opportunities of transmutation: the City of Tourism, the City of Innovation, the City of Earth, the City of Sea, the City of Memory. The ancient wall system represent the opportunity to reconnect and com-bine those five potentials, activating a regeneration process from the inside out.

the city of seathe city of earththe city of memory

FirstPrize

Tratto puntocontents for a containerthe old town public cinema refurbishment.national student competition

date 2011place S. Giorgio di Pesaro, Italyteam G. Moretti, S. Fabbrini

Our redevelopment strategy focuses on two princi-pal tasks: first the required building refurbishment in terms of static and climatic strengthening; second a re-cycle process for urban spaces in order to find a renewed social identity and environmental quality.

Building/Step-by-step the disused building is first secured in order to re-open for public consump-tion then customized depending on public/private synergy and investment.

Urban spaces/The particularl attention to the out-doors transforms the mere refurbishment into the opportunity for a community to rearrange the public asset of urban spaces. Starting from an environ-mental analysis new neighbourhood amenities were created simply by lifting up the planking level and placing new urban furniture and trees where nee-ded. Finally the street becomes an urban space.STARTING POINTstatic crisisinadequate climatic comfort

ex-cinema

STEP1reinforcement measuresinsulation strengthening

STEP2+ acoustic insulationdesigned solution

STEP3+ ventilated facadeadditional improvement

transparent glass

opaqueglass

frostedglass

frostedglass

ceramiccovering the vertical elements of the facade

plaster

LIGHT AND GLASS

The building interprets the essence of the place by replying to its light. A careful orientation and study of materials make light the main character in play.By reflecting the outside, the building grows sensitive to the natural changes, to the colours of the Finnish landscape, to the depth of its atmosphere. Although having an important presence at the heart of the museum centre, the building manages to blend in landscape, dematerialise and disappear. The edge between out and in becomes an undetermined space where reflections of refractions multiplies while birches loose their leaves.

elevations - 1:200

view of the glass facade system from the terrace of café alvar

UAU

Railoan extension between the alvar aalto Museum and the Museum of central Finland international competition

date 2015place Ruusupuisto, Jyvaskyla, Finlandteam S. Dughetti, G.Moretti, M. Pelliconi, G. Quercia, F. tonnarelli

Railo* is the missing piece of the puzzle. A building that strongly relates to its place, to the nature on it and to the buildings around it. The building is conceived to belong to its territory, its history and its geography and to add value and prestige to the site. We want the building to belong to its context and that is a matter of osmosis, of light. The search towards the essence of the place, here, becomes a search towards transparency and dematerialisation. And this research is directed to read the own transparent essence of each site which at times depends on the depth of the air, on the reflections of the landscape, on clouds or trees. What matters to us is to find an exchange between the inert mass of the building and the environment in its broader sense. All architecture is a matter of integration and light, a matter of belonging to a living context, to an historical or geographical one.TOPOGRAPHY AND VOIDThe building lays on the existing ground respecting its topography. It carefully follows the slopes of the hills that separates the two museums and solves the height differences in a subtle way, preserving the connection to the landscape in the back. Connection through topography also guides the interiors referring to the outside contour lines by mean of stairs, steps and slopes. The transparency of the building’s edges creates a direct contact from outside to inside. It lets the visitor understand the different spaces of the museum centre and grow awareness about the place and its surroundings. Nature enters at the front, enclosed in a crack of glass and continues inside until the forest at the back.LIGHT AND GLASSThe building interprets the essence of the place by replying to its light. By reflecting the outside, the building grows sensitive to the natural changes, to the colours of the Finnish landscape, to the depth of its atmosphere. Although having an important presence at the heart of the museum centre, the building manages to blend in landscape, demate-rialise and disappear. The edge between out and in becomes an undetermined space where reflections of refractions multiplies while birches lose their leaves.*Railo (Ice crack) is a vase by Timo Sarpaneva for Iittala in 1964

