Architecture Portfolio_Francesca Lauretta by Francesca Lauretta

ARCHITECTURE PORTFOLIO Francesca Lauretta

ABOUT ME

What is that feeling when you’re driving away from people and they recede on the plain till you see their specks dispersing? - it’s the too-huge world vaulting us, and it’s good-bye. But we lean forward to the next crazy venture beneath the skies. On the road, Jack Kerouac

I am a young Italian architect but I am really a citizen of the world. I love travelling, photographing and getting in touch with people. My name is Francesca Lauretta, I am 25 years old and I graduated in Architecture at the Politecnico di Milano. I am an eclectic woman and an immoderate passion for architecture characterizes my personality. I have studied at Politecnico di Milano that has given me a great ability of abstraction and determination in studying. I love searching for solutions to problems in architectural environment or in developing details. In 2016 I attended the Universitat Politècnica de València in Valcencia (Spain) and there I allowed the development of a problematic and somewhat technical professional approach linked to a material and constructive knowledge. Moreover, I have lived in South America and I have learned at Universidad Central de Chile, in Santiago de Chile. There I have opened my eyes to the human and social dimension of architecture. I have had many experiences abroad and I have developed remarkable adaptability to different social and work environments. I have a great attitude for teamwork and skills for planning and organizing activities. Over time I have increasingly appreciated an integrated vision of ecological, social and identity architecture. The important encounters and experiences of my life have guaranteed organicity and coherence to my professional career and they have favoured stimuli and architectural hypotheses built on human being and his identity.

PROJECTS

Arcoiris

Gas gas

Jumping walkway

Mattis

Robin Tub

THESIS WORK Public and equality space connected to the Museo de la Memoria y de los Derechos Humanos in Santiago de Chile

ACADEMIC PROJECT Part of the university campus of Bovisa (residencial, university and community buildings) in Milan

ACADEMIC PROJECT Pedestrian bridge for connecting the new train station with the university and motocross area in Milan

ACADEMIC PROJECT Regeneration of an old theatre into a public and community space in Santiago de Chile

COMPETITION Hydrical network sistem in a neighborhood in Santiago de Chile

ARCOIRIS

Arcoiris was born in the heart of Santiago, in Yungay, as a centre of aggregation for the citizens. Its presence is a tribute to the tragedy consumed in the region, to the violence inflicted by men over other men. It aims to seek and restore justice and not forget but recognize the blows inflicted on the individual and the community, to teach the children the search for the truth. The profound essence of Arcoiris is its love of life, an appeal to joy, that joy that is still struggling to make its strength felt. Arcoiris is a democratic complex born for the community. It is a different variation of an agora conceived and built around man, a citizen aware of the world. It is a large hug to the neighbourhood, to its inhabitants, each with their own diversity and dreams. Inside, large spaces or discreet corners offer different possibilities of use. The halls, open spaces or green areas are varied but always intercommunicating and strongly socializing. The building refers to the Museo de la Memoria y de los Derechos Humanos and is located within the same lot along Avenida Matucana. The museum structure, created in 2010 by the Studio America team, already appears to be an important presence within the design area both from a cultural and architectural point of view. The idea of Arcoiris â&#x20AC;&#x2039;â&#x20AC;&#x2039; is therefore to follow the museum without clashing with it but embracing it without diverting attention from the focus and mission of the main structure. The intervention therefore aims to search for an architectural and programmatic balance with the building, an action carried out in the deepest respect for the sacredness of the place, consistent with its purposes. A timeless proposal that does not intend to neglect the testimonies and stories contained herein but encourages us to look and understand why awareness arises only from knowledge, because it is the history of our days and must not be forgotten.

STATUS QUO

GENERATION OF THE SQUARE

HEIGHT GENERATION

Politecnico di Milano | Thesis | 2019 | Supervisors: Stefano Guidarini, P. Deâ&#x20AC;&#x2122; Angelis, G. Paganin, D. Palma | Project area: Barrio Quinta Normal, Santiago de Chile, Chile

ARCOIRIS | 2019

SCALA 1:500

SCALA 1:500 RIDOTTA ROOF PLAN

SCALA 1:500 RIDOTTA

ARCOIRIS | 2019

PLAN -7.50 m

ARCOIRIS

MUSEO DE LA MEMORIA Y DE LOS DERECHOS HUMANOS

ARCOIRIS | 2019

SCALA 1:200

SCALA 1:200 RIDOTTO 22% SECTION AAâ&#x20AC;&#x2122;

