Portfolio Selected Works 2021 / Diego Bonilla

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PORTFOLIO DIEGO BONILLA SELECTED WORKS 2021


PROFESSIONAL EXPERIENCE

P I EDMO NT CULTUR AL Livello 0 O CASTE LLO B O RG

COMMISSIONED BY THE PIEDM

a d a ptative reu se BC Riattivazione

BC superfici totali

E

33.570,00 mq

B3

A

superfici aperte totali

F

8.050,00 mq

C2

D2

The aim of the research project is to establish a link between the three sites and the resources of the territories, which are peripheral and affected by gradual tourist flows reduction. The project has three main objectives: coperture

18.700,00 mq

B2

A

B1

J

C1

I

I

K1

L1

tipo di intervento

Interventi e Dispositivi

G

D1 H

K2

L2

L2

M1

M2

M3 M4

Restauro

A-A’ 1

Manutenizione straordinaria ambienti riscaldati

2

Manutenzione straordinaria ambienti non riscaldati

3

Integraz

1. To improve the awareness and comprehension of the investigated cultural heritage. Manutenzione straordinaria

2. To bring together heritage and landscape so as to offer new ways to benefit from their combined social, economic, cultural and environmental values. Manutenzione ordinaria

3. To promote and diversify cultural tourism so as to balance the exploitation of the different cultural resources both in remote peripheral areas and high demand areas nowadays over exploited.

126

Adeguamento impianti

280

100

90

Internship at FULL Future Urban Legacy Lab in Turin.

2

144

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Pedane di accesso

Mancorrente

Scala di sicurezza

Pedane riscaldate mobili

As

Impiantistica per allestimento

Servizi igenici

Raccolta diffetenziata

Segnaletica

A


L ASSET S P ROJE CT 20

20

50 100 m

Livello 1

50

B O RG O MEDI EVALE

MONT REGION

COMMISSIONED BY TURIN’S MUNICIPALITY

Scenario 1 Interventi e Dispositivi

0 mq 3.104,00 mq 3.022,00 mq (100% delle coperture)

zione nuovi impianti

ivello 0

ivello 1

Livello 2

Livello 3

4

16

Cambio destinazione d’uso

40

5

0 mq

80 m

Adeguamento collegamenti verticali

16

40

80 m

5

Consolidemento 5

20

50

B-B’ 1

Manutenizione / sostituzione materiali percorsi orizzontali

Rimozione / sostituzione arredi e impianti incongrui

2

3

Manutenzione alberi e volumi di bosco

4

Manutenzione straordinaria coperture +90,7

+98,5

1

3

+94,5

2 6

0 mq

5

+98,5

1

+90,7

3

+94,5

2

7

5

+88,9

+91,2

3

6

2

28

7

0 mq

16

40

80 m

7

5

+92

+91,2

3

2 2 2

2

5 5 5

5

10 m 10 m 10 m 10 m

+90

3

2

127

6

5 +95,4 7

+92

Interventi edilizi: la modifica del layout delle 1_manutenzione ordinaria delle coperture; all’uso degli spazi attualmente 2_consolidamento della Casa di Borgofranco; plesso edilizio del Borgo Medio3_rifacimento delle pavimentazioni piazzetta ingresso Croce di manutenzione ordinaria sulle Illuminazione intedella Casa di Borgofranco. Vasca accumulo di Fenis; scensore Esitntore Rete dati al di 4_spostamento servizi igienici pubblici prossimi allagrata Croce i intervenire radicalmente acqua paesaggio Fenis; ontorno e di accesso al borgo. 5_spostamento chiosco panini e chiosco affitto biciclette nutenzione straordinaria della piazzetta ingresso Croce di Fenis; ui si colloca la Croce di Fenis 6_”pulizia” e riallestimento degli arredi fissi che si sono stratimore” visivo che caratterizza ficati nel tempo; e alla revisione degli spazi che 7_”pulizia” e riallestimento del fronte del ristorante verso la edievale si propone di intervepiazzetta Croce di Fenis; geriale di questo bene culturale 8_sostituzione parapetto lato Po; Arredi mobili Alberature Tendalini alberature Tavoli fissi esterne incluso Panchine 9_manutenzione delle aree il bordo di discesa al fiume; 10_revisione della segnaletica di accesso al Borgo Mediev145 ale; 11_revisione/riallestimento illuminazione pubblica; 12_progetto di arredo urbano adeguato.