view from ruusupuisto square

view from the upper +88,92 level of the shared museum shop

view of the glass facade system from the terrace of café alvar

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We believe that the strength of the project area comes form its LINEARITY and POTENTIAL CONNECTION to the rest of the ribbon development and villages. Compared to its neighbour Kinderdijk, the village of Streefkerk has less attractiveness in terms of local and foreign tourism. However, the dyke and the peat landscape behind it have a very high panoramic value in the middle of the GROENE HART OF THE NETHERLANDS. If the different locations where dyke reinforcement must happen are conceived as ONE SYSTEM, eventually there will be a linear infrastructure of landscape that connects and empowers different situations along the dyke.

INCREMENTAL LANDSCAPE is a process of dyke reinforcement that evolves through time. Starting from the necessity of stabilization it turns a difficult process into a design element and makes that process visible, adaptable and beneficial.The response to future need for STABILIZATION OF INNER DYKE SLOPES is achieved with the possibility of incremental weight additions. By making the new houses part of the dyke slope, they become passive structures that can receive, bear and transfer weight to the ground.It is a FUTURE-PROOF DESIGN because it guarantees safety against flood and it is easily expandable according to new and higher needs.The project also manages to preserve the characteristics of the area while making spatial improvements. The ADVANCED SINGLE HOUSE type combines the privacy of the single house with advantages of community spaces and can be adapted to future changes of functions. This design also responds to the structural need of a continuous slab transferring equalized weight to the ground. Incremental landscape is a SITE-SPECIFIC SOLUTION for the site in Streefkerk but its clear system can potentially be exported to any other site along the dyke undergoing the same transformation.

STREEFKERK IN THE GROENE HART

AREAS SUBJECT TO DIKE REINFORCEMENT

INCREMENTAL LANDSCAPE ∙ A FUTURE VISION

SITE LOCATION

The site is characterised by INWARD MACRO-INSTABILITY : in case of high river water the light peat subsoil can be pushed upwards and cause the inner slope to slide. To prevent this event, weight needs to be positioned on the inner side of the dike. Where houses are present these have to be torn down in order to make space for a new berm.INCREMENTAL LANDSCAPE deals with the stabilization of the dyke by building a resilient structure able to carry incremental weight additions. The structure will stay in place while weight will be lifted on top of it. The new structure will be a coherent unit embedded in the dyke that will behave as a FUNCTIONAL BERM, transferring equalized weight to the ground.The resiliency of the system resides in its passive behaviour: little or no transformations will be needed in the future to allow safety adaptations and further stabilization.

LIFTING WEIGHT

The project will also feature water storage devices both natural (swale) and artificial (storage tanks) allowing to store, purify and reuse rainwater for household needs.

Using the new underground space for private (and public) parking, will make the area a car-free landscape.

Different type of plants will grow on the levee, increasing the biodiversity of the project area.

The thick layer of soil that will slowly pile up on the rooftops will provide the buildings a good thermal insulation that will improve through time.

The public space on the top of the dyke will get wider and higher creating a whole new (concept of) park.

#1 NEW PARK SYSTEM #2 INCREASED BIODIVERSITY #3 CAR FREE LANDSCAPE #4 RAINWATER STORAGE #5 THERMAL INSULATION

INWARD-MACROINSTABILITY

STABILIZE BYADDING WEIGHT LIFTING WEIGHT

01STREEFKERK (NL)

INCREMENTAL LANDSCAPEThe top of the dyke is commonly a place of strong wind. The extension of the highest area of the dyke will make space for the installation of mini wind turbines, able to use wind to produce the energy needed for houses and gardens maintenance. Mini wind turbines are efficient in built-up areas and should be positioned at a reasonable distance from high trees.

STRONG WIND

The process of addition of soil on top of the hill will occur once in few years, according to the need of stabilization again water rise. That is enough time to create a topsoil ecosystem. At the moment of rising the soil level, plants will be transplanted and the topsoil preserved, so that the added layer will form a deeper basis for the garden. Then, new and old plants will be put together to form an island of biodiversity. Part of the soil volume to be added will be obtained by using household produced compost.

