Raul Bielsa Perez Portfolio

raul bielsa perez raul bielsa perez raul bielsa perez

36 Morris Blitz Court Foulden Rd N16 7UJ London UK

+44 7563854172 bielsaperezraul@gmail.com IG @nwtntppls

> ENREDADOS / San Bartolome Square with Cristina Ramos & Irene Ruiz Logroño (SPAIN) CONCENTRICO 04 · Competition

>>> MSc Landscape Urbanism Architectural Association · London (UK) > AALU research aims at developing instruments, proposing responses and investigating potentials emergent from the developmental pressures that regional networks exert on localities today.

> EMPLAZATRIZ6 · with Cristina Ramos, Irene Ruiz & Javier Tobías · Madrid (SPAIN) PLAZ-ER Competition · COAM > Hello Wood · Project Village 2017 · Workshop · Csoromfolde (HUNGARY) As a student and assistant of Garden Courtyard/GROUNDLAB

>>> Groundlab Landscape/Urbanism/Architecture international practice Architect · London (UK) > Alameda Providencia Corridor CHILE · Design development >>> Groundlab > Tokha Village Masterplan NEPAL · Masterplan Landscape/Urbanism/Architecture international practice > Yeoui-Naru Ferry Terminal SOUTH KOREA · Competition Erasmus Internship · London (UK) > Garden Courtyard/ Hellowood · HUNGARY · Pavillion > Alameda Providencia Corridor CHILE · Pre-design fase > Sochi Post Olympic Development RUSSIA · Competition · 2D/3D drawings/multicriteria analysis/videos (Shortlisted) > Cuernavaca railway lineal park MEXICO · Competition >>> Carlos Avila Landscape Office · Zaragoza (SPAIN) > Graphic Drawings & 3D Models & Renders > The Industry in the Landscape: Heritage in >>> PUPC isochrony and memory · Sessions Nájera (SPAIN) Spanish Cultural Heritage Institute & GIPC - ETSAM > Sustainable Urban Renewal Workshop · Director Richard A. Plunz (Columbia University) · Madrid (SPAIN) European University of Madrid · School of Architecture

> PLUG-IN MARSHES with A. Martín, C. Ramos & J. Tobías · Nasiriyah (SPAIN) Innatur 4 Competition · Opengap · SELECTED

(Contemporary Project and Urban Landscapes) Research Group Internship · Zaragoza University · Zaragoza (SPAIN) > Water Strategies for Nasiriyah - Nasiriyah-Euphrates riverbanks MasterPlan

>>> Architecture MArch EINA Zaragoza University · Zaragoza (SPAIN) > Final Master Project · URBAN TRANS-MUTATIONS IN B·E·V *8.5/10

>Inhabited Walls · In collaboration with Leticia Barbero & Miguel Guerra (m1nw) · Barcelona (SPAIN) Barcelona Youth Hostel Competition · Archallenge · HONOURABLE MENTION

> Re-thinking Canfranc. Rehabilitation & Urban and Landscape Renewal · Summer Workshop Canfranc (SPAIN) Zaragoza University

Computer Skills 2D/3D

>Erasmus Exchange Program Istanbul Technical University (ITU) · Istanbul (TURKEY) Languages

Mother language > Spanish Other languages > English//C1 >French//A1 >Turkish//A1

Driving License Other Skills

EDUCATION WORK EXPERIENCE WORKSHOPS COMPETITIONS

2001-09

2003-09 2015- 18

> Spanish Driving License B

>Andorra Music School EMA · Andorra (SPAIN) Flute & Piano · Middle Grade of Music > Andorra Drama School · Andorra (SPAIN) > BIBA! youtube channel · with A. Ballestín Creative director/Film editor/Community Manager

> Autocad > Rhinoceros > Sketchup > Archicad > 3D Max Render > Artlantis > V-Ray Adobe > Photoshop > Illustrator > Indesign > Premiere > After Effects GIS > QGIS > ArcGIS Simulation> CAESAR_river > CEM_coastal Scripting > Grasshopper > Python > Processing_Java

>>> Undergraduate’s Degree in Architecture EINA Zaragoza University · Zaragoza (SPAIN) *Urban Projects and Landscape Urbanism specialization >Final Project · Zaragoza and its Metropolitan Area : the city from the landscape *9.5/10

Landscape Urbanism MSc / AA (London, UK) 2017-18 Camila Ocejo South coast of UK Research / Cartography / App / Policy / Design Strategy / Prototyping Coastal Communities / Fishers / Food Chain / Sustainability / Local Economy

EXCHANGE NET WORK FOR SMALL INSHORE Although Britain’s small-scale fishing industry accounts for only a small part of its national economy, it remains crucial to coastal communities. Policies have heavily impacted the way fishers live and how they interact with their communities, the market, and the environment. This project sets off from a national scale into the centralized vision of fishing policies. It explores the social common-ground in order to enable links within fishers to act as catalysts for the development of coastal communities.

