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PORTFOLIO Renato テ」ila Claro a

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e-mail: renato.avila.claro@gmail.com - web: www.avilaclaro.blogspot.com - mobile: +34 664 075 495 Av. Mistral 66 テ》ic 1. 08015 - Barcelona 2

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Academic e x p e r i e n c e

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Benidorm Sports park Benidorm city is known for its intense vertical growth, that has created a continuous landscape of skyscrapers. This fact, in addition of it´s excellent weather conditions, attracts tourists during all the year. The project is a sports park that includes football, hockey and volleyball fields and athletic tracks.The location covers a green area of 29.5 hectares located 500m from Poniente beach, with many trees and surrounded by tall buildings. The site is understood as a series of ribbons which are operated by a geometrical logic This generates surfaces allowing activities to respond to the natural shape of the place. This project achieves a horizontal form in contrast with the verticality that predominates in Benidorm.

BENIDORM GENERAL VIEW

ZF NS

SC

LONGITUDINAL SECTION

ZF ED

ED

CROSS SECTION ED

Sports equipment

ZF

Fitness zone

SC

Complementary services

NS

Services core

PK

Parking

SC ZF

SC NS

SC PK

ED

Sports equipment

ZF

Fitness zone

SC

Complementary services

NS

Services core

PK

Parking 5


C. Cintas S. Superficies bi. Borde inferior bi. Borde superior

bs3

C3 bi3 bs2

C2 bi2 bs1

C1

bi1

C3

C2 S1

C1

1

CONCEPTUAL MODEL C3

C2 S1 C1

2

C3 S1 C2

C1

Ribbon surface

3

The site is understood as a series of ribbons which are operated by a geometrical logic. This generates surfaces allowing activities to respond to the natural shape of the place. This project achieves a horizontal form in contrast with the verticality that predominates in Benidorm.

C3

S2 C1

S1

C2

4

ACTIVITY PROGRAM DISPOSITION

C3

C2 S2 S1

C1

5

bs3

C3 bi3

bs2

S3

C2 bs1

S1

bi2

C1

bi1

C3 S1 C2 C1

2

TOPOGRAPHIC OPERATION

C3 C2

S2

S1 C1

1

C3

C2 C1 S1

S3

Top edge

S2

Ribbon 1

GEOMETRICAL OPERATION

Bottom edge

Ribbon

1

2 Top edge displacement Operation start

Top and bottom edge overlapping Natural terrain condition

Top edge

Top edge

Bottom edge

Ribbon

Surface

Surface

3

Ribbon

Bottom edge displacement Surface emergence

6

Ribbon

Bottom edge

4

Ribbon

The resulting surface hosts the activity program Operation completed


GandĂ­a Maritime Port The port of Gandia is a place of great importance for the city because it is located in a consolidated urban zone, functioning as a link between the old town and the beach coastline. The intervention involves the remodeling of the promenade, the management of leisure and service areas, an auditorium with 900 seats and a new marina Club.

ZOOM IN

This stage proposes the building like a folded ribbon, which allows to colonize both shore and water, releasing the ground floor for public spaces and visuals of the port. The tree planting design is intended to lead tourists from the waterfront to a great urban plaza over the water, proposed as a seam between the two shores of the harbor.

ZOOM OUT

SECCIĂ“N LONGITUDINAL

GENERAL VIEW

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URBAN PLAZA SEAMING BOTH SHORES OF THE HARBOR

MARINA CLUB

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Albufera 2112 MEDITERRANEAN SEA

The object of study, 350km2 of land and water in a triangle shape, whose north apex is the city of Valencia, constitutes not only a cultural reference for the entire region, but a unique natural setting in Europe where more than one million people live, work and travel around. The future of this unique lagoon area, which is an empty mirror of the city of Valencia, is at stake in the coming years, this provides an opportunity to influence new ways of development and organization for this territory.

MASTER PLAN

Altamira Cave is a natural cavity in the rock where vestiges of one of the most important pictorial art cycles of prehistory are preserved. In 1917, it was opened for the public and in 1924 was declared National Monument, which caused a considerably increase in the number of visitors. The many people who came to the cave endangered its microclimate and paintings conservation. In 1977 the cave was closed to the public to finally be reopened in 1982 but allowing access only to a restricted number of visitors per day. The large number of people who wanted to see the cave and the long waiting to access it (more than a year) showed the need to build a replica which could absorb this demand and allow the preservation of the original.

CONCEPTUAL

REFERENCE:

ALTAMIRA

CAVE

A replica of the Altamira cave and a museum were built next to the original cave in 2001.