FERTILE SOIL

water in The Netherlands is a sensitive issue. Water in the polder has to be kept to a certain level by using water pumps to discharge surplus into the river.By looking at water as a useful resource, a system of cisterns stores rainwater, purifies it from greater sediment and makes it reusable for irrigation and household. Moreover, stored water can contribute to stabilization of the dyke.

RAIN WATERweight will be included in the landscape design by mean of a variable soil depth. According to the further needed increase of weight, soil depth can be calculated.The gradual addition of soil will allow for different type of vegetation and consequently for diverse situation through time. Within this framework, houses will gradually merge into landscape with skylights and small patios as only visible element from the street.

THE DYNAMIC LANDSCAPE

20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

mixed lawn higher wild grass

20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennial shrubs

mixwed lawn

high wildgrass

fruit tree

20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennialshrubs

mixed lawn

higher wild grass

flowering plants

STEP #1 ∙ view from the bike path towards the city STEP #2 ∙ view throUGh shrabs on hoUsinG roofs STEP #3 ∙ view from the roof towards orchard

We assumed the second phase as an increase of soil depth until 40cm. This will allow planting of bushes and shrubs until a few meters high. A garden of perennial shrubs and high grasses will wave and make the power of the strong wind visible.

Perennial shrubs: fountain grass, purple moor grass, stipa tenuissima Flowering plants: lavender, aster, queen of the prairie

+40 cm ∙ THE WAVY BUSHESThe first phase of development of the dynamic landscape features a soil substrate of around 20 cm. This will create a continuous carpet of soft lawn. Around skylights facing private house areas, patches of wild grasses will be planted in order to protect the privacy of the inhabitants while providing areas for public use.

Mixed lawn: bluegrass and bentgrassHigh grass: santolina

+20 cm ∙ THE CONTINUOUS LAWN

Eventually, if the dyke is further reinforced it will be possible to have enough soil depth to plant trees. Traditionally, areas along the river have been the most suitable for accommodating orchards.Our design aim is to relate back to this tradition and propose to plant fruit trees. Orchards can be irrigated by reusing rainwater and fruits can be harvested by the inhabitants. Moreover the limited height of fruit trees is important to preserve the view of the peat from the park.

> 60 cm ∙ THE FRUITY FOREST

ISOMETRIC VIEW ∙ LANDSCAPE THROUGH TIME

03streefkerk (nL)

INCREMENTAL LANDSCAPE

The top of the dyke is commonly a place of strong wind. The extension of the highest area of the dyke will make space for the installation of mini wind turbines, able to use wind to produce the energy needed for houses and gardens maintenance. Mini wind turbines are efficient in built-up areas and should be positioned at a reasonable distance from high trees.

STRONG WIND


FERTILE SOIL




20 cm

60 cm

40 cm

60 cm

80 cm

60 cm


20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennial shrubs

mixwed lawn

high wildgrass

fruit tree

20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennialshrubs

mixed lawn

higher wild grass

flowering plants










03streefkerk (nL)


The top of the dyke is commonly a place of strong wind. The extension of the highest area of the dyke will make space for the installation of mini wind turbines, able to use wind to produce the energy needed for houses and gardens maintenance. Mini wind turbines are efficient in built-up areas and should be positioned at a reasonable distance from high trees.