+90,7

3

0 mq

+89,3

2

6

+98,2

5

+96,3

+93,4

4

+89,3

5 +95,4

+97,7

+94,4

6 1

+89,3

2

+88,2

+93,4

+96,3

2

6

6

+91,0

3

+98,2

5

4

+89,3

2

1

2 6

+104,0

+92,0

+88,2

6

+91,0

+98,2

1

+9

4 +88,7

3

2

2

Pedane

Dehor

Servizi

Panchine

Tavoli fissi

Tendalini

+92,0

+98,2

1

Impiantistica integrata al paesaggio

Rampe

Alberature

Arredi mobili

Transenne

5

+94,3

4 +88,7

Illuminazione integrata al paesaggio

Segnaletica 5

+104,0

Raccolta diffetenziata

+91,0

2

3

4

+92,0

3

3 5 4

10

20 m

+96,7


PROFESSIONAL EXPERIENCE a rchite ctura l d es ign

8 2 RUE ST. LAZ AR E P R O J E T . B U REA U X ETA G E C O U RA NT / I MA G ES

Restoration of a Haussm Feasibility stage

PR O J E T . PA V I L LON / I M A G E S

BSTLL . 82 RUE S AI NT- L AZARE . 75009 PARI S . MARS 2020 . FAI S AB I L I

PROJET . BUREAUX ETAGE COURANT / IMAGES

By participating in the development of a wide range of architectural uses (housing, public works, offices, etc.) of different scales and contexts. Work for local clients and participation in international competitions.

BSTLL . 82 R U E SA I N T- L A Z A R E . 75009 PA R I S . MARS 2 0 2 0 . FA I SA B I L I

PROJET . BU R EAU X ETAG E C OU R ANT / IMAG ES

3D modeling, graphic contribution and design in the following projects: BSTLL . 82 R UE SAIN T-L AZAR E . 75009 PAR IS . MARS 2020 . FAISABIL

* Shenzhen Opera Competition in collaboration with Ateliers Jean Nouvel, Shenzhen (CHN) * Hôtel Saint-James expansion in collaboration with Ateliers Jean Nouvel, Bouliac (FR) * Casa Anfa Finance City Project. Hotel, housing and office building, Casablanca (MAR) * Rue Saint Lazare office building, Paris (FR) * Saint-Dominique office building, Paris (FR)

O PERA HOUSE

SHE

BSTLL . 82 R U E SAI NT- L AZ AR E . 75009 PAR I S . M ARS 2020 . FAI SABI L

Participation in the firs

At SNA Samuel Nageotte Architectures in Paris.

* For confidentiality reasons, n

4


E PARIS

CASA A NFA CASABLANCA

P ER SP ECT IV ES EXT ÉR IEU R ES . VUE DE L’HÔT EL DEPUIS L’A NGLE MA IN ST REET ET B OULEVA RD DES MUSÉES

mannian building

Competition for a mixed-use building Hotel + Accommodation + Offices + Facilities P ER S P EC T I VES EX T ÉR I EUR ES . Z OOM SUR L E COE UR D’I L ÔT / MAI L P I É T ON S E T B UT T E S P L AN T É E S

A G E C O U R A N T / IMAGE S

INTÉGRATION ET VOLUM ÉTRIES . A XONOMÉ TR I E / V U E D E PU I S L’ AX E M É TR O PO L I TAI N 4 S U R C O E U R D’ I L Ô T

B Â T I M E N T C Ô T E R U E . O P E N SPACE

.

.

PERSPECTIVES INTÉRIEURES . VUE SUR U N LO G EM EN T

ITÉ

P E R S P E C T I V E S I N T É R I E U R E S . V U E S D E P U I S L E LO B BY D E L’ H Ô T E L V E RS L E S S A L L E S D E CONF É R E NCE

O J E T . PA LIER / IMA GES BÂTIMENT CÔTE COUR . ENTREE

.

BSTLL . 82 RUE S A INT-L A ZA RE . 75009 PAR IS . MAR S 2020 . FAISAB ILITÉ

.

IT É

.