0 1 2

ARCOIRIS | 2019

PLAN -3.00 m

SCALA 1:200

SCALA 1:200 RIDOTTO 22% VIEW FROM THE MUSEUM OF HUMAN RIGHT

0 1 2

ARCOIRIS | 2019

PROSPECTIVE SECTION BBâ&#x20AC;&#x2122; 10

ARCOIRIS | 2019

SCALA 1:50

SCALA 1:50 RIDOTTO 25

ARCOIRIS | 2019

DETAIL DESCRIPTION 1 Piastra di fondazione in calcestruzzo armato (C 35/45), con sistema di impermeabilizzazione vasca bianca, sp. 80 cm 2 Getto di sottofondazione in calcestruzzo livellato, sp. 12 cm 3 Muro perimetrale controtterra in calcestruzzo armato (C 35/45), con sistema di impermeabilizzazione vasca bianca, sp.50 cm 4 Solaio a piastra bidirezionale in calcestruzzo armato (C 35/45), sp. 45 cm 5 Piastra di fondazione in calcestruzzo armato (C 35/45), con sistema di impermeabilizzazione vasca bianca, sp. 45 cm 6 Parapetto in calcestruzzo armato (C 35/45), sp.25 cm 7 Membrana bituminosa elastomerica 8 Coibentazione termo-acustica in polistirene espanso estruso, conducibilità termica=0.036 W/mk, sp. 5 cm 9 Doppio foglio di guaina impermeabilizzante bitume - polimero 10 Geotessuto tridimensionale in PE 11 Strato di separazione in TNT 12 Doppio foglio di polietilene 13 Coibentazione termo-acustica in polistirene espanso estruso, conducibilità termica=0.036 W/mk, sp. 8 cm 14 Coibentazione termo-acustica in polistirene espanso estruso, conducibilità termica=0.036 W/mk, sp. 6 cm 15 Sedute esterne in calcestruzzo alleggerito(1200 kg/m3 ), con casseri a perdere, altezza 40 cm 16 Pluviale metallico di raccolta e smaltimento dell’acqua, larghezza 10 cm 17 Getto in calcestruzzo fibrorinforzato, con fibre di vetro, sp. 10 cm , con rete eletrosaldata, diametro 8 mm, 20 * 20 cm 18 Fogli bentonitici 19 Tubo per drenaggio ø 10 mm forato solo nella parte superiore 20 Giunto Schöck Isokorb calcestruzzo/ calcestruzzo, sp. di isolamento 8 cm 21 Vetrocamera composta da: strato interno in vetro di sicurezza 1B1 stratificato 6/0.76/7, camera d’aria con gas argon di 16 mm, strato esterno vetro di sicurezza 2B2 6/7 22 Sistema per facciate in alluminio a montanti e traversi Schüco FWS 35 PD, 18.7 cm * 3.5 cm 23 Canale in calcestruzzo con telai zincati di drenaggio per la raccolta e il convogliamento delle acque superficiali, larghezza 15 cm 24 Pavimentazione esterna in calcestruzzo rifinita con resina di rivestimento, sp. 20 cm, attrezzata per l’illuminazione e per la raccolta delle acque meteoriche 25 Terreno di riempimento con terra a granulometria mista 26 Terreno

SCALA 1:20

SCALA 1:20 RIDOTTO VERTICAL SECTION 12

0.2

0.5

ARCOIRIS | 2019

HORIZONTAL SECTION

DETAIL MULTIFUNCTIONAL ROOM 1 Setto strutturale in calcestruzzo armato (C 35/45), sp. 40 cm 2 Solaio a piastra bidirezionale in calcestruzzo armato (C 35/45), sp. 45 cm 3 Coibentazione termo-acustica in polistirene espanso estruso, conducibilità termica=0.036 W/mk, sp. 5 cm 4 Doppio foglio di guaina impermeabilizzante bitume - polimero 5 Cappa di protezione in calcestruzzo, sp. 7 cm 6 Strato di separazione e protezione in doppio foglio di polietilene 7 Pannello rigido in lana di roccia non rivestito a media densità, sp. 8 cm 8 Getto in calcestruzzo fibrorinforzato, con fibre di vetro, sp. 10 cm , con rete eletrosaldata, diametro 8 mm, 20 * 20 cm 9 Montante verticale in pino piallato 4’ * 12’ 10 Montante orizzontale in pino piallato 4’ * 12’ 11 Rivestimento con pannelli in legno Pino Oregon con tasselli in alluminio flessibile, con trattamento ignifugo, 5.5 cm * 2 cm 12 Tensori in alluminio appesi a soffitto, ø 5 13 Binario di sostegno in alluminio del

