Portfolio Theodoridis Andreas 2023
Portfolio Theodoridis Andreas 2023 - United Atmospheres - UNAspheres - www.unaspheres.net
Portfolio Theodoridis Andreas 2023 - United Atmospheres - UNAspheres - www.unaspheres.net
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Andreas Theodoridis
Adjunct Assistant Professor Ι Columbia University GSAPP
Principal I United Atmospheres
Theodoridis.andreas@columbia.edu
Portfolio
architecture design engineering research
02 Message in a bottle
03 Air shake
05 Air animal
06 Terra insola
10 Info-beacon
08 Daphne’s tree room
01 Air cycles
07 Grid off/lights on
11 Loft d7
04 Guinea pigs
12 Terraincognita
09 Cloud ecologies
2022
14 Exhibit A 18 D.I.Y. office
21 Raw matter
13 Marble skin
17 Seamless house
16 L block
19 Soft space
15 X-small
20 Sliced walls
2005
Andreas Theodoridis . . . is a practicing
architect-engineer and environmental
technologist with a Ph.D. from the
Center for Architecture Science and
Ecology (CASE), a research center
of Rensselaer Polytechnic Institute
/ RPI based in NYC, and a research
collaborator at the Center for Architecture
Ecosystems (CEA) at Yale University. He holds an MS in
Sustainable Environmental Systems from Pratt Institute, where
he has been awarded the Green Infrastructure Fellowship and an
Award for Outstanding Merit. His research is inherently interdisciplinary,
merging twenty-five years of experience in building
construction and fabrication with applied research on building
systems and environmental initiatives on an urban scale. Theodoridis
is the founder of UNited Atmospheres, an experimental
design practice and consultancy based between New York and
Athens.
Theodoridis has also taught and lectured at leading
academic institutions, including Syracuse University and Columbia
University’s Global Networking Programs in Greece. He has
also lectured at Syracuse Center for Excellence in Environmental
and Energy Systems and has served as a visiting researcher at
the Cooper Union Institute for Sustainable Design. He is also
the recipient of awards and distinctions, such as the Humanities
Graduate Fellowship at Rensselaer Polytechnic Institute,
an Honorable Mention at the Architect’s Newspaper Design
Awards, the One Prize annual design and science award, as well
as an Honorable mention on the d3 Unbuilt Architectural Visions
international competition. His work has been exhibited widely in
several architectural exhibitions and fora, including the Venice
Architecture Biennale, the Design Hub of Barcelona, the Oslo Architecture
Triennale, the Le Lieu Unique Center for contemporary
culture in France, the Istanbul Design Biennale, the Museum on
the Seam in Israel, the University of Michigan, Princeton University,
and the NYCx Design week among other venues.
air cycles
01 Air cycles
Air cycles in the built environment-towards a bioremediationbuilding
envelope system for improved air quality
Research & project developed for the partial fullfilement of
the requirements for the built ecologies PhD submitted in the
Center for Ecology
Research: Andreas Theodoridis
Phd committee members: Anna Dyson, Dr. Alexandros Tsamis,
Rhett Russo, Carla Leitao, Dr. Paul Mankiewicz
Location: Manhattan - Brooklyn, New York, U.S.A.
Date: 2015-22
According to the World Health Organization and the European Environment
Agency, air pollution is the biggest environmental health risk today.
Although general pollutant levels have improved in the last few decades,
it is only recently that certain types of highly toxic human-made pollutants
have been emitted in unprecedented quantities, primarily in developing
regions. Moreover, within these geographic regions, the global population
is estimated to double by 2050. The climatic context in most of these predominantly
unindustrialized economic territories favors natural ventilation
and the seamless interaction between indoor and outdoor spaces. Still,
these areas mainly rely on mechanical systems to homogenize atmospheric
living standards. Air conditioning systems produce wasted heat that alters
the microclimate of buildings’ surroundings while creating additional air
pollution exhausted by the running cycles of equipment.
To disrupt this cycle of energy expenditure and air pollution
replenishment, this research proposes a hybrid air purification
modular ceramic system for building envelopes in regions where
fiscal means are limited, and natural ventilation is a viable option,
in order to regulate both exterior and interior atmospheric
pollution. This infrastructural strategy serves as a site of inquiry
towards the potential amelioration of local urban pollution
airstreams in the developing world.
