E.M.Koskeridou Architecture Portfolio 2021 by Eleni Maria Koskeridou

ELENI-MARIA KOSKERIDOU ARCHITECTURE & URBANISM

The Netherlands 2021

INTRO

‘‘If our urban world has been imagined and made, then it can be re-imagined and re-made’’ David Harvey

Hello, and welcome to my portfolio. I am an architect and graphic designer based in The Hague, the Netherlands. I studied in Aristotle University of Thessaloniki and recently obtained my MSc in Urbanism from TU Delft. In this portfolio, you will find works from my professional and student experience throughout the years. I am always eager to explore the limits of creativity and challenging tasks are my motivation. My vision? human-centred design that deals with complexity and housing challenges.

INDEX 1

EASY AMA MSc 2 Studio 2019

INTEGRATED DIFFERENCE Master Thesis 2020

URBAN STIGMA Diploma Thesis 2017

WINERY (BODEGA) CHÁVARRI Professional project 2018

RESIDENCE REFURBISHMENT Personal project 2018-20

SINGLE-FAMILY RESIDENCE Professional project 2018

1 The energy transition already affects AMA in two aspects: socially and spatially. Socially, renewable energy might sharpen injustice for vulnerable groups in terms of distribution and accessibility. Spatially, renewable energy is more visible, as it requires much more space, which collides with future development. Our proposal copes with these challenges by combining spatial justice and circular economy as principles. For this, wastescapes are used as adaptive areas that can deliver this vision.

EASY AMA Transforming Wastescapes to Energy Adaptive SYstems MSc 2 Studio: AR2U086 & AR2U088 Spatial Strategies for the Global Metropolis Team: Patrick Rouwette, Jun Chen, Malavika Gopalakrishnan Contribution: theory research, diagrams, vision, strategy Type: Spatial Strategy Location: Amsterdam Metropolitan Area (AMA), The Netherlands Year: 2019

How to achieve a renewable energy network in AMA

Software: Adobe Photoshop, Adobe Illustrator, SketchUp, Rhino.

by transforming existing potential, in order to cope with the spatial and societal implications of energy transition?

VISION AMA 2050

WLEDGE NETWOR K KNO

The HOUSING

WASTESCAPES

emerge

intervention when

areas

overlapping

the layers of energy potential and wastescapes. The spatial opportunities

GY SYSTEM ENER

ENERGY WASTESCAPES=ADAPTATION

that

four

renewable sources of energy (geothermal, solar, wind, and

In the year 2050, we envision the AMA as an adaptive system, coping with energy vulnerabilities. This will be achieved by

biomass)

implementing a new framework, which is termed as “Energy Adaptive System (EASY)”. These are environments that transform

existing wastescapes that can be

present

and

the

wastescapes to housing and energy landscapes. They support new urban development without compromising existing landscape

transformed into development

qualities and biodiversity. The concepts of circular economy, spatial justice and housing are taken as the three pillars of EASY,

and energy production areas

creating innovation that is constantly shared through the knowledge network.

define this intersection.

EXAMPLE SITE: LELYSTAD

Step 1: The first phase of the project involves retaining and revitalising existing vegetation, and moving heavy industries out of the site, such as the waste tyre recycling plant. The reusable building materials can be used in the construction of housing further on. Step

The

second

phase

involves

establishing different forms of energy production and the energy distribution centre. The public spaces and open spaces in the project are also serving as solar and biomass fields, thus functioning as accessible energy parks. Step 3: The new housing is added along the water front by using recycled materials. The existing buildings are also renovated to form housing by adding volumes or by converting industrial buildings. All housing will be energy neutral and sustainable. Noordersluis West is located in Lelystad with high biomass and geothermal potential. The proposal concerns the transformation

Step 4: The final phase involves adding the

of obsolete industrial character and the steps towards an adaptive

knowledge data centre which will ensure

system. The existing companies are restored into energy-neutral

creating awareness about the project and

housing, that produces renewable energy. The empty and unused

ensure that a system of evaluation, review

plots are used for the housing development. The entire proposal

and monitoring is in place.

is envisions mixed-use typology consisting of housing and energy production, with recreational spaces and active water edges.

Integrated Difference Counteracting exclusion of migrants through intercultural spatial planning and governance in Athens Master Thesis Team: Individual Type: Strategy & Urban Design Location: Athens, Greece Year: 2020

Software: Adobe Photoshop, Adobe Illustrator.

