CV+Portfolio - Gabriel Rodríguez Calvo - Architecture

GABRIEL RODRÍGUEZ CALVO

ARCHITECTURE PORTFOLIO

www.gabrielrc.com

— GABRIEL RODRÍGUEZ CALVO Architect - Master in Architecture architecture + photography b. Vigo, 1992 t: (+34) 666 25 47 53 @: gabriel@gabrielrc.com w: www.gabrielrc.com

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resume-CV

education, skills and working experience

Singularity University chapter

masters degree final project

ciudades interrumpidas

research on urban developments

white noise

Arquia grant project competition

IT

120 hours competition

pilgrim services building

mixed use building at Camino de Santiago route

river pier at shipyard

ticket office at Sevilla shipyard

tech hub at shipyard

tech startup center at Sevilla shipyard

fetsac 12, fetsac13 and fetsac14

cultural event at A CoruĂąa Architecture School, 2012-13-14

updated October, 2017 for further updates visit

www.gabrielrc.com

EDUCATION —

MASTER IN ARCHITECTURE oct2015-jul2016 Higher Technical School of Architecture of Seville (ETSAS), Universidad de Sevilla Master Thesis Project: hybrid building at obsolete industrial site, “Singularity University Chapter at Cigar Factory in Seville”

DEGREE IN ARCHITECTURE jul2015 ETSA SEVILLA sep2013-jul2015 2015 - Undergraduate degree thesis “Introduction to post-tensioned slab foundantions on expansive soils” 2015 - Speaker at I Jornadas Ciudades Interrumpidas: “Sparks and ambitions” Sevilla, Universidad de Sevilla.

ETSA A CORUÑA sep2010-jun2013 2011-2014 - fetsac: member of fetsac, organizing group of Architecture School’s festival, culture and leisure event arranged and funded by students.

2012-2014 - Student Board: elect member of Architecture School’s board.

—LANGUAGES

COMPUTER SKILLS —

Spanish - Native speaker Galician - Native speaker

Autodesk Revit

English - C2 2012, Cambridge CPE

Autocad 2D Sketchup 3D Rhino + Grasshopper

Adobe Photoshop Adobe Indesign Adobe Illustrator Adobe Lightroom

CYPE - Structural design SAP2000 - Structural design VPClima - HVAC systems Microsoft Office

— WORKSHOPS

2017 - Selected for X International Workshop of Architecture and Landscape, Olot (ES), RCR Arquitectes

2014 - Grant for Eu-Topia Urban Scapes workshop, Università degli Studi de Brescia (IT).

2014 - International workshop Strange Fruits, Seville; Politecnico di Milano, Università degli Studi de Brescia and ETSA Universidad de Sevilla.

— PHOTOGRAPHER

Documentary photographer: Events and architecture.

Self-taught in digital and film photography.

since 2017 - Architecture and interiors photographer in Galicia 2016 - Course “Inmersión en la fotografía de arquitectura”, taught by Jesús Granada, Domestika.org online platform.

2015 - Photographer for HTCA Department at events: I Jornada Ciudades Interrumpidas, Obsolescence and Renovation: 20th century housing in the New Millennium. since 2013 - Photographer and writer at concerts and festivals for El Ukelele, live music website (www.elukelele.com) 2013 - Photographer at Universidad de A Coruña for Lorenzo Balboa Fotógrafos 2012 - Seminar “Aprender a fotografiar”, taught by Pablo Mella, at Normal UDC 2011 - 2013 - fetsac: photographer at every event

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I’ve been part of... ... with MAM Architecture: - La Tejita Beach Resort 5* hotel, Tenerife — detail project; - Pili Carrera Middle East store - fault report upon shopfitting — writing assitance; - urban planning on Panificadora de Vigo — public competition, layout design; - store for Anoosh, fine chocolate, Riyhad — furniture production supervision - headquarters for Armada Group, Kuwait — draft proposal - Porta do Sol competition — public space refurbishment, runner-up - restaurant refurbishment at Complejo Sotavento, Fuerteventura — detail project - marketing suite at La Tejita Shopping center — detail project - housing building Edificio Fátima, 25 dwellings, Vigo — draft and detail project, sales brochure. ... with research group HUM666, ETSA Seville: - teaching assistant at HTCA 4 subject on Contemporary City; - organizing committee at 4th Conference Laboratorio Q; - conference “Nothing, there’s nobody; nobody, there’s nothing”, at 4th Conference Laboratorio Q; - organizing committee at international conference “Obsolescence and Renovation: 20th century housing in the New Millennium”. ... with Vtrillo arquitectos: - exhibition at Boris Yeltsin Presidential Center, Yekaterimburg, Russia — production, in collaboration with Acciona APD; - exhibition for Ministry of Foreign Affairs of Saudi Arabia at Al-Janadriyah culture festival, Riyadh, Saudi Arabia — production, with Boris Micka Associates; - exhibitions and exhibition spaces renovation at Istambul Archaeological Museum — production, with Boris Micka Associates; - exhibition at World Expo Museum, Shanghai — for Producciones La Ola.