Contrary to the majority of existing phytoremediative systems,
which perform as extensions of mechanical automated systems,
the proposed approach aims to redefine the function of the
building envelope as a mediating
boundary layer in environments
conducive to natural ventilation.
It represents the first of its kind
system to suggest the use of potentially
passive bioremediation systems
as a mediator of indoor and
outdoor air. The objective is to create
a low-tech, high-value system,
conceptualized as a combination of
mechanical components, with the
effectiveness and sensitivity of biological organisms. Nevertheless, rather than a
specific design and development proposal, this thesis establishes a framework for
multivariant evaluation of air pollution and the ways in which it may be remediated
by novel phytoremediative building enclosures.
While multiple variables affect phytoremediation potential, airflow was identified
as the driver of mass and energy exchange. Pressure and airflow properties of a
1. ENVIRONMENTAL HEALTH RISK FACTORS: EMITTERS & COMPONENTS 2. CHARACTERISTICS OF PARTICLES AND PARTICLE DISPERSOIDS
BIOLOGICAL
ENVIRONMENTAL EMITTERS
NON-BIOLOGICAL
ENVIRONMENTAL HEALTH RISK AIR PARTICLES CLASSIFICATION
BIOTA
PATHOGENS
VOLATILE ORGANIC COMPOUNDS
(VOCS)
humans
plants
dust
smoking
machines
interior finishes
industrial
vehicles
buildings
Respirable particles
Visible with the Human Eye
Visible reflections
xylene
biofiltration system that regulates air pollutant removal in spaces designed for natural ventilation.
KEY
Active Modular Phytoremediation Systems
Environmental particles 1
2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9
(1 mm)
(1,000 μm)
(100 μm)
(10 μm)
(1000 nm)
(1 μm)
Common Air Filters
Although benzenewith this work the technical applicability of the most optimized prototype version has been established for the
HEPA up to 99.97% efficient to 0.30 μm
proposed system (AMPc), the intention was not only to provide an explicit technical solution, but also to suggest an encounter
with cultural settings, based on the premise that when people lose their relationship ULPA up to with 99.9995% the efficient environment to 0.12 μm due (100 nm)
toluene
(0.1 μm)
ABIOTIC POLLUTANTS
Pol
pollen
Bac
bacteria
PM
particulate
matter
Vir
viruses
ammonia
radon
proved itself a valuable tool to characterize airflow properties, opening new experimental opportunities for air filtration
formaldehyde
sulfur
dioxide
carbon
dioxide
carbon
monoxide
O 3
ozone
nitrogen
dioxide
lead
PM10 - PM 2.5 - Human Hair Magnified
novel envelope system’s module were studied as part of simulations using Computational Fluid Dynamics (CFD), which
technology development. The CFD simulations was part of the process of defining the framework of this new envelope
to air pollution, they also lose their societal cohabitation and cohesion patterns.
PM2.5
PM10
Man- made emissions 1
Human body 2,3
Material properties 1,4,5,6
Biological 1
Pathogens 1
60μm
AVERAGE HUMAN
2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9
(10 nm)
(0.01 μm)
(1 nm)
(0.001 μm)
mist drizzle rain
cloud and fog
smog
fine sand coarse sand
clay silt
fine dust
atmosphereic dust
cement dust
asbestos
alveolar
capillary
lead emission
artery
human hair
carbon black
arteriole
RBC
paint pigment
granular
activated carbon
moss spore
AC
macropore
AC
mesospore
AC
micropore
insecticide dust plant
spore
pollen
virus bacterium
Reduced filter effectiveness
(0.0001 μm)
PARTICLE SIZE / μm
Relative impact per Factor
Outdoor to Indoor
3. AMBIENT AIR QUALITY STANDARDS - INDOOR AIR QUALITY & COMFORT LEVEL
(comfort level - humidity)
4. HEALTH EFFECTS OF RESPIRABLE PARTICLES
(exposure duration & biological conditions )
Ambient Air Quality Ambient Air Quality
Guidelines / W.H.O. Standards / Ministry
of E.P. of the P.R.C.
National Ambient Air Quality
Standards / United States E.P.A.