This project proposes Fish Match , an open platform to address these questions through an alternative vision. This platform allows interactions between fishers to ensure a constant supply for buyers. The application is meant to challenge existing landscapes which could ultimately be replicated throughout the coast in a multi-scalar dimension.

Focusing in the coastal town of Sidmouth, we explore the multi-layer spectrum of territorial production and the possible reconfiguration of mooring spaces as they can serve as the base for supporting economies.

FISHERS IN THE SOUTH OF UK

When people travel to the coast they choose to eat fish because it is fresh, or so you would think. Fish comes into British coasts in frozen bundles from foreign suppliers rather than caught by local fisher in their own seas. Fishing involves the decline of an industry and with it, the communities that for centuries have so strongly depended on it. It is the outcome of policies that have heavily influenced the increase of unemployment rate in many coastal towns.

Historically, Britain has always prospered from its fishing fleet. However, today, more than half of fishing boats are inactive and fishers are forced to shift towards other activities. Great Britain entered the European Union in 1983 and joined the Common Fisheries Policy. This introduced a quota-based system and a shared sea territory, altering the economies of coastal communities while increasing a dependency on imports.

The research looks into aspects of the policy system, particularly the quota allocation scheme and the non quota species. It explores the complex production system, the market allocation scheme, the environmental conditions, and its social implications, and suggests how it can weave together through local co-operative initiatives. It questions the power of the community to support the small-scale fishers whom have been left out of the big picture.

6% <10 m vessels

<10 m vessels

Community Supported Fisheries PORTS <10 m vessels

!

route

D

CSF port

0 - 83

D 83 - 274

by tons of landings

D

274 - 643

D

643 - 1271

Fish Industry

! (

auctionsites

#

£

wholesalemarkets

processing industry

l

buy/sell fish

fishermen tracks

routes networks

COD VALUE CHAIN

Fishmonger / Retail-chain / Groceries store

Restaurants / Fish&Chips / Catering

Ports

4.3£/kg Frozen fish fingers

£765m

Auction Markets

45000 t

£354m

£29m 14300 t

63700 t

Supermarket

Exports

Retail sector

Wholesale markets

47% added value

Foodservice sector

Processing Industry OUTGOING PRODUCTS

£416m 110500 t

~Amble~

3.2£/kg £27m

£22m

5000 t

6000 t

Buyers/Sellers

Frozen fish fingers

Consumer

Secondary/mix Processors

£36m 8700 t

£345m 120800 t

WHOLESALE TRADER

PROCESSING Processo

53% added value

£19m

15200 t

£27m

Auction Market + Direct Purchase + Merchants

7000 t

Primary Processors

2.8£/kg rozen F cod block import from China

Imports

SUPPLY RAW MATERIAL

£320m 120700 t

Import Agent

£35m 22000 t

UK vessel landings

fishermen

primary processor

secondary processor

distributor

retailer

consumer

alternative (short) fish chain CSF (Community Support Fisheries) fishermen

consumer

~Emsworth~

~Plymouth~ ~Newlyn~

~Dungeness~ ~Newhaven~

Blue New Deal: Good Jobs for Coastal From Sea to Plate in 18 Hours: London Porlock Bay Oysters: Coastal Producer Organisation: A Bigger Voice Communities Through Healthy Seas Hooked on Fresh Jersey Seafood A Community Project for Small-Scale Fishers TV Chef Rick Stein: Taking Over Padstow ethical, sustainable fish delivered to your door

Hastings Fisherâ&#x20AC;&#x2122;s Protection Society, for instance, is one of the case studies we looked into that exemplifies the significance of the fishing industry in a town where it no longer contributes to the local economy by itself, but that its so inter-weaved with the townâ&#x20AC;&#x2122;s identity that when they began facing such challenges, the industry became resilient. Fishers began diversifying

into other economic activities that would later subsidize fishing itself.

Fishing enabled other economic activities to take place, such as retail, industries, and leisure activities.

All these measures allow fishing to happen, for although fishing is not a profitable industry in many cases, it does play a significant role for the overall local economy.

fisher

buyer

Fish Match intends to address these questions as an alternative vision of the industry through an open platform in which interactions can take place.

Although alternative shorter fish chains exist, these initiatives are not usually owned by the fishers. In addition, local restaurants don’t rely on small fisher’s catch because they cannot provide a constant supply. Fish Match encourages a local and decentralized market, supports a stronger local market, and promotes the consumption of alternative species.

♥ SWAAAP

Beach launching is the most common way of mooring boats for small inshore fishers, making them highly dependent to weather conditions. Fish Match addresses this issue through the fish pilgrimage action. The app can point out ports with good weather conditions in order for them to migrate temporarily to other ports to be able to continue fishing.

FISH PILGRIMAGE

MARKETPLACE

The application is meant to challenge existing landscapes which could ultimately be replicated throughout the coast in a multi-scalar dimension.