THE PROBLEM URBAN DECAY

POPULATION DENSITY

CURRENT PLANNING GOVERNANCE

HOUSING BUILT BEFORE 1980 (%)

30 K

POPULATION DENSITY (PER KM2)

DEVELOPMENTS

The urban decay map suggests that the centre has

The contrast between centre and suburbs is also

Regarding

been neglected since the outward expansion (or

highlighted in the population density map. Athens

undergoes speculative governance, focused on

spatial

planning

today,

Athens

intense suburbanisation) in Athens Metropolitan

holds one of the highest numbers in Europe.

the coastline and the centre. This encourages the displacement of vulnerable groups (directly or not).

Area (1980-2000). THE CONDITIONS

CURRENT SOCIAL GEOGRAPHY

CONFLICTS AS OUTCOME OF EXCLUSION

UNEVEN SPATIAL PLANNING (URBAN SPACE)

SPECULATIVE GOVERNANCE (HOUSING) THE PROBLEM IN FOCUS

EXCLUSION OF MIGRANTS (CURRENT SOCIAL GEOGRAPHY) NATIVES MIGRANTS

The problem studies the impact of urbanisation on the spatial distribution of migrants and vice versa.

VERTICAL SEGREGATION

Spatial exclusion is manifested through conflicts between migrants and natives in the urban space.

CONCEPT

HISTORICAL ANALYSIS

The concept views the city as ground for

This analysis understands the distribution of

The interactions between migrants and natives

interactions between natives and migrants.

migrant groups across Athens over time, and the

have always been challenging. Integration

Integration

primary

urban space characteristics of this distribution.

happened after decades of frictions. The

interdisciplinary principle that guides spatial

The analysis is dived into the following elements:

contribution of official policies could be crucial

considered

the

for interactions in the existing urban space, and

restructuring through the production of places.

specifically its core: the urban block. GOVERNMENT POLICY

EVENTS

INTERACTIONS (migrants-natives)

URBAN SPACE

HOUSING

SETTLEMENT TYPOLOGY

1920-2020

INTERACTIONS EXPANSION 1920

PRODUCTION OF PLACES

EXPANSION 1940 REFUGEE SETTLEMENTS 1922-

ANALYSIS: HISTORICAL OVERVIEW + URBAN INTERACTIONS 1920-1950

VISUAL GUIDE OF MIGRANT SETTLEMENT TYPOLOGY (1920-2020)

SUBURBS

1950-1980

1980-2000

OBSERVATIONS: CHARACTERISTICS THAT AFFECT INTERACTIONS

URBAN INTERACTION ANALYSIS What are the potentials in the urban

10 %

space for promoting interactions between migrants and natives? For this, multiple

60 %

MIGRANT CONCENTRATION

ATHENS

methods were employed: mapping, nonparticipative document

observations, research,

recording,

interviews.

The

41-60 PER CENT

analysis helped with reading and filtering

21-40 PER CENT

the urban space and eventually defining

11-20 PER CENT

either positive or negative conditions for

0-10 PER CENT

the development of interactions, presented in the form of criteria analysis (see below).