Air Quality Standards /
European Commission
National Standards for
Criteria Air Pollutants /
Australian Dep. of E.&E.
...
LEED
...
Future Air
...
Blueair Aware
PM10
particulate
matter
24 hour
1 year
150 (Interim target 1)
100 (Interim target 2)
75 (Interim target 3)
50 (guideline)
70
50
30
20
(Interim target 1)
(Interim target 2)
(Interim target 3)
(guideline)
150 (Secondary level)
50 (Level one)
70
40
(Secondary level)
(Level one)
150 (Not to be exceeded more than once
per year on average over 3 years)
24 hour
(primary & secondary)
50 (Permitted exceedences each
year 35)
40 (Permitted exceedences
each year n/a)
50
50
20 (Healthcare only)
59
500 !!!
(less than ...)
PM2.5
particulate
matter
xylene
benzene
toluene
formaldehyde
sulfur
dioxide
carbon
monoxide
O 3
ozone
nitrogen
dioxide
lead
24 hour
1 year
1 year
10 minute
1 hour
3 hour
24 hour
1 year
1 hour
8 hour
24 hour
1 hour
4 hour
8 hour
(daily max)
1 hour
24 hour
1 year
3 month
(rolling av.)
1 year
75
50
37.5
25
35
25
15
10
500 20 (guideline)
500 (guideline)
125 (Interim target 1)
150
50 (Interim target 2)
50
20 (guideline)
200 (guideline)
40
(Interim target 1)
(Interim target 2)
(Interim target 3)
(guideline)
(Interim target 1)
(Interim target 2)
(Interim target 3)
(guideline)
160 (Interim target 1)
100 (guideline)
(guideline)
75
35
35
15
500
150
60
20
160
100
200
200
80
80
40
40
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
10000 (Secondary level)
10000 (Level one)
4000
4000
200
160
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
(Secondary level)
(Level one)
35 (98th percentile, averaged over 3 years)
15 (annual mean, averaged over 3 years)
12 (annual mean, averaged over 3 years)
195
(99th percentile of 1-h daily maximum
concentrations, averaged over 3 years)
1310 (Not to be exceeded more than once per
year)
40080
10300
(Not to be exceeded more than once per
year)
(Not to be exceeded more than once per
year)
140 (Annual fourth-highest daily maximum
8-hr concentration, averaged over 3 years)
190 (98th percentile of 1-h daily maximum
concentrations, averaged over 3 years)
24 hour
(primary & secondary)
1 year (secondary)
1 year (primary)
1 hour
(primary)
3 hour
(secondary)
1 hour
(primary)
8 hour
(primary)
8 hour
(primary & secondary)
1 hour
(primary)
25 (Permitted exceedences
each year n/a)
5
350
125
10000
120
200
100 (Annual Mean)
1 year
40
(primary & secondary)
0.15 (Not to be exceeded) 3 month
(primary & secondary)
0.5
(Permitted exceedences
each year n/a)
(Permitted exceedences
each year 24)
(Permitted exceedences
each year 3)
(Permitted exceedences
each year n/a)
(25 days averaged
over 3 years)
(Permitted exceedences
each year 18)
(Permitted exceedences
each year n/a)
(Permitted exceedences
each year n/a)
8 hour
(daily max mean)
25 (Advisory reporting st.)
8 (Advisory reporting st.)
Total Volatile Organic
Compounds (TVOCs)
523
210
52
10300 (measured over 8 hour
period)
196 (measured over 1 hour
period)
157 (measured over 4 hour
period)
8 hour
(daily max mean)
225
56
0.5
15
500
200 (Healthcare only)
700
3
300
(for buildings in
EPA
non-attainment
areas, for PM 2.5 or
local equivalent)
33
20 (Healthcare only)
10300 (or no more than
2290 above outdoor
levels )
196 (for buildings in
EPA
non-attainment
areas, for Ozone or
local equivalent)
10300
(Not to exceed)
15
(less than ...)
10300
(or less ?)
"Even very low
concentrations of ozone
can be harmful to the upper
respiratory tract and the lungs.
The severity of injury depends on
both by the concentration of ozone
and the duration of exposure. Severe
and permanent lung injury or
death could result from even a
very short-term exposure to
relatively low concen-
"Even very low
trations."[67]
concentrations of ozone
can be harmful to the upper
respiratory tract and the lungs.
