architectureportfolio of works 2011-2017
ioannisfoulakis
STUDIES University of Patras, Department of Architecture Bachelor & Master degree in Architecture Patras, Greece 09/2009-11/2015
COMPETITIONS 2016
“The new Aarch” New Aarhus school of Architecture Open International Competition Athens, Greece Architect in charge: Tsabikos Petras Architecture Studio Design Team: Ioannis Foulakis, Penelope Kallitsi, Emmanouil Symiakakis
2015
“The new Archaelogy Museum of Piraeus” Open International Competition, Athens, Greece Elaborated by Piraeus Cultural Coast Architect in charge: Tsabikos Petras Architecture Studio Design Team: Ioannis Foulakis, Vasiliki Daskalaki, Ioanna Iliadi, Penelope Kallitsi
2014
“Regeneration of Mikrolimano” Open International Competition, Athens, Greece Architect in charge: Tsabikos Petras Architecture Studio (Athens, Greece)
2014
d3 “Housing Tomorrow 2014” Open International Competition In collaboration with with Konstantinos Lentzos
2012
eVolo “Silo Competition” (Guangzhou, China) Open International Competition for students Design Team: Ioannis Foulakis, Eugenia Makroglou, Evangelia Argyrou, Dimitra Christoforidi
AWARDS 1st Prize The new Archaelogy Museum of Piraeus Open International Competition elaborated by Piraeus Cultural Coast - Athens, Greece, 2015 Architect in charge: Tsabikos Petras Design Team: Ioannis Foulakis, Vasiliki Daskalaki, Ioanna Iliadi, Penelope Kallitsi 2
CURRICULUM VITAE WORKING EXPERIENCE Worked as assistan Architect at AOOA (Independent Army Building Agency) February 2017 - October 2017 Athens, Greece Worked as graduate Architect at Tsabikos Petras Architecture Studio November 2015 - February 2016 Athens, Greece Internship at Tsabikos Petras Architecture Studio July 2014 - November 2015 Athens, Greece
EXHIBITIONS 2015 Bienalle Greece Architecture, 1st Prize at “The new Archaelogy Museum of Piraeus” International competition with Tsabikos Petras Architecture Studio (Athens, Greece)
PUBLICATIONS “The new Archaelogy Museum of Piraeus” International competition with Tsabikos Petras Architecture Studio http://www.archdaily.com/596088/tsabikos-petras-wins-first-prize-for-greek-archaeology-museum-proposal/ Housing units at Eleonas industrial area of Athens www.arch.upatras.gr Univercity of Patras, Department of Architecture Versions of Utopia | Bridges at Attiki Odos www.arch.upatras.gr Univercity of Patras, Department of Architecture
LANGUAGES
COMPUTER SKILLS
English
ArchiCAD
Fluently
3d Studio Max
Greek Native
Sketchup V-Ray on 3d Studio Max V-Ray on Sketchup Adobe Photoshop Adobe Illustrator
HOBBIES
Adobe InDesign
Photography Video production Video editing Cinematography
Adobe Lightroom
Adobe Premiere Pro AutoCAD Rhino/Grasshopper 3
INFORMATION Name | Ioannis Foulakis Adress | Søborghus Park 11, 2.th 2860 Søborg København Cell | +45 4571848219vv Mail | fouyannis@gmail.com Birthday | 21/04/1990
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TABLE OF CONTENTS
01 | New AARCH | New Aarhus Shcool of Architecture
pg. 6-11
jan.2016 | Open Architectural Competition | Athens, Greece
02 | Versions of Isolation | Residence units at Trizonia Island
pg. 12-23
03 | The New Archaeology Museum of Piraeus
pg. 24-29
04 | Versions of Utopia | Bridges at Attiki Odos
pg. 30-37
05 | Housing Complex | Housing units at Eleonas industrial area of Athens
pg. 38-45
06 | Desert Hideout | Housing units for the future
pg. 46-49
sep.2015 | Architecture Design Thesis | Patras, Greece
oct.2015 | 1st Prize, Open Architectural Competition | Athens, Greece
Spring 2014 | Architecture Studio 8 | Patras, Greece
Fall 2013 | Architecture Studio 7 | Patras, Greece
Fall 2013 | Open Architectural Copmpetiion | Patras, Greece
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New AARCH | New Aarhus School of Architecture
EXPLODED AXONOMETRIC PUBLIC ROOF GARDEN & LOFTS The ramp connects the level of the landscape to the roof level. Citizens may walk in a public corrides where they can observe the school production. On the roof studios and lofts for artists or studends can be also found.