MIXED USES

PIRAEUS

5 ΚΜ

CRITERIA 1

UNSUITABLE AREAS FOR PEDESTRIANS

ACTIVE GROUND FLOOR

CENTRAL AREA

+ DURATION

RESIDENTIAL

COMMERCIAL

SPONTANEOUS

OPEN SPACES

NEGLECTED AREAS

PLANNED

CRITERIA IN URBAN SPACE

RESIDENTIAL CHARACTER

ACTIVE AREAS

SYNTHESIS

STRATEGY

ACTIONS FOR HOUSING

OBJECTIVES: HOUSING AVAILABILITY AVAILABILITY AVAILABILITY

AFFORDABILITY

AFFORDABILITY AFFORDABILITY

DISTRIBUTION DISTRIBUTION OF HOUSING OF HOUSING CHOICE CHOICE

MOBILISE APARTMENTS MOBILISE APARTMENTS REGENERATION REGENERATION

MOBILISE APARTMENTS MAINTAIN RESIDEN MAINTAIN RESIDENTIAL USE

H-1

MOBILISE APARTMENTS

ACTIVATE APARTMENTS

MAINTAIN RESIDENTIAL MAINTAIN USE RESIDENTIAL USE

USE OTHER TYPOLOGIES USE OTHER TYPOLOGIES

MAINTAIN RE S

IDE

RES

C LO

H-4

IDE

RES

MOBILISE APARTMENTS

MOBILISE APARTMENTS MAINTAIN RESIDENTIAL USEMAINTAIN RESIDE

INCREASE INCREASE AFFORDABLE INCREASE STOCKAFFOA

MANAGE DISPLACEMENT MANAGE DISPLACEMENT MANAGE DISPLACEMENT

STO

WALKABILITY WALKABILITY

ACTIVATE URBAN HUBS

The strategy should address not only housing integration, but also broader

IDE

RES

issues of the city. Here, urban vacancy and

CREATE SPAT CREATE S SPATIAL TYPOLOGY S

ID RES

IDE

RES

REGENERATION STRATEGYSTRATEGY REGENERATION INCREASEINCREASE WALKABILITY WALKABILITY

short-term occupancy are counteracted.

INCREASEINCREASE ACCESSIBILITY ACCESSIBILITY REPEAT REPEAT

AVAILABILITY AVAILABILITY

AFFORDABILITY AFFORDABILITY

Housing becomes more inclusive. HUBS

DISTRIBUTION DISTRIBUTION OF HOUSING OF HOUSING

HUBS

OBJECTIVES: URBAN SPACE

C LO MOBILISE APARTMENTS MOBILISE APARTMENTS

C LO

MAINTAIN RESIDENTIAL USE RESIDENTIAL USE MAINTAIN

PRO TEC

USE OTHER TYPOLOGIES USE OTHER TYPOLOGIES

REA

T SING OUAREA

REH

SIN

REH

MANAGE DISPLACEMENT MANAGE DISPLACEMENT

INCREASE AFFORDABLE STOCK AFFOR INCREASE

USP-1

CHOICE CHOICE

ACTIVATE URBAN HUBS ACTIVATE URBAN HUBS

PROPOSE HUB TYPOLOGY PROPOSE HUB TYPOLOGY

REGENERATION REGENERATION REGENERATION

INTERACTIONS INTERACTIONS

WALKABILITY

WALKABILITY WALKABILITY

TS TS EN EN SPATIAL TYPOLOGY SPATIAL TYPOLOGY IDCREATE IDCREATE RES

C LO

EVE

HUBS

ACTIVATE URBAN HUBS ACTIVATE URBAN HUBS

EVE

CREATE SPATIAL TYPOLOGY CREATE SPATIAL TYPOLOGY

CREATE SPATIAL TYPOLOGY CREATE SPA CREATE SPATI

MANAGE URBAN DECAY MANAGE URBAN DECAY INCREASE OPEN SPACES INCREASE OPEN SPACES

RES

C LO

REGENERATION STRATEGY REGENERATION STRATEGY INCREASE WALKABILITY INCREASE WALKABILITY INCREASE ACCESSIBILITY INCREASE ACCESSIBILITY REPEAT REPEAT

ACTIONS FOR URBAN SPACE

ACTIVATE URBAN HUBS HUBS ACTIVATE URBAN HUBS ACTIVATE URBAN HOUSING MODEL FOR HOUSING MODEL FOR MIGRANTS MIGRANTS

DIT

ION

DIT

PRO TEC

CREATE SPATIAL NETWORKS CREATE SPATIA

PRO TEC

REA

G T SIN OUARE

REH

SIN

REH

ION

TIV

ITY

TIV

USP-4

ITY

MANAGE URBAN DECAY MANAGE URBAN DECAY INCREASE OPEN SPACES INCREASE OPEN SPACES

CREATE SPATIAL NETWORKS CREATE SPATIA

INCREASE OPEN SPACES

The strategy for urban space responds

C LO

PRO TEC

CREATE SPATI

to pressing issues that have troubled the

HOUSING MODEL FOR MIGRANTS HOUSING MODEL FOR MIGRANTS PROPOSE HUB TYPOLOGY

city for years. Urban conditions such as

PROPOSE HUB TYPOLOGY INTERACTIONS INTERACTIONS

regeneration and availability of open spaces are re-distributed evenly.

