CV & Portfolio 2022

09.2020-02.2021
Junior Architect
Maria D. Benetaki Architects
Heraklion, Greece
Participated in several projects of singular housing in Crete and in
renovation projects via the Greek funding program “Exoikonomo”.
11.2020-01.2021
Architectural Assistant
GENArch
Heraklion, Greece
Participated in several projects of renovation of housing and
schools via the Greek funding program “Exoikonomo”.
01.2020-07.2020
Architectural Intern via Erasmus+
Cruz y Ortiz Arquitectos
Seville, Spain
Participations:
· “Offices of Banco Santander Hernán Cortés”
· “Competition for the Chamartín station”
· “Competition for Renovation and Expansion of Hotel Palace
Madrid”
Development of new sectors and their graphic design in the
portfolio of “Cruz y Ortiz Arquitectos”.
09.2019-01.2020
Architectural Intern via Erasmus+
Nabil Gholam Architects
Seville, Spain
Participated in the project “In House” in Marbella, Spain.
04.2015-08.2015
Volunteer as an Architecture Assistant
Civil Engineer Office - Stelios Maragakis
Nippos, Greece
I have contributed to the development of European Grant
proposals for the urban regeneration of Nippos Apokoronou
Village, Chania, Crete, Greece. The proposal was gradually
implemented from 2015 to 2018.
WEBINAR
18.12.2020
Smart City Concepts for
Augmenting Urban Health
Global Pandemic Network, Technical
University of Crete, Avrions, IBI
Orginization support and scientific
assistantship for the webinar of the
post pandemic city through intel-
ligent applications and platforms.
IRINA PAPADAKI
A R C H I T E C T
WORK EXPERIENCE
LANGUAGES
· Greek
· English
· Spanish
· French
: Native Speaker
: Proficiency Level - C2
: Advanced Level - C1
: Lower Level - B2
C.V.
COMPUTER SKILLS
· AutoCAD
· InDesign
· Illustrator
· Photoshop
· Premiere
· Revit
· SketchUp
· Sony Vegas
: Professional
: Professional
: Intermediate
: Professional
: Intermediate
: Professional
: Professional
: Professional
CERTIFICATION
17.01.2022
LEED Green Associate
U.S. Green Building Council & Green
Building Certification Institute
Greek · Canadian
+34605916896 · +306984943286
irina.papadaki@outlook.com
linkedin.com/in/irina-papadaki/
INFORMATION
N.
T.
E.
L.

PROJECTS
01.2020-02.2021
Research Paper & Thesis Project
Department of Architecture, University of Thessaly
A research on Smart, Responsive, Sustainable and Biophilic
Cities in order to understand what a Future Resilient City
would need, to function as an almost Utopic City. Based on
that research I designed a project in the city of Volos with the
future goal of a Resilient City and influenced by the Covid
Pandemy concequences on our daily lives.
EDUCATION
03.2021-12.2021
Master of Advanced Studies in Collective Housing
ECTS: 60
Swiss Federal Institute of Technology, ETH Zurich
Escuela Técnica Superior de Arquitectura, Universidad
Politécnica de Madrid
Madrid, Spain
10.2013-02.2021
Diploma in Architectural Engineering with Integrated Master
ECTS: 312
Department of Architecture, University of Thessaly
Volos, Greece
09.2016-07.2017
Erasmus Educational Program
Escuela Técnica Superior de Arquitectura, Universidad de
Sevilla
Seville, Spain
In the courses of the above mentioned experiences I had the
chance to:
· focus on design programs useful in the field of planning and
design representation.
· cooperate with other students in order to ameliorate the
team-work spirit and being an active listener.
· work autonomously & promote free, creative and inductive
thinking.
· produce individual projects based on the research, process &
analysis of data and perseverance.
EDUCATIONAL FIELDTRIPS
04.2018-05.2018
Archaeological Site of Delos (UNESCO)
Cyclades, Aegean Sea, Greece
Organised the one-week trip in Tinos,
where we visited several housing
projects, and in the Archaeological Site
of Delos, where we studied the
extensive collection of statues
unearthed in the area.
09.2021
Basel, Bern, Corseaux, Zürich
Switzerland
· Corseaux: Ville Le Lac.
· Bern: Siedlung Halen.
· Basel: Stadterle, Goldbachweg 12&14,
Erlenflex, Silo Erlenmatt Renovation,
Sempacherhof, Schwarzpark, Helsinki
Dreispitz.
· Zurich: ETH Hönggerberg Campus,
Pavillon Heidi Weber.
· Housing Projects: James Building,
Paul Clairmont Strasse, Kalkbreite,
BINZ 111, Brunnenhof, Hottingen,
Guggach.
· Housing Cooperatives: Zwicky Süd,
Mehr als Wohnen.
· Offices: EMI Architekten, SAM
Architekten.
EXHIBITION
02.2018-03.2018
City of rooms (Design Studio VII),
Giorgio De Chirico
Department of Architecture,
University of Thessaly, Volos, Greece
In this project I focused on the
rehabilitation of abandoned, unfinished
structures into students’ rooms and
communal spaces.