STRONG WIND


FERTILE SOIL




20 cm

60 cm

40 cm

60 cm

80 cm

60 cm


20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennial shrubs

mixwed lawn

high wildgrass

fruit tree

20 cm

60 cm

40 cm

60 cm

80 cm

60 cm

perennialshrubs

mixed lawn

higher wild grass

flowering plants










03streefkerk (nL)


+

++

+

Streefkerk

Utrecht

Rotterdam

STRE

EFKE

RK

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UW

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ND

RIVER LEK ∙ 2 km

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SITE LOCATION


LIFTING WEIGHT









01STREEFKERK (NL)


+

++

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Utrecht

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SITE LOCATION


LIFTING WEIGHT









01STREEFKERK (NL)


+

++

+

Streefkerk

Utrecht

Rotterdam

STRE

EFKE

RK

NIE

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LEKK

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ND

RIVER LEK ∙ 2 km20

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SITE LOCATION


LIFTING WEIGHT









01STREEFKERK (NL)


+

++

+

Streefkerk

Utrecht

Rotterdam

STRE

EFKE

RK

NIE

UW

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ND

RIVER LEK ∙ 2 km

20

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15

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01STREEFKERK (NL)


Incremental LandscapeEuropan 13 / the adaptable city II.international competition

date 2015place Streefkerk, netherlandteam S. Dughetti, G.Moretti, G. Quercia

INCREMENTAL LANDSCAPE is a process of dyke reinforcement that evolves through time. Starting from the necessity of stabilization it turns a difficult process into a design element and makes that process visible, adaptable and beneficial.

The response to future need for STABILIZATION OF INNER DYKE SLOPES is achieved with the possibi-lity of incremental weight additions. By making the new houses part of the dyke slope, they become passive structures that can receive, bear and tran-sfer weight to the ground.

It is a FUTURE-PROOF DESIGN because it guaran-tees safety against flood and it is easily expandable according to new and higher needs. The project also manages to preserve the characteristics of the area while making spatial improvements.

STEP #1 - THE CONTINUOUS LAWN (+20 cm substrate) STEP #2 - THE WAVY BUSHES (+40 cm substrate) STEP #3 - THE FRUITY FOREST (>60 cm substrate)

(3) eventi

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN

Evia Aldo Moro 16 Cellarengo (AT)

data

tavola 2

22/09/15

programma ∙ pianta e schemi funzionali

a a

b

b

b

b b

b

c

A A

B

B

d

e

f

(0) percorsi (1) stoccaggio (2) esposizioni

0 1 2 5m

PIANTA

(a) nicchia tipo 1

stoccaggio bottiglie

+finestra

bottiglie: 500 circa

materiale: legno

VISTA ASSONOMETRICA

(b) nicchia tipo 2



materiale: metallo

(c) quinta

proiezioni

+illuminazione

+impianti

materiale: legno

(d) blocco attrezzato


+punto acqua


materiale: legno

(e) banco attrezzato

degustazione/eventi

+stoccaggio bottiglie


materiale: legno/vetro

(f) porta esterna

materiale: str. metallo

policarbonato//MV/003 MyWine Cantina/150925 progetto.vwx

(3) eventi

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 2

22/09/15


a a

b

b

b

b b

b

c

A A

B

B

d

e

f


0 1 2 5m

PIANTA

(a) nicchia tipo 1


+finestra


materiale: legno

VISTA ASSONOMETRICA

(b) nicchia tipo 2



materiale: metallo

(c) quinta

proiezioni

+illuminazione

+impianti

materiale: legno



+punto acqua


materiale: legno


degustazione/eventi




(f) porta esterna


policarbonato

//MV/003 MyWine Cantina/150925 progetto.vwx

cemento

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 3

22/09/15

identità ∙ sezioni e materiali

0 0,5 1 2,5m

SEZIONI

laterizio legno acciaio policarbonatovetro

il vetro delle

bottiglie

diventa la

nuova tessitura

in contrasto

con quella

predominante

del laterizio.

rappresenta

l'identità e la

storia del

luogo, oggetto

di recupero,

restauro e

consolidamento.

materiale

impiegato come

elemento

contemporaneo

in dialogo

dissonante con

la cantina.

elemento puro e

monolitico

recuperato e

consolidato nel

collegamento

con gli spazi

verdi esterni.

i pannelli in

lamiera come

quinta tecnica

delle nicchie

di stoccaggio

del percorso

espositivo.