EXPERIENCE —

MAM ACHITECTURE

Architect

oct2016 - oct2017

Architect in Pablo Menéndez architecture office.

HISTORY DEPARTMENT

Collaborator

sep2015 - jun2016

Architectural History, Theory and Composition Department, ETSA Seville.

Professor Carlos García Vázquez, research group HUM666: CAPC

2016 - Speaker at IV Jornadas Laboratorio Q: “Nothing, there’s nobody; nobody, there’s nothing” on prospective opportunities of obsolete urban areas.

2015 - Organizing committee at international conference “Obsolescence and Renovation: 20th century housing in the New Millennium” 2015-2016 - Teaching assistant to Prof. Carlos García Vázquez at 5th year History 4 subject, on contemporary city development and theories.

VTRILLO ARQUITECTOS

Architect

jul2016 - oct2016

Collaboration at Valentín Trillo architecture office, focused on the creation and production of exhibitions worldwide, usually in collaboration with Acciona-APD, Boris Micka Associates, or Produciones La Ola.

gabrielrc.com

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Singularity University chapter masters degree final project Renewal industrial site for mixed use building ETSA Sevilla - 2016 Master of Architecture Placed atop the Guadalquivir river bank in downtown Sevilla, the old cigar factory closed in 2007. This proposal intends to repurpose it as the first European chapter of Singularity University, involving startup hubs, teaching facilities, temporary accommodation and common facilities and shared public spaces to link every activity in this center with the city of Seville.

On the one hand, existing buildings have to undergo renewal works on existing facades and roofings to fulfill energy efficiency standards and allow the insertion of HVAC and mechanical systems according to new uses and function of spaces.

Center spot is taken as an opportunity space for the project. Central buildings are demolished to build a space of meeting in the complex and so the complex can be a spot to join the street and the river banks.

In order to set a meeting point in this reclaimed space, the project settles three layers of intervention.

A public street can be found underground, in basemente level, providing access to every new spaces as well as the river bank and the existing buildings.

On ground level a continuum of public space allows pedestrians to move freely between the street, the river bank and every building in the complex.

All over ground floor buildings a great canopy is set up in order to control climate conditions in the ground level public space.

Also, this canopy is meant to be represent the renewal in the complex and its urban surroundings.

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INTERVENTION SPOT Center of the plot is recognised as most convenient for intervention.

CONNECTIVITY Intervention aims to build an easy walkable link between city and river and along this one.

CENTER AXIS The proposed core is meant to weave all spaces around a main underground street,

SOLARIUM

CAFETERÍA

r To

COMEDOR

VIVIENDA

el

d re

TERRAZA

o Or

RESTAURANTS

ESPACIO EXPOSITIVO

FAB-LAB

ier

NY P

MEDIATECA AULARIO

ESPACIO EXPOSITIVO

E-LABS HALL

CIGAR FACTORY

DIRECCIÓN

HALL RECEPCIÓN

Delicias Pier

DIRECCIÓN FOYER

YATCH CLUB

RIVER BANKS On the factory bank, all of its length is closed to pedestrians by private businesses or facilities.

Opposite bank is open to the public as a walkway.

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AULA MAGNA

COWORKING VIVERO DE EMPRESAS

LABRADORES

PARKING

HALL

AUDITORIO

USES - AXIS This graphic represents the relations between different functions of the building and how every pack is sewn to the center axis.

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Singularity University chapter

CONCEPT DRAWING - SECTION

The newly created buildings in the center space are filled with common facilities, sucha as a conference room, the complex administration offices, exhibition spaces and a public access canteen.

The biggest existing building is filled with two widely different functions: on ground and first floors its old productive spirit is partially recovered by creating office spaces and tech labs, with a shared production facilities in the form of a fab-lab.

The upper floor is set apart to hold accommodation facilities, with a series of single and double equiped rooms, with plenty of common spaces.

The L-shaped building is devoted to education purposes, with a set of small seminar classrooms, a multimedia library and a couple of conference rooms for larger group lessons.