SELECTED MASTER WORK:
· What makes good conditions of living?
Workshop Leader: Anne Lacaton
· Domestic Fragments
Workshop Leader: Elli Mosayebi
· Infinite Infill
Workshop Leader: Hrvoje Njiriç
· New urban perspectives for south-west Madrid Metropolitan Area
Specialty Leader: José María Ezquiaga
SELECTED UNIVERSITY WORK:
· The Distillery · Intervention in a Quarry
Course Leader: Konstantinos Manolidis
· Designing for Resilience
Thesis Supervisor: Nicolas Remy
OTHER PROJECTS:
· Domestic Collective Grouping
Workshop Leader: Andrés Cánovas, Atxu Amann, Nicolás Maruri
· Building Depth (6 m.) Morphometric approach to urban housing
Workshop Leader: Andrea Deplazes
· Climatic typologies. Body, climate and architecture
Specialty Leader: Javier García-Germán
· The Courtyard and the Tower
Workshop Leader: Alison Brooks
MODEL MAKING
p. 08-15
p. 16-23
p. 24-47
p. 48-65
p. 66-75
p. 76-95
p. 98-99
p. 100-101
p. 102-103
p. 104-105
p. 108-111
I N D E X

Master Workshop · what makes good conditions of living
Workshop Leaders: Anne Lacaton
Workshop Assistant: Diego García-Setién
Student: Irina Papadaki
Duration: 5 days
Project Location: Non-specified

PREAMBLE
Architecture, as essential, should meet
the basic needs of habitability and adapt
to the native uses and traditions of those
who inhabit it. A dwelling should comprise
of spaces that understand cultural values
and daily activities rooted in communities.
A house should be the comfort zone, a
refuge for its inhabitants. Creating the
sensation of coziness with the feelings of
wellness and contentment achieved through
the combination of materiality of elements,
proportions of spaces, colors used, natural
and artificial lighting, furniture, etc.
01 REVIVAL
As our cities are growing horizontally, we
are destroying our planet at a fast pace.
Bringing back to life existing structures,
as more as possible, is of great importance,
not only by an environmental point of view,
but also as an act of recreation of unique
spaces and atmospheres.
Spaces should increase occupant connectivity
to the natural environment through the use
of direct and indirect nature. Unique spaces
made with natural textures, materials and
endemic vegetation placed across a semi-
exterior space bringing the sunrays and
the breeze inside the house. Influence of
nature can be seen in the form of logia,
winter garden or plants in the house.
02BIOPHILIA
In response to the multiple needs that
must be met in the private sphere, ample
space will give users the freedom to
appropriate the place and will encourage
individual interpretation of inhabiting
the space. This can be achieved by using
not only the horizontal footprint but
also the height of the space and ethereal
partitions. The minimum comfortable size
for a dwelling should be determined based
on the combination of utility spaces (40%),
usable spaces (40%) and intermediate spaces
(20%).
03GENEROSITY