rivestimento del soffitto, sp. 3 cm 14 Sistema di ancoraggio montante orizzontale a solaio a tassello meccanico 15 Trave nervata in calcestruzzo armato (C 35/45), sp. 50 cm * 60 cm 16 Rivestimento in doghe di legno di larice, con trattamento ignifugo, con sistema di binari a sospensione, 11 cm* 1.5 cm 17 Montanti verticali in alluminio di sostegno al rivestimento interno con sezione tubolare 10 cm * 4 cm 18 Montanti verticali in alluminio di sostegno al rivestimento esterno con sezione tubolare, 5 cm * 3 cm 19 Montanti orizzontali in alluminio di sostegno al rivestimento esterno con sezione tubolare, 3 cm * 3 cm

SCALA 1:20

SCALA 1:20 RIDOTTO VERTICAL SECTION 14

0.2

0.5

ARCOIRIS | 2019

SCALA 1:500

SCALA 1:500 RID 0

SCALA 1:500 RID EXPLODED AXONOMETRIC

0 5 10

ARCOIRIS | 2019

GAS GAS

Target Renovating a limited area in Bovisa, the so-called drop, by incorporating university buildings, residences, dining areas and green areas. Project description This project is located in Bovisa, a district in Milan. Here there is another university location of the Politecnico di Milano. The project area is very wide and it extends from the railway station of Villapizzone to the area of the two gasometers (landmark of the whole project area). For the external renovation of the area, we are considering five buildings, the two gasometers and the east-facing square in the masterplan. The first building is a residential tower that can be used both by students and families with the intent to promote an interaction between university and the outer world. The tower has three basements with parking lots that recall the former gasometer with a system of ramps. The gasometer is visible from a downward spiral built outside the tower. The residences are on the central floors, while on the top floor there is a restaurant. The second building is the welcome area for people coming from the park that head to the campus. It has an auditorium in the basement and a large open space on the hanging floor which has free access and offers a variety of facilities to the customers. Besides there are three more university buildings; the main building consisting of three structures joined together by two transversal suspended walkways. Here there should be study classrooms and some university services. Finally there are the two gasometers. The first is designed as an outdoor theatre and it consists in two concentric and continuous ramps that allow uninterrupted trails, sloping in order to facilitate sessions of events, whereas the second gasometer should be a botanical garden.

MAIN AXES

MAIN AREAS AND PERMEABILITY

MAIN BUILDINGS

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% GROUND FLOOR PLAN

0 1 2

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% BASAMENT FLOOR -1 PLAN

0 1 2

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% TYPICAL APARTAMENTS FLOOR PLAN

0 1 2

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% EAST ELEVATION

0 1 2

GAS GAS | 2017

DETAIL DESCRIPTION 1 Intonaco interno sp. 3 cm. 2 Blocco di cls aerato autoclavato ENERGY 300 EKORUGASBETON prodotto da Bacchi dim. 60x25x30 cm. 3 Pluviale tubolare in pvc Ă&#x2DC; 10 cm. 4 Pannello di polistirene espanso estruso XPS Styrodur modello 2800 C prodotto da BASF sp. 12 cm. 5 Pannello di rivestimento prefabbricato in cls sp. 5 cm. 6 Collante GASBETON formato da acqua e colla secca non additivato sp. 1 cm. 7 Pannello di polistirene espanso estruso XPS prodotto da Styrodur modello 2800 C sp. 6 cm. 8 Pilastro in cls armato classe C 70/85. 9 Elemento in acciaio con funzione di fermo. 10 Barra filettata in acciaio Ă&#x2DC; 45 mm. 11 Piastra in acciaio al carbonio EN 1.1206 sp. 5 mm 12 Lesena prefabbricata in cls sp. 5 cm. 13 Marcapiano prefabbricato in cls sp. 5 cm. 14 Serramento SECCO SISTEMI in acciaio inox OS265 a taglio termico apribile internamente con doppio battente. 15 Vetrata di rivestimento VEC HST temprato smaltato Union Glass sp. 8mm. 16 Telaio in acciaio che funge da struttura al pannello in vetro. 17 Gancio in acciaio per fissaggio vetrata di rivestimento facciata. 18 Elemento sezionato in acciaio della cornice strutturale. 19 Profilo tubolare in acciaio sp. 2 mm. 20 Serramento SECCO SISTEMI in acciaio inox OS265.1 a taglio termico fisso. 21 Pavimentazione in listoni di rovere nodino europeo prodotto da Adorin dim. 140x200 cm sp. 1 cm. 22 Adesivo monocomponente poliuretanico ULTRABOND ECO P992 1K sp. 5mm. 23 Massetto autolivellante sp. 4 cm. 24 Pannello radiante per riscaldamento a pavimento. 25 Massetto autolivellante per pannelli radianti 4,5 cm. 26 Sottofondo sp. 6 cm.