On this basis, we propose the creation of another water body, in which activities that might be harmful for the conservation of La Albufera can take place, giving support for the demographic, economic and social development.

ECONOMIC MODELS

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DESARROLLO DE LA PROPUESTA EN EL TIEMPO

YEAR 2030

GENERAL ALBUFERA VIEW FROM MOUNT CULLERA

The conservation problems have led the Albufera Natural Park to its progressive deterioration, decreasing the lagoon extention and increasing pollution and natural species extinction. From acknowledge this problem arises the idea of creating a replica of the lag oon, based on a number of existing and available water sources.

YEAR 2050

The proposed intervention seeks to recover and strengthen the past economic models and uses of La Albufera, while proposing new activities that complement existing ones and create a more attractive area. By creating a new lagoon for fish farming, water sports, marina club, biofuel plants, parks and urban plazas, the intervention area becomes a scientific research center which converts Sueca city in a new centrality, developing and enhancing the surrounding urban centers.

NEW LAGOON PROPOSAL FOR LEISURE ACTIVITIES, RESEARCH AND NEW HOUSING DEVELOPMENT

NATURAL PARK FOR ECOLOGICAL RESEARCH AND PROTECTION OF SPECIES YEAR 2112

GENERAL SECTION

WATER LAYER SECTION

NATURAL PARK SECTION

RUNWAYS AND OBSERVATION TOWERS FOR ECOLOGICAL TOURS AND BIRD WATCHING

ECONOMIC MODELS

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Models A r c h i t e c t u r a l The main objective of this workshop was to build a formal prototype in order to explore the superficial and spatial posibilities of ribbon geometric systems. The prototype was developed to reproduce the topological abilities of ribbons, namely, continuous surfaces which are capable of torque, bending up and down, twist, change its direction and width. To illustrate the surface I used a series of wires with stoppers on either side that enabled the model to adapt to changes in width and still function as a system.This allowed me to explore various configurations. To test its usefulness as a design tool, I decided to make a final model from the prototype, taking from it the necessary measures and surfaces curvatures.

Final model view

Formal Prototype

Final Model

Prototype construcĆ&#x;on

Form Finding

Final Model

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Final Model views

Photomontage

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Personal e x p e r i e n c e

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FULL HOUSE is a prototype of social housing that has been designed as a comprehensive solution to the problem of housing shortage in Ecuador, facing the threat that climate change represent. The project has been proposed from the flexibility, comfort and sustainability, it seeks to provide users of alternatives that meet the needs of every family and budget, proposing since the first stage spaces that improve the quality of life and which articulates the future growth and change in housing units.

Central a la concepciĂłn de esta propuesta se encuentran las condiciones de sustentabilidad en los materiales y mĂŠtodos constructivos requeridas para hacer frente a las cosecuencias reales del cambio climĂĄtico en Ecuador.

5('8&(Ţ5(86$Ţ5(&,&/$

SUSTENTABILIDAD

CUBIERTA Y RESISTENCIA SĂ?SMICA W

V: FUERZA SĂ?SMICA W: PESO

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01 Cobertura vegetal +ÂœLHM@ĆĽKSQ@MSD 03 Drenaje de canto rodado 04 LĂĄmina impermeabilizante 05 Flashing de chapa galvanizada 06 Bloque de suelo cemento

FULL HOUSE provides an efficient bioclimatic architecture for the climates of the highlands, but also understands global overheating as a future reality, reason why thermal management alternatives and sustainable construction processes are applied, creating a coherent response to climate change.

W

V

/K@B@CDĆĽAQNBDLDMSNSHON2TODQAN@QC +ÂœLHM@.2!LL 09 Viga 2T I-joist +ÂœLHM@.2!LL 11 Loseta de hormigĂłn con refuerzo de malla electrosoldada

VIGAS Y LĂ MINAS DE MADERA OSB

5

1 6

2

3 4

6

1

6

5

Housing

1 Ala de madera de pino impregnado  KL@CDKÂœLHM@.2!LL 3 Cadena de hormigĂłn armado 4 Pletina de sujeciĂłn +ÂœLHM@.2!LL 6 Instalaciones elĂŠctricas e hidrosanitarias

for climate change THIRD PRIZE

LADRILLOS MACHIHEMBRADOS 68(/2Ę&#x2DC;&(0(172<&$Â?$

2

http://www.cae.org.ec/cgi-bin/wd/?pg=279

15 cm

30 cm

1

3

7.5 cm

4 5

1 Bloque de suelo cemento 2 Refuerzos de caĂąa guadua 3 Lechada de cemento 4 Cadena de hormigĂłn armado 5 Cimientos de hormigĂłn ciclĂłpeo