9
Dwelling should consist of flexible layers,
offering different degrees of desired privacy,
according to alternative activities of
life. Extending the limits of the interior
space that maximize natural light and
increase the eye perception through floor
to ceiling openings, terraces, balconies
or galleries and have a significant meaning
for a balanced transition between private,
semi-private and public.
The dwelling should always have a
transitional space that acts as a buffer
zone when changing between different social
stages of the spectrum and on the same time
it should be able to unfold as the natural
flow of movement. This kind of spaces can
be materialized in an entrance, a hall, a
corridor or a balcony.
04IN & OUT 05IN-BETWEEN
The residents must participate and control
the interior’s seasonal climatic experience
through passive design elements. The units
must have at least two different orientations,
cross ventilation, room height windows,
local materiality and dynamic facade
mechanisms to control lighting.
07BIOCLIMATISM
Creating unconventional transitional spaces
in the building used by all inhabitants,
will create the sense of community and
encourage the socialization of the dwellers.
A void space that will have the potential
to foster human connection, could take the
shape of a balcony, corridor, courtyard,
roof top, ground floor and intermediate
space within the living environment.
06COMMUNAL SENSE

12
FROM THE COLLAGE TO PLANS
DWELLING · UPPER FLOOR
DWELLING · TYPICAL FLOOR

13
COMMUNAL SPACES · GROUND FLOOR
COMMUNAL SPACES · UPPER FLOOR

Master Workshop · domestic fragments
Workshop Leader: Elli Mosayebi
Workshop Assistant: Álvaro Martín Fidalgo
Group: · Haidy Lazalde (Mexico)
· Irina Papadaki (Greece)
· Francisco Ramos Sepúlveda (Chile)
Duration: 5 days
Project Location: Amazon Rainforest

16
AMBIANCE
CLIMATE
Equatorial tropical cli-
mate. Continuous rainfall
throughout the year. It
rains 90% of the days.
Very short and hot sum-
mers and very hot win-
ters.
MAIN ELEMENTS
OF THE PROJECT:
WASHING
·
COOKING
·
PILLAR

SECTION OF THE WATER
RECYCLING SYSTEM
IN THE AMAZON
RAINFOREST
NEAR
CIVILIZATION
AND NEAR THE
AMAZON RIVER
MINIATURE
THE PROJECT AIMS
TO REENFORCE
THE CONNECTION
BETWEEN HUMANS,
FLORA AND FAUNA.

Master Workshop · infinite infill
Workshop Leader: Hrvoje Njiriç
Workshop Assistant: Esperanza Campaña
Group: · Irina Papadaki (Greece)
· Georgia Strinopoulou (Greece)
· Enriqueta Vindel (Colombia)
Duration: 5 days
Project Location: Shallow Plan: Athens, Greece
Thick Plan: Bogotá, Colombia

25
STRUCTURE · 5.5 m. DEPTH
PLAN
AXONOMETRIC
7.5
7.5
7.5
2.10
3.45

26
UNIT TYPOLOGIES
STUDIO APARTMENT

27
UNIT TYPOLOGIES
ONE-BEDROOM APARTMENT

28
TWO-BEDROOM APARTMENT
UNIT TYPOLOGIES

29
TWO-BEDROOM APARTMENT · CO-LIVING
UNIT TYPOLOGIES

30
FROM THE TYPOLOGY TO THE BUILDING
URBAN PLAN
Storage Spaces
Galleries & Connections
Kindergarden
Commerces
Library & Co-working
Housing Typology 1
Housing Typology 2
Housing Typology 3
DIAGRAM
OF USES

35
STRUCTURE · 13.3 m. DEPTH
AXONOMETRIC
PLAN
4.9
4.9
4.9
4.9
4.9
6.65
6.50
3.60

36
UNIT TYPOLOGIES
ONE-BEDROOM APARTMENT

37
UNIT TYPOLOGIES
TWO-BEDROOM APARTMENT

38
UNIT TYPOLOGIES
THREE-BEDROOM APARTMENT

39
FROM THE TYPOLOGY TO THE BUILDING
Storage Spaces
Galleries & Connections
Kindergarden
Commerces
Library & Co-working
Housing Typology 1
Housing Typology 2
Housing Typology 3
DIAGRAM
OF USES
URBAN
PLAN

Master Specialty · urban design & landscape:
new urban perspective for south-west madrid metropolitan area
Specialty Leader: José María Ezquiaga
Specialty Assistant: Gemma Peribáñez
Group: · Ahmed Alraie (Palestine)
· Pedro Andrés Ordóñez Rivera (Ecuador)
· Irina Papadaki (Greece)
· Daniel Andrés Varela Cruces (Uruguay)
Duration: 11 days
Project Location: Madrid, Spain

