Architectural Portfolio | Ilaria De Noia | A4 Version

portfolio ARCHITECTURAL

ILARIA DE NOIA

M.Sc. in Building Engineering and Architecture Mail | ilaria.denoia@gmail.com

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T(H)ANKING WATER

falda

Concept // Water supply system META

RISERVA

RIFERIMENTO

5. distribuzione docce emozionali

5. distribuzione percorso KNEIPP

RISERVA

6. cisterna di arrivo centro medico

Location: Essentuki, Russia ARCHITECTU&AL DESIGN (, UNITN ()'/

5. distribuzione centro massaggi ASSE

VELOCITà

pro$.ssa S. Favargiotti, pro$. M. Ricci, S. Mannocci, A. Bet!a

SLANCIO PASSAGGIO PACE ATTESA

CONTEMPLAZIONE OSSERVAZIONE

3. Trasporto percorso d’acqua

5. distribuzione banja

5. distribuzione banja

MOVIMENTO FLUIDITà RIPARTIZIONE

RELAX

Authors: Chiara Ca!alano Ilaria De Noia Federica Fracasso Mattia Giacomozzi

4. cisterna INIZIALE centro termale

SERVIZI

PASSAGGIO

INCONTRI PASSAGGIO

PAUSA

CHIUSURA ASSE

2. decantAZIONE specchio d’acqua INCONTRI

SORPRESA SIMBOLO SCOPERTA

1. estrazione monumento

T(H)ANKING WATER is a project designed for the development of the thermal region of Stravapol, Russia, in the context of the international competition "Creazione della futura immagine del Comprensorio Turistico di Kavkazskie Mineralnye Vody". .

Vision // Thermal atmospheres

"e project is located is the main park of Essentuki, a city with a deep cultural and historical heri!age, mostly connected to the thermal character of the territory. "e project consists of a thermal complex which develops along a straight axis. "e spaces and their functions follow the scheme of a typical water supply system, allowing the visitor to fully immerse in the thermal atmospheres. "e historical thermal heri!age of Essentuki is respected and enhanced: the straight axis which guides the thermal complex originates from the ancient thermal spring temple, giving a new life to the monumen!.

~+6.00

~613 m.s.l.m.

Area relax staff t

fonte originale n° 17

il punto in cui l’lacqua decanta: t luogo calmo e di contemplazione

~0.00

specchio d’acqua

a atrio

primo punto di accumulazione: punto centrale dell’acquedotto

banje e i servizi termali: i punti di distribuzione dell’acqua

5M

banjia

l’acqua:

~+0.00

centro termale

~+0.00

0M

~5.50

~+3.00

Area relax

~+3.00

area piscine

reception

Ambulatorio a

~+1.80

lab. analisi

~+4.80

l’acqua viene estratta: t il percorso ha origine

bar, area relax, inalazioni

~+7.80

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“PROGETTO DI ALBERGO PER IL SIG. BERNARD”, ETTORE SOTTSASS Location: Canazei (TN), I!aly DIGITAL MODELLING FOR ARCHITECTURE, UNITN ()(' pro$. F. Luce, A. Cristofolini Authors: Ilaria De Noia Anna Lanzinger

"e project consists of rendered videos and images that interpret Ettore Sottsass’ project "PROGE•O DI ALBERGO PER IL SIGNOR BERNARD", investigating the role of represen!ation in architecture. "e main aim of the project is to simulate the original design of the hotel, which was renovated many times losing its original identity, using modern means of represen!ation. "erefore, it was necessary to retrieve not only the original documents and pictures, but also to imagine the load-bearing structure and the materials used in the original construction.

Both 2D and 3D modelling so4wares were used to represent the building; vector and bitmap editing so4wares were used for the images, and a video editing so4ware helped us to produce two videos to complete the work.

https://youtu.be/JaawrTdlUhU

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GÖTABRIDGE: NOT FOR SAIL

Location: Gothenburg, Sweden STRUCTU&AL DESIGN, CHALMERS ()'/ pro$.ssa K. Lundgren Authors: Ilaria De Noia Rebecca Henriksson Daisy Lee Johan Örnborg Aymane Radi Elina Ulander

NOT FOR SAIL is the name of an openable cyclo-pedestrian bridge designed and modelled during the Structural design class during my Erasmus+ at Chalmers University of Technolo0.

Opening mechanism and site plan

7,512,5

346

"e design of the bridge, which connects the two riversides of the Gö!a Älv, in the middle of Gothenburg, was evaluated and chosen among various proposals for its material optimization and $ast and reliable opening mechanism (two cantilevering bascules) which also allows a free height of 10 meters.