The severity of injury depends on
both by the concentration of ozone
and the duration of exposure. Severe
and permanent lung injury or
death could result from even a
very short-term exposure to
relatively low concentrations."[67]
Pollut-
Environmental Agency - Institution
Indoor Air Quality
Averaging Ambient Air
Period
Concentration Level
units : µg/m3
Concentration Level
units : µg/m3
EXPOSURE TIME
EXPOSURE LEVEL
1. New York City Department of Health 2. Environmental Protection Agency 3. U.S. Department of Energy 4. Lawrence Livermore Nat'l Lab 5.
Marine Meteorology Division, Naval Research Lab 6. Int'l Journal of Geographic Information Science 7. American Meteorological Society 8. NYC
Dept of Health, Mayor's Office, Queens College CUNY, Univ. Pittsburgh, Hunter College, ZevRoss Spatial Analysis
message in a bottle
02 Message in a bottle
An installation on circular material economies for the
2019 Oslo Architecture Triennale
Research/Design/Fabrication: Andreas Theodoridis, Lydia
Kallipoliti, Rhett Russo
Collaborators: Erik Pedersen, Seraphim Le, Dakota Pace
Location: Oslo, Norway
Date: 2019
Message in a Bottle is an assemblage of interlocking plastic bottles
that are intended for water, medical supplies and then used as
building elements to create a shelter in the event of a natural catastrophe.
Each bottle includes a “micro-message” – a story of how
to reuse plastic bottles, making evident their effect on the global
plastisphere- visible to viewers with the help of optic lens. The installation
is designed as an interactive playspace, where bottles can
be used as building blocks containing secret messages.
Message in a Bottle fosters a dialogue on topics relating to recycling
of industrial products as building materials and on alternative
practices where materials exist only in phases and have multiple
lives. Based on the economic theory of “degrowth,” the project
questions the limits of linear progress imposed in all aspects of
production and daily life and in particular the material ramifications
of persevering growth, only serving the growth of capital itself, rather
than the making of cities of urban environments.
air shake
03 Air shake
A speculative research installation on the future air quality
and occupation of public spaces in Athens, past the
financial crisis. Athens,Greece.
Research/Design/Fabrication: Andreas Theodoridis, Lydia
Kallipoliti
Collaborators: Xueping Li, Erica Vinson, Dakota Pace,
Seraphim Le
Location: Pl. Theatrou, Athens, Greece
Date: 2017
AIR SHAKE examines the character of air pollutants in Athens in
2027, in order to imagine both an array of future diseases and
cures. We document phenomena of leaching caused by a variety of
chemicals that have been released into the atmosphere and their
scientific, economic, and social attributes. AIR SHAKE projects current
urban habits in plausible future scenarios extracted from the
present, based on the impact that different mixtures of air impose
on human bodily systems. The project imagines an array of diseases
that have begun to manifest in 2012, with Athens registering the
highest levels of atmospheric pollution in decades. As a result of the
debt crisis and the citizens’ denial to yield to the overblown energy
taxation, the continuous combustion of random cheap available materials, has resulted in the excessive release of particulate matter, sulfur dioxide, carbon monoxide, and other
eling the livelihood of citizens and their right breathe in the city. The projection of four speculative diseases onto the urban environment takes form as a series of healing environm
between the air pollution and the imagined disease.
The AIR SHAKE installation operates around two systems that together create an immersive experience. First, there is a series of chimneys, which present the city upside-down, s
to heal city dwellers. A secondary system is visualizing the air shakes each chimney spews in a virtual reality environment, accessible through a series of movable tablets installed
is imagined as a virtual healing environment that allows the physical embodiment of the visitors to project and immerse themselves in a series of future atmospheres.
carcinogens, eventually disembowents,
making visible the linkage
pewing different shakes of air mixes
in the room. The installation space
AM_1
AMPHIBIAN MAN ELEVATION
77 cm
77 cm
AM_5
70 cm
AM_2
45 cm
AM_4
260 cm
39 cm
AM_3
295 cm
88 cm
AM_8
228 cm
235 cm
145 cm
AM_7
150 cm
AM_6
217 cm
155 cm
160 cm
155 cm
150 cm
450 cm
Feedback
Man
85 cm
Exoskeleton
Man
45 cm
150 cm
140 cm
165 cm
Weightless
Man
30 cm
Excrement
Man
450 cm
150 cm
105 cm
175 cm
125 cm
Amphibian
Man
guinea pigs
04 Guinea pigs
A research project of immersive scholarship for the 3rd
Istanbul Design Biennial, “Are We Human” curated by
Beatriz Colomina and Mark Wigley.,Greece.
