POrtfolio Giulia Simone
Giulia Simone Architecture Email: giuliasimone10@gmail.com Tel: +39 3465803827 (it)
About me Birth Date: Adress: Profession: Email: Tel:
26th October 1993, Torino, Italy Corso Peschiera 265, Torino, CAP 10141, Italy Architect giuliasimone10@gmail.com +39 3465803827 (it)
Education 2015-2017 MASTER DEGREE IN ARCHITECTURE Gradueted at Politecnico di Torino, Department of Architecture and Design, Master in Construction and City,
gradueted with 110L/110 and honorable mention.
2016-2017 ERASMUS PLUS École Nationale Supérieure d’Architecture Lyon, Courses and Final Project, attended the second year of Master. 2012-2015 BACHELOR DEGREE IN ARCHITECTURE Graduated at Politecnico di Torino, Department of Architecture and Design,
Bachelor in Architecture with 102/110.
2007-2012 DIPLOMA MATURITÀ SCIENTIFICA
Internship - Assistant Professor “Atelier Progetto e Rappresentazione”, Professor M. Graffione, from September 2015 to March 2016. - FOR Engineering and Architecture, from September 2014 to July 2015.
Workshop -
International Workshop Suzhou, Xi’an Jiaotong- Liverpool University, from 18th February to 25th February 2017. 48h pour faire vivre des idées, Challenge étudiant, 4ème édition, INSA Lyon, November 2016. Expo dopo Expo, Workshop di progettazione 2016, Politecnico di Milano. International Summer School 2015 - Centro Internazionale Studi sul Paesaggio e sul Giardino Bergamo, August 2015. Il disegno per le mani, graphic design for blind people 2015, Politecnico di Torino. Birdwatching Tettolupo, Atelier Mobile from 7th September to 13th September of 2014. Workshop of Architectural photography “Scenari urbani”, Visual School of photography, 2013.
Publication and competition - Honorable mention and publication of the final thesis of master “Kuisinarum: a project for a mobile kitchen”. September 2017. - Honorable mention. Sydney Rehearsal Follies, International competition for students by ARCHMEDIUM. April 2017. - Publication of the best project of Politecnico of Torino. Design Unit “ Architettura e economia urbana”, first year of Master. - GreenNews.info, June 2016. Maestri del Paesaggio 2016: a Bergamo la ricongiunzione tra wild nature e smart city. - ArchAlp, foglio semestrale dell’Istituto di Architettura Montana, December 2014. Project of Tettolupo, Atelier Mobile.
Language skills Italian: Mother tongue English: Excellent (C1) French: Excellent (C1)
Informatical skills
Autocad and Revit Photoshop, Illustrator and InDesign Google Sketchup, Rhyno and 3ds Max Office, FinalCut Pro
Personal Skills
Creative Person Team Worker Musicial Photographer
Contenents - Follow the bubbles: international competition - Kuisinarium: cuisine cantine mobile - &co- Hotel - Mirafiori Creative Cluster - Costruire nel Costruito - Wilderness: international Summer School - Toiture Vivante - Changmen District: international workshop
FOLLOW THE BUBBLES HONORABLE MENTION ARCHMEDIUM INTERNATIONAL COMPETITION a.a 2017
WHAT: Sydney Revearsal Follies WHERE: Sydney, Australia Follow the Bubbles is a project that aims at diffusing the music and its culture in one of the most important public space of the city of Sydney. It is a botanic garden, it is a musical park, it is a new collective space for the people, but it is also a place where to be connected with the nature and to have fun. The main goal, in fact, is to connect the nature of the Royal Botanic Garden to the music and the visitors.
Undefined and rounded forms generate a fluid and continuous succession of space.
An ecological environment is achieved by a glazed surface on the facades.
The new path is designed to allow the passer-bys to admire closely the vegetation.
The pillars are positioned like a forest, where people can trace a winding walkway.