♥ SWAAAP

peer to peer exchange FISH PILGRIMAGE

fisher

site specific distribution

MARKETPLACE

building trust

SEAFORK////Gary

BRIXHAM////Peter Quota in use

Quota in use

Sprat Cod Lemon Sole Dover Sole

Sprat Sandeel Plaice Whiting Lemon Sole Dover Sole

SWAAAP

Quota no use Sprat Sandeel Herring Plaice

Quota no use Herring Cod

SUPPORTING ECONOMIES market-based activities

♥ SWAAAP

tourism & leisure

environmental activities

supply of capital

non-fishing contract

capture & culture

processing

weather & site conditions

wholesale marketing

FISH PILGRIMAGE

retail

temporary migration fisher

MARKETPLACE

catch %

supporting economies

employment obligations

COVERACK////Paul

SWAAAP FISH PILGRIMAGE

maintenance participation pay rent

0:00 PM

♥ SWAAAP

fishers co-operative FISH PILGRIMAGE

decentralized market

SEAFORK////Gary

fisher MARKETPLACE

sustainable consumption REQUEST

GARY

buyer

SIDMOUTH////Jack

SEABASS 8KG

0 kg

185 kg

200 kg

nยบ <10 fishing vessels 10 - 20 >20

<10

nยบ <10 fishing vessels 10 - 20 >20

<10

H&P PORTS

river inlet harbour

nยบ <10 fishing vessels 10 - 20 >20

<10

HOST PORTS

beach / cove

PILGRIM PORTS

This cartography displays a graphic simulacrum of Fish Pilgrimage through the data generated by the interactions. These connections unveil the possible links between the different kinds ports throughout the year according to the restrictions we set on the database. The catalogue on top displays the geomorphology of each port while indicating the characteristics of each town (population, amount of small-scale vessels and level of tourism and fishing activity). This would serve as a indicator of the site-specific aspects that would determine the course of action for each port in a smaller scale approach. Below, the chart shows black dots on the months that each host port can expect pilgrim incomers according to the size (the smaller the dot, the least amount of boats).

nยบ pigrim ports relate to host ports

amount of fish variety

% days at sea waves heigth

routes from pilgrim and h&p ports to host and h&p ports

The interactions are intensified in this bay-like typology. It can be clearly seen how a pattern is created, where the host ports get grouped in the side of the bay where they are more protected from tall waves whereas the pilgrim ports are grouped in the tip most exposed to tall waves. The bay acts as a landscape concealer for these connections to happen.

Sidmouth, for instance, would play an important role as a host port since it is next to several pilgrim ports which most likely would chose Sidmouth as a first option for a host port due to proximity.

types of ports host ports

seafish

host&pilgrm ports

pelagic

pilgrim ports

demersal

autumn + -

+ -

summer spring winter

each 20 vessels from host&pilgrm ports each 20 vessels from pilgrim ports each 20 existing vessels

netting routes from pilgrim and h&p ports to host and h&p ports

dredging

gravel

potting

mud

trawling

sand

quiet zone

coastal evolution model

disposed tyres UK 100000 tyres/day 46 /// millions tyres/year sid valley neighbourhood plan

goodyearâ&#x20AC;&#x2122;s modular system

new programme

river sid

red sandstone cliffs Jurassic Coast

sidmouth trawlers Drill Hall sidmouth sailing & sea angling Club sidmouth lifeboat station

<10 fishing boats E30 Kathann E460 Gus E1 KJM E566 Azzurro

5.9 m 5.2 m 4.6 m 4.6 m

Beer 12 Axmouth

Lyme Re

3

gis 12

West Bay e mb lco Sa

13 Abb otsb ury

14

19

So, whatâ&#x20AC;&#x2122;s the catch? How will temporary migration serve as the base for associations to happen? How will the data serve as index of the communities that require extra support? How will this data be managed and what will we do with it?

We explore the possibilities through a speculative scenario. The scenario would be based on these interactions and would be the backdrop for the integration of new social dynamics, the necessity for new flexible policies informed by same interactions and ultimately, the need of different spaces.

In order to slow down with steep, fast waves and generate

an efficient mooring area, the beach is mirrored to create a quite zone within for boats to moor. For this, we worked with a coastal evolution model software to simulate sand movement and retention by placing obstacles through time. Building these barriers would be the first step of the strategy with tyres as a cheap and effective solution that fishers could build by themselves. Breakwaters would follow, protecting the exposed bits of accumulated sand from strong waves. The tyre company Goodyear proposed scrap tires as a construction material for building large floating breakwater devices allowed us to experiment with a range of configurations. These breakwaters would ultimately turn into the base for activities to take place.

Landscape Urbanism MSc / AA (London, UK) 2017 London / UK Research / Cartography / App / Policy Permitted Development / Land / Housing Crisis / Social formation

London case study The Permitted Development right (PDR) is a policy which planning permission is not needed because is just for minor changes in different kinds of buildings but not for changing the use of a building.