Research/Design/Fabrication: Andreas Theodoridis, Lydia
Kallipoliti
Collaborators: John Rhett Russo, Emily Klein, Chendru
Starkloff, Royd Zhang, Mary Tieu LaFave, Ivan Leon, Ellen
Wong
Location: Istanbul, Turkey
Date: 2016
GUINEA PIGS presents five species of engineered men: AMPHIBIAN
MAN, EXOSKELETAL MAN, EXCREMENT MAN, FEEDBACK MAN and
WEIGHTLESS MAN. A series of three-dimensional immersive projections
narrate the stories of these figures, as fictional characters
offset from the texture of reality; like the living ghosts of archival research.
The five episodes bring together the imaginary of design culture
at a given moment in time with the “raw” technical investment of
engineering research and development. In parallel, each Guinea Pig,
is presented in narrative texts, archival material, and patent draw-
ings suspended from the ceiling and observed from a designated station on the floor, enabling the visitor to lie down and assume a horizontal position in the exhibition space.
The change of posture from vertical to horizontal turns the viewer him/herself into a guinea pig, into an object that is observed, monitored and documented by the curators.
GUINEA PIGS are not merely speculations of human subjects, but also funded experiments to create superhuman abilities documented in manufactured prototypes, reports and
patents. Either drawn or merely reproduced by architects and designers, these figures illustrate that the line between science fiction and social reality is an optical illusion.
air animal
05 Air animal
Submission for the competition Folly 2014 organized by the Achitectural
League of New York for the Socrates sculpture park.
Project architects: Andreas Theodoridis, Lydia Kallipoliti
Collaborators: Tope Olujobi-Nhan Bui
Location: Astoria, Queens, NY, U.S.A.
Date: 2014
Air Animal is a multilayered felt skin hosting species of lost plants in a series of
hydroponic pods integrated within the structure’s envelope. The folly is conceived
as a suspended garden within the larger garden of Socrates Park; it condenses natural
elements, while at the same time lifting them off the ground, allowing for views from
below.
The structure is comprised of a structural frame, made out of bent iron bars used for
reinforced concrete and a thick felt envelope, custom fabricated out of animal hair.
The felt skin is stitched and patterned like a piece of clothing tailored to weave with the
specific form of the structure. In the upper part, it integrates pockets with clay pebbles,
the hydroponic growth medium for the seeds. The folly’s form was based on
the logic of a thermal chimney and the harnessing of air currents to
warm air and thus aid the early growth of plant species. Any temperature
difference between interior and exterior will produce year-round artificial wind because
of the principles of convection, generating an ambient thermal field which provides
heat for the lost native species. The AIR ANIMAL is not only a functional envi-
ronmental solution that creates mild wind currents
and purifies the air; it also creates islands
of life –human and animal- in the macroscale of the
map. The AIR ANIMAL is a strange object, which is partially
constructed and partially grown; it partially fuses with the
landscape and partially stands as an object. In the expanded
field of Socrates Park, the folly raises an uncanny presence
questioning the line between natural and artificial elements.
GENERATED AIR FLOW
SUPPORTED ECOSYSTEM
HYDROPONIC PODS IN FELT POCKETS
50F
75F
TEMPERATURE DIFFERENCE
THERMAL HEAT CONVECTION
AIR INTAKE
terra insola
06 Terra insola
Design Installation at the ancient wall ruins of
Chania,Crete,Greece.