EVE

DIT

ION

DIT

ION

TIV

ITY

TIV

ITY

NTIAL USEMAINTAIN RESIDENTIAL USE USE OTHER TYPOLOGIES

USE OTHER TYPOLOGIES MANAGE DISPLACEMENT MANAGE DISPLACEMENT

H-2

ESIDENTIAL USE S

IDE

RES

C LO

INCREASE AFFORDABLE STOCK INCREASE AFFORDABLE STOCK SUPPORT ALTERNATIVE HOUSING SUPPORT ALTERNATIVE HOUSING

H-3

USE OTHER TYPOLOGIES

C LO

PRO TEC

REA

PRO TECG IN US T A O

REH

REA

SIN

REH

ERA TIV

In sum, the domain of housing should

CO O G PER

SIN

E HOU

ATI V

SIN

E HOU

balance the influence of municipality, community and private sector. Housing

ENTIAL USEMAINTAIN RESIDENTIALUSE USEOTHER TYPOLOGIES H-5

H-6

USE OTHER TYPOLOGIES MANAGE DISPLACEMENT

MANAGE DISPLACEMENT

INCREASE AFFORDABLE STOCK INCREASE AFFORDABLE STOCK SUPPORT ALTERNATIVE HOUSING SUPPORT ALTERNATIVE HOUSING

AFFORDABLE ALTERNATIVE ORDABLE STOCK INCREASE AFFORDABLE STOCK SUPPORT ALTERNATIVE SUPPORT HOUSING SUPPORT ALTERNATIVE HOUSING

OCK

everyday interactions between migrants

HOUSING

TIAL TYPOLOGY CREATE SPATIAL TYPOLOGY MANAGE URBAN DECAY

MANAGE URBAN DECAY INCREASE OPEN SPACES

T EN

INCREASE OPEN SPACES

CREATE SPATIAL NETWORKSCREATE SPATIAL NETWORKS INVOLVE ALTERNATIVE SPACES INVOLVE ALTERNATIVE SPACES

RES

C LO

PRO S TEC OP SH TA EVE OCAL EVE REA NL C C NC S OO ONOO NPDE G G DITPER ATI ION SIN ITRIAOTINV SIN U U V S E HO SE HO

should become the intimate field of

PRO TECG IN US T A O

REH

REA

G SIN OU REH CO

TIV

ITY

CO O G PER ING ATI SIN VE OUS E HOU SCH H OO LS

ERA TIV

TIV

and natives.

INCREASE AFFORDABLE STOCK SUPPORT ALTERNATIVE HOUSING RDABLE STOCK SUPPORT ALTERNATIVE HOUSING

SP-2

USP-3

ATIAL CREATE SPATIAL TYPOLOGY MANAGE URBAN DECAY MANAGE URBAN DECAY INCREASE IAL TYPOLOGY TYPOLOGY MANAGE URBAN DECAYOPEN SPACES

INCREASE OPEN SPACES

CREATE SPATIAL NETWORKSCREATE SPATIAL NETWORKS INVOLVE ALTERNATIVE SPACES INVOLVE ALTERNATIVE SPACES

AL NETWORKS CREATE SPATIAL NETWORKS INVOLVE ALTERNATIVE SPACES INVOLVE ALTERNATIVE SPACES

In sum, the domain of urban space CO O NC N CNG PER E ING ON RATIV SI ON ATIV US U DIT DIT E HO E HO ION ION SC SC S S HO HO OL OL S S

EVE CO

TIV

ITY

EVE

SP-5

TIV

ITY

TIV

ITY

should be designed as the framework

as both product and process. It is the common platform where migrants and

USP-6

natives collaborate for the improvement

CREATE SPATIAL NETWORKS INVOLVE ALTERNATIVE SPACES AL NETWORKS INVOLVE ALTERNATIVE SPACES

IAL NETWORKS

INVOLVE ALTERNATIVE SPACES

OPEN SPACES URBAN HUBS

TIV

ITY

REGENERATION

for interventions, and should be viewed

of the city.