The UK government had an amazing idea to solve the housing crisis. They added, under the PDR, the change of use from OFFICES to HOUSING, meaning it would not be necessary to apply for Planning Permission, meaning there is not minimum amount of affordable housing, public facilities, not even minimum housing space standards!

From a developerâ&#x20AC;&#x2122;s point of view housing is much profitable than offices, what could lead to lost the majority of offices spaces in London.

The aim of this topic, land & housing, is to uncover various interests behind the housing crisis in UK. This project is focus on the Permitted development right and selling off public land, taking LONDON as a case study.

The Permitted Development right (PDR) is a policy which planning permission is not needed because is just for minor changes in different kinds of buildings but not for changing the use of a building.

The UK government had an amazing idea to solve the housing crisis. They added, under the PDR, the change of use from OFFICES to HOUSING, meaning it would not be necessary

to apply for Planning Permission, meaning there is not minimum amount of affordable housing, public facilities, not even minimum housing space standards!

From a developerâ&#x20AC;&#x2122;s point of view housing is much profitable than offices, what could lead to lost the majority of offices spaces in London.

This measure, implemented in 2013, was supposed to be a 3 years temporary measure with some restricted areas. BUT in 2015 it changed to a permanent right and in 2019 there would be not exempted areas, it would depend only on the boroughs to apply some restrictions.

> spatial relations between offices - public land - brownfields LOW PRESSURE AREAS

> area available offices - public land - bronwfields LOW PRESSURE AREAS

> area available+spatial relations offices - public land - bronwfields ALL AREAS

> facilities pressure by ward

Hacking Permitted Development Right (PDR) is the aim of this project.

Assuming that the PDR continues as a permanent right and that in the worst case scenario, the whole commercial land in London is transformed into housing. What would be the impact of that? Would PDR solve housing crisis in London? At what price?

The project seeks to reduce the impact that the PDR could have in the facilities pressure in London and how to develop an interactive policy that can be dynamic enough to be useful, suggesting which offices spaces could be transformed into housing without applying more pressure to their surroundings and which ones would have any land available in relation to them to be able to deliver enough facilities if that is the case.

>LOW PRESSURE AREAS

buffer areas area available (ha) < 200 ha < 50 ha

>ALL AREAS

buffer areas 5000 m

< 10 ha

commercial landuse (offices )

commercial landuse (offices )

nยบ houses

nยบ houses

b

b

72 - 64,096

land available

public land on the market (ha) l

0.1 - 2.1

l

l

R

l R 6 - 111,978

l land available

l

school/hab

public land on the market (ha) 0.0 - 5.7

% school/hab AFTER PDR

2.2 - 7.7

5.7 - 35.7

% school/hab NOW

7.8 - 63.9

35.7 - 96.6

brownfield land (ha) A

0.0 - 2.2

A

2.3 - 5.2

A

5.3 - 17.4

A

brownfield land A (ha) 0-5 5 - 20

A

2% school/hab STANDARD

facilities presure by ward school/population

20- 50

0.00 - 0.02

connections

connections

0.03 - 0.04

length (m)

length (m)

0.05 - 0.12

269 - 2000

269 - 2000

2001 - 4000

2001 - 4000

4001 - 5000

4001 - 5000

river borough

0

2

4

8

12

6

1

m 0 2

MArch in Architecture / Zaragoza University (Zaragoza, SPAIN) 2015-16 (Masterplan fase) L. Barbero + M. Guerra + I. Ruiz + J. Tobias Zaragoza / SPAIN Masterplan / Urban Design / Detail Design Urban Renewal / Housing / Landscape

Urban renewal in BEV housing state Balsas de Ebro Viejo Housing State (BEV) is placed in Zaragoza and despite its central position, it still looks like a suburban neighbourhood. The project aims for an integral renewal of the site to become from an unconnected island to an interconnected archipelago. The operation looks forward to keep the existing community and the entry of new neighbours. The relation with Tio Jorge Park is one of the boundaries to be treat in detail. . It is proposed the dissolution of the WALL and the implementation of a membrane-device as a dynamic space able to make successfully relationships between the park and the neighbourhood, improving the INTEGRATION between them and giving ACTIVITY to the place through densification with new housing and new neighbours.

CALLE PEÑA OROEL

BAL IA DE L RA ACEQ U

DESAGÜ E DE LA S BALS

AS

BULEVAR BEV

ACE QU

IA D E LA

ORT

ILLA

BRA Z

AL D E SA

NCH O

ACEQUIA DEL RABAL

E 1:20.000 RÍOS ACEQUIAS ACTUALES ACEQUIAS ANTIGUAS OTROS CAPTACIONES

E 1:2000

PR 50 PR 100 PR 500

TOPOGRAFÍA MEANDRO ARBOLEDA PARQUE TÍO JORGE

CONFIGURACIÓN HISTÓRICA · BALSAS DE EBRO VIEJO

PROYECTOS URBANOS Y PAISAJÍSTICOS INTEGRADOS · 2014-2015 LETICIA BARBERO · RAÚL BIELSA · MIGUEL GUERRA · IRENE RUIZ · JAVIER TOBÍAS