VIVIENDA TEMPORAL ZONAS COMUNES

OFICINA/PRODUCCIÓN ESPACIOS TÉCNICOS FORMACIÓN VIVIENDA USOS COMUNES

OFICINA ABIERTA

COMEDOR

AULARIO MEDIATECA ADMINISTRACIÓN FAB-LAB

CAFETERÍA

AULA MAGNA

DIRECCIÓN

E-LABS

MEDIATECA

AUDITORIO ADMINISTRACIÓN CANTINA

ESPACIO EXPOSITIVO

AUDITORIO

8

3

6

2

4

SECTION - THROUGH CANOPY AND RIVER

SECCIÓN 1 escala 1:750

GENERAL PLAN VIEW

S1

4

5

2

1

3

S2

S2

S1

USOS

1- Empresa/Alojam 2 - Recepción / Adm 3 - Auditorio 4 - Hostelería 5 - Formación 6 - Espacio exposit

PLANTA BAJA escala 1:750

VIEW OF THE COMPLEX FROM THE OPPOSITE RIVER BANK

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Singularity University chapter

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SECCIÓN 2 - AUDITORIO Y ESPACIOS ANEJOS 1:200 Canopyescala structure is conceived with a ten-meter-high truss to build the vertical perimeter, holding three pieces built with trusses arranged according to a Voronoi pattern.

Over the vertical faces a system of vertical slats with different densities of perforation depending on its orientation in order to filter light to the spaces underneath.

Roof parts are conceived as an open grid that allows light and rain in vertical, as well as providing a holder to textile pieces meant to be installed in sunniest seasons.

PPVA. AXONOMÉTRICA

The main truss has two cantilevers of 15m in length, found on both sides of the main span of over 70m long. The size of this allows to build this system on only four pillars.

CARA SUPERIOR - perfiles CHS 90.7 6,65

6,65

6,65

2,66

8,9

8,9

8,9

5,55

7,19 RHS 500.300.19

35 0.2

2 .1 00

CHS 300.16

0.2 35

CHS 300.16

RH S

CHS 300.16

CHS 300.16

.1 2

CHS 300.16

00

.1 2

CHS 300.16

S RH

RH

S

2

.1

00

35 0.2

0.2

35

00

.8 20 0 CH S

00 .8 S2 CH

S

CHS 300.16

Enlace con emparrillado Voronoi

RH

3,1°

2 2

° 11,2

50

.2

S

00

0.3

0.3

MONTANTES Y DIAGONALES - perfiles CHS 50.6

C.P2.04

C.P2.03 A

M

RHS 500.300.19

.2

50

°

°

50

°

36,4

S

RH

° 44,7

2

40,8

2,5°

0.3

0.2

00

S

3,84

00

.30

40,8

00

3,6°

2,6

RH

2

.2

S5

RHS 500.300.19

RH

RHS 500.300.19 RH

RHS 350.200.12

B

PERFILES EMPLEADOS

500

500

350

SOPORTES

300

90

50

CERCHA

200

EMPARRILLADO VORONOI

50

90 200

TUBULAR TUBULARES CHS 200.8 CHS 50.6/ CHS 90.7 Perfil laminado en caliente Perfil laminado en caliente terminado en frío terminado en frío escala 1:20

300

200

TUBULAR CHS 300.16 Perfil laminado en caliente terminado en frío

TUBULAR RHS 350.200.12 Perfil laminado en caliente terminado en frío

300

300

SECCIÓN ARMADA Viga de cajón 500.300.19 Soldadura en cordón continuo

SECCIÓN ARMADA Viga de cajón 500.300.22 Soldadura en cordón continuo

CARA INFERIOR - perfiles CHS 50.6

Perfilería en acero estructural UNE-EN 10219 S275J0H, con preparación de superficies grado SA21/2 según UNE-EN ISO 8501-1