SPATIAL TYPOLOGIES IMPLEMENTATION FOR HOUSING

TYPOLOGY

URBAN SPACE PROPOSAL

INITIATIVES

FOR INTERVENTIONS

HOUSING TYPOLOGY

SPATIAL TYPOLOGIES

FOR HOUSING

URBAN SPACE TYPOLOGY

FOR INTERVENTIONS

TYPOLOGY

INITIATIVES

SMALL APARTMENT BUILDINGS

SPATIAL TYPOLOGIES

FOR HOUSING

ES EDG

TEM

FOR INTERVENTIONS

RAR YH

BLE LKA WA

SPATIAL TYPOLOGIES FOR HOUSING

OS T

SPATIAL TYPOLOGIES FOR HOUSING

RE O-

EMPTY BLOCK SPACES

TIO RA

STO

RIA TIO

FOR INTERVENTIONS

SPATIAL TYPOLOGIES FOR HOUSING

OPEN

OOL

SCH

NEW

-O IDE

SIN

INS

V ATI

OPEN SPACES

USIN

ERN

APARTMENT BUILDINGS

ALT

FOR INTERVENTIONS

The proposed conditions are defined by three types ABANDONED OR HISTORICAL FOR HOUSING

SPATIAL TYPOLOGIES

SCHOOL SPACES FOR INTERVENTIONS

of interventions: the urban hub, the pedestrian network, and the point interventions. Firstly, the urban hub is the area that collects activity and permeates the district. The use of car is restricted in the central street, which is partly pedestrian.

LEGEND

Secondly, the urban network permeates the BUSINESS BUILDINGS

EDGES

area and the city, thus offering more possibilities for interactions. Important open spaces are

EXISTING

SQUARES

connected through this network. Lastly, the mapped interventions are the proposed initiatives that help improve urban conditions as they spread.

GREEN SPACES

PROPOSED NETWOR

+ URBAN H

+ PEDESTR

+ SEMI-PED

SPATIAL TYPOLOGIES FOR HOUSING

FOR INTERVENTIONS

‘‘INSIDE OUT’’ INITIATIVE

The challenge of this initiative is the complicated

property status under which the inner block spaces are usually found. Thus, exemplary projects should gradually spread the interest and encourage more

CE PA

PTY

C BLO

residents into participating. This initiative can influence interactions as both process and outcome. The spaces that are produced can accommodate residential interactions. ROLES PROPOSED INITIATIVES

INSIGHT FUNDING

HUB

+INSIDE OUT

RIAN STREETS

+OPEN SCHOOLS

DESTRIAN STREETS

+ EXPROPRIATION (OPEN SPACE)

MANAGEMENT EXECUTION MONITORING

MUNICIPALITY

PRIVATE SECTOR

MIGRANT NGOS

RESIDENTS

THE IMPACT

IMPACT ON THE BLOCK SCALE

For further appreciation of the strategy in this scale, an understanding of the necessary steps is important. The map serves as the urban guide

HOUSING

for policy makers and residents that are interested in participating in the initiatives. In the final step (image below), the implementation of the strategy creates an alternative type of network that connects initiatives, open spaces and activities. IMPACT ON THE DISTRICT SCALE

URBAN SPACE

Urban Stigma Participatory/Urban Regeneration in “Phoenix” Settlement Diploma Thesis Team: Maria-Kyriaki Kyriakidou, Panagiota Savvaidou Contribution: concept, diagrams , drawings, renders Type: Strategy & Urban Design Location: Thessaloniki, Greece Year: 2017

PA G

Software: Adobe Photoshop, Adobe Illustrator, Revit, Rhino.

The diploma thesis addresses the issue of urban stigma

STANDARD ANALYSIS (PLANS & TRANSFORMATIONS)

in one of the most neglected areas of Thessaloniki. The construction of the settlement was completed around 1960,

TYPES

VISUAL SCAPES

TYPES

and consists of 1440 social housing units. The settlement preceded the intense urban expansion of the surrounding areas in the upcoming years, and was thus outside of the dense urban centre. Today, the housing development has not yet been integrated with the rest of the city, while its programme remains solely residential, with the exception of one commercial centre placed on the dividing highway.

101

202

204

205

COMMERCIAL USE HOUSING EDUCATION NGO SPORTS AMENITIES

METHODOLOGY With the intention of understanding the site and the needs of its current residents, the team pursued both the standard and the participatory perspective, combined into one methodology. Typology Analysis

Interviews

Literature Review

Surveys

Documentation

Workshops

PARTICIPATORY ANALYSIS VISUAL SCAPES

INTERVIEWS WITH RESIDENTS -How is your building or your neighbourhood organised? Is there or should there be something? -Which

are

your

favourite

features

the

neighbourhood? -What is your view on the green spaces and the gardens of the area? -What problems do you recognise in the housing units? What could be added? SMALL SURVEY (12 QUESTIONS, 100 RESPONSES) QUESTION 4: ‘’OPEN SHARED SPACES

QUESTION 10: ‘’VEHICLES ARE NECESSARY

SHOULD BE DESIGNED FOR THE COMMUNITY.