VERTICAL SECTION

SCALA 1:10

SCALA 1:10 ridotto 35%

HORIZONTAL SECTION 26

0.2

0.5

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% FIRST FLOOR PLAN

0 1 2

GAS GAS | 2017

SECTION AAâ&#x20AC;&#x2122;

SCALA 1:200

SCALA 1:200 RIDOTTO 35% SECOND FLOOR PLAN

0 1 2

GAS GAS | 2017

SCALA 1:200

SCALA 1:200 RIDOTTO 35% GROUND FLOOR PLAN

0 1 2

GAS GAS | 2017

SOUTH EAST ELEVATION

SCALA 1:200

SCALA 1:200 RIDOTTO 35% FIRST FLOOR PLAN

0 1 2

GAS GAS | 2017

HORIZONTAL SECTION DETAIL DESCRIPTION 1 Pavimentazione con rivestimento cementizio MICROBOND prodotto da ECOBETON sp. 1 cm. 2 Massetto autolivellante sp. 6 cm. 3 Solaio prefabbricato alveolare in cls armato precompresso ALVEOX H 30 cm prodotto da Seieffe Prefabbricati Spa. 4 Blocco di cls aerato autoclavato ENERGY 300 EKORU-GASBETON prodotto da Bacchi dim. 60x25x30 cm. 5 Trave a T rovescia in cls armato classe C40/50. 6 Serramento SECCO SISTEMI in acciaio inox OS265.1 a taglio termico fisso. 7 Lastra in acciaio di rivestimento sp. 2 mm. 8 Pannello di polistirene espanso estruso XPS prodotto da Styrodur modello 2800 C sp. 10 cm. 9 Profilo a C in acciaio per aggancio rivestimento alla struttura sp. 2 mm. 10 Imbotte delle aperture in acciaio sp. 2 mm. 11 Serramento SECCO SISTEMI in acciaio inox OS265 a taglio termico apribile internamente con doppio battente. 12 Pannello Shadow Box formato da uno strato di lamiera e da un vetrocamera sp. totale 9 cm. 13 Tubo di aerazione vespaio aerato Ø 10 cm. 14 Rivestimento cementizio premiscelato in polvere ERCOLE prodotto da ECOBETON sp. 3 mm. 15 Masseto di cls alleggerito sp. 8 cm. 16 Rete elettrosaldata per cls Ø 2 mm con passo 10 cm. 17 Vespaio aerato formato da elementi plastici CUPOLEX prodotti da PONTAROLO ENGINEERING dim. 50x50x30 cm. 18 Magrone in cls classe C12/15 sp. 10 cm.

19 Strato di ghiaia. 20 Platea di fondazione in cls classe C40/50 sp. 15 cm. 21 Pavimentazione esterna in cls sp. 5 cm. 22 Massetto di pendenza in cls classe C12/15. 23 Barriera al vapore. 24 Pannello di polistirene espanso estruso XPS prodotto da Styrodur modello 2800 C sp. 6 cm. 25 Membrana impermeabilizzante POLIMAT PRO prodotta da BITUVER in mescola elastoplastomerica (BPP) con armatura doppia sp. 3 + 3 mm. 26 Tubolare in pvc per incanalizzazione acqua Ø 10 cm. 27 Terreno. 28 Muriccio in cls tra i plinti in cls classe C40/50 sp. 35 cm. 29 Profilo metallico sp. 2 mm. 30 Profilo a C metallico sp. 2 mm. 31 Rivestimento in lamiera in alluminio grecato profilo 28 Ral 7016 prodotta da Carollo Serramenti sp. 3/5,5 cm. Sistema di ancoraggio della Metecnoitalia: pannello metallico autoportante, coibentato con schiuma poliuretanica, con sistema di fissaggio a scomparsa. 32 Doppio strato di isolante sp. 20 cm realizzato in pannelli di polistirene espanso estruso XPS prodotto da Styrodur modello 2800 C di sp. 10 cm ognuno. 33 Collante GASBETON formato da acqua e colla secca non additivato sp. 1 cm. 34 Intercapedine per impianti elettrici sp. 7 cm. 35 Doppio pannello in cartongesso sp. 2,5 cm - strato1. 36 Doppio pannello in cartongesso sp. 2,5 cm - strato2. 37 Profilo a C metallico che funge da struttura per il cartongesso sp. 2 mm.