DETALLE 1 Soldado

CHS 90.7 CHS 90.7 CHS 90.7

5°

CHS 90.7

CHS 90.7

LD 100.65.7 tornillo pretensado 8.8 Rigidizador e=20mm soldado en longitud

CHS 90.7

Rigidizador e=20mm soldado en longitud CHS 50.6

CHS 50.6

LD 100.65.7

CHS 50.6

LD 100.65.7

CHS 90.7

1500

CHS 50.6

EMPARRILLADO VORONOI - h=150cm

CHS 50.6 LD 100.65.7 CHS 50.6

5°

0.8 20

CHS 300.16

RHS 500.300.19

RHS 500.300.19

RHS 350.200.12

CHS 300.16 CHS 200.8

300.19

CHS 300.16

101

CHS 50.6 Panelado exterior composite polimérico mineral

MÓDULO EMPARRILLADO + ENCUENTRO CON CERCHA

DETALLE 2

500.300.19

SOLDADURA EXTERIOR EN BISEL. CORDÓN CONTINUO

E1

500.300.19

CHS 90.7 en encuentro con cercha

escala 1:30

E2

CERCHA PERIMETRAL

500.300.19 SOLD. BISEL EXTERIOR

10

CHS 300.16

SOLDADURA EN ÁNGULO SOLD. BISEL EXTERIOR CHS 300.16

RHS 350.200.12

SOLDADURA EN ÁNGULO RHS 350.200.12

RHS 350.200.12

RHS 350.200.12

escala 1:750

CHS 50.6 CHS 50.6

CHS 50.6

ALZADO ESTRUCTURAL

SECCIÓN CON PANELADO

FORMACIÓN CARA DE CELDAS

escala 1:25

SECCIÓN CON PANELADO

Aislamiento lana de roca 80mm confinado en bastidor Subestructura acero S320GD sección 50.2 para cuelgue de aplacado

76º SOLSTICIO DE VERANO

Panelado HPL interior, espesor 8mm atornillado a tablero

30º SOLSTICIO DE INVIERNO

Tablero Gutex Multiplex Pro hidrófugo, 28mm, atornillado a estructura

Placa de granito Blanco Cáceres, abujardado, 118x58x3cm. Perfil angular 30.30.2 en cara oculta, atornillado y adherido con Sikadur-31

INCIDENCIA SOLAR (SEVILLA)

0º

Bastidor de acero S275J, perfiles tubulares CHS 100.6 VERANO: INSTALACIÓN DE PROTECCIÓN TEXTIL ESQUEMA DE COMPORTAMIENTO CLIMÁTICO

AS

Rueda de nailon Ø150mm embebida en bastidor

VERANO: INSTALACIÓN DE PROTECCIÓN TEXTIL CELDA CON TEXTIL - ESQUEMA ISOMÉTRICO

PERSPEVCTIVA AXONOMÉTRICA - PUERTA escala 1:50

Impermeabilización lámina Plots termoplásticos poliolefinas pendiente cero, regulables Lizabar lámina bituminosa LBM SBS no Europ 13/22 ajustados protegida adherida por calor a 170mm

Baldosa de granito Blanco Cáceres 118x58x4cm, cara superior acabado abujardado, junta abierta 2cm

Behind the lower border of the canopy a spary of fresh water is installed in order to cool the air flowing in the spaces underneath. This air flow is boosted by the roof air permeability, easing the temperature drop.

Aislamiento lana mineral 120mm Rockwool Durock 386 alta resistencia a punzonamiento en cara superior sobre geotextil

Forjado de chapa colaborante 12 cm , 70 mm de altura de perfil, malla 20x20 Ø6-6

+7.80m

DET 1

Emparrillado de cerchas metálicas.

Perfilería S275J0H CHS 100.6

Auditorio 204 plazas

AC

BCE' AE'

Placa de granito Blanco Cáceres, abujardado, 118x58x4cm, taladrada en cantos Ø10mm.

Pieza tipo A s/ plano despiece alzados

Canalón oculto aluminio lacado, chapa de 0,70 mm

A AE'

Aislamiento manta de espuma elastomérica Armaflex AF 32mm, autoadhesiva

AE'

Subestructura chapa de acero S320GD 1,6mm de espesor; atornillado a emparrillado, tornillería rosca chapa

A

A

CONSULTAR DOCUMENTACIÓN ESTRUCTURAS

Anclajes de acero inox1.4401 (AISI 316) Halfen Body Anchor BA-1308-1-A4, ajustable en todas direcciones, vaina de nailon para desolidarización

Climatización

AE' A AE' A B

AE'

Subestructura vertical, acero S275J0H, RHS 120.60.4. Listo para atornillar y soldar en obra, superficies grado SA21/2. Anclado a forjado en extremo inferior con perfil LD intermedio; anclaje articulado contra emparrillado estructural de cubierta.

SECCIÓN C1 - AUDITORIO, CUBIERTA

DET 4

Newly built buildings are set up with a steel structure, holding flat roofs and plain facades, all with a continuous cover of local stone. Facade systems are set up with all dry construction systems, with mineral wool insulation and a ventilated system behind the natural stone outer layer.

Every flooring in public spaces for pedestrians is finished in the same natural stone, making it a continuous finish for every new exterior floors, facades and roofs, trying to get the impression of a whole unique sculpted piece under the gigantic canopy.