48
CONTEXT ANALYSIS
MADRID
ALCORCÓN
CAMPAMENTO

49
ZOOM AREA
INTERVENTION AREA
REFERENCES
All the plots selected
are open areas or
abandonded buildings.
This area was selected
as an intention to creat
a low intervention con-
nection project between
Madrid and Alcorncón.
AREA OF INTERVENTION
1ST IMPLEMENTATION

MASTERPLAN
Layers
of
Nature
WATER PATHS GREEN AREAS
LIVESTOCK ROADS

MASTERPLAN · ZOOM OF INTERVENTION IN
THE INTERSECTION OF THE M30 AND THE A5

54
DIAGRAMS OF THE FIRST IMPLEMENTATION AREA
VOID · FULL
GREEN AREAS
Livestock Road
Recreational Green
Natural Green
Buffer Green

55
ROAD NETWORK
USES
Livestock Road
11 m. Pedestrian road
15 m. Semipedestrian road
25 m. Perimetral road
70 m. Central Road · A5 & M30
Housing
Communal Spaces
Commerces
Offices
Sports Centre
Secondary School
Primary School
Health Centre

56
OPEN SPACES
HEIGHT OF BUILDINGS
2 Floors
3 Floors
4 Floors
5 Floors
6 Floors
Livestock Road
Public Squares
Private Squares

ZOOM TO BLOCK MASTERPLAN · ZOOM
IN A NEIGHBORHOOD

59
URBAN SECTIONS
SECTION OF 11 m. PEDESTRIAN ROAD & PLAZA
SECTION OF 15 m. PEDESTRIAN ROAD

Balconies and extended roof for solar
protection in the summer up to 10%
of the road´s width, in the interior
façade and up to 5% in the exterior
.
Green Roofsfor thermal
comfort and agricultural use
.
Rainwater Collectionfor
watering and flushing
.
At least one view
to green spaces
.
Green Plazas for
solar protection.
Open and semi-open patios
for the people to gather
.
Green walls where pos-
sible for the kids to take
care of and learn from
.
Open Ground Floors
for communal use
.
Double Orientation Apartments
for Cross Ventilation.
SECTION · PERIMETRAL ROAD
Velocity:
Max 50.

61
Free Plan Apartments for the
users to adapt on their needs.
2 lines for public transportation
and 2 for private with separation
green space.
Ditch for collection of rainwater
and prevention of flood
.
Spacious pedestrian road in order
to help life grow next to green
spaces and countryside
.
Underground water tubes
and electricity cables
.
Green Parks and Paths that work as
Green Connections from Madrid to
Alcorcón but also as buffer spaces.
2 bicycle lines.

SECTION OF NATIONAL ROAD A5
New Tram Line Madrid-Alcorcón in order
to promote a more human-friendly, public
transportation and reduse the private one.
Reduse from 6 to 4 lines for private
transportation and public buses
with separation green space
.
One of the Green Infrastructures implemented
in the project, Green Buffer Space, protecting
the neighborhood from the visual, sound and
air contamination.

63
Green Bridge over the national
road A5 for the connection of
the green areas, for people and
animals to pass safely.
Existing Train Line Madrid-Móstoles in
order to promote the high-speed public
transportation and reduse the private one.
The future goal is to restore
the fauna and flora that existed
in the area, before the radical
human interventions.
Reinforcement of existing green
spaces, making them part of the
everyday routes and eventually
of the daily life.
Future goal is to reduse the private transportation
even more, and possibly transform the roads into
green hicking roads, livestock roads and bicycle lines.

University Project · the distillery
intervention in a quarry
Course Leader: Konstantinos Manolidis
Duration: 4 months
Project Location: Volos, Greece