Research/Design/Fabrication: Andreas Theodoridis,
Camille Lacadee, Danielle Willems, Lydia Kallipoliti, Francois
Roche, Ezio Blasetti, Stephan Henrich
Collaborators: Johnny Boquet-Boone,Cecil
Barnes,DanielleGriffo,Hasti Valipour Goudarzi,Gary
Edwards,Martin Lodman,Maximiliam Lauter,Melodie
Yashar,Shalini Amin,PierreBourdareau,George
Avramides,George Louras,Jonathan Requillo,Alexandra
Saranti,Raquel Sanchis Ulacia, Luis Felipe Paris, Robinson
Strong, Kim Se Hyun, Leonidas Leonidou & Lorenzo Villagi
Location: Chania, Crete, Greece
Date: 2013
Terra insola is a collective enterprise of scientific storytellers, speculative
archeologists, regenerative engineering, deviant-mythologists
and dirty-physiologist exploring the mythic figure of Ariadne as
an archetype of a modern feminist, living within a suspended time
between two stages of her life, in the time between her relationships
with Theseus to Dionysus.
She is bound by a daytime routine and
her perpetual commitment to a machine,
releasing herself from all constraints
and achieving self-sufficiency. In
desexualizing her innate nature she reaches
a degree of serenity and ‘ataraxy’. She
lives in an idyllic biotope without context
or reference, extracting fluid sap from the
eucalyptus tree that sustains her nourishment
in an anthroposophic exchange, and
mixes her physiological substances (such
as urine) with the earth that surrounds her
to secrete ceramic for the structure that
shelters and interlaces her. The structure
itself is a metaphor of an endlessness
creation, an architectural process that
emerges within an infinite loop. The myriad
of spiraling mazes and glazed clay components
that wrap her body and her mind are
developed by and with a machine tamed
and domesticated by Ariadne to extend
her desires and construct her needs in a
reflexive, affective and contingent agenda.
La “Demoiselle”, the nickname she gave
to her “productive” pet seems to engage
an intertwined, co-dependent relationship
that emerges from sympathy to empathy.
LED ballon clouds
backward motor - generating electricity based on Faraday’s principle
human cranking the motor by rotating a handle attached to the drill
magnet
coil
capacitor
How Faraday’s ShakeLight works
grid off/lights on
07 Grid off/lights on
Design Installation for New Museum’s Ideas City Festival in New
York and the World Science Festival in 2013.
Research/Design/Fabrication: Lydia Kallipoliti, Martha Giannakopoulou,
Katerina Kourkoula, Andreas Theodoridis
Collaborators: student interns from the Cooper Union in New York
Location: Bowery, New York, NY, U.S.A.
Date:2013
When Sandy hit New York, the lights went off leaving over 170,000
New Yorkers in the darkness for five days. This disruption of power
extended beyond the economic or productive sphere; it permeated
every aspect of urban life and created a fundamental rupture with
the perception of urban space.
Grid off; Lights on is a prototypical installation generating
energy autonomously detached from the urban grid of power
supply. Street visitors become the source of energy as they
interact with a series of bubble clusters, cranking backwards
rewired drills (and other reused machines) that are encased in
the bubbles.
G R I D O F F | L I G H T S O N |
The public interacts with the clusters by cranking a series of
arm levers, and thus lighting up clouds of balloons hooked to
the clusters through a series of LEDs. The mechanical energy of
people on the ground level creates an illuminated off-grid cloud
skyline, a new aeriform landscape for the city collected from the
capital of its citizens. The project cultivates an urgently needed
dialogue on urban illumination as a climate adaptation strategy,
while at the same time offering an urban cloud landscape that
addresses the social and aesthetic relations that inform and are
informed by the presence of light.
A UNIT IS EXTRACTED FROM THE GRID
AND ELEVATED IN A VERTICAL TREE STRUCTURE
daphne’s tree room
08 Daphne’s tree room
Design and Construction Commission following a national
tender for the recreation of Faliron Bay in Athens along
Renzo Piano’s masterplan. Sponsored by the Stavros Niarchos
Foundation.
Project architects: Andreas Theodoridis, Stella Nikolakaki,
Ezio Blasetti, Lydia Kallipoliti
Location: Moschato, Piraeus, Greece
Date: 2013
Daphne is an elevated public room extracted from Renzo Piano’s
masterplan grid for Faliron Bay in Athens, Greece. The
observatory is an environmental intervention along the spine of an
artificial tree; branches illuminate the park with different light colors
based on temperature thresholds. The project is currently under
construction.