Highland Region

MEZCLA PAJA

Awards ceremony: oct 3rd 2011

MATERIALES Y TECNOLOGĂ?A

90% SUELO LOCAL

Competition: HOUSING FOR CLIMATE CHANGE National design competition Ecuador

10% CEMENTO

REGIĂ&#x201C;N: SIERRA 2 PLANTAS: 1 UNIDAD

4 PLANTAS: 2 UNIDADES

AGRUPAMIENTO URBANO #1 ORGANIZACIĂ&#x201C;N LINEAL EN ESPINA "NMRSHSTXDTMRHRSDL@DĆĽBHDMSDCD BHQBTK@BHNMDRPTDRDCHEDQDMBH@MRDFÂľM K@HMSDMRHC@CCDSQÂ&#x153;ĆĽBNPTDRNONQS@MDM U¨@RBNKDBSNQ@R@KSN CHRSQHATHCNQ@R LDCHNXO@QSHBTK@QDRA@IN  3NC@RK@RUHUHDMC@RRDHLOK@MS@MBNMK@ LDINQNQHDMS@BHÂŽMDRSD NDRSD  +@RÂ&#x153;QD@RUDQCDROÂľAKHB@RRDBNMENQL@M BNLNDRO@BHNRKHMD@KDRXBNMS¨MTNRPTD RNMOQÂŽWHLNR@SNC@RK@RTMHC@CDRCD UHUHDMC@XODQLHSDM@KOD@SÂŽM@SQ@UDR@Q DKBNMITMSNCDTMK@CN@KNSQN  +NRDPTHO@LHDMSNRCDSHONBNLTM@K BNLNFT@QCDQ¨@R B@R@RBNLTM@KDR  DRO@BHNRCDONQSHUNRXÂ&#x153;QD@RCDITDFN RDCHRSQHATXDMRNAQDK@REQ@MI@RUDQCDR 

94 UNIDADES

Escala: 1/1000

à rea verde privada à rea verde comunal: 1.310 m² Equipamientos comerciales: 260 m² Equipamientos comunales: 160 m²

0

+NRDPTHO@LHDMSNRCDSHONBNLDQBH@K RDDMBTDMSQ@MDMKNRBQTBDRCDU¨@RCD L@XNQ@ƌTDMBH@

10

244 UNIDADES

Escala: 1/2000 0

20

25

976 UNIDADES

5 0

Escala: 1/4000 0

50

100

AGRUPAMIENTO URBANO #2 ORGANIZACIĂ&#x201C;N RETICULAR +@RU¨@RBNMRSHSTXDMTM@SQ@L@NQCDM@C@ PTDCDĆĽMDL@MY@M@RQDBS@MFTK@QDR  "@C@TM@CDDRS@RTMHC@CDRAÂ&#x153;RHB@RDRSÂ&#x153; CDKHLHS@C@ONQDCHĆĽBHNRCDBT@SQNOK@MS@R DMK@ODQHEDQH@XB@R@RDMDKBDMSQN  2DDRS@AKDBD@R¨TM@BDMSQ@KHC@C CNMCD RDCHRONMDDKÂ&#x153;QD@UDQCDBNLTM@KX CNMCDRDDLOK@Y@DKDPTHO@LHDMSNCD SHONBNLTM@K  $KDPTHO@LHDMSNCDSHONBNLDQBH@K @O@QDBDDMKNRBQTBDRCDU¨@RCD LDCH@M@L@FMHSTCPTDCDĆĽMDMK@ @FQTO@BHÂŽMCDBT@SQNL@MY@M@R  $KBQDBHLHDMSNCDKBNMITMSNRDCDR@QQNKK@ BNMB¤MSQHB@LDMSDBNMENQL@MCNMÂľBKDNR CDDPTHO@LHDMSNCDL@XNQL@FMHSTCDM BNQQDRONMCDMBH@BNMK@DWSDMRHÂŽMCDK BNMITMSN 

61 UNIDADES

Escala: 1/1000

à rea verde privada à rea verde comunal: 1.570 m² Equipamientos comerciales: 290 m² Equipamientos comunales: 80 m²

0

26 UNIDADES / 52 UNIDADES

Escala: 1/1000

à rea verde privada à rea verde comunal: 905 m² Equipamientos comerciales: 120 m² Equipamientos comunales: 120 m²