P E RS P E C TIVE . S INTÉ RIE UR ES . VUE SUR UN E CHA MBRE DE L’HÔTEL

L I N K C I T Y . P RO J E T C A S A A N FA . LO T 7 6- 2 . 4 M A I 20 20

16

B Â T I M E N T C ÔTE RU E . SAL L E DE R EUNION

.

.

ITÉ

B ÂTIMENT CÔTE RUE . ENTREE BSTLL . 8 2 R U E S A I NT- L A ZA R E . 7 5 0 0 9 PA R I S . MAR S 2 0 2 0 . FA I SA B I LI TÉ

ENZHEN

. .

.

. L INK CIT Y . P ROJET CASA ANFA . LOT 76- 2 . 4 MAI 2020

LINKCITY . PROJ 28

L IT É

st phase of the international competition in collaboration with Ateliers Jean Nouvel

no project image is displayed

5


G3C /

GREEN CAMPUS RESIDENCE T U R I N , I TA LY FEBRUARY 2019

WO R K T E A M : L AT E R Z A , A ; M A N AS S E R O , M ; P E R N A L E T E , U

CE DU

1 R _R

E

reus GREEN IMPACT

* Environmental impact beneficial fo the park. Against pollution the best bagolaro, the ash tree and the pla shading, however, maple and linden. in green areas in Italy, 12 million absorbed. * The green roof can reduce up to 3 building air conditioning and noise up

The idea of the building was for it to be designed and analysed according to a systemic approach that takes into account the different phases of the

building life cycle,

from the extraction phase of the resources necessary for its production, to the management of the asset up to the final disposal phase. 6


or the city through t species are the ane tree. For the . Thanks to trees tons of CO2 are

30% of the cost of p to 50 decibels.

E E

US

recycle CY

CL E

3 R _R

E

reduce 2 R _R

se

NATURAL RESOURCES

MATERIALS

* Rain water: Reused to irrigate trees and gardens.

* 100% recycled hemp used as insulation.

* Photovoltaic panels.

* Recycled steel.

*Re-use of solar energy. 50% of energy needs are self-produced.

* Design for assembly and disassembly. * The entire building is designed as an easy product to recycle.

SO U T H FACAD E 7


GE N E RA L P L AN

B e d ro o m s + K it c h e n

8


Auditorium

Apartments

Stores Game room

Study room

University canteen

Gym

Kitchen

Rooms (residence)

Level 1 +11m/15,5m

9


DES I G N F OR C L IM AT E

Permeability. Creating new urban pedestrian traces to connect the project with the rest of the city preserving the existing distribution axis.

SUMMER Critic areas

US

E

2 R _R

E

The summer heat incident on the entire surface of the roof is absorbed by the green roof, while on the apertures exposed to the direct rays (south) a sunscreen system is installed.

Photovoltaic panels, meet the needs of 2300 kW.

SOLAR BEHAVIOR

WINTER Favorable areas

4

CE DU

1 R _R

The orientation of the building allows full benefit of direct light. While the winds from the southwest are eased through the hills designed in the park.

E

3

5 Trees, lime tree, plane tree, bagolaro, maple, horse-chestnut and poplars.

2 Hills, take advantage of the public space to locate the plants and to spread the wind on the ground floor.

10


City-park-river Connection, through a suspended building that guarantees maximum permeability of the park while keeping the privacy of the upper levels, especially residency rooms.

US

E

2 R _R

E

Relationship with the existing. Respecting the heritage while connecting the new building with the pre-existing urban context.

Rainwater collection system for irrigation of the green roof.

6

Mobility, connecting the project with the city’s urban public transport network.

Passarella, rend le bâtiment accessible à l’utilisateur à une échelle plus intime.

5

1

Cores, allow the building to levitate, are the main circulation system, bring the installations such as waste management, sanitary plumbing, electrical installations, air conditioning and heating systems.

Entrance Halls 1 Shopping Mall 2 Residency rooms / Shopping Mall 3 Bedrooms and study room 4 Residency rooms / Gym 5 University canteen 6 Rooms / Auditorium

11


DES I G N F OR R E U SE

GLE

AN R OLA

FS SO

Sunbreaker, the shading system with sunblinds allows an illuminated environment, avoiding overheating in the summer.

T IN AC IMP UM

ES

TH ME ER

RP IOD ANG IMP LES OF A WIN CT IN SOLAR TH TER PER E IOD

The curved shape of the building guarantees illumination and shading on the lower floor spaces without the use of additional panels.