Temperature Sensor
Arduino Compatible
Arduino board
LED interactive
lights sensors
sample outdoor
temperature and
are wired to arduino
boards, embedded in
the structure of metallic
beams. The arduino
processes temperature
data and sends signals
for different LED light
colorations. According
to the weather conditions,
different the
observatory is colored
reflecting the varying
weather conditions.
cloud ecologies
09 Cloud ecologies
Competition Entry for an energy-generating pavilion at Fresh Kills Park. Received
a Special Mention in the interactional design competition for unbuilt
visions d3 in the category of “built ecologies” (2013);Shortlisted as a Finalist
project in the international design competition for sustainable urban
futures One Prize 2012. Featured in ArcDaily, Archinect, Bustler and other
online media.
Project architects: Andreas Theodoridis, Stella Nikolakaki, Ezio Blasetti,
Lydia Kallipoliti
Collaborators: Katie Okamoto
Location: Fresh Kills, Staten Island, NY, U.S.A.
Date: 2013
Cloud Ecologies is a constellation of ten outdoor ground pavilions and eleven
air balloon clusters dispersed throughout Freshkills Park, formerly the
world’s largest landfill. The ground topography of pavilions anchors the balloon
clouds, which harvest high-altitude wind energy. The ground system and the air
system work reciprocally; not only to generate energy, but also to create islands of new life.
Although the City of New York has immediate plans for the restoration of Freshkills Park,
the chronic accumulation of waste has been detrimental to the site’s
capacity to sustain biodiversity. Each ground pavilion brings new life in two ways:
SLIDE SAND PLAY POLE SAND
SLID
first, it introduces program –fishing, roller sports, observation,
play et-al; second, the pavilions’ perimeter becomes
an enhanced thermal zone and thus a catalyst for biodiversity.
Each structure is composed of thermal chimneys
and piezoelectric cables that generate an ambient
temperature field, providing heat for native species, sharing
space with outdoorprogramming for human visitors.
The unity of weather patterns, ecosystem and human
inhabitant is realized not only as a pragmatic solution to
Staten Island’s growing energy needs, but also as an
immersive re-experiencing and re-imagining
of our natural habitat. In New York ‘s fastest growing
borough, the populations of people and native species can
come to the same place to thrive
E
info.b eacon
10 Info-beacon
InfoBeacon was awarded 3rd prize in a National
Architectural Competition for a Tourism Pavilion in
Chania organized by the local municipality in Crete,
Greece.
Project architects: Andreas Theodoridis-Stella NIkolakaki
Collaborators: Giorgos Papadakis-Konstantinos Mouzakis
Location: Chania, Crete, Greece
Date: 2012
InfoBeacon is a proposal for a tourist pavilion in Chania, Crete,
Greece. As the title suggests, the pavilion functions as a
beacon of information for the urban traveler, guiding him
throughout the daily practice of traversing the city. One of the main
objectives was to design a pavilion, which may be easily mounted
and demounted, retract and expand and adjust to the rhythms of
change and temporarily a city undergoes. Different elements including
foldable metallic frames, straw surfaces, fabrics for shading and
hinged foldable furniture are modified in consonance with local needs
providing shading, units for working, lighting, advertising surfaces etal.
InfoBeacon was conceived as a cubic structure with
foldable, retractable and expandable surfaces offering
variations of the cube spatially, materially and environmentally.
loft d7
18.50
Section Α 0 1 5
11 Loft d7
Renovation of a modernist-era apartment into a
contemporary energy-use-efficient loft.
Project architects: Andreas Theodoridis
Location: Nea Smyrni, Athens, Greece
Date: 2011
The d7 loft apartment is the outcome of a maisonette of the 80s
renovation situated on the last two floors of an apartment building
(polykatoikia) in an area of Athens named Nea Smyrni.
The 6th floor was the upper part of the maisonette with two bedrooms
and secondary amenities like a small kitchen and toilet. Due
to unfortunate design decisions, this maisonette level had neglected
the building's orientation toward the south sun, the Acropolis
and the Aegean Sea, and the islands in the background. Small openings
for windows and connection openings to the floor balconies and
a labyrinthic plan had obscured the relationship between indoors
and outdoors.