Ticket Office Info Point
Bar
Rehearsal Room Rock Music
Rehearsal Room Classic Music
Auditorium
KUISINARIUM: CUISINE CANTINE MOBILE PROFESSORS Cécile Regnault William Vassal a.a 2016-2017
WHAT: Modular and mobile kitchen WHERE: Lyon, France The work of thesis’ goal is the design of a mobile kitchen. The project has been proposed by Komplex Kapharnaum, a company of international artists. They asked for the delineation of a “capsule”: a module that can easily be installed and moved in the public space. The mobile kitchen is the pretext to attentively analyze the relationship between man and food, and how an architectural project and the dimension of food can contribute to the delineation of the public space.
4 Scenarios
1_ Utilitarian This is the basic scenario, where the kitchen is used only by the company of artists to prepare a lunch or a supper.
3_ Pedagogic The kitchen is thought both as a workshop space to learn to cook, to play instruments, to make some artistic performances and as a first approach to the concept of the km 0 agriculture.
2_ Spectacle The roof, composed by many panels, is closed on one side to have a space of projection, while from the other side it comes completely open leaving the space for the installation of the kitchen
4_ Transport The closed Kuisinarum for the transport is a signal in the public space, but at the same time it is something extraneous and intriguing.
Photovoltaic panels to achieve the self-sufficiency
Roof with slope to collect the rainwater
Wood structure
Movable panels
Carts for the distribution of food
Modules of the kitchen (sink, refrigerator, stockage)
Metallic structure
Trailer
The organisation of the kitchen
SPAZIO SEDIE PIEGATE
CUCINA PASTI FREDDI
RIFIUTI
CONTENITORE ALIMENTARE
CONTENITORE PIATTI UTENSILI
SPAZIO WORKSHOP
MA
&CO- HOTEL PROFESSORS Matteo Robiglio Isabella Lami Paolo Corgnati a.a 2015-2016
WHAT: Hotel km 0 WHERE: Olimpic BobSleigh, Cesana, Italy The &CO-Hotel is a project to re-use the Olympic complex of bobsleigh built in Cesana in 2006. In the project the idea of the hotel is based on the traditional activities of these mountains. The complex will be a place where turists can enjoy the life in an Eco-village. Some resident families will manage the hotel and the related activities such as the production of wine, cheese and honey.
S
0
ASTERPLAN
SCALA 1/1500
0
20 10
40 30
50
Tree houses
Economic and energetic analisys
TAR
TIPOLOGIA 1 7 5 12 11 6
4 unità da 32 m2
Ri cen pom
1 2 8
EPR
9
2
3
4
6
1. struttura in Xlam_ 15 cm 2. isolante rigido_ 15 cm
TARGET ENERGETICI
3. pavimento radiante_ 10 cm 5. strato impermeabilizzante
7. sgocciolatoioRiscaldamento 8. listelli abete centralizzato 9. triplo vetro
2 5
Acqua calda sanitaria 60% dalla pista con
6. barriera a vapore
con
pompa di calore
Energia elettrica 100% dalla pista pannelli fotovoltaici
pannelli solari
10. pali di acciaio strutturali
8
16
10
4. pavimento
11. massetto di pendenza