SCALA 1:10

SCALA 1:10 ridotto 35%

VERTICAL SECTION 34

0.2

0.5

GAS GAS | 2017

SECTION AAâ&#x20AC;&#x2122;

SCALA 1:200

SCALA 1:200 RIDOTTO 35% ROOF PLAN

0 1 2

GAS GAS | 2017

JUMPING WALKWAY

Target Renoving a section of the EXPO area in â&#x20AC;&#x2039;â&#x20AC;&#x2039;Milan by creating a connection with the new university campus and designing a specific underground station. Project description The project concerns the EXPO area located in the northwestern district of Milan. The area to be renoved has the shape of a triangle closed along the sides by a railroad, a highway and an elevated highway. Because of the level of challenges of the site and the need to design a more attractive centre for the city, after examining the existing laws about this subject, it was decided to build a motocross track. In this way also the surrounding abandoned areas can be renovated, when realizing complementary services to the track. The site is crossed by a raised passage that facilitates the route from the new underground station to the new university campus. This structure incorporates another structure with a spalto function on the track for the viewers of the competitions and paddocks in its final part. Two arches show the entrance to the underground station. The station building is made up by two parallelepipeds, glazed or open on the four sides, side by side with the last part of the walkway. These are supported by stairs leading to the tracks. Along the walkway there should be three more fully glazed structures with a view of the race track, the Alps and Milan. The walkway structure is designed with two single trusses in order to facilitate the positioning of adequate lights and the use of few pillars.

NOISE SYSTEM

MOVEMENT SYSTEM

WALKWAY SISTEM

JUMPING WALKWAY | 2017

SCALA 1:100

SCALA 1:100 RIDOTTI 30

FIRST FLOOR PLAN

JUMPING WALKWAY | 2017

SCALA 1:100

SCALA 1:100 RIDOTTI 30

SOUTH EAST ELEVATION

JUMPING WALKWAY | 2017

SCALA 1:50

SCALA 1:50 RIDOTTO 35

WALKWAY SECTION

JUMPING WALKWAY | 2017

GROUND FLOOR PLAN

FIRST FLOOR PLAN

SECOND FLOOR PLAN

SCALA 1:200

SCALA 1:200 RIDOTTO 30% SOUTH ELEVATION

0 1 2

JUMPING WALKWAY | 2017

MATTIS

Target Redevelop an old theatre located within a lot with different functions. Improve the quality of the site and create a replicable example in other locations of the city. Project description The project area is located within a closed lot, in the southern area of the Comuna Santiago. The area consists mainly of an old theatre that can be accessed only through the school located nearby. The functions available inside the single lot vary. Initially, in 1930, it was a parish complex where the monks had already built a monastery and a church, a school for the kids in the neighbourhood and residences for teachers. To date the use of the lot has undergone few variations, however, users and needs have changed today. The theatre is part of the educational complex of the school but it has been abandoned for several years and it is not preserved. After an analysis of the area it is intended to create a common space for all the ethnic, economic and cultural diversities of the neighbourhood; a flexible space for the needs of different users (children, students, workers and elders); a space that stimulates creativity as much as possible. A small point of aggregation as it has always been, a space that can be replicated in other areas of the neighbourhood in the future and that can allow different cultural activities. . My architectural intervention is minimal. The idea is always to preserve as much as possible by strengthening the existing structural elements with almost imperceptible but effective measures and, where possible, reusing the existing materials giving them new value. Two uninhabited houses on the ground floor have been used for the entrance to the theatre from Calle Carmen.