Espacio técnico

Espacio técnico

Nebulización de agua

DET 3

±0.00m

Foyer sótano

Espacio técnico

-5.00m

DET 2

-5.40m

Aislamiento - lana de roca Rockwool Rockplus E 220, no revestido, 100 mm de espesor, confinado en bandeja metálica

escala 1:75

Baldosa de granito Blanco Cáceres 118x58x4cm cara superior acabado abujardado, junta abierta 2cm Impermeabilización lámina poliolefinas pendiente cero sistema Danosa ESTERDAN, lámina bituminosa LBM SBS no protegida adherida por calor a aislamiento mineral, solapes de al menos 12cm Aislamiento lana mineral 120mm Rockwool Durock 386 alta resistencia a punzonamiento en cara superior sobre geotextil, no tejido de fibra de poliéster Plots termoplásticos regulables Lizabar Europ 13/22 ajustados a 170mm, replanteo 60x60cm

SECCIÓN C1 - AUDITORIO, CUBIERTA

Subestructura vertical perfil aluminio extrusionado 45.45.3, atornillado mediante tornillería inox rosca chapa a bandeja

Canalón oculto en perímetro de la cubierta, piezas preformadas de aluminio lacado de 0,70 mm, 1250 mm de desarrollo, plegado según planos, uniones por solape en longitud selladas con dos manos de Sikalastic 560 CET aplicadas con al menos seis (6) horas de espera desde la aplicación de la primera. Dos cordones de sellante bajo solapes laterales en encuentros con cubierta y fachada.

CONSULTAR DOCUMENTACIÓN ESTRUCTURAS

Banda elástica de neopreno 60mm de ancho, 5mm de espesor, adherida a subestructura metálica

Subestructura horizontal bandeja de chapa nervada Hiasa HA-112/500 de acero Aislamiento en canalón a base de manta de espuma S250GD galvanizado, elastomérica Armaflex AF de espesor 32mm, instalado en bandas de 0,75m de ancho, autoadhesiva por una cara; 1,00mm de espesor; adherida en superficie a subestructura de canalón anclada mediante tornillería autorroscante Perfilería en baldosas de granito para anclaje en

Lámina de polietileno expandido e= 2mm

Suelo laminado multicapa, Pergo Public Extreme, muy alta resistencia a impactos y desgaste; espesor total 10mm, machihembrado sistema clic Perfect Fold, chapa de madera acabado fresno natural Tablero de virutas orientadas OSB-3, 22mm de espesor, en dos capas, sin coincidencia de juntas en vertical, atornillado el inferior a subestructura metálica, atornillado el superior al inferior con tornillería autorroscante inoxidable; tablero resistente a humedad (OSB tipo 3)

Subestructura metálica formada por perfilería de acero galvanizado S320GD, en sección cerrada 50.3, soldada in situ en retícula 60x60cm, altura ajustada in situ para nivelación del plano superior

Panel rígido de lana de roca no revestido Rockwool Rocksol E 501 espesor 30mm

piezas de remate perimetral de cubierta, perfiles omega 30.25.20 de acero DX51DZ de 0,7mm de espesor. Atornilladas y adheridas con Sikadur 31 a cara inferior de baldosa, según planos Sobre cuadradillo 30.30.1,5

escala 1:75

Albardilla en encuentro de canalón y subestructura de fachada, mediante piezas preformadas de plancha de aluminio lacado de 0,70 mm y 500mm de desarrollo, conformado en taller, atornillado con tornillería autorroscante con arandela a subestructura de remate de fachada, solape de 200mm sobre plano vertical de canalón, dos cordones de sellante bajo solape; unión en longitud por solape con un cordón de sellante; perfil de aluminio 30.30.1 atornillado en coronación con tornillería autorroscante para apoyo de pieza de encuentro de fachada y cubierta.

Placa de granito Blanco Cáceres, acabado abujardado, 118x58x4cm, según plano, taladrada en cantos Ø10mm según plano.

Pieza tipo A s/ plano despiece alzados Forjado de chapa colaborante de 12 cm de canto total, con chapa de 0,75 mm de espesor, 70 mm de altura de perfil, conectores soldados y hormigón armado HA-25/AC-E1/12/II, malla 20x20 Ø6-6 Emparrillado de cerchas metálicas formado por perfiles de acero estructural tipo CHS 100.6 Según descrito en planos de estructuras

Subestructura para canalón chapa de acero S320GD conformado en frío de 1,6mm de espesor, plegado según planos; atornillado a soporte estructural metálico mediante tornillería autorroscante (rosca chapa), unión en continuidad atornillada sobre coliso elaborado en taller para permitir movimiento de dilatación entre piezas.