FOR MY TRANSPORTATION WITHIN THE

IF YOU AGREE, GIVE US SOME EXAMPLES’’

BOUNDARIES OF THE SETTLEMENT ’’

43% AGREES

50% STRONGLY DISAGREES

41% STRONGLY AGREES

28% AGREES

ANALYSIS CONCLUSION: In the final step of the analysis, characteristics such as the

multicultural residents, the neglected state of the buildings,

W EAKNESSES

individualism and the accessibility of the settlement shaped

O PPORTUNITIES

our SWOT analysis and guided our strategy further on.

TRENGTHS

HREATS

EXTROVERTED

STRATEGY This aspect enriches the routine of the

The proposed strategy addresses the issues

residents and invites visitors into the

exposed after the analysis of the settlement

settlement. The new extroverted reality

and its connection with the city. The urban

will also extend the activity hours and

regeneration re-imagines the settlement as

thus provide more safety. The central

‘‘connected,

zone becomes entertainment zone.

and extroverted’’ and translates that into four

cultivated,

COMMUNITY-BASED

layers. The

area

designed

TED

ER OV XTR

community-based,

INTENSE ACTIVITIES

one. The hub buildings are the symbol

AREA CONNECTION

of the community-based character

hip

ans

tsm

neighbourhoods, and one hub in each

and may host any uses defined by the

f Cra

four

ntia

ide

Res

rcia

m Co

fice

SED

A Y-B

IT UN

BLOCK HUB

CULTIVATED

residents.

The strategy proposes revitalisation

GROVE

of the natural assets, by making

CENTRAL GREEN ZONE

green spaces accessible and active.

GREEN ´BOUNDARIES’

The greenery acts as boundary for

PEDESTRIAN ZONE

the vehicles, while urban farming is

BLOCK GREEN

managed by the residents.

ED VAT LTI

GARDENING

CONNECTED

STREAM

The base layer translates the need

CARS

for connection with the city, while

SHUTTLE BUS

also

BICYCLE ROUTES

embracing

new

modes

transportation. The area is connected with the coastline and the subway station by shuttlebus and cycling routes.

PEDESTRIANS

TED

N ON

FROM STRATEGY TO SITEPLAN The experimentation with the form resulted in the final version of the urban design that conveys the strategy best. The most important

elements are: the interweaving connectors, C

connecting the schools and the permeable materiality of the neighbourhoods. The central zone combines the modern-style commercial market that contrasts with the more progressive proposed open market.

LEGEND

EARTHEN FLOOR

the central entertainment zone, the main axis

STRAWS

GRASS

DIY GARDENS

B PERMEABLE CONCRETE

CONCRETE WITH METAL

TREES

URBAN DESIGN

THE MARKET

THE SQUARE

The proposed market in an open, accessible space for both

The central square is designed through the use of slits as

residents and visitors. The central route guides the strollers

an element that conveys its permeability. The complementary

from the east towards the west edge of the area. The wooden,

dialogue of the materials defines the hard or soft, the ‘‘play

perforated canopies shelter temporary stalls. The stalls are

or stay’’ areas and the water areas.

modular and may host second-hand furniture, groceries cultivated in the area or even handmade crafts.

SECTIONS

SECTION A-A

SECTION C-C

THE HUB OF THE NEIGHBOURHOOD

SHARED SPACES READING ROOMS STORAGE LIBRARY KITCHEN REUNION ROOMS

The ‘‘Hub’’ is the heart of the neighbourhood, as it

WORK-LIVING

concentrates the activities defined as most important by the residents on the ground floor of the building.

COMMERCIAL

Overall, this typology provides the potential for the HUB NEW TYPOLOGIES

empowerment of the community. ELEVATOR INSTALLATION

RESTORATION WORKS

GREEN ROOFS

ILLUSTRATIONS

THE MARKET

Walkable open spaces

Opportunities for the residents

Extroverted character for the area

ILLUSTRATIONS

THE SHARED SPACE

Neighbourhoods connected by routes

Hard materials as the subtraction

Interactions with open spaces

THE MATERIALS

Winery (Bodega) Chávarri Extension Professional project Team: AFV Arquitecto Contribution: concept, diagrams , drawings, renders Type: Industrial Location: Galicia, Spain Year: 2018

Software: Adobe Photoshop, Adobe Illustrator, Rhino, Revit.