Allowing maritime traffic was a crucial requirement for the bridge, in that Gothenburg relies strongly on harbor activities and water passenger transpor!ation. "e result is an efficient and lightweight structure, that stretches between the Stenpiren freight stop and the old harbour, where it ends between the $ascinating skeletons of two old harbour cranes.

Bridge opening mechanism detail

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DOMUS PORIFERA

UPPER FLOOR PLAN Scale 1:250

ACCOMODATION UNITS AND TYPES Westwards units (2)

Edge units (1)

SIMPLEX AND DUPLEX AXONOMETRIC PROJECTIONS

Southwards units

Double room

Location: Vienna, Austria

Kitchen

SIMPLEX B type unit 45 sq. m. n° 1 bathroom n° 1 patio n° 1 double-heigh room

Double-height

ARCHITECTU&AL DESIGN (, UNITN ()'<

Patio

A

B

B

C

D

E

D

B

A

Single room

pro$.ssa C. Bat!aino

Bathroom unit Double room

The structural concept allows a free plan and very flexible internal spaces, as internal and external walls are built independently from the supporting frame and are assembled freely depending on the individual needs.

A type unit (n° 6)

C type unit (n° 2)

80 sq. m. n° 2 bathrooms n° 1 o 2 patio n° 1 o 2 double-height rooms

30 sq. m. n° 1 bathroom n° 1 patio n° 1 double-height room

Duplex typology B type unit (n° 21) 45 sq. m. n° 1 bathroom n° 1 patio n° 0 o 1 double-height room

D type unit (n° 5)

Authors: Silvia Buzzo Ilaria De Noia Christian Salvadori Andrea Zanotti

E type unit (n° 1) 80 sq. m. n° 2 bathrooms n° 3 patios n° 1 double-height room

Kitchen and patio

Bathroom unit

Construction process

DUPLEX D type unit 60 sq. m. n° 2 bathrooms n° 2 patios n° 1 double-height rooms

60 sq. m. n° 2 bathrooms n° 2 patios n° 1 double-height room

Single room

DOMUS PORIFERA is a co-housing vertical extension designed in wood.

LOWER FLOOR PLAN Scale 1:250

SIMPLEX FLOOR PLAN Scale 1:50

SIMPLEX SECTION Scale 1:50 Galvanized sheet metal

Screed th. 9 cm and slope 5% XPS insulation th. 18 cm

45 sq. m. n° 1 bathroom n° 1 patio n° 0 o 1 double-height room

CONSTRUCTION DETAIL 4

"e lightweight wooden structure -encapsulated in a porous polycarbonate shelloffers high living s!andards and optimized and permeable spaces.

Wooden boards th. 5 cm

"e design aims to achieve a $ast construction process and the use of sus!ainable materials, as well as a comfor!able space to live in, balancing common and private areas.

CONSTRUTION DETAIL 5

Laminated crossed timber beam

CONSTRUCTION DETAIL 1

EXT Sca CONSTRUCTION DETAIL 3 Finishing layer th. 2 cm Reinforced concrete th. 3 cm Waterproof sheath Wood fiber insulation th. 4 cm Screed 4 cm Sound insulation Wooden boards th. 5 cm

Joist 12x26 cm

CONSTRUCTION DETAIL 2

CONSTRUCTION DETAIL 5

"e project extends vertically the space of the old building, bringing it to the present times. In this way, this structure will respond to the needs of current generations: sus!ainability and affordability in an expensive city.

1:50 MODEL | Daytime

1:50 MODEL | Nighttime

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DESIGNING A MODEL

1120 485

485

120

2

70

2

2

Location: Vienna, Austria

350 1 +3.30 1

A

220 A

1

ARCHITECTU&AL DESIGN (, UNITN ()'<

First floor plan

pro$.ssa C. Bat!aino, P. Fossati, L. Zecchin

2

Authors: Ilaria De Noia

2

1 1

+0.00

+0.19

+0.00

+0.19 2

1

2 +3.30

A

1

A

Ground floor plan

+6.60

+3.30

"e building model aims to respond to the challenge of designing a high quality and functional 30 square meters habi!ation uni!, promoting the conscious use of living space, which is more and more an issue in modern cities.

+3.30

"e concept stems from the belief that living in a small space must not be a synonym of low quality housing: the living spaces proposed are optimized with modular and versatile furniture, which adapts to the users' needs during day and night-time, allowing a multifunctional use of the spaces, yet separating living and resting areas.

+0.195

+0.00

+3.30

Living unit section

"e result is a well organized and dynamic living unit for two people, which strategies are replicable also for a higher numbers of inhabi!ants and square meters.