i pannelli

dell'apertura

lasciano

filtrare la

luce e citano

il linguaggio

di riciclo

della proposta.

le due sezioni raccontano lo spazio della cantina nelle sua duplice

identità di spazio tecnico - dedicato alle attività di stoccaggio - e

luogo per l'associazione.

lo spazio della galleria assieme alle nicchie presenti lungo il percorso

viene completato con lastre in metallo in netto contrasto con i materiali

della tradizione ed al fine di massimizzare le potenzialità dello

stoccaggio.

lo spazio centrale della cantina accoglie invece arredi ed elementi

leggeri in legno che lo addomesticano e lo preparano ad accogliere i

piccoli eventi e le attività dell'associazione.

due identità


(3) eventi

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 2

22/09/15


a a

b

b

b

b b

b

c

A A

B

B

d

e

f


0 1 2 5m

PIANTA

(a) nicchia tipo 1


+finestra


materiale: legno

VISTA ASSONOMETRICA

(b) nicchia tipo 2



materiale: metallo

(c) quinta

proiezioni

+illuminazione

+impianti

materiale: legno



+punto acqua


materiale: legno


degustazione/eventi




(f) porta esterna


policarbonato


(3) eventi

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 2

22/09/15


a a

b

b

b

b b

b

c

A A

B

B

d

e

f


0 1 2 5m

PIANTA

(a) nicchia tipo 1


+finestra


materiale: legno

VISTA ASSONOMETRICA

(b) nicchia tipo 2



materiale: metallo

(c) quinta

proiezioni

+illuminazione

+impianti

materiale: legno



+punto acqua


materiale: legno


degustazione/eventi




(f) porta esterna


policarbonato


(3) eventi

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 2

22/09/15


a a

b

b

b

b b

b

c

A A

B

B

d

e

f


0 1 2 5m

PIANTA

(a) nicchia tipo 1


+finestra


materiale: legno

VISTA ASSONOMETRICA

(b) nicchia tipo 2



materiale: metallo

(c) quinta

proiezioni

+illuminazione

+impianti

materiale: legno



+punto acqua


materiale: legno


degustazione/eventi




(f) porta esterna


policarbonato


cemento

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 3

22/09/15


0 0,5 1 2,5m

SEZIONI


il vetro delle

bottiglie

diventa la

nuova tessitura

in contrasto

con quella

predominante

del laterizio.

rappresenta

l'identità e la

storia del

luogo, oggetto

di recupero,

restauro e

consolidamento.

materiale

impiegato come

elemento

contemporaneo

in dialogo

dissonante con

la cantina.

elemento puro e

monolitico

recuperato e

consolidato nel

collegamento

con gli spazi

verdi esterni.

i pannelli in

lamiera come

quinta tecnica

delle nicchie

di stoccaggio

del percorso

espositivo.

i pannelli

dell'apertura

lasciano

filtrare la

luce e citano

il linguaggio

di riciclo

della proposta.







stoccaggio.




due identità


cemento

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 3

22/09/15


0 0,5 1 2,5m

SEZIONI


il vetro delle

bottiglie

diventa la

nuova tessitura

in contrasto

con quella

predominante

del laterizio.

rappresenta

l'identità e la

storia del

luogo, oggetto

di recupero,

restauro e

consolidamento.

materiale

impiegato come

elemento

contemporaneo

in dialogo

dissonante con

la cantina.

elemento puro e

monolitico

recuperato e

consolidato nel

collegamento

con gli spazi

verdi esterni.

i pannelli in

lamiera come

quinta tecnica

delle nicchie

di stoccaggio

del percorso

espositivo.

i pannelli

dell'apertura

lasciano

filtrare la

luce e citano

il linguaggio

di riciclo

della proposta.







stoccaggio.




due identità


cemento

MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varieM

Y W

INE

via Aldo Moro 16 Cellarengo (AT)

data

tavola 3

22/09/15


0 0,5 1 2,5m

SEZIONI


il vetro delle

bottiglie

diventa la

nuova tessitura

in contrasto

con quella

predominante

del laterizio.