1. Xlam_15cm 2.Rigid Insulation_15cm 3.Radiant floor heating_ 10cm 4. Floor 5. Waterproof membrane 6. Vapour Barrier 7.Water gutter COSTO 8.Fillers fir Raffrescamento 9. Triple glass window pari a zero 10.Steal pillar kWh/m Qc < 11.15 Slab withanno slope 2
12: strato di finitura
Epr Renouvalable EPRwithout AL DI Energy FER TIPOLOGIA 2 LORDO
QH
QH
4 unità da 25 m2
ENERGY CLASS ENERGETICA CLASSE
65 kWh/m anno year 2
QE
BENE
EprEwithCON Renouvalable FER PR
15 kWh/m year anno 2
QW
QW
COSTO DICONSTRUCTION COSTRUZIONE COST OF 48.830 €
TIPOLOGIA DI STANZA TYPE OF ROOM 4 Suites
1500 € al m
2
A+ PREZZO A THE STANZA PRICE FOR ROOM
250 €
- 2°C
- CO
- AS
- AS
EPR
U= 0,7 W/m k
TARGET ENERGETICI
1. struttura in Xlam_ 15 cm 2. isolante rigido_ 15 cm
3. pavimento radiante_ 10 cm
8
16
10
4. pavimento
QE
5. strato impermeabilizzante
Acqua calda Comunità sanitaria 60% Agricola dalla pista con pannelli solari
8. listelli abete
Riscaldamento 11. massetto di pendenza centralizzato con 12: strato di finitura pompa di calore 9. triplo vetro
10. pali di acciaio strutturali
000 €
TIPOLOGIA 2 2 1 4 5 3 6 4 unità PISTA: da 25 m2Mezzo di trasporto
7
9
8
11
10
12
13
48.830 € Energia elettrica 4 Suites Raffrescamento 1500 € al m2 100% dalla pari a zero pista pannelli Qc < 15 kWh/m anno BENEFICI DELLA FITODEPURAZIONETARGET TIPOLOGIA 3 ENERGETICO fotovoltaici 15
EPR AL LORDO DI FER
000 €
QH
000 €
14
EPR CON FER
€
65 kWh/m anno 2
.000 €
U= 0,7 W/m2k
50%
QH,us
100%
QW,us
QH
15 kWh/m anno
66 kWh/m anno
0
48.830 €
2
250 - acs: 60% coperto dai pannelli solari termici€
4 Suites
Pannelli solari termici
Benefit of phytodepuration BENEFICI DELLA FITODEPURAZIONE 2°C environment INTORNO
Case sugli 2°C NELL’ alberi
QE,use
31 kWh/m2anno
QH,use
19 kWh/m2anno
6. barriera
Q
7. sgocciol
8. listelli ab
9. triplo vet
10. pali di a
11. masset COSTO
12: strato d
Pompa di calore
Heat
220 € pump
TIPOLO
1 4 unità d
Pannelli fotovoltaici
-Pompa di calore: COP pari a 4,5 0 kWh/m2anno - Collegamento con la rete elettrica nazionale
- absorption of rain water ASSORBIMENTO ACQUE PIOVANE
Reception
80 kWh/m anno 100%
ACS riscaldamento elettricità da pista PR
E
H
2
3
4
5
7
8
9
10
11
12
33.670 €
Pompa di calore
13
14
3.000.000 €
2
2
2.250.000 €
2.250.000
QE
1
2
3
QW
COSTO DI COSTRUZIONE
0€
0
TIPOLOGIA DI STANZA
- 750 000 €
-750.000
-2.250.000
3.000.000 €
220 €
2 Camere triple
NPV VAN 1.864.750 €
Scenario 2: 2: Tir Scenario IRR19% 19% Scenario 3: 3: Tir Scenario IRR5%5%
Pannelli solari termici
Pannelli fotovoltaici
10
11
12
13
14
15
TIPOLO
4 unità d
180 €
- 2 250 000 €
1600 € Scenario al m2 1: Tir Scenario 1: IRR15% 15%
9
PREZZO A STANZA
-1.500.000 2 Camere doppie
44.600 €
8
A+
750.000 €
750.000
CLASSE 4 5 6 7
ENERGETICA
1.500.000 1.500.000 €
QW
180 €
4 Camere doppie
1650 € al m2
15
Comunità PREZZO A STANZA Agricola
TIPOLOGIA DI STANZA
COSTO DI COSTRUZIONE
QH
3.000.000 15 kWh/m anno
66 kWh/m anno
A
QW
QW
CON FER
dell’acqua
6
U
ENERGETICA
2
QE
4
SCALA 1/50
18 kWh/m anno
2
cisterna Cash FlowFLUSSI AnalisysQ CUMULATI - 15 Years ANALISI SU 15 ANNI depurazione 5
QH
CLASSE
-- ASSORBIMENTO absorption of grey water ACQUE GRIGIE
3
EPR CON FER
50%
QH
PISTA: 802.590 € CASE SUGLI ALBERI: 1.180.923 € 1470 €/m2