12


DES I G N F OR D IS ASS E M B LY Recycled ecolegno® panels. Cladding composed of panels of wood strips of different types, coming from dismantled buildings.

Green roof, with internal tanks for extensive cultivation of trees around the area.

Upper horizontal closure

U = 0,110 W/(m2K) Yie= 0,004 W/(m2K) φ= 19,2 h EEtot= 963,47 MJ/M2

Surface condensation test: Interstitial condensation test:

Recyclability index: 48%

Recycle, the installations system is equipped with pneumatic waste collection within the building. Curtain wall, with opaque and transparent panels with a triple glazing fixed or movable upright. The system is hooked to the vertical metal uprights which are grafted to the beams of the horizontal partitions through interlocking metal joints.

Lower horizontal closure U = 0,171 W/(m2K) Yie = 0,003 W/(m2K) φ = 19,97 h

Total Embodied Energy

EEtot = 2510,85 MJ/M2

Recyclability index: 63%

A

EEyear = eeTOT /(3,6 X N°A) = 49,38 kWh/m2/year EEtot = (eel,j+EER,j )/SUR = 8889,00 mj/m2 EEr = (eeTOT+EEl) = 3268,26 mj/m2 Recyclability index: 63%

Surface condensation test: Interstitial condensation test:

Vertical closure U transparent = 1.0 W/(m2K) Surface U opaque = 0,236W/(m2K) condensation test: EE tot = 595,80 MJ/M2 Interstitial condensation test: Recyclability index: 60%

13


VORTEX /

To maintain the importance of

1 and to enhance it by creating to the main axis.

H A B I TAT I O N & H U B D ’ I N N O VAT I O N GOTHENBURG, SUÈDE FÉVRIER 2018

To think of it as a landma

3 enhance attraction to the site t

advantage of the strategic loc in the inner city.

“Residual flow

Conne Intersecting po and

“Calm Shore” Connection with warehouses and other pre-existing architecture in a subtle way conserving its scale and its orthogonal shapes.

Workshop. Creation of conceptual images: approach to urban strategies and subsequent architectural proposal for Frihamnen. A transformation of a post-industrial port site into one of the most prestigious urban projects undertaken in Scandinavia. 14


ark to taking cation

4 To transform water as an integrating instrument instead of a barrier.

w that continues to the main network� ection with the main urban axis. oint. Retaining its formal values d understanding its proportions.

To focus on prioritizing human scale, keeping people as the priority.

site analysis and urban design

2

architectural concept

the structural spine g rhythm perpendicular

“Centrifuge Center� Structural starting point attracting people to the water. Innovative core of working spaces. Diversity in spatiality.

15


MA D E I N B O GOTÁ /

PRO DUCTIV E HOUSI MASTER’S THESIS T U R I N , I TAY SEPTEMBER 2019

5

4

LIVING + MANUF 3

2

I NDUSTRY CONCE PT

Urban research project aimed

at understanding the economic and spatial integration of industry in the city. Studying zoning and local urban policies to enhance adaptive reuse and diversification of activities in single plots to keep manufacturing alive in the expanded downtown Bogotá. Case study: “Zona Industrial”, in the town of Puente Aranda, Bogotá, Colombia. Full text: https://webthesis.biblio.polito. it/11951/1/tesi.pdf 16


ING

3 3

2

2 1

1

FACTURING + MARKETING + STORING + DISTRIBUTING 1

4

5

T UPDAT E

17


BL OC K S CA L E AN A LY S IS / DI VERS I TY O F US ES retail, whosale and commercial uses neighboring scale and informal commerce residential green areas facilities storage manufacturing

Textiles Forklift rental

Warehouse

Dwelling

Dwelling

Warehouse Dwelling

Construction of industrial facilities, except for buildings

Manufacturer of Brackets for the Assembly of Screens / TV, Video Projection Equipment, etc.