línea

de in und

abili

dad

A1

T100

B+5

B+12

KM 0

B+2 B+11

B+5 B+1 B+12 B+4

B+11 DEMOLICIONES BEV 190 VIV (+ PLANTAS BAJAS)+COLEGIO +GUARDERIA+ ESCUELA INFANTIL+LOCALES

B+5 B+1 TORRES B+11

B+12

B+5 B+1

BLOQUES B+4

KM 0

EQUIPAMIENTO +++ VIVIENDA +++ EQUIPAMIENTO +++ LOCALES

KM 0

B+12

ACCESIBILIDAD NUCLEO ESCALERAS+ASCENSOR ACCESIBILIDAD PASARELA MANZANA UMBRAL MANZANA +++ VIVIENDA EJES TRANSVERSALES EJES LONGITUDINALES ESPACIOS ACTIVIDAD DELIMITACIÓN ÁMBITO

B+12 KM 0

AP J+ ID

.01

ALMACÉN PARQUES Y JARDINES INSTALACIONES DEPÓSITO

APJ+I

D.0

APJ+I D.0

3

2

T05.03

PLANTA BAJA TORRE 05 T05.01

Depósito de Infliltración/Detención SUDS

T05.04

T05.04

T05.06

T05.02

T05.04

T05.05

ESPACIO OFICINAS 01

EO01.01

EO01.02

EO01.04

EO01.03

PLANTA BAJA TORRE 04

T04.0

T04.0

3

1

T04.0

T04.0

4

T04.0

4

6

T04.02

T04.0

4

T04.0

5

CENTRO BEV-TIO JORGE

CBEV.01

E 1:1000

CBEV.03

CBEV.02

244 NUEVOS VECINOS TOTAL BEV 1546 VIV

CBEV.04

+19% PLANTA BAJA TORRE 03 T04.03

NUEVA VIVIENDA TORRES 220 VIV ZONA CENTRAL 108 VIV SAN JUAN DE LA PEÑA 106 VIV TOTAL 434 VIV + DENSIFICACIÓN MANZANAS ALTURA+PLANTA *realojo plantas bajas por cambio de uso comercial

T03.01

T03.04

T03.04

T03.06

T03.04

T03.05

T03.02

2.5

ESPACIO RESTAURACIÓN 01

ER01.02

ER01.03

ER01.01

P08

TFM - Proyecto Ejecución - 2016

B+11

~ TRANS-MUDACIONES URBANAS EN B·E·V ~

*1:200///1:400*

PROYECTO URBANO

PLANTA BAJA TORRE 02

*Tipologías - Nuevos Vecinos*

Raúl Bielsa Pérez

T02

.03

.01

residenciales están s de 5 tipos de casas (V1 / V2 V5) con 9 variaciones del tipo tas se basan en la convivencia ecinos existentes y los nuevos

T02

T02

T02

.04

.06

.04

T02

T03

.02

miento de los propietarios su disminución propician ologías de vivienda adaptadas sidades, así como nuevas que atraigan a nuevos y cinos al barrio.

T02

.05

ición de cada torre es única, partir de la variación de orientación de las distintas como forma de ación y identificación del n su vivienda.

ESPACIO OFICINAS 02 EO03

.01

EO03

.02

o por fases permite la ón y mezcla de los actuales trasladados y los nuevos uros.

EO03

.04

EO03

.03

05

04

INF RAESTRUCTU

T01.03

PLANTA BAJA TORRE 01

T01.01 6

T01.0

RA

01

T01.02

T01.04

02

4 T01.0

03

VE RD E IU

DA

25 vecinos + 19 NUEVOS vecinos

D

V1 >> 23 V2 >> 4 V3_2D >> 4 V3_A >> 6 V3_B >> 5

C

~TORRE 01~ *42 casas* 25 vecinos + 17 NUEVOS vecinos

~TORRE 02~ *44 casas* V1 >> 19 V2 >> 5 V3_2D >> 9 V3_A >> 3 V3_B >> 4

B · E· V / / / RAÚL BIELSA

~TORRE 03~ *43 casas* 30 vecinos + 13 NUEVOS vecinos

V1 >> 27 V2 >> 6 V3_2D >> 4 V3_A >> 4 V3_B >> 2

~TORRE 04~ *42 casas*

~TORRE 05~ *40 casas*

Z1.I

30 vecinos + 12 NUEVOS vecinos

Z1.I

V1 >> 27 V2 >> 4 V3_2D >> 4 V3_A >> 4 V3_B >> 3

40 NUEVOS vecinos

V1 >> 19 casas V2 >> 4 casas V3_2D >> 8 casas V3_A >> 4 casas V3_B >> 5 casas

4

T01.0

5

T01.0

ALMACÉN EQUIPAMIENTO DEPORTIVO

AED.01

T02

.04

5

estado 0

P01 *1:250///1:500*

>> falso techo hipertecnificado Galería - Espacio transición exterior Independiente/Subdivisible Estática/Dinámica