ACTIVE FACADE Storage or Shade? Studets customize the facade according to their needs of shade or storage. The production of the school is constantly projected to the city forming a real time transforming facade.
WALL The wall is an auxiliary ring under the half ramp where structural elements, wet spaces and MEP can be found, leaving the rest of the ring an open plan surface for interaction.
RING The ring is a unified research surface which can be divided into sectors according to student needs. Intermediate floors include tutor, dean offfices and students spaces.
PUBLIC RAMP & THE PARK The new topography is a Land Art Park a locus of materials and history acting as a public workshop stage. Undermeath the topography parking spots and basement spaces are positioned. A public path penetrates the building mass making the workshop process visible to the citizens.
EXISTING BUILDINGS REMAIN Innovation requires the material of the tradition. Existing buildings remain to be transformed by the students in workshop processes allowing old and new blend together.
Extension of the Wedge The Land ART Park
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Urban Flows & New Topology
Flood Control, Noise Control, Structure support
RIng Typology
Elevate unified Research surface, Cityscape as 1:! Workshop
Public Ramp - Architecture to the Public Walking and BIke path penetrates the building mass
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New AARCH New Aarhus School of Architecture Competition: Open Architectural Competition Architects: Tsabikos Petras Architectural Studio Architect in Charge: Tsabikos Petras Collaborating Architects: Ioannis Foulakis, Penelope Kallitsi, Emmanouil Symiakakis, Project Year: 2016
Concept The RING is an elevated surface set on a new public park of the city. The unified surface of architectural research encloses the existing urban fabric in the inner side and projects the research product on the outer. A public ramp penetrates the building mass and connects the landscape to the roof garden. The existing buildings are involved in the educational process as elements ready to be examined, transformed, reused or even be demolished according to the academic vision. The educational practice of architecture becomes a public event and an open 1:1 scale workshop which takes place in the actual cityscape.
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New AARCH | New Aarhus School of Architecture
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Interior View The Process and the public Ramp
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New AARCH | New Aarhus School of Architecture EDUCATIONAL PROCESS
PROGRAM RINGS & SECTORS
Cityscape as an open 1:1 workshop
FACADE LAYERS
BIOCLIMATIC DESIGN
Site Plan 10
New AARCH | New Aarhus School of Architecture
Floor Plan
North-West Elevation
Section A-A΄ 11
Birdseye View
Section 2-2΄ 12
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Versions of Isolation Residence Units at Trizonia Island Academic Project: Design Thesis | Supervisor: Yannis Aesopos Date: October 2015 Project Type: Residential, Bangalows Team: Ioannis Foulakis, Konstantinos Lentzos Location: Trizonia Island, Greece
Content Τhe content of the thesis has to do with residence in Greece after the economical crisis and is directly related to the Greek participation in the Biennale 2015 in Venice. The basic factor of the project was the choice of the area which would host our intervention. This is a 2.5-square-kilometer island and is accessible by regular communication via boat from the village of Hania. Trizonia is the largest island of the Corinthian Gulf and the only habitable one with a population of 156 residents. The island has preserved its traditional color and natural beauty while wheeled traffic is prohibited. The nearest town on the island is Patras at a distance of 40 km. Athens is 250 km from Trizonia. The intervention area is located in the northwestern part of the island and is developed on an area of 400 square meters. The island meets all of the criteria of the scenario of architectural intervention and summarizes all the hallmarks of the Greek countryside. The Idea The idea is the creation of a central path and a sequence of secondary offshoots which lead the visitors to three different neighborhoods of housing units. The path immerses the visitor in the ground concealing the view and eliminating sunlight and contact with nature leading him to a controlled artificial environment. Then it leads him to his personal housing unit granting him what it previously deprives him of. The target of this action is the enhancement of the experience of a claustophobic trench and the absolute exposure to the isolaterd environment of the island and the contrast between artificial and natural.