2
9 kWh/m2anno
10%
COSTO INTERVENTO
EPR AL LORDO DI FER
9 kWh/m2anno
Pompa di calore
9 kWh/m2anno
31 kWh/m2anno
QW,use
EPR AL LORDO DI FER
k
A STANZA
180 €
depurazione dell’acqua
Pannelli fotovoltaici
10%
- CO MIGLIORAMENTO QUALITA’ ARIA CO2: 2 better quality of air
2
electricity heating
5. strato im
LOCALE TECNICO
4 unità da 19m2
1
riscaldamento elettricità PREZZO da pista
4. pavimen
- riscaldamento: 50% coperto dai pannelli fotovoltaici
TIPOLOGIA 3
1
3. pavimen
PANNELLI SOLARI TERMICI DHW ACS
cisterna 2 Cameretank doppie
5
2. isolante r
A+
QW
TIPOLOGIA DI STANZA
4
EP 1. struttura
PANNELLI FOTOVOLTAICI
depuration SCALA 1/50 2 2 Camere triple 1600 € :80% al m coperto dai pannelli fotovoltaici - elettrico water
1500 € al m
0
CLASSE ENERGETICA
2
PREZZO A STANZA
€ FABBISOGNI 1 44.600 3
2
-
SISTEMA CENTRALIZZATO
QH
A+
COSTO DI COSTRUZIONE
TIR 15%
EPR CON FER
ENERGIA VERDE
- energia prodotta = 202.500 kWh/anno
VAN 1.864.750 €
SISTEMA 100% ELETTRICO
ENERGETICA 15 kWh/m anno
2
TIPOLOGIA DI STANZA
SISTEMA ENERGETICO
CLASSE
Q
COSTO DI COSTRUZIONE
QE,us
- ASSORBIMENTO ACQUE PIOVANE
QE U= 0,15 W/m2k QW Impianto fotovoltaico con rendimento del 14% W - 730 mq coperti
QW
4 unità d
CO2 PARI A 0
PISTA: Produzione di energia elettrica
QE
80% ENERGIA ELETTRICA VERDE
10%
2
000 €
TIPOLO
- CO2 MIGLIORAMENTO QUALITA’ ARIA
EPR AL LORDO DI FER
- 230 mq coperti per 130 persone - 60% del fabbisogno totale
16
250 €
10%
- ASSORBIMENTO ACQUE GRIGIE
QH
PISTA: Produzione di Acqua calda Impianto solare
000 €
PREZZO A STANZA
2 4 unità 19mINTORNO - 2°C da NELL’
- Energia elettrica - Acqua per il riscaldamento
COSTO D
2
- Acqua calda sanitaria
.000 €
TIPOLOGIA DI STANZA
COSTO DI COSTRUZIONE
6. barriera a vapore 7. sgocciolatoio
A+
QW
QW
2 5
Pannelli fotovoltaici
IRR TIR 15%
0 1
SCALA
MIRAFIORI CREATIVE CLUSTER PROFESSORS Subash Mukerjee Luca Caneparo a.a 2015-2016
WHAT: School: From kindergarden to secondary school WHERE: Moncalieri, Italy The site for the design task was chosen among Torinoâ&#x20AC;&#x2122;s most urgent and most generic areas, the housing district of Via Plava, where we had to deal with a complex and underused environment, operating a balanced mix of demolitions, new buildings and transformations of the existing. A new form and importance is given to the educational system. The main idea is to merge the four schools into a single cluster of activities.
1
1
2
1
2
6 2
2
Plans and sections
6
3
5
6
6
2
1
ram. The slopes which hold the educational programs e schools connect different activities making a contis sequence for the school time.
2
Architectural concept. Four volumes are wedged in the ground floor slab. Green spaces are captured within the pe-2 rimeter to articulate the various activities. 3
6
Internal zones. The learning centre has different layers. In fact, during the day it hosts a teaching plan, while during the night it offers other educational projects, instead.
Structural design. This is a building with a steel p structure. Smaller areas are created by partitions, 2 walls and patios. These spaces feel more private.