0

10

376 UNIDADES

20

Escala: 1/2000 0

25

1.504 UNIDADES

5 0

Escala: 1/4000 0

50

100

AGRUPAMIENTO RURAL 25*$1,=$&,Â&#x2019;15(7,&8/$5Ę&#x2DC;/,1($/ OKHB@BHÂŽMDMLDCHNQTQ@K  +@SQ@L@UH@KOQHMBHO@KCDĆĽMDL@MY@M@R QDBS@MFTK@QDR@SQ@UDR@C@RONQB@LHMNR RDBTMC@QHNR  +@RUHUHDMC@RRDBNMBDMSQ@MDMCNR K@CNRCDK@L@MY@M@BNMENQL@MCNTM O@Q@LDMSNBNMS¨MTN  3NC@RK@RTMHC@CDRRDHLOK@MS@MBNM K@LDINQNQHDMS@BHÂŽMDRSD NDRSD  $KHMSDQHNQCDK@L@MY@M@RDKHADQ@O@Q@ @KNI@QGTDQSNRO@QSHBTK@QDR@BNMSHMT@  BHÂŽMCDK@RUHUHDMC@RXDRO@BHNRUDQCDR CDTRNBNLTM@KGTDQSNRBNLTM@KDR  O@QPTDR Â&#x153;QD@RCDONQSHU@R  +NRDPTHO@LHDMSNRRDBNMBDMSQ@MDM KNRBQTBDRCDU¨@ROQHMBHO@KDR 

10

20

104 / 208 UNIDADES

Escala: 1/2000 0

25

5 0

416 / 208 UNIDADES

Escala: 1/4000 0

50

100

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REGIÓN: SIERRA

C_S_ C_MPL_T_ PRIVADO

SERVICIOS

3

La reorientación de una mitad del espacio construido multiplica las posibilidades de ampliación, así como la distribución de las áreas habitables, tanto verticales como horizontales.

Se considera todo el espacio, no sólo la mínima extensión construible.

SOLUCIÓN MODULAR ADAPTABLE A LAS NECESIDADES DE CADA PRESUPUESTO, TERRENO Y FAMILIA. SOCIAL

2

1

El espacio por completar pasa a ser parte esencial del concepto.

Un único ajuste convierte un concepto en una posibilidad real de construcción, creando espacio interior para escaleras y puertas.

CRECIMIENTO

PLANTAS

FACHADAS Y CORTES

FACHADA FRONTAL

FACHADA LATERAL

FACHADA POSTERIOR

PLANTA BAJA

PLANTA ALTA

CORTE A-A

CORTE B-B

Escala: 1/50 Área: 28m² Área total: 39m²

Escala: 1/50 Área: 11m²

Escala: 1/50

Escala: 1/50

Escala: 1/150

FACHADA LATERAL

CRECIMIENTO

39m²

48m²

51m²

57m²

60m²

69m²

Porche, sala, cocina-comedor, baño completo, dormitorio y terraza.

Porche, sala, cocina-comedor, baño completo y dos dormitorios.

Sala, cocina-comedor, baño completo, medio baño, dos dormitorios y terraza.

Sala, cocina-comedor, baño completo, tres dormitorios y terraza.

Sala, cocina-comedor, baño completo, medio baño, tres dormitorios y terraza.

Sala, cocina-comedor, baño completo, medio baño y cuatro dormitorios.

ORIENTACIÓN

ORIENTACIÓN N

AM

E

O

CALOR

REGIÓN: SIERRA

La Sierra es la región de Ecuador en la que se han registrado los incrementos más grandes en temperaturas medias entre 1960 y 2006: alrededor de 2%.

SERVICIOS

PM S

N

AM

VIENTOS PREDOMINANTES

DORMITORIOS

FRÍO

DORMITORIOS

E

SERVICIOS

La región Sierra es la más fría de Ecuador. La mayoría de la población vive en altitudes de entre 1.500m y 3.000m y temperaturas medias aproximadas entre 10ºC y 16ºC.