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Versions of Isolation | Residence Units at Trizonia Island
The materials The dominant materials used are concrete for the trench walls and concrete with gravel for the path ground to give the perception of natural ground. View from the contemplation plateau
View from the trench
The trenches Use of the trenches aims at the achievement of the optical isolation scenario through the concealment and the promotion of the view as well as to the enhancement of this experience. Also through the path undergrounding we achieve the smoothing of topographical altitudinal gradients. 14
Versions of Isolation | Residence Units at Trizonia Island
Vew from the top of the square
View from the bottom of the square
The contact with nature and the transition to artificial The transition from the artificial intervention to nature and the users exposure to it before their stay at the bangalows is achieved with the elimination of the secondary paths trench and the graphistic fading out of the artificial to the natural ground. 15
Versions of Isolation | Residence Units at Trizonia Island
2
1΄
2΄
Topographic
Section 1-1΄ 16
The square The dug out square where you come to through the main entance route and which houses the main reception forms the core of the design intervention. From the square the visitor follows the corresponding secondary route depending on the neighbourhood that hosts his personal unit.
The significance of the view The plateau The plateau contemplation view is both a staging point of the secondary paths and the only common congregation point of visiting tourists. It conceals sight 1 to passengers and reveals it to those who would choose to sit on the bench.
The square is the point where the natural environment is minimized to achieve maximum sight concealment. From the square secondary paths are notched creating the opposite experience. The terraces contribute to the gradual revelation and direction of the view before the user gains exposure to nature.
View from the sea
The link between housing units and natural ground The natural ground slope affects the placement of the housing units aiming to the creation of different space experience inside separate housing units in accordance to the aspect of isolation.
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Versions of Isolation | Residence Units at Trizonia Island The Elevated Bangalow
placement
type: elevated material: metal number of users:
Section 1-1΄
orientation: north-west to the view access to the sea:
Section 2-2
Section 3-3΄
Top View 18
Section 4-4΄
Versions of Isolation | Residence Units at Trizonia Island
View from the entrance
View from the Kitchen
View from the Living Room 19
Versions of Isolation | Residence Units at Trizonia Island The Semi-underground Bangalow
type: semi-underground material: concrete number of users: orientation: north access to the sea:
3
1΄
placement
2΄
2
4
4΄
Top View 3΄
Section 1-1΄ 20
1
Section 2-2΄
Section 3-3΄
Section 4-4΄
Versions of Isolation | Residence Units at Trizonia Island
View from the Living Room
View from the hidden Atrium
View from the Swimming Pool 21
Versions of Isolation | Residence Units at Trizonia Island The Underground Bangalow
type: underground material: concrete number of users: orientation: west to the view access to the sea: 4΄
2΄
3 1΄
placement
3΄ 1΄
4΄ 1
Top View 22
2
4
Versions of Isolation | Residence Units at Trizonia Island
View from the Living Room
View from the Bedroom
Section 1-1΄
Section 2-2΄
Section 3-3΄
Section 4-4΄ 23
View from the landscape entrance Birdseye View South
East
North
West
filled vaccum
South View Section
User Requirements Solstice Projection Mixing
Concrete tiles Isodomic building system
View from lobby
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The New Archaelogy Museum of Piraeus 1st Prize | Open International Competition Competition: Open Architectural Competition Award: First Prize Architects: Tsabikos Petras Architectural Studio Architect in Charge: Tsabikos Petras Collaborating Architects: Ioannis Foulakis, Vasiliki Daskalaki, Ioanna Iliadi Museological Study: Penelope Kallitsi Project Year: 2015 Concept The first prize winner of a Greek design competition in Greece, which challenged participants to redesign an existing structure into an archaeological museum, this proposal by Tsabikos Petras Architectural Studio examines both the reintroduction of green areas into the city and relationship among city, sea, and coast. The scheme follows the lead of a north-south and east-west axis which present a pedestrian connection between the museum and a public square, and an archaeological site with a second public square, respectively. The museum seeks to form an effortless transition from urban to natural landscapes. The city collides with the museum and reaches toward the sea as an “urban deck,” simultaneously speaking to the urban presence through close proximity to the city and forming a connection to the natural by revealing views of the coastline and sea. This unique layout that bonds city, coast, and sea creates an “urban entrance” for the museum, strengthening the connection between the visitors and the sea by drawing them through the urban environment. The landscape of the site incorporates both man-made and natural elements. The engineered form is made of natural earth covered with plants, and as it interacts with the existing landscape, forms a depression which collects rainwater. A second “landscape entrance” emerges from the relationship of the two landscapes and their interaction with the urban deck, connecting visitors to a sense of place before entering the museum. The museum itself is informed by the archaeological site and the historical character created by the fortification structures nearby, namely ancient walls. These walls speak to the boundary between land and sea, just as the permanent exhibit’s wall acts as the boundary between the exhibit itself and the accompanying activity. In this way, the museum transports the historical presence of Peiraeus within its walls, which act as continuous paths through the museum, ultimately releasing visitors in alignment with the archaeological site. To further emphasize education in archaeology, an additional route through the museum highlights the restoration process to visitors, giving them a close look at the work being done on the site through display windows.