First floor: unit arrangement proposal

Daytime !Ȍȁ˛ǐɐȲƊɹǞȌȁƵ ƧȌǿȯƊɈɈƊ

Nighttime !Ȍȁ˛ǐɐȲƊɹǞȌȁƵ ȺɨǞǶɐȯȯƊɈƊ ²ƧƊǶƊ ׁ‫׀׀ׁب‬

!Ȍȁ˛ǐɐȲƊɹǞȌȁƵ ȺɨǞǶɐȯȯƊɈƊ ²ƧƊǶƊ ׁ‫׀׀ׁب‬

Ground floor: unit arrangement proposal

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ART NEVER DIES

Location: Mori (TN), I!aly ARCHITECTU&AL CONSERVATION AND RESTO&ATION, UNITN ()'< pro$.ssa A. >uendolo, N. Badan Material analysis

Deterioration analysis

Authors:

GALLERIA ARTE MODERNA

PROMENADE

ACCESSO ARTISTI

AULA CORSI

Silvia Buzzo Ilaria De Noia Anna Lanzinger Christian Salvadori Andrea Zanotti

ART NEVER DIES is the name of the restoration project for the hydropower plant of the archaeological monster "Alume!al" in Mori, Trentino, I!aly. "e challenges of the site are addressed with a deep historical, cultural, and functional research, which aim to unders!and the true identity of the building, which served as power plant for the production of aluminium in the last century. "e sur$aces are one of the main and most valuable features: they are virtuously decorated, and are nowadays party by many graffiti. "e restoration project $alls into the critical-conservative restoration theories: all the elements were critically evaluated, in order not to lose the memory of the stratification of the pas!, allowing at the same time a new use of the hydropower plan!. "e proposal consists in an art centre/museum, in the context of an research park which should reuse gradually all the buildings of the industrial park. Many graffiti were ³ ³ ³kep!, ³ ³ as³ their ³ ³ ³artistic value and historical meaning were recognised, in that they contribute to the atmosphere and identity of the building.

Art never dies: prospective section of the new art centre

Visualization of the external spaces of the art centre

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KM0 HOUSE

African house design Competition Honorable mention

Location: Ge!amock, Tanzania WOODEN ARCHITECTURE, UNITN ()() pro$. A. Frat!ari Authors: Ilaria De Noia Anna Lanzinger Chiara Meriano Christian Salvadori

KM0 is a $amily home designed for the Tanzanian Jorejick $amily, based on local building technologies. Material optimization, self-construction, and local resource availability are the main key points of the projec!.

Challenges such as the lack of the wastewater and water supply systems were addressed with an independent wastewater collecting system as well as with rainwater collection technologies. Bricks and wood were chosen as building materials for their availability and ease of use. "e house spaces are divided into an external kitchen/storage/coop unit connected through a shading patio to the main building with sleeping rooms in the back, separated from the main, common and permeable living space.

Floor plan and elevation of the family house

Furniture built with the resulting wood of the roof load bearing structure

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WATER: A SOURCE OF ENERGY

Designing nature-based solutions between wellness landscapes and hydropower production

Location: Comano Terme (TN), I!aly LANDSCAPE ARCHITECTURE, UNITN ()() pro$. S. Favargiotti, M. Pasquali

1.

2.

3.

4.

Authors: Silvia Buzzo Chiara Ca!alano Ilaria De Noia

WATER: A SOURCE OF ENERGY is a project which aims to connect and develop the Comano Terme thermal area, focusing on the use of nature-based solutions. "e territory is characterized by the ubiquitous presence of water resources, in the dual shape of thermal wellness and hydropower production.

Context analysis divided into four main systems: connections, culture, environment and water-energy.

Accurate historical, cultural, and natural analysis led to the design of a permeable cycle-pedestrian path (image 2) with reconnects and enhances the many cultural and natural highlights of this peculiar territory, s!arting and ending in two new thematic parks: a hydropower themed park (image 1) in the Ponte Pià area and a thermal park (image 4) near the Ancient thermal spring. "e interventions aim to let the user immerse in the thermal and hydropower atmospheres. "e walkaways and the steam ins!allation in the thermal park (image 3) promote a connection with wellness atmospheres, whereas the hydropower park of Ponte Pià spreads awareness on this theme, including interactive ins!allations and a research centre.

Masterplan of the proposed intervention: a cyclo-pedestrian pathway that stretches between the hydropower plant area of Ponte Pià and the thermal area of Terme di Comano.