VIVIENDA 1

8

* tipo 3

>> mobiliario + contenedores estáticos estructurantes

PLANTA 11

+ Separadores desplegables multiuso + objetos personales

PLANTA 10

Unidad de Vivienda múltiple (74.3 m²) de 2 dormitorios (1 doble + 1 individual) Entrada Jardín - Espacio de transición hacia lo doméstico - Imaginería pintoresca (la cerca, el aire, la vegetación)

1

.5

>> Base estructurante

EC

+ carpinterias Correderas/Abatibles + Tabiquería envolvente

D2

D1

P B

A

La vivienda como dispositivo activable por el usuario capaz de producir múltiples estados de esta

E

>> Fachada compuesta TFM - Proyecto Ejecución - 2016

+ carpinterias correderas

+ Contraventanas abatibles

estado X

~ TRANS-MUDACIONES URBANAS EN B·E·V ~

P05

+ barandilla

*1:75///1:150*

PLANTA 09

PROYECTO *Tipologías 03*

Raúl Bielsa Pérez

estado 0

>> falso techo hipertecnificado

4 >> mobiliario

Galería - Espacio transición exterior Independiente/Subdivisible Estática/Dinámica

VIVIENDA 3

PLANTA 08

*duplex

+ contenedores estáticos estructurantes + Separadores desplegables multiuso + objetos personales

Unidad de Vivienda múltiple en duplex (100.7 m²) de 2 dormitorios dobles

>> Base estructurante + carpinterias Correderas/Abatibles

Entrada Jardín - Espacio de transición hacia lo doméstico - Imaginería pintoresca (la cerca, el aire, la vegetación)

+ Tabiquería envolvente

.5

1

PLANTA 07 >> Fachada compuesta + carpinterias correderas

La vivienda como dispositivo activable por el usuario capaz de producir múltiples estados de esta

+ barandilla + Contraventanas abatibles

>> falso techo hipertecnificado

estado X >> mobiliario + contenedores estáticos estructurantes

PLANTA 06

+ Separadores desplegables multiuso + objetos personales

estado 0

>> Base estructurante + carpinterias Correderas/Abatibles

D1

EC

+ Tabiquería envolvente

P B

A

E

>> Fachada compuesta

PLANTA 05

+ carpinterias correderas

ES

+ barandilla + Contraventanas abatibles

D2 B

B

>> falso techo hipertecnificado

4 VIVIENDA 5

VIVIENDA 4

PLANTA 04

*duplex

Unidad de Vivienda individual en duplex (55.9 m²) de 1 dormitorio doble

*duplex

>> mobiliario + contenedores estáticos estructurantes + Separadores desplegables multiuso

3

+ objetos personales

>> Base estructurante

estado 0

>> falso techo hipertecnificado

+ carpinterias Correderas/Abatibles + Tabiquería envolvente

Unidad de Vivienda individual en duplex (62 m²) de 1 dormitorio doble

>> mobiliario + contenedores estáticos estructurantes + Separadores desplegables multiuso + objetos personales

PLANTA 03

>> Fachada compuesta + carpinterias correderas + barandilla

estado X

+ Contraventanas abatibles

>> Base estructurante + carpinterias Correderas/Abatibles + Tabiquería envolvente

>> Fachada compuesta

>> falso techo hipertecnificado

+ carpinterias correderas + barandilla + Contraventanas abatibles

estado X

>> falso techo hipertecnificado

PLANTA 02

ES

EC

D1

>> mobiliario

A

EC

+ contenedores estáticos estructurantes + Separadores desplegables multiuso

E

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PUPC research group / Zaragoza University (Zaragoza. SPAIN) 2015 A Martin+C Ramos+J Tobias Nasiriyah / IRAQ Research / Masterplan / Scheme Design Marshes / Riverbanks / Landscape / Water

Nasiriyah-Euphrates riverbanks masterplan /// Euphrate Exchanger Center

The Nasiriyah-Euphrates riverbanks Masterplan is about to make studies and proposals for the improvement (functional, ecological, landscape and social) of the Euphrates riverbanks on its way to Nasiriyah city in Iraq. After a long unstable period cause of national military conditions, the city faces new challenges in the urban reorganization field with a determined commitment to riverbanks reclamation as driving force of this environmental and urban regeneration.

The Euphrates Exchanger Center located in Nasiriyah would be a way of helping the reclamation of the Iraq Marshlands as part of a network of information exchange of the current situation of the Marshes.

13 /// Nasiriyah-Euphrates riverbanks Masterplan – EINA - University of Zaragoza (Spain) 2015

SCENE ONE

ESCENA UNO

El paseo de ribera

– EINA - University of Zaragoza (Spain) 2015

EL EÚFRATES

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h

rch al a

itecture

M

a

Los sistemas hídricos

loc es

Iraq Marshes evolution 2000 - 2009

The river walkway

siriyah se encuentra atravesada por un mplejo sistema hídrico a nivel nacional.