20480

THE ENTRANCE OF THE BODEGA

This particular proposal, an extension to an existing building, is located in the outskirts of Galicia, Spain. The existing volume serves as a wine storage, where the light, humidity and temperature of the products are controlled. The proposal for the vintners Chávarri expands the building and enriches its use with exhibitions and meetings. CONSTRUCTION (2020)

SYMBIOSIS

The winery is re-imagined as an extroverted space, attractive for clients and suitable for open meetings. This is materialised by the design of an extension formed by metal beams and glass. The translucent canopy contrasts the existing compact and introverted building, while borrowing from its earthly materiality.

MATERIALS & OPEN SPACES

Since the winery is located within the strong landscape of the valley, its surrounding space in found in dialogue with the natural elements that are indigenous in the area.

Refurbishment Single-family Residence Personal project Contribution: drawings, renders, interior design Type: Residential, Restoration Location: Galicia, Spain Year: 2018-2020

The proposal aspires to restore and refurbish one singlefamily residence. Since its completion, the house had been

Software: Adobe Photoshop, Adobe Illustrator, SketchUp.

victim to neglect and small improvements over the course of its life. The proposal re-establishes the structural integrity of the building and re-addresses the original layout. Some of the finishing materials were planned to be products of reuse.

ARCHITECTURE

ROOF RESTORATION

WALK-IN CLOSET

SUNROOM EXTENSION

TRADITIONAL STYLE FACADE

ESTADO PREVIO PLANTAS Y FOTOS

PROYECTO REHABILITACIÓN DE VIVI

AFV ARQUITECTO Alejandr

INTERIOR DESIGN & LIGHT The design includes an added volume that serves as dining room and leisure space. The extension is generous in terms of space and benefits through actively borrowing external views and moderated sunlight. In its entirety, the interior design of the house reflects the transition between mid-century style and boho influence.

Single-family residence Professional project Team: AFV Arquitecto Contribution: diagrams, drawings, details, renders Type: Residential Location: Spain Year: 2018

PA G

Software: Adobe Photoshop, Adobe Illustrator, Revit.

The residence is situated in Touro, a neighbouring municipality of Santiago de Compostela. The entrance is accentuated by a small niche covered in stone that is typically found in the area. The undivided common areas and the small bedrooms are composed on the ground floor. The master bedroom occupies the first floor, which is designed as an open plan, with almost no partitions.

A A

THE ARCHITECTURAL DESIGN

SECTION A-A: DETAILS

A A

TEJA CURVA CERÁMICA ASENTADA CON MORTERO DE CEMENTO Y ARENA 1:6 SOBRE FALDONES DE PLANCHAS ONDULADAS DE FIBROCEMENTO FIJADAS SOBRE RASTRELES DE PINO CALIBRADO E HIDROFUGADO DE (40*30mm) c/400 mm máx CON CLAVOS DE ACERO GALVANIZADO

PANEL DE POLIESTIRENO EXTRUIDO (e=50mm) TIPO URSA XPS LÁMINA TRANSPIRABLE E IMPERMEABLE PARA CUBIERTA

CHAPA METÁLICA DE REMATE DE CARPINTERÍA POLIURETANO PROYECTADO

MURO DE FÁBRICA DE TERMOARCILLA --PLACA DE YESO LAMINADO (E=15MM) Y SUBESTRUCTURA MEDIANTE MONTANTE DE ACERO GALVANIZADO ANCHO 46MM ACABADO CON PINTURA AL AGUA BLANCA QUE ALBERGARÁ INSTL. ELÉCTRICA DE ILUMINACIÓN --

RASTREL DE PINO (40*30mm) CALIBRADO E HIDROFUGADO c/300 mm ANCLADO A BASE CON CLAVOS DE ACERO GALVANIZADO INTERPONIENDO UN SELLADOR DE BUTILO PUNTO CLAVO (TIPO NAIL BAND ROTHOBLAAS O SIMILAR) ENTRE EL RASTREL Y LA LÁMINA LÁMINA TRANSPIRABLE E IMPERMEABLE PARA CUBIERTA