rappresenta

l'identità e la

storia del

luogo, oggetto

di recupero,

restauro e

consolidamento.

materiale

impiegato come

elemento

contemporaneo

in dialogo

dissonante con

la cantina.

elemento puro e

monolitico

recuperato e

consolidato nel

collegamento

con gli spazi

verdi esterni.

i pannelli in

lamiera come

quinta tecnica

delle nicchie

di stoccaggio

del percorso

espositivo.

i pannelli

dell'apertura

lasciano

filtrare la

luce e citano

il linguaggio

di riciclo

della proposta.







stoccaggio.




due identità


MATTEO

VICIANI

ARCHITETTO

N 1072

VIA SER

PETRACCOLO

7

52100 AREZZO

AR ∙ ITALIA

scala

varie

MY

WIN


data

tavola 5

22/09/15

spazi esterni ∙ planimetrie e sezione ambientale


0 1 2 5m

PLANIMETRIA

1

3

4

2

500

250

750

600

221

600

364

214

0 0,5 1 2,5m

SCHEMA PLAN

0 1 2 5m

SEZIONE AMBIENTALE

1 pedana in legno/ sedute

2 pedana in legno/ copertura

3 pedana in legno/ gradinata

4 pedana in legno/ cantina

percorso veloce/ servizio

percorso lento/ tempo libero

giardino 1

piante officinali

giardino 2

alberi frutto

giardino 3

orto, aromi, erbe

giardino 4

alberi, fusti alti

+ 0,10

+ 0,00

+ 0,10

+ 0,05

+ 0,00

malvavaleriana tarassacoerba

cipollinamenta melissacamomilla

A Social Wine CellarFrom a disused cellar to a livable place for event.private commission

date 2015place Cellarengo, Torino, Italy

An international organization decided to regene-rate the little wine cellar of its old farmstead into a contemporary space dedicated to the life of the association (wine stock, events, exhibitions).The first aim of the project is to maximize the use and the flexibility of such a frozen space.To do so the preexisting connection between the basement and the outdoor orchard will be restored. This simple action allows the renewed space to be joined with the west garden - redesigned in terms of paths and vegetation as well - in order to implement its own functional possibility.

A DUAL IDENTITYThe lower sections illustrate the space in its own dualism: a technical space dedicated to the wine stock and a living place for the association.The historical texture of brickworks matches contemporary materials in the designed furnitures. Again technical and rough for the wine stock, war-mer and fine for the central place for events.

(0) paths

glass

concrete

brick

steel

wood

polycarbonate

(1) wine stock

(2) exhibitions (3) events axonometric view of the renewed wine cellar

sections

ARTIFICIAL

1) a wood stage + sits2) a wood stage + roof3) a wood stage + stairs4) a wood stage + gate

NATURAL

1) tall trees2) aromatic plants3) fruit trees4) medicinal plantsgarden 1

tall trees

garden 2aromatic plants

garden 3fruit trees

garden 4medicinal plants

Meno 31

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the house of the keeper of Villa Belpoggio Ba-ciocchi park in the hills of Bologna. national competition

date 2014place Bologna, Italyteam G. Quercia

The project area is located in the most secret place of the park. This valuable site where nature is dense imposes an accurate and contextual approach to the design strategy.

The house of the keeper lies on a slope and identi-fies connections with the park that digs its volume. Wide openings allow the park to come inside the house: nature itself shapes and expands the inte-riors. The border limit between inside and outside becomes ambiguous. The vertical height of tree logs designs the facade with layers, in a game of figures in the background. The sliding wood panels allow the adjustment of aperture ensuring different privacy levels depending on the use of the interiors.The use of rough natural plaster without compro-mise both inside and outside gives the house an archaic and contemporary appearance at the same time.