Eúfrates a su paso por la ciudad llega un caudal muy reducido, debido a su esivo control en tramos anteriores. A sa de estos condicionantes, la ciudad alrededores no se abastecen de este sino del agua que llega desde el Tigris, diante el Nahr al Gharraf.

f l Gharra Nahr a

TH IRD RIV ER (SA DD AM RIV ER )

otra parte, el crecimiento descontrolado la ciudad, ha ido ganando terreno al meral y los desagües naturales de éste ia el río se han degradado, vertiendo los duos de las áreas urbanizadas.

Wadi al `Ajj

Tercer Río o Río de Saddam, es un canal e se construyó para verter las aguas de cultivos, ya que tenían un contenido en es elevado que contaminarían los ríos. e canal conduce todas estas aguas hasta desembocadura en el Golfo Pérsico.

a escasez de caudales y la presión a que se ven sometidos los espacios urales en el cauce del río Eúfrates y en egión de las Marismas, han alterado el uilibrio ecológico del sistema provocando a regresión muy apreciable en las últimas ERPLAN adas. Sin duda esta situación plantea s for the riverbanks necesidad de un plan de recuperación biental que tiene un alcance regional templando lógicas naturales, agrícolas, anas y otras de mera ingeniería ráulica. No obstante éste puede y debe liderado por la ciudad de Nasiriyah por posición estratégica en este sistema rico.

Garmat Balwan

EU PH RA TE S

Garmat Muhsin

AL OPOS E PR BRIDG

GE PRO

ESTRI

AN

N BRID

INFRAESTRUCTURA VERDE El proyecto protege la vegetación de ribera existente y la potencia a partir de la construcción de los paseos.

RIVERBANK crea dos grandes parques AVENUE También agrícolas al este y al oeste de la ciudad, RIVER WALKW produciendo así dos nodos conectados por AY la vegetación de ribera.

POSAL

AL

OS

PROP

FRAESTRUCTURA FLUVIAL propone la construcción de e rivera a cada orilla del río, a la gente pasear junto a aseos permiten también que del río se ralentice junto a facilitando el crecimiento de vegetación de ribera. e también la construcción pasarelas peatonales y ntación de un sistema de or barcas para permeabilizar el río transversalmente.

Nahr Sa`idah Nahr Abu `Attar Nahr al Watratiyah

L URA SAL ULT PO RIC O AG RK PR PA

W K

DS

WETLAN

ET

LA

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IDE PAR

DS

RIVERS

Nahr Hagrush

RIVE PR RSID OPO E SA PARK L

WET

ORCHARDS

ORCH

LAND

ARDS

S

AG RIC PARK UL PROPTURA OS L AL

WE

TLA

ND

S

ORCHARDS

W K

DS

ET

LA

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IDE PAR

DS

RIVERS

RIVE PR RSID OPO E SA PARK L

WET

ORCHARDS

ORCH

LAND

ARDS

S

AG RIC PARK UL PROPTURA OS L AL

WE

TLA

ND

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RIVERBANK TEMPORARY MARKET

MARSH INTERPRETATION CENTRE

LEISURE FACILITY

NEW URBAN FACADE TERRACE-BAR ZONE

EQ U

ORCHARDS

TS EN M IP

RIVERBANK TEMPORARY MARKET

er oth M MARSH INTERPRETATION CENTRE

NEW URBAN FACADE

LEISURE FACILITY TOWN HALL WATERFRONT

EQUIPMENTS The project proposes the construction of some buildings along the riverside to create a new urban facade and to increase the activity of the zones close to the river.

A new square is proposed in the new town hall’s area to enhance its presence in the city.

EQUIPAMIENTOS El proyecto propone la construcción de algunos edificios a lo largo de las riberas para crear una nueva fachada urbana y aumentar la actividad en la zona de ribera.

Se propone a su vez una nueva plaza junto al nuevo ayuntamiento para incrementar su presencia dentro de la ciudad.

TERRACE-BAR ZONE

EQ U

Y TRA FFIC ROUT E

E TUR UC TR AS FR IN

L URA SAL ULT PO RIC O AG RK PR PA

WETLAN

TS EN M IP

HEAV

RO U

FIC

AF

TR

VY

HEA

G RE

EN

TOWN HALL WATERFRONT

EQUIPAMIENTOS oyecto propone la construcción de os edificios a lo largo de las riberas crear una nueva fachada urbana y entar la actividad en la zona de ribera. opone a su vez una nueva plaza junto evo ayuntamiento para incrementar su presencia dentro de la ciudad.

BICYCLE ROUTE

RO UTE

RUTAS n busca alejar del río el tráfico haciendo que sus orillas sirvan mejor a peatones y ciclistas. as que se colocan junto a las o se limitan a albergar tráfico ligero y de bicicletas. onvierte en un sendero para ravés de la constucción de los paseos de ribera.