Anclaje estructura-subestructura Unión atornillada, articulada

Subestructura vertical perfil aluminio extrusionado 45.45.3, atornillado mediante tornillería inox rosca chapa a subestructura horizontal, cada 500mm

Cara superior de cimentación

DETALLE 2 PERSPECTIVA AXONOMÉTRICA Sistema de suelo elevado - Auditorio escala 1:20

Anclajes de acero inoxidable 1.4401 (AISI 316) Halfen Body Anchor BA-1308-1-A4, ajustable en todas direcciones, con vaina de nailon para desolidarización del punto de contacto

DETALLE 3 SECCIÓN VERTICAL Sistema de pavimento exterior escala 1:20

Solape de impermeabilización de forjado exterior sobre subestructura de fachada Lámina betún modificado LBM-SBS adherida

Subestructura vertical, acero S275J0H, RHS 120.60.4, perfiles laminados en caliente y terminados en frío. Trabajado en taller, listo para atornillar y soldar en obra, con preparación de superficies en grado SA21/2.

Anclado a forjado en extremo inferior con perfil LD intermedio; anclaje articulado contra emparrillado estructural de cubierta.

AC

Anclaje de subestructura a forjado Perfil L 120.10 para regularización de apoyo; con tornillería química a forjado, sobre banda elástica. Angular acero S275J atornillado

BCE'

A

Subestructura horizontal, bandeja de chapa nervada Hiasa HA-112/500 de acero S250GD galvanizado de 1,00mm de espesor; anclada a subestructura mediante tornillería autorroscante.

B

E

F

H G

A

B

C

D

A

Aislamiento de panel rígido de lana de roca volcánica Rockwool Rockplus E 220, no revestido, 100 mm de espesor, de 50kg/m3, confinado en bandeja metálica de subestructura horizontal.

B

AE'

G

A

A E + F

AE' A - Acabado Baldosa de piedra natural e=6cm B - Base de apoyo Arena de río lavada C - Subbase granular Grava compactada D - Explanada Terreno compactado (relleno) E - estructura de sótano H.A. F - Impermeabilización adherida + geotextil no tejido poliéster G - Evacuación de pluviales Caz prefabricado H - Hormigón de limpeza 10cm

B

H

A AE'

C

A AE'

D

A AE' A B

PERSPECTIVA AXONOMÉTRICA - CERRAMIENTO escala 1:30

AE'

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Trasdosado PYL 15+15+63 Autoportante. Placas N+W Sobre banda elástica Aislamiento lana de roca 60mmRockwool Alpharock E 225. Confinado en subestructura trasdosado

DETALLE 3 PERSPECTIVA AXONOMÉTRICA Sistema de pavimento exterior escala 1:20

Soporte metálico Bastidor de listones de HEB280 pino cuperizado 9x5cm Tornillería autorroscante ac. galvanizado

Panelado contrachapado 22mm Taladros Ø5mm c/20mm Tratamiento contra humedad, imprimado y lacado. Velo absorbentea cústico en intradós.

Trasdosado autoportante PYL; estructura de acero galvanizado 63mm c/600mm; dos placas tipo normal, 15mm, atornilladas Lana mineral 60mm en subestructura

11 SALA AUDITORIO RESONADOR DE HELMHOLTZ Cavidad con un cuello, actuando el

ciudades interrumpidas destellos y aspiraciones Academic works - 2014 with Fernando Cruzado Prof. Dr. Carlos GarcĂ­a VĂĄzquez With the aim to record and study a discontinued urban development, we build our own mapping system, explaining the main issues recognised in recent town urban growth.

The town of La Rinconada is the subject of this study; it is a satellite city to the city of Seville. During 20th century, it developed a second and separate urban core, attached to the newly built railways. This new part of the town held the railway station and new factories, dragging new dwellers to its surrondings. Early 21st century plans were born intended to bring back together the two-headed town of La Rinconada.

This latest development was left unfinished from 2008, due to Spain financial crisis, leaving some traces of new urban plans.

Following the initial mapping we carry out a breakdown of the site, in three different actions:

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mapping Mapping developed to show the aims of urban plans for the gap between La Rinconada and San JosĂŠ de la Rinconada. The eastern and original neighbourhood hosts city council and public services, while newest and westernmost part hosts most of work places and dwellings for younger families in town. This newer part is also linked with its surroundings with a train station.

Urban plans were written by city council according to their purpose to unify the town in one and only urban nucleus, evening workplaces, services and dwellers all across its extension.

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1st intervention: an inventory Being told that nothing could be found on site, we tried to identify the elements that gave shape to this place. Even no singular buildings, spaces or objects are to be found here, we shaped an identity through a detailed inventory of this ordinary entities that filled every corner we looked at.

This inventory was shaped following the example of Ed Ruscha with his various inventories all along Los Angeles urban area, with the same aim to portray the identity of the place through its daily-use spots and buildings.