MURO DE FÁBRICA DE TERMOARCILLA (19*19*30 CM) CON REVOCO INTERIOR DE CEMENTO (E=20 MM), ACABADO MEDIANTE PINTURA PLÁSTICA BLANCA SISTEMA DE AISLAMIENTO TÉRMICO EXTERIOR E=200MM TIPO TRADITERM COMPUESTO POR PANEL RÍGIDO DE POLIESTIRENO EXPANDIDO EPS FIJADO A SOPORTE MEDIANTE MORTERO HIDRÁULICO Y FIJACIONES MECÁNICAS MEDIANTE TACO DE EXPANSIÓN DE POLIPROPILENO, CAPA DE REGULARIZACIÓN DE MORTERO HIDRÁULICO ARMADO CON MALLA DE FIBRA DE VIDRIO DE 5*4MM, ANTIÁLCALIS, DE 160 G/M² Y 0,6MM DE ESPESOR, REVESTIMIENTO CON MORTERO ACRÍLICO DE 2 MM DE ESPESOR COLOR BLANCO 100

RODAPIÉ DE MDF Y BANDA ELÁSTICA VERTICAL TARIMA LAMINADA DE MADERA DE BAMBU O SIMILAR ENCOLADA DIRECTAMENTE SOBRE MORTERO AUTONIVELANTE DE CEMENTO (e=2-10mm). PREVISIÓN DE JUNTAS DE DILATACIÓN

SUELO RADIANTE

SECTION A-A: DETAILS

CERAMIC CURVED TILE SEATED WITH 1: 6 CEMENT AND SAND MORTAR ON FIBROCEMENT WAVED SHEET SKIRTS FIXED ON CALIBRATED AND WATERPROOFED PINE RAILS OF (40 * 30mm) w / 400mm max WITH GALVANIZED STEEL NAILS

EXTRUDED POLYSTYRENE PANEL (e = 50mm) TYPE URSA XPS PERSPIRABLE AND WATERPROOF SHEET FOR ROOFING

METAL FINISHING SHEET FOR CARPENTRY PROJECTED POLYURETHANE

THERMAL STONE CLAY WALL LAMINATED PLASTER PLATE (E = 15MM) AND SUBSTRUCTURE BY MEANS OF GALVANIZED STEEL UPRIGHT, 46MM WIDTH, FINISHED WITH WHITE WATERPROOF PAINTING THAT WILL HOUSE INSTL. ELECTRICAL LIGHTING

PINE RAIL (40 * 30MM) CALIBRATED AND WATERPROOFING W / 300 MM ANCHORED TO THE BASE WITH GALVANIZED STEEL NAILS INTERPOSING A NAIL POINT BUTYL SEALANT (ROTHOBLAAS NAIL BAND TYPE OR SIMILAR) BETWEEN THE RAIL AND THE SHEET

PERSPIRABLE AND WATERPROOF SHEET FOR ROOFING THERMAL CLAY STONE WALL (19 * 19 * 30 CM) WITH INTERIOR PLASTER OF CEMENT (E = 20 MM), FINISHED BY WHITE PLASTIC PAINT

EXTERNAL THERMAL INSULATION SYSTEM E = 200MM TRADITERM TYPE, COMPOSED OF A RIGID EXPANDED POLYSTYRENE EPS PANEL FIXED WITH HYDRAULIC MORTAR AND MECHANICAL FIXING, WITH EXPANSION PLUG OF MISTORIZATION OF HYDROPYLENE MULIDARIUM WITH 5 MULIDARIAN CAPPILARIUM EXPANSION FIXTURE * OF HYDRAULIC CAPIDRAULAR EXPANSION FIXTURE * OF EXPANSION OF MULIDARIUM MULIDARIUM CAP. 4MM, ANTI-ALKALIS, 160 G / M² AND 0.6MM THICK, COATING WITH ACRYLIC MORTAR, 2 MM THICK, WHITE COLOR 100

EXTRUDED POLYSTYRENE PANEL (E = 50MM) TYPE URSA XPS

MDF BASEBOARD AND VERTICAL ELASTIC BAND LAMINATED BOARD OF BAMBOO WOOD OR SIMILAR GLUED DIRECTLY ON SELF-LEVELING CEMENT MORTAR (E = 2-10MM). PROVISION OF EXPANSION JOINTS

RADIANT FLOOR

ELENI-MARIA KOSKERIDOU ARCHITECTURE & URBANISM

The Netherlands 2021