ACCESS AND IDENTIFICATION OF SPACES

SPACE OCCUPIED BY PERMANENT ACTIVITIES IN THEIR SPACES

INFLUENCE OF ACTIVITIES IN THE CITY AND IN TIME

Universidad central de Chile - Arquitectura | Taller X | 2018 | Supervisors: Jorge Atria | Project area: Barrio Matta Sur, Santiago de Chile, Chile

MATTIS | 2018

SCALA 1:150 GROUND FLOOR PLAN

SCALA 1:150 ridotta 52.5 %

WEST ELEVATION

SCALA 1:150 ridotta 60 %

MATTIS | 2018

SCALA 1:150 FIRST FLOOR PLAN

SCALA 1:150 ridotta 52.5 %

EAST ELEVATION

SCALA 1:150 ridotta 60 %

MATTIS | 2018

SECTION AA’

SCALA 1:150

SCALA 1:150 ridotta 52.5 %

SCALA 1:150 ridotta 60 % SECTION BB’

MATTIS | 2018

REINFORCEMENT TRUSSES

TILT PANELS

ASSONOMETRIC EXPLODED

GARDEN AND WATER VIABILITY 56

MATTIS | 2018

DETAIL DESCRIPTION DETALLE TECHO 1 a_Panel Fotovoltaico connectado a la red, Cenit Solar b_Panel solar KY 60 Cell series, Solar Kuhn 2 Perfiles Rectangulares ASTM A500, Cintac, 40 mm X 60 mm X 2 mm 3 Panel trapezoidal PT825 en acero con recubrimiento en aluminio zincado, Villalba 4 Barrera de humedad, fieltro Volcan 15/40 liso, Volcan 5 Encamisado OCB, LB Building Products, 11.1 mm 6 Costanera de pino 6’’ X 2’’ posicionadas con un paso de 60 cm 7 Doble capa de aislante termico natural de lana, Bio Aislant 8 Plancha en MDF enchapado eucalipto de suporte al panel de asorbimiento acustico, 16mm, Imperial 9 Panel de absorsion acustico Ideacustic 8, 2430 mm X 160 mm X 16 mm, Idea Tec 10 Bandas acusticas y termica Fonodan 70, Sonoflex 11 Tapa vertical en OCB, LB Building Products, 11.1 mm

SCALA 1:5

DETALLE PARED 1 Tabiqueria: horizontal de pino 6’’ X 2’’ cada 60 cm, vertical de pino 6” X 2” cada 40 cm 2 Traslapo en madera de pino radiata impregnada, Arauco, 1” X 6” 3 Torniglio en acero 4 Membrana hidrofuga, Tivec Homewrap, 2.743 m X 45.72 m 5 Encamisado OCB, LB Building Products, 11.1 mm 6 Perfil metalico superior modelado en acero inoxidable austeníticos, espesor 2mm , con cortagota, Kufer Acero 7 Cerramiento en acero Shuco AWS 75 a corte termico abribile internamente, Shuco 8 Perfil metalico inferior modelado en acero inoxidable austeníticos, espesor 2mm , con cortagota, Kufer Acero 9 Doble capa de aislante termico natural de lana, Bio Aislant 10 Riverstimento pindato ranudado, Masisa 1.220 m X 2440 m 11 Suporte en madera modelada del cerramiento

SCALA 1:5 RIDOTTO 35%

0.1

0.2

0.5

MATTIS | 2018

ROBIN TUB

Target Developing a project between utopia and plausibility to tackle problems related to water access in Chile. Project description The hydrical network en Chile is owned by private enterprises, and the access to water is not free. For this reason many people do not have water, or cannot have it or is found itself in a situation where cannot access to it. In some cases, the public use, in terms of public water features, is limited or do not exist. ROBIN TUB steals from the rich and gives to the poor: catches water form the network and redistributes it to the whole, making it a public good. Sucking water form hydrants, it inlets in a public alternative network which is free, public, visible and far from market rules. Water will be shared by all, being much more than a liquid: it will have a shape capable of creating community. New functions, related to water, will plug in to this pipes network. Water will become the main actor on the urban stage, outpouring in showers, fountains, taps, tubs, refreshing clouds and in many more facilities. Water becomes an urban re-generating tool. ROBIN TUB is not a project but an ever-reproposable system where the only background needed is a community ready to take charge of the change in the quality of open spaces in their neighborhood. Oo-de-lally, oo-de-lally, golly, what a day!

HACK YOUR GRIFO

GREEN PUBLIC IRRIGATION

FREE WATER FOR PEOPLE AND ANIMALS

FREE WATER IN HOUSES AND FOR COLLECTIVE CULTIVATIONS

DRINKING WATER REDISTRIBUTION

Universidad Central de Chile | Competition: Sobre el problema del agua | Group members: 2 | 2018 | Project area: Barrio tipo, Santiago de Chile, Chile

ROBIN TUB | 2018

francesca.lauretta@gmail.com +39 3356709075