66
According to tradition, the first production of tsipouro was the work of Greek Orthodox monks in the 14th
century on Mount Athos in Macedonia, Greece. Nowadays the most traditional place for tsipouro is Volos.
PRODUCTION PROCEDURE:
Ripe dark grapes are passed through destemmers. The mass is left to settle for a few days, just enough to get
fermentation started. Formerly, wine would be collected and only the solid residue would be used for tsipou-
ro to get the most out of the plant. Today some producers use the whole of the pulp, without taking out the
must for wine production. This results to a superior product, called “apostagma”, sold at approximately twice
the price of tsipouro. In the next stage, the mass is fed into distillation units, where temperature and pressure
are closely monitored. The first and last distinct batches are discarded. Only the intermediate batch is kept to
make tsipouro. This process is repeated to obtain doubly distilled tsipouro, which might be superior. Finally,
the distillate is left to settle and mature in stainless steel tanks. It can also be aged in wooden barrels to give
‘aged tsipouro’, a relatively new beverage that can be compared to whiskey.
AXONOMETRY

67
100 s.m.
110 s.m.
80 s.m.
630 s.m.
80 s.m.
140 s.m.
200 s.m.
160 s.m.
200 s.m.
1.700 s.m.
Engineering, warehouse, WC
Bottling machine
Office & laboratory spaces
Loading & Distillation Areas
Exhibition & Testing Area
Dining room & kitchenette
Moving-transition areas
Aging room in barrels
Parking
Total Area
EXPLODED AXONOMETRY DIAGRAMS OF USES
GROUND FLOOR
FIRST FLOOR

68
A A’
B’
B
GROUND FLOOR
MAIN VIEW · SOUTHEAST

69
FIRST FLOOR
MAIN SECTION · AA’
A A’
B’
B

70
PLAN VIEW
ΒΒ’ SECTION
A A’
B’
B

71
NORTHEAST VIEW
SECTION VIEW
SOUTHWEST VIEW

University Thesis Project · designing for resilience
Thesis Supervisor: Nicolas Remy
Duration: 4 months
Project Location: Volos, Greece

76
Plot
Sea
Green Areas, Parks and Squares
Pedestrian Roads
ACTUAL URBAN PLAN OF THE CITY CENTRE OF VOLOS, GREECE

77
Plot
Sea
Green Areas, Parks and Squares
Actual Pedestrian Roads
New Pedestrian Roads for the Pedestrianization of the City Centre
PROPOSAL OF URBAN REGENERATION OF THE CITY CENTRE OF VOLOS, GREECE

78
CONNECTION BETWEEN GROUND FLOOR AND SURROUNDINGS

80
AXONOMETRY OF STRUCTURE AND BASIC ELEMENTS

81
Columns
Slabs
Ceiling
Ramp
Stairs · Lift
BASIC ELEMENTS USES
Vegetation
Circulation
Bikes & Scooters
Co-working
Parking Entrance
Storages
WC
Gallery
Amphitheatre
Workshops
Library
Kitchen
Short-term Studios
Living Space
Roof Garden
A’
A
Β
Β’
STRUCTURAL PLAN
BASEMENT STRUCTURE
EXPLODED AXONOMETRY WITH USES

82
GROUND FLOOR
GROUND FLOOR LOFT
A’
A
Β
Β’
A’
A
Β
Β’

83
FIRST FLOOR
FIRST FLOOR LOFT
A’
A
Β
Β’
A’
A
Β
Β’

84
SECOND FLOOR
SECOND FLOOR LOFT
A’
A
Β
Β’
A’
A
Β
Β’

85
THIRD FLOOR
PLAN VIEW
A’
A
Β
Β’
A’
A
Β
Β’

86
FLOOR AND LOFT AXONOMETRIES
GROUND FLOOR & LOFT FIRST FLOOR & LOFT
SECOND FLOOR & LOFT THIRD FLOOR

87
EXPLODED AXONOMETRY STRUCTURAL DETAILS

96
3rd Floor
5th Floor
7th Floor
Workshop: Domestic collective grouping
Workshop Leader: Andrés Cánovas, Atxu Amann, Nicolás Maruri
PLANS

98
CROSS SECTION · DWELLINGS & TENNIS COURT
Workshop: Building depth (6 m.) Morphometric approach to urban housing
Workshop Leader: Andrea Deplazes
Project Location: Non-specified

100
Specialty: Energy & Sustainability · Climatic typologies. Body, climate and architecture
Specialty Leader: Javier García-Germán
Project Location: Huesca, Spain
CROSS SECTION

101
AXONOMETRIC OF THE 21 UNITS

102
Workshop: The Courtyard and the Tower
Workshop Leader: Alison Brooks
GROUND FLOOR

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