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The New Archaelogy Museum of Piraeus
Ground Level
Section A-A΄
Section B-B΄
Section C-C΄ 26
The New Archaelogy Museum of Piraeus
View from the main entrance
View of the exhibition area
View from the deck 27
The New Archaelogy Museum of Piraeus
First Level
Second Level
Third Level
Section D-D΄
Section E-E΄ 28
The New Archaelogy Museum of Piraeus
View from exhibition area
View from the interior lake
Overlooking the urban deck 29
Birdseye view
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Versions of Utopia Bridges at Attiki Odos in Athens Academic Project: Studio 8 | Supervisor: Yannis Aesopos Date: Spring 2013 Project Type: Urban, Transport Team: Ioannis Foulakis, Konstantinos Lentzos Location: Athens, Greece Concept Attiki Odos is the latest and most important road axis of Athens. It is a project created on the occasion of the 2004 Olympic Games and links the eastern El. Venizelos Airport with the west exit of Attica towards Korinthos-Patras. The violent intervention in the urban fabric due to the establishment of the underpath highway results in the severance of the north from the central part of Athens thus posing accessibility issues in various neighborhoods. Approach The aim of this project is the invention in the form of bridging the north and south sections of Attiki Odos as well as the integration of programs which will facilitate citizens’ daily life. The unfamiliar building complex comprises a range of typical urban facilities, thematic areas and recreational spaces. Car access is possible through the exit stream from the airport. Design Thus a system of elevated platforms in the form of folding ribbons is developed creating different spatial experiences through the promotion or concealment of sunlight. This design is subject to certain conditions such as the link between pedestrian and vehicle, city and vehicle, pedestrian and highway.
Section C-C΄ 31
Versions of Utopia | Bridges at Attiki Avenue of Athens
The drive-in Cars entering the complex go by a gas station, a shopping mall, parking lot, the automatic tellers of a supermarket and the entrance to an elevated motel housing 16 private rooms and the corresponding parking spaces.
The pedestrians The complex is accessible by pedestrian residents of neighgboring areas who can visit the shopping mall, the sheltered market, the cafeteria, the restaurant and the theme green parks. These parks come in contrast to the strict structural form of the complex itself.
Birdseye North View
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Versions of Utopia | Bridges at Attiki Avenue of Athens
View from the restaurant
View from the car
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Versions of Utopia | Bridges at Attiki Avenue of Athens
Underground Level
Ground Level
First Level
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Versions of Utopia | Bridges at Attiki Avenue of Athens
View from the garden
View from the drive-in
View from the entrance
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Versions of Utopia | Bridges at Attiki Avenue of Athens
Perspective Section A-A΄
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Versions of Utopia | Bridges at Attiki Avenue of Athens
Perspective Section B-B΄
Section D-D΄ 37
View of the recreational zone from the steam
Birdseye View from Iera Odos
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Housing Complex Housing Units at Eleonas industrial area of Athens Academic Project: Studio 7 | Supervisor: Yannis Aesopos Date: Fall 2012 Project Type: Residential, Urban Team: Ioannis Foulakis, Konstantinos Lentzos Location: Athens, Greece
Concept This is a plot in the heart of Eleonas, an industrial area of great significance for the city of Athens, with many factories, abandoned buildings and unused space. To the north side the plot abuts on Iera Odos street, to the west side on the stream of Prophet Daniel and to the east on the Agricultural University.
Idea The idea is to partition the land into strips based on the archeology of pre-existing buildings of the area and redefine their character. The configuration of the plot in lanes has resulted in the creation of theme zones: public space that grows on ground level, the elevated complex residence and the underground fields with a distinct character to meet users’ needs. These stripes end up to the stream of Prophet Daniel and create an oblong zone of entertainment.