Speed FibresEuropan 12 / the adaptable city.collaboration with thomas Ghisellini architettiinternational competition

date 2013place amstetten, austriateam L. alemanno, M. Pelliconi, G. Quercia

The proposal focuses on the critical interaction between the extraordinary landscape system that allows Amstetten to enjoy a clearly privileged envi-ronmental status and a strategic programme related to the management of leisure in terms of entertain-ment, culture, sports and innovative social inte-raction tied to supra-regional scale major events.

This dynamic muscle tissue, consisting of linear fibres, acts as a crucial connective organ which is assigned the task of bringing the patchwork of urban areas redefined by the project to the unity and scale of landscape.

We cannot build the identity of a place deliberately, but we can help people desire it strongly. This can happen feeding the territories of social cohesion, taking care of the organic peculiarities of places, inspiring choices to delicacy and thrift.regional strategy urban strategy architectural plan

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MONZUNO labCentro polifunzionale per le associazioni cittadine

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MONZUNO lab nasce come spazio di riferimento per le associazioni cittadine. Prerogativa fondamentale del progetto è la flessibilità degli spazi interni al fine di garantire la massima fruibilità agli utenti di oggi come a quelli di domani. Nel far questo abbiamo disegnato ambienti che possono adattarsi a varie richieste di utilizzo anche per favorire l’amministrazione nell’eventualità di affitto degli spazi interni. In tutto ciò è visibile la vocazione di MONZUNO lab a diventare punto di riferimento per le attività del territorio. Il progetto nasce dal dialogo tra le volumetrie e la morfologia del luogo e si risolve nella tensione che si genera tra le linee dure dei volumi, scheggiati come fossero ottenuti da un unico blocco di roccia, e le curve sinuose della collina monzunese. Anche nella scelta del materiale di rivestimento si è cercato un dialogo con la natura del posto. Il rame, che corre da cielo a terra senza soluzione di continuità, ci permette di ottenere superfici cangianti nel tempo con forti richiami alle cromie della natura circostante.

Monzuno labMulti-functional urban center for associations.academic work

date 2012place Monzuno, Italyteam Giacomo Quercia

Executive and design project of the multi-functional center in the small town of Monzuno.The building was totally conceived with steel technologies and designed to fulfil the flexibility and social need of the community.

EXPOSITIONSpublic/private network93 sqm

CONCERTSpublic/private programme110 sqm

PRACTICE ROOMpublic/private network63 sqm

DETAIL roofing connection

PRIVATE EVENTSprivate investment127 sqm

PUBLIC EVENTScomunity programme190 sqm

Wall frontier as renewed connectionThe city after the inner hospital transfer. academic work

date 2011place Ferrara, Italyteam S. Medici, M. Pelliconi

The project reflects upon the meaning of new va-cant places inside the urban fabric after a functional plan transfer outside the inner city.

We focus on the peculiar interaction between urban fabric and the extraordinary context such as the ancient wall system which is assigned the task of renewing its connection potentials.The green belt next Ferrara’s fortified walls infills a vacant place in order to find a renewed identity for urban spaces while an accurate analysis of histo-rical urban fabric gives the building development a true local matrix.

A strategic programme related to the management of new social housing and shared facilities in terms of culture, sports, research and development, uses the walls infrastructure to serve the entire communi-ty and enriches the city with new opportunities and interactions.

URBAN FABRIC ExTENSION GREEN SySTEM INFILL

GRAPHIC WORKS01 civic centres siracusa /commissioned02 museum of circo massimo rome /lab #403 architectural model /meno 3104 museum of circo massimo rome /lab #405 industrial redevelopment /commissioned06 private house wooden model /lab #107 public urban spaces vico morcote /workshop08 courtyard view of college rovigo /lab #309 private house prep model /lab #110 housing areas amstetten /europan1211 leisure areas amstetten /europan1212 school canteen brunico /internship

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Matteo Viciani Architecture Portfolio

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Transcript of Matteo Viciani Architecture Portfolio