Cigar store Cultural/civic

Restaurant Dwelling

Cafeteria

Utilisation résidentielle à l’intérieur d’une zone industrielle

Vacant warehouse

Marketer of machinery Charcuterie

Waste management company Packaging factory

Vacant warehouse

Vacant warehouse Building on sale

Furniture factory

Cigar store Warehouse/Unknown Telecommunications

Restaurant Sports club

Diverses activités se déroulant même à l’intérieur de blocs «plus industriels» 18


URBAN PHENOMENA

O R G A N I C A L LY M I X E D

The industrial urban landscape from the twentieth century, is based on large and tall faรงades with few windows, leaving little to urban life, in an overwhelming and insecure space for the pedestrians. That is incremented when these monumental spaces get abandoned and its effect is more remarkable when it happens in the city centre.

However there are dynamics in which those who occupy this area try to confront this rigidity and appropriate the space day-to-day.

3

4

7

8 6

2 1

5

9

1

Informal commerce adds up, making the industrial landscape less rigid.

2

Micro-commerce dynamics, activating life in the street.

3

Tejo Club. Tejo is a sport much appreciated by the popular strata of society. It is seen as a portrait of their preColumbian origins and so it is an important community integration tool.

4

Having a look at the interior.

5

Trucks become components of the urban landscape being so many and remaining immobile for long periods.

6

In the absence of sports facilities, people residing in nearby areas appropriate public space unused by the industry at night and on weekends, turning the streets into, for example, soccer fields.

7

Restaurants and cigar stores creating scenarios for local life.

8

Recyclers. They recover 10% of the waste generated in Bogotรก, by going from neighborhood to neighborhood, opening garbage bags looking for material that can be recovered.

9

Terrain vague, past railway now abandoned linear green area. Obsolete and unproductive space, undefined and without specific limits.

19


PR OJE T À L’ É C H E LL E D E B L OC

ADAPTIVE REUSE OF A WA R E H O U S E F O R S A L E

Manufacture and marketing of high technology refrigeration equipment

P R I VAT E S PA C E Productive housing

Dwelling

Atelier

Urban orchard

20

Musical rehearsal space / Photography laboratories


Warehouses on sale

P U B L I C S PAC E Collective use, in the service of a new, larger network of public space

Playground

Trade supporting manufacturing

Cafe

Dance studio

Market supporting urban agriculture

21


CU RR E N T STAT E A rigid, clustered, underutilized, fragmented centered area

3

2

3

4 5

1

10

8

6

9

7

1

Currently active factories but too rigid towards the urban space, long closed façades in poor condition.

2

Empty warehouses in poor conditions occupying large important areas.

3

Underused areas, for parking and stocking. Making up more than the 50% of the whole industrial zone.

4

Abandoned railway, currently used as “landfill�, housing for street dwellers, informal commerce, etc.

5

Very few facilities. Those that exist are private.

6

Dwelling. Housing coexisting within an industrial urban fabric.

7

Vacant warehouses, currently for sale and/or for rent.

8

Currently inactive factories. Non-performing legacies inserted on a great location and with historical value.

9

BRT Station. Entrance to the area, connectivity with the rest of the city from the most important vial arteries.

10 Public space, shortage of space for collective use.

22


U R B A N P RO P O SA L A connected, permeable, actively productive hub alongside housing in the city center retail, whosale and commercial uses neighboring scale and informal commerce residential green areas facilities storage manufacturing 3 hybrid/mix

enhancing manufacturing 5

4

2

1

14 12 13

6

11 7

10 9

8

1

Constant factories. Enhancing currently active/productive spaces.

2

Public space. New green areas for collective use. Instead of vacant warehouses in poor conditions.

3

New factories. Intended as contemporary landmarks. Guided also by the scenarios from the last chapter and liberating ground floor for public space.

4

Public space. New facilities for collective use. Added to necessary parking lots.

5

Public space. New green areas for collective use. Instead of underutilized parking lots.

6

New hybrid devices. Combining housing with commercial uses and manufacturing/productive spaces.

7

Public space. New green indoor and outdoor areas for collective use. Instead of underutilized storage spaces.

8

New housing. Spaces for living supporting already existing ones.

9

Indoor public space. New facilities for collective use. Removing from underutilized storage spaces.

10 New housing. Spaces added to current buildings. 11 New District Recycling Center. 12 Indoor public space. New green areas for collective use. Instead of vacant warehouses, supporting new functions

for the restored building. 13 Commercial corridor. Attract people from all over the city and respond to the metropolitan demand of what is

produced in the area. Direct connection to the linear park. 1 4 New faรงades to currently functioning factories. More permeable/transparent.

23


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