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Housing Complex | Housing Units at Eleonas industrial area of Athens
Ground Formation
Topographic
Space analysis Three zones have been devoted to public walks, one alongside Iera Odos with dense vegetation creating a sharp contrast to the industrial landscape. Two residential zones are thus developed each with a corresponding cultivation zone, rendering the whole building complex self-sufficiency. The residentrial zones also host private parking spaces, a supermarket and storage spaces.
Sun
Section diagram
park
field
housing park units
field
housing units
park
Solstice diagram
Τhe role of the sun acquires great significance after the installation of growing fields which aim at self-sufficiency of the complex. The sun factor plays an important role in the placement and orientation of the housing volumes. field
south 40
housing units
park
north
Housing Complex | Housing Units at Eleonas industrial area of Athens
View from the central Atrium
View from the fields
View from road 41
Housing Complex | Housing Units at Eleonas industrial area of Athens
Ground Level
First Level
Second Level 42
0 1 2
The ground level of the residential zone hosts 9 apartments of 3 different types, 60 parking lots, a supermarket, storage spaces, electrical installations spaces and 3 central atria through which the vertical circulation becomes possible.
The first level of the residential zone hosts 14 apartments of 4 different types as well as public recreation backyards.
The second level of the residential zone hosts 12 apartments of 3 different types as well as the respective backyards from which the circulation to the apartments becomes possible
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Housing Complex | Housing Units at Eleonas industrial area of Athens
Perspective Section
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Housing Complex | Housing Units at Eleonas industrial area of Athens
Vertical Section In the basement liie storage spaces for farming tools and vehicles
South Elevation The whole complex hosts 70 apartments of different configuration depending on the orientation, the number of the rooms, the size of the apartment and the level of rise they grow.
Longitudinal Section 45
Perspective Section
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View of the housing units at the desert
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Desert Hideout Housing units for the future Competition: Housing Tomorrow Date: Fall 2013 Project Type: Residential Team: Ioannis Foulakis, Konstantinos Lentzos Location: Badain Jaran Desert, China Concept A major global and ecological problem is the increased danger of desertification caused by climatic variations in combination with human activities that put unsustainable pressure on fragile soils. Fertile land is gradually being transformed into deserts due to global warming and overtaken by arid regions and deserts at an alarming rate of thousands of square miles per year. As a consequence, people nowadays are forced to abandon these regions as food resources become more and more scarce and the living conditions are intolerable to live in. In the present work we take a short-term approach based on current science and technology, which provide protection from the unpleasant weather conditions that occur in dry lands.
Idea For this project we have selected the Badain Jaran Desert in China as a representative region apparently among the harshest on earth. This desert is home to some of the tallest stationary dunes on Earth and features over 100 spring-fed lakes that lie between the dunes, some of which are fresh water while others are extremely saline. This desert falls under extremely arid climatic zones as the average annual rainfall is only between 50-60mm and during the winter and spring there are very strong winds.
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Desert Hideout | Housing units for the future
Section
Top View 48
Desert hideout | Housing units for the future Unit Space Analysis The inside of the units is subdivided into two major parts, the sheltered one which contains the kitchen, the hallway, the bedrooms and the bathroom and the open-air that accomodates the living room. Placement and Shell usefullness The foundation of the residential model can be placed on arid areas under bare dry patches of deserts. The shell of the structure has been designed to protect the residential units from unexpected sandstorms, harsh temperatures and intense sun rays. However, when the weather is pleasant the shell can be elevated through some structural mechanisms so as to allow the air and the sunlight to flow inside the interior of the living units. Each structural model accommodates three individual residential units. The main atrium can be regarded as a common space for all the residents. Shell Mechanism Through the help of its structural mechanisms the shell of the structure can easily open and close, depending on the given weather conditions of the desert and in this way it can allow the inner part of the structure to adapt to its living conditions and protect itself from the event of extreme weather conditions such as windstorms. Central Atrium The inner atrium of the housing units serves as the main public space for the tenants, it provides light and air inside the units and also forms the central core of the unit. Simultaneously, by planting the ground of the atrium, a microclimate is created in order to improve the living conditions inside the units.
Skylights The skylights of the shell are used to enlighten the interior of the apartments when it is closed under unpleasant weather conditions.
View from the central Atrium 49
2017