Night-time section of the cycle-pedestrian path, during a rainstorm

WATER AS A RESOURCE AND TE!RITORIAL DESIGN ELEMENT: A DEVELOPMENT PRO"ECT FOR THE COMANO TERME AREA THROUGH WELLNESS LANDSCAPES AND HYDROPOWER PRODUCTION Supervisors: pro$.ssa S. Favargiotti, pro$.ssa A. Marzadri Co-supervisor: pro$. G. Zolezzi

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MASTER THESIS, 2021

M.Sc. /esis Competition Architecture and Nature 2021 Selected project

Location: Comano Terme (TN), I!aly Superfici permeabili Superfici impermeabili

yyyyyyyyyy yyyyyyyyyy yy yyyyyyyyyy y yyyyyyyyyy yyyyyyyyyy y accumulo di sedimenti

sedimenti adatti all’ovodeposizione

LEGENDA MASTERPLAN

A3. ANTICA FONTE

PONTE AR ARCHE C2 PON A2.2 PONTE DELLE ARCH TRE ARCHE

SARCA W4

CENTRALE CILLÀ W3

A1

ANTICA FONTE W6

1:17500

AL SARCA W5

A1.2 CENTRALE CEN DI PONTE PIÀ

0,5 km

A3. ANTICA FONTE Marginalità

A2.1 PONTE ARCHE Impermeabilizzazione dei suoli

STENICO C1

EL BUSS N1 A1.1 DIGA DI PONTE PIÀ

0

A2.2 PONTE DELLE TRE ARCHE Alterazioni fluviali/piene

A2.1 PONTE ARCHE Impermeabilizzazione dei suoli/inondazioni

RIO BIANCO W2

A1.2 CENTRALE PONTE PIÀ Produzione di energia idroelettrica/marginalità

LAGO PONTE PIÀ W1

A1.1 DIGA DI PONTE PIÀ Interruzione continuità longitudinale

A3

LEGENDA AREE A1, A2, A3 Aree boscate

Condotte forzate

Percorso ciclopedonale principale

Aree agricole

Sentieri SAT

Percorsi secondari

Aree agricole di pregio Alvei e laghi

Piste ciclabili

Condotte forzate interrate/fuori terra

W N Area di sosta tematica_cultura C

A2.1 PONTE ARCHE

Connessioni viabilità esistente

Strada locale

Area di sosta tematica_acqua

i

Corsi d’acqua

Area di sosta tematica_natura

i

Sorgenti/Pozzi

i

Centrali idroelettriche

A2

LE FONTI CARTOGRAFICHE Le restituzioni grafiche sono state elaborate con il software opensource QGIS sulla base di dati di tipo open (shapefile e ortofoto georeferenziati). Le fonti di shapefile e ortofoto sono: PUP, AGG. 2019/2020 | ORTOFOTO PAT, 2015 | CTP, 2017 | SAT, 2020 | PGUAP, 2015. Fonte figura A1.1: Ufficio dighe, 2010

sistemi ad infiltrazione vegetati

tetti verdi

A3 4.

1.

1.

A1 A3

CONVERSIONE AD AREA PEDONALE

W6

pav. porose

pav. porose A1

0

sistemi ad infiltrazione vegetati

40 m

0

0

40 m

20 m

2.

ACCESSO VISITATORI ALL’ANTICA FONTE

PUNTO DI RILASCIO DEI SEDIMENTI VASCA A

790 m3

VASCA C

VASCA B

500 m3

500 m3

A2

Antica Fonte

2.

0

0

40 m

20 m

A2

APERTURA STRADA DI ACCESSO ALLA DIGA

1.

458.5 m s.l.m.

LID_SISTEMI AD INFILTRAZIONE VEGETATI

3.

LID_TETTI VERDI

400.00 m.s.l.m.

LID_PAVIMENTAZIONI POROSE 0 0

80 m

40 m

+3.80 m

+3.30 m

TEMPIO DELLA SIBILLA

10 m

ACCESSO AL TEMPIO DELLA SIBILLA

0

A3

VASCA DI DETENZ. A

PERCORSO CICLOPEDONALE

10 m

ACCESSO ALVEO

0

PERCORSO TERME

390.48 m.s.l.m.

INGRESSO VISITATORI

394.82 m.s.l.m.

A2

INSTALLAZIONI ZIONI LUMINOSE

RILASCIO DEI SEDIMENTI

INSTALLAZIONI INTERATTIVE

PERCORSO ENERGIA

STRADA ESISTENTE

A1

380.00 ms.l.m.

PERCORSO CICLOPEDONALE L=2.5 M

0.00 m

412.5 m s.l.m.

0

4m