UIPMENTS project proposes the construction of buildings along the riverside to create w urban facade and to increase the ty of the zones close to the river. w square is proposed in the new town area to enhance its presence in the

E TUR UC TR AS FR IN

ROUTE LIGHT TRAFFIC

S TE

lan tries to move heavy traffic the riverbanks, making them e for pedestrians and cyclists re placed by the riverbanks are PEDESTRIAN ROUTE ht traffic and bicycle traffic.

E tself is transformed into a ERWAY ROUT RIV athway through the construction alkways.

INFRAESTRUCTURA VERDE royecto protege la vegetación de a existente y la potencia a partir de la construcción de los paseos. ién crea dos grandes parques olas al este y al oeste de la ciudad, uciendo así dos nodos conectados por la vegetación de ribera.

EN

10 km

chas de las actuaciones que deben ser metidas superan con creces el alcance Proyecto de recuperación de las riberas Eufrátes que se plantea en el presente cumento, pero el planteamiento aquí optado se incardina en una postura de uperación de las lógicas naturales del o del agua, en los espacios próximos ío, en los drenajes urbanos, en la forma a que los ciudadanos pueden acercarse as orillas del río, mediante estrategias depuración natural, aprovechando los canismos que la naturaleza pone a estra disposición para crear entornos s sostenibles. Es por lo tanto una ión catalizadora, susceptible de ser lementada en un futuro a otras escalas.

EN INFRASTRUCTURE project protects the existing wetland ation and enhances it through the ruction of the river walkways. o generates two big agricultural parks, e east and west of the city to create nodes connected by the riversides’ ation.

G RE

GREEN INFRASTRUCTURE The project protects the existing wetland vegetation and enhances it through the construction of the river walkways.

It also generates two big agricultural parks, on the east and west of the city to create two nodes connected by the riversides’ vegetation.

PEDESTRIA

IDGE

N BR

STRIA

PEDE

RASTRUCTURE introduces the construction of kway on each of the riverbanks, ple to walk by the river. These ould also allow the flow of the ower close to the banks, making ver vegetation to grow. ian bridges and boat traveling RIVER WALKWA Y proposed to make it more people to cross the river.

E TUR UC TR AS FR IN

R

PED

RI VE

h-Euphrates riverbanks Masterplan – EINA - University of Zaragoza (Spain) 2015

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Groundlab (London, UK) 2016-17 Alfredo Ramirez + Clara Oloriz + Liam Mouritz London / UK Masterplan / Urban Design / Landscape Design / Detail Design

international practice of Landscape|Urbanism|Architecture â&#x20AC;&#x153;Groundlab develops landscape, urban and architectural design and projects that put forward innovative models in order to produce contemporary environments. Groundlab uses and understands landscape as an alternative and an original model with culturally and socially charged concepts and develops its work out of the close analysis of existing and potential conditions on site utilising temporal and dynamical forces that currently shape the cities.â&#x20AC;?

This is a sample of projects that I was involve with Groundlab.

Paseo Civico Metropolitano Santiago de Chile, Chile

Parque Lineal Ferrocarril de Cuernavaca Mexico City, Mexico

The project comprises the design of a 12 km transport/urban corridor that enhances the public space and integrates public transport to the civic life of the city by prioritizing pedestrian and bicycle movement. It creates a linear plaza framed by water and tree landscape that brings back the character of the corridor as an â&#x20AC;&#x2DC;Alamedaâ&#x20AC;&#x2122;.

The Cuernavaca Railway Park in Mexico City represents the possibility of stitching together the metropolitan fabric through the construction of a social and environmental infrastructure. This 4km connective tissue will integrate communities providing expanded and enhanced public space , new mobility networks and a stormwater detention and infiltration landscape that encourage the responsible use of rainwater. These interventions could provide a prototypical model to be developed in other areas of the city, which have a similar linear or left-over space condition.

Yeoui-Naru Ferry Terminal Seoul, South Korea

Hellowood Csoromfolde, Hungary

Mount Synthetica provides a prototype for this hybrid landscape in which the logistical and transport requirements of a ferry terminal have been fused with a synthetic, digitally augmented form of wilderness. The design for the ferry terminal takes cues from the classic Korean mountain landscapes as represented in paintings.

Similarly, Mount Synthetica provides an iconic visual feature through a vertically exaggerated topography elevated above the flat Han River landscape.

Gardens are a space for cultivation, human care, conversation, dialogue, friendship and storytellingIn short, a space for communalization.... To complete the life of the Village we believe in the necessary implementation of a garden, a crucial element to produce encounters, encourage conversation, foster care and cultivation of human and nature relations. A garden will provide a space for on site learning, production and reflections in an ever-evolving campus that confront and questions our relation to nature. Our garden will be a place of intimacy and reflection, a place to stop, think and share the daily activities of the village.

+44 7563854172 bielsaperezraul@gmail.com @nwtntppls

36 Morris Blitz Court Foulden Rd N167UJ London UK

raul bielsa perez raul bielsa perez raul bielsa perez