Top to bottom: “Thirty six detours”, “Six empty dumpsters” and “Several forgotten supplies” 14

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2nd intervention: an identity Lacking any singular place, the unfinished roads of Pago de Enmedio have no names to identify roads and places.

We design a blank “official� street sign to give names to the places we choose as significant in the empty neighborhood.

As we find no buildings to fix it, we set it up onto the elements we are able to find: mostly people and trees.

To give a sense of a consolidated part of the city we gather these new names in a tourist map, as those of most visited cities.

These new street names come from different situations and elements that are found during our on site research.

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You Are Not Here St.

No Exit St.

Almost Arrived St.

Union Av. gabrielrc.com

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3rd intervention: forgotten According to the mentioned inventory, we aimed to brign the place back to life - or at least give it a second chance.

Found building materials were taking account of in the third of the inventory booklets. They were packed up in pallets, a standard measuring unit made up to be sold and shipped around the world.

According to this trading nature, we documented and posted some of the packs in second hand websites to bring them back to the market. At the same time, getting them online was the best way to make visible, as long as in the 21st century everything that is offline doesn’t exist.

Summing up, the way to bring them back to life was to get them back to the market and online at the same time.

We got some contacts about the products for sale and all of them were repplied to make them know it was an academic research.

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white noise Arquia Grant competition - 2016 Project in Barcelona, Spain The task is to build the concept of a “secular chapel”, a peaceful space in the city where to hide from daily urban stressful pace. ***text from the project*** A discreet structure hanging from the trees atop a hard to notice gravel slope; a simple bench and a bunch of biometric sensors. A water system that rules and conforms the being of the chapel.

AD HOC Space boundaries come and go according to users motion.

AD HOC Sensors read users’ mood, varying the power of the curtain according to collected data.

WHITE NOISE Used as sound insulation and therapy for sleeping and anxiety problems.

WATER Falling, natural source of white noise.

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The projected space looks for the sensory isolation by means of a water veil, changing according to user’s mood, in order to help coping with anguish and torment due to the madding crowd.

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Section views

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IT 120 hours competition 2016 Team: Fernando Cruzado/Esther Rubio Taking the task to its furthest conception, our proposal looks for the purest forms that will cast the essence of the intended house. Since Roman Pantheon, through Renaissance Italian domes to BoullĂŠe layouts, sphere has been questing architects. Nowadays, its construction is still a challenge but its spatial quality stimulates its spread all over the World.

Spherical space blurs boundaries between floors, walls and ceilings. The sphere mimics the shape of the sky above head, the cover of once inhabited caves, bubbles and drops, basic forms of nature.

The unit grows around an inner spherical space, one and only, where life takes place.

A second and outer sphere ties some inbetween spaces, support of daily activities.

Having no site conditions, indoor spaces are shaped considering only its own aims and aspirations. Anywhere it’s set up, the unit will be lived and recognised as a whole and separate entity.

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Pilgrim services building ETSA A Coruña - 2012 Prof. J.L. Martínez Raído Multifunctional building for pilgrims Placed on the Camino de Santiago route, is aimed for pilgrims spending the night at the city of Lugo. Meant to take shelter for a night in sleeping bags or host the activities of larger hikkers groups.

The plot resembles of the site of ancient inns, in the oldest crossing point over the Miño river, as it flows close to the city.

The building is conceived as a dissolution of the massive row of houses going down the slope from the city to the river, making it turn as it sets up the border of the river walking paths.

Five volumes working in a row: first one, closely related to the existent housing, as a reception and office, leading to the living spaces, with a common kitchen and dining hall as an end to the sequence.

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APPEARANCE

Outer appearance is determined mainly by slate walls, a material used for centuries in the city and its region, locally quarried and built following traditional masonry techniques to conform a contemporary shape. Most of the openings are vertically-shaped as those on the surrounding buildings, according to masonry restrictions.

Inner walls are structural concrete, holding laminated timber beams to conform the roof pitch. Roof finishing is intended to be zinc, to make it fit in the environment color palette of slate roofings.

Pitched roofs are chosen to fit the ruling shapes, adapted to generous rainfall in the region.

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river pier at shipyard

DOWNTOWN SEVILLA

ETSA Sevilla - 2013 Prof. Dr. Amadeo Ramos Carranza collaboration with Pablo Pita Castro Proposed as part of a bigger scheme to renovate and bring back to use Sevilla shipyards, involving the renovation of two industrial buildings to set up a cultural centre and a technological research hub. To weave the complex, a temporary housing for researchers and a pier to join it to the city will be added ex nihilo.