6
4
6
6
2
ram. The slopes which hold the educational programs 6 2 e schools connect different activities making a conti2 s sequence for the school time. 11
Architectural concept. Four volumes are wedged in the ground floor slab. Green spaces are captured within the perimeter to articulate the various activities. 8
2
6
1
Internal zones. The learning centre has different layers. In fact, during the day it hosts a teaching plan, while during 10 7 the night it offers other educational projects, instead.
10
7 2
8 6
5
2 8
N
10
5
2
-3 m
S = 1/500 1
6
11
5
6
2
2
6
structure. Smaller areas are created by partitions, walls and patios. These spaces feel more private.
6 8
6 1
13 2
N Structural design. This is a building with a steel p
6
6
2
4 8
8
6
2
6
4
S = 1/500 6
8
6 1
8
13 5
8
10
1
6
2 9 2
2
1 9
10
6 4
-3 m
6
5
6
6
12
2
1
GYM
8
1
1
2
DINING HALL
2
6
9
7
2
1 2
9
GYM
5 12
6 8
2
1
10
6
3
6 1
10
DINING HALL
2 7
2 3 6 6
8 6
10 6
9
6
2 2
AUDITORIUM
10
2
7
8
11
10
2
6
2
6 6 6 8
6
8
8
10
6 2
AUDITORIUM
6 SECONDARY SCHOOL
ATELIER
9 2
7
10
2
2
12
6
8
8
10
8
11
12
NURSERY SCHOOL 6
6 13 2
6
NURSERY SCHOOL 6
6
8 10
13
6
8
ATELIER
2
9
10
9
SECONDARY SCHOOL
6
12
2 A
A'
6
8 2
9
KINDERGARTEN
9
PRIMARY SCHOOL 2 A
A'
KINDERGARTEN PRIMARY SCHOOL
A'
A'
10 12
8
9
2
SECONDARY SCHOOL
PRIMARY SCHOOL
2
ATELIER
Atelier
Primary School
Secondary School
6
13
2
11
KINDERGARTEN
Kindergarten
2
2
2
6
1
8
6
6
l pillars s, glass
10
6
2 13
11
2
6
13
2
2
9
2 8
2
10
6
2
9 6
2
11
10 10
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2
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2
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14
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2 6
10
10
6
6 6
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2 15
8 2
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2
2
13
8
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2
2
6
11
2
2 6
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6 6
6
2 13
11
2
9
6
6 6
6
6
10 2
6
6
6
10 2
6
6
2 2
1 Foyer
8
8
11
9
2 2
2
2
12 2
6
9
6 9
3
9
14 2
10
2
10
9
2
6
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13
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2
10
9 13
2
2
2 Toilet
2
3 Expositions Temporaires
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2
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2
6
4 Cafeteria
11 10
2 6
9
6
5 Kitchen
2
8
6 Classroom
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6
14
2
6 9
6
6
9 Lobby
2
22
6
10 Multipurpose room 10 Corridor 11
3 2 6
2
6 8
11
2
12 Dormitory
9
2
13 Office
2
N
6
6
14 Study Hall 15 Workshop
2 6
10
9
6
2 15 2
2
6
3 6
9 6
2
2
N
9
7 Library 8 Meeting room
6
2
10
POLITECNICO DI TORINO | ARCHITECTURE Construction City | A.Y. 2015/2016 | Design Unit “Design strategies | Intensyfing peripheries” | Professors: S. Mukerjee, L. Caneparo | Students: A. Cacioppo, S. Favaro, G. Simone
2
Details School Facade N
FACADE DETAIL SCHOOL S = 1/10
FACADE DETAIL P S = 1/10
Water gutter Insulation - 4 cm Poroton 36,5x24,7x23,8 cm
Steel C - profile Stainless steel - 1 cm
Waterproof membrane - 0,6 cm
Waterproof membrane - 3 m Corrugated sheeting Bracket Mullion
Insulation - 20 cm
Exterior faรงade with expanded metal mesh
Insulation - 10 cm
IPE 330 steel beam
Vapour barrier - 3 mm
Waterproof membrane - 3 mm Structural steel C - profile Wood block
Steel L - profile Vapour barrier - 0,3 cm Composite slab of concrete fill over corrugated sheeting - 12 cm IPE 270 steel beam
Composite slab of concrete fill over corrugated sheeting - 15 cm IPE 330 steel beam
False ceiling
False ceiling
Full-height glazed faรงade with double glazing