TENDENCIA CLIMÁTICA

Fuente: INAMHI

O

VIENTOS PREDOMINANTES

PM

Fuente: INAMHI

S

CUBIERTA VEGETAL

CUBIERTA MINERAL

1. CAPA VEGETAL 2. TIERRA FÉRTIL 3. LÁMINA FILTRANTE

1. CANTO RODADO

4. DRENAJE MINERAL

2. IMPERMEABILIZACIÓN

5. IMPERMEABILIZACIÓN

3. LOSETA HORMIGÓN

6. LOSETA HORMIGÓN

1

1 2

3

4 6

5

2

MURO VENTILADO

VENTILACIÓN CRUZADA

MURO TROMBE

AISLAMIENTO TÉRMICO CALOR

CAPTACIÓN Y RECICLAJE DE AGUA FRÍO

DEPENDIENTE

AUTO-SUSTENTABLE

SUMINISTRO PÚBLICO

SUMINISTRO PÚBLICO

CISTERNA

16

1

2

LLUVIA

LLUVIA

TANQUE

TANQUE

3


Thing-o-matic MakerBot MK7 assembling and 3D printing

RHINO Model

In January 2012 in Barcelona I participated in a personal fabrication workshop. We assembled a MakerBot Thing-o-matic with MK7 extruder from scratch, from the electronics and parts the manufacturer sent us. This robot is an open source 3D printer, whose size permits to place it on a desk. It extrudes ABS or PLA 1.7mm plastic filament with a resolution of 0.3mm in a print area of 96 x 108 x 115mm. We set the X, Y and Z axis with their motors into the housing panels (made with a laser cutter), then we assembled the extruder engine (MK7), solder electronic boards and components, in a group of about 10 people during two weekends in SEED studio. Once it was perfectly functional we tested various RHINO modeled objects printed through ReplicatorG software.

3D printed object

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LIVING ROOM

BEDROOM

ACCESS

ACCESS VIEW

S u i t e This space was a playroom, workshop, office and architecture studio before becoming this 42 sqm little suite. We built a bathroom and a small kitchen was fitted in. The redesign included all the furniture and decoration, the construction direction and the full drawings and details. Despite its size, function resolution allows the different activities carried out in a house to happen simultaneously but in rather specific places, which allowed us to live comfortably in it..

GENERAL VIEW

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FURNITURE DETAIL

PLAN 0

0.25

0.5


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Professional e x p e r i e n c e

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This office building has 12 floors and 4 basements in 11270 sqm of construction and was completed in april 2008 in Quito, Ecuador. The project was designed by RVC Arquitectos Consultores CL. As Project coordinator, I was responsible for the architectural and interior design.

Alisal de Orellana Office building

I was also in charge as architectural construction manager and coordinator of specialist consultants. All construction details were designed by me, glass supporting systems, doors, railings, ceilings and flooring, as well as complete technical documentation and management of legal ballots.

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The main design problem that had to be overcome was to create an attractive facade avoiding at the same time any possible view of the inside of the neighboring property, an embassy. For security reasons the City Council imposed this restriction, making it a condition for the building legalization.

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The ABC building houses a commercial space, 12 office floors and 4 basements in 11011 sqm of construction, and was completed in june 2009 in Quito, Ecuador. The project was designed by RVC Arquitectos Consultores CL. As Project Coordinator, I was responsible for the complete project development, handling architectural direction, consultants coordination and also participated in architectural design. I prepared all construction details, full technical documentation and managed schedules of legalization process.

Atahualpa Business Center

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During development of the ABC building, I also comissioned the public areas design including interiors, ceilings, doors and railings, as well as floor coverings. We made special emphasis on the combination of technologies in crystals supporting systems to achieve a contemporary formal speech.

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FACADE SYSTEM DETAILS

Quitus Artisan mall This crafts shopping center contains 520 shops and 550 parking spaces on two floors with 22000 sqm of construction. It was completed in november 2011 in Quito, Ecuador. In this project, planned by RVC Arquitectos Consultores CL. I was commissioned the architectural design and construction details of the facades. The proposal seeks to represent the colors, textures and movement of the ecuadorian handcrafted woven fabrics through an easy construction system. LATERAL ACCESS VIEW

CONFORMING ELEMENTS (VARIATIONS)

0

10

FACADE GEOMETRICAL CONFORMATION

20

JUAN MURILLO FACADE

MAIN ENTRANCE VIEW

25


WEDDING RING

ENGAGEMENT RING

Object design Accesories & fourniture

GRUS WATCH DISPLAY Ten years ago, I started testing the performance of shapes and formal systems in smaller objects with the final purpouse of applying them to architecture. First it begun with handmade paper lamps, several of them failed but lots still exist. After trying over and over, I came out with new technics and designs which later turned in various wood models, improving my knowledge of power tools. When I discovered the elegance of jewelry, immediatly thought in rings as the ultimate experimental object. This time, with higher technology tools as 3D modeling and rendering I made a couple of designs keeping in mind that jewels has a greater lifetime than lamps. This helped me to approach to the idea of design persistence in time, a step further to architectural design. Nowadays I am involved in some furniture design projects and digital manufacturing appears as the most advanced tool for prototyping and even for final production. Regardless of technology acquaintance, I consider object design as an excelent exercise for experimentation and creativity.

CIRCULAR LAMP

TRIANGULAR LAMP

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CIRCULAR LAMP

Portfolio  

Professional and academic experience in Architecture

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