The building is intended to direct and organize passengers of ferries heading to and coming from the city center of Seville.

With this in mind, the scheme includes ticket offices, a canteen, public toilets and the needed floating dock, all surrounded by interface spaces providers of shade for the travelers.

To hold this scheme, we propose a system on a hexagon grid that enables different growths and varying pieces according to the hosted function. All of this is meant to be prefabricated and dry construction systems. Mechanical systems and HVAC are hosted under a technical flooring.

SHIPYARD

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FLOOR PLAN

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tech hub at shipyard ETSA Sevilla - 2014 Prof. Dr. Amadeo Ramos Carranza As a part of the program to bring back to use the off duty shipyards, the electrical works factory is intended to become a tech hub. This high tech production center will give a place for tech based startups to develop their products as well as run small production runs.

Every startup project will get their own office, placed on north and south sides of the building, linked to shared administration, meeting rooms and exhibition spaces to show their developing products.

The main power of this hub lays in the core of the building. In the upper floor, different machinery and allows project teams to develop their products with last technology in materials. All of this is assisted by a logistics center hosted in the ground floor, where raw materials can be stocked and finished products can be found for handling and shipping.

This program division is made by the insertion of a ribbon that flows all around the building separating production, circulation and office spaces. As opposed to the existing brickworks and concrete structure, this new element is conceived from a contemporary techinique, being a steel structure with creased aluminium sheet as the main finish.

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control carga-descarga grúa pórtico

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cabina de pintado zona de trabajo hornos

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grúa pórtico 25t semillero sala reuniones

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sección 1

oficina

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fetsac 12: this is tomorrow organizing committee at A Coruña architecture school (ETSAC) cultural week. fetsac stands in Spanish for “A Coruña Higher School of Architecture festival”. It takes place yearly, lasting for a week and bringing to the School activities that will never fit in academic programs but are found to be really useful in an architect’s education.

Since 2009 it has been funded and organized exclusively by students, turning into a place for student expression and a platform to bring to school the vanguard of architectural thinking.

In 2012 edition, we tried to have a glimpse of some new ways of making things with the common base of the architectural education of its developers, with a wide range of products from coastal urban planning, to cinema, going through architectural publications and advertising design.

Poster design by Virginia Fernández - chosen by in-school popular vote

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Santiago de Molina architect, researcher and professor at ETSAM, Madrid

Luis Úrculo architect and “artist working on the outbounds of architecture and its representation”

Carlos Quintáns architect, researcher and professor at ETSAC, A Coruña Golden Lion winner at 2016 Venice Biennale

Juan Creus architect, researcher and professor at ETSAC, A Coruña works at CreuseCarrasco architecture office

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fetsac 13 organizing committee at A Coruña architecture school (ETSAC) cultural week.

WINNING POSTER DESIGN 2013 edition of fetsac got a mixed and blurry plot, getting speakers like utopian Spanish architect J.M. de Prada Poole, pioneer in inflatable architecture, mimicking and following attitudes as those of Buckminster Fuller and Cedric Price.

Along him, many critics and collectives on the decreasing need of building and claiming a sensible thinking from us, the new generations of architecture.

Speakers: José Miguel de Prada Poole Fredy Massad - architectural critic DPR Barcelona - publishers Maya Kapouski - photographer Recolectores Urbanos - publishers n’UNDO - architecture collective Meva+NK - on hacking architecture Arkitiriteras - architecture collective

Poster design by Gabriel Rodríguez - chosen by in-school popular vote

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Jose Miguel de Prada Poole utopian architect, pioneer in inflatable and textile architecture

Fredy Massad architect, critic and professor - publishing at “La viga en el ojo”

Maya Kapouski (Lucía García) photographer - theory of mistakes and unfinished works

n’UNDO architecture office on dismantelling and sensible development of urban areas - Alejandro and Verónica

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fetsac 14 organizing committee at A Coruña architecture school (ETSAC) cultural week.

In year 2014, sixth edition of fetsac develops on two separate topics. On the one hand, public participation on city development and urban planning, with examples as Matthias Lecoq, Domenico di Siena (urbanohumano) and Todo por la Praxis TxP. On the other hand, treated as an in-house (school) problem, the topic of opportunities for new young architects was held through debates and “pecha kucha formats”.

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Matthias Lecoq urban planner - workshop Suedage, on gentrification awareness

Solano Benítez Paraguayan architect - rethinking low-tech materials

Domenico di Siena architect and researcher on “Shareable City”, public participation

Todo por la Praxis - TxP architects on urban planning based on public participation and on-site study. Workshop on inflatable architecture

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666 25 47 53 / gabriel@gabrielrc.com www.gabrielrc.com