Double galzing glass
Stainless steel - 1 cm
Concrete slab
Waterproof membrane - 0,6 cm Insulation - 20 cm Vapour barrier - 0,3 cm Composite slab of concrete fill over corrugated sheeting - 12 cm False ceiling
Slab on grade
Steel L - pr
Floor plan Insulation - 7 cm Vapour barrier - 0,3 cm Slab with system - 4 cm Corrugated sheeting - 8 cm False ceiling
Dripstone Plaster aquapanel indoor Insulation - 6 cm Plaster panel Mullion
Wate
Platform Facade FACADE DETAIL PLATFORM S = 1/10
Stainless steel - 1 cm Vapour barrier- 0,3 cm
Water gutter Insulation - 4 cm
Waterproof membrane - 0,6 cm
Waterproof membrane - 3 mm Corrugated sheeting Bracket Mullion
Insulation - 20 cm Steel L - profile Vapour barrier - 0,3 cm Composite slab of concrete fill over corrugated sheeting - 12 cm IPE 270 steel beam
Composite slab of concrete fill over corrugated sheeting - 15 cm IPE 330 steel beam
False ceiling
False ceiling
Full-height glazed façade with double glazing
Concrete slab Slab on grade Steel L - profile
Water gutter
Silicone seal Rigid insulation - 5 cm Insulation - 3 cm
Floor panel Slab with system Insulation - 20 cm Crawl space with igloo
CTURE Construction City | A.Y. 2015/2016 | Design Unit “Design strategies | Intensyfing peripheries” | Professors: S. Mukerjee, L. Caneparo | Students: A. Cacioppo, S. Favaro, G. Simone
Steel C - profile Stainless steel - 1 cm
COSTRUIRE NEL COSTRUITO PROFESSORS Paolo Antonelli Daniela Bosia a.a 2013-2014
WHAT: Residence for students WHERE: Borgo Rossini, Torino, Italy The project inserts itself in a overly edified area of the city of Turin. The main goal is to study the relationships between the work of the architects and the context in which they have to design. The central theme of â&#x20AC;&#x153;building in the builtâ&#x20AC;? is studied in different scales of the project: from the urban one to the smaller technological solutions of the project.
Concept
3-Different typologies of units
Duplex
2- Studies for the natural lights
Simplex 1- Existing building
Plans
new
es
pac
lic s
pub
s
me
volu
wc
Study room
Bar wc Common space Hall
View of the apartement
View of the square
View of the theater
View of the entrance
WILDERNESS INTERNATIONAL SUMMER SCHOOL PROFESSORS Stefan Tischer Elisabetta Bianchessi a.a 2015-2016
WHERE: Piazza Vecchia, Bergamo, Italy “The main characteristics are: the strong contrast between the medioeval context of Piazza Vecchia and the wilderness of the vegetation and how they could work together...“
TOIRURE VIVANTE PROFESSORS Paul Vincent Estelle Morle Emmanuel Ritz a.a 2016-2017
WHAT: A new patent for a green roof WHERE: Lyon, France
The project is the study for a new type of green roof. With a new patent for a tile with vegetation, there is the possibilty to install a green roof on all the existing types or roof: flat, gabled and shed.
Layer of sedum and fat plants Layer of coconut fibres
Layer of soil
Wood grate, in case of strong slope
Tile of terre cuite
Metallic profiles
CHANGMEN DISTRICT PROFESSORS Pierre Alain Croset Michele Bonino Juan Carlos De Martin a.a 2017- 2018
WHAT: International Workshop WHERE: Xi’an Jiaotong/Liverpool University di Suzhou, China The approach consisted of assessing the site area and making determinations based on historical significance. After we had determined which areas in the site required an intervention, we designed functions which would provide a regenerative impact. We approached this in an‘acupuncture treatment’ style, a healing process that identifies key stress points in order to stimulate the whole body beneath the skin.
Thank you!