After separating the space into two individual apartments, the 6th
floor went through a radical gut renovation to reverse its relationship
with the building surrounding environmental conditions. Communal
areas were prioritized in terms of space percentage dedication,
with large openings establishing an uninterrupted, seamless
experience of the indoor and outdoor spaces as one common
floorplate space. Sustainability principles were applied regarding
Α
3
1. Hall
2. Living / Dining
3. Kitchen
4. WC
5. Bathroom
6. Master Bedroom
7. Kid’s Bedroom
2
energy conservation and insulation
strategies by reusing existing space
components and materials like the
old bedroom's wood floor and the old
fireplace's structure in the living and
kitchen area, among other things.
The result was a dialectic relationship
of existing and familiar architectural
components with contemporary
furniture and equipment in a rejuvenating
space for a small family of 3
to 4 members. Finally, a concealed
connection access to a private part
of the building's terrace was established,
with the creation of a hybrid
staircase glasshouse bathroom
space on the northeast corner of the
house. While this "backspace" was
suffering from the absence of natural
light, now it serves the bathroom and
the primary bedroom with ample light
while regulating the space temperature
with passive means.
6th Floor
6
7
1
4
5
Α
0 1 5
Β
18.50
gsapp
12 Terraincognita
Columbia university studio X in Thessaloniki gsapp-global networking
Terraincognita| Eco-tales for Thessaloniki’s sealine
Directed by: Lydia Kallipoliti, Assistant Professor Adjunct at Columbia
University and The Cooper Union.
Collaborators: Niki Andreadou and Manolis Tzekakis, Professors at the
Aristotle University of Thessaloniki, Yota Adilenidou, tutor at the Architectural
Association in London, and Andreas Theodoridis, principal of
207×207 architects in Greece.
Location: Thessaloniki, Greece
Date: 2011
Columbia University, Graduate School of Architecture Planning and Preservation,
GSAPP, organized a summer workshop in collaboration with the Aristotle University of
Thessaloniki, Greece.
This workshop was structured as a speculative research and design project that explores
the convergence of technology and nature in the outskirts of cities, seeking to
define new ways of life and culture that might emerge from this convergence. The exploration
would be carried out by researching the natural resources, proliferation of wild
life and organic growth, as well as the existing minimum impact vernacular structures
in the seashore of Axios’ river delta adjacent to Thessaloniki’s harbor.
The area contiguous to Thessaloniki’s main port spaning to Palaioxori is
tentatively entitled terra incognita; it is an ecologically affluent region, unique in its
01. augmented territories
Alexandros Charidis, Stephen
Chou, Theodoros Kyttas, Eliza
Montgomery, Anna Obraztsova,
Vasilis Papakonstantinou
two teams of students worked on one proposal each
02. city of mussles
Students: Elena Boutsivari,
Michael Georgopoulos,
Jaclyn Jung,
Periklis Kyriakidis,
Aaron Mark, Vasiliki-
Maria Plavou
geomorphologic formation and vernacular construction physiognomy in close proximity to the urban center. However, under the assumption
that an area of such natural wealth should be preserved “as is”, the territory is largely abandoned and forgotten. The main premise of the workshop is to project new
ecological ways of accommodating habitats for wild life, to design infrastructure that optimizes the management of natural resources as well as to integrate human life
and culture in a symbiotic relationship with the natural territory by inventing sustainable structures of minimum impact, closely linked in terms of construction logic to the
existing structures.
By designing habitats for wild life, sustainable infrastructure for the optimum redistribution and cleansing of water, substructures that harness wind and sunlight
producing electricity, it is possible to create a natural park for the study and observation of ecological life, as well as for the engagement of the citizens with nature and by
extension with farming, food and energy production possibilities in the urban sphere. This ecological hub is envisioned as a new pole of cultural, economic and sustainable
growth for the city of Thessaloniki, as an ecological territory that might revitalize the city itself by offering a center of culture, food and energy production.
Key to the development of ideas would be the concept of “minimum footprint” by offering lightweight autonomous infrastructure that returns energy to the city
through the reuse of natural resources: water, wind and solar power. Seasonal change, the passage from summer to fall, winter and spring, will constitute a significant factor
for the development of proposals. In the tumultuous conditions of global warming, the climate of Thessaloniki still exemplifies the normative passage of all seasons, in
contradiction with other geographical regions where the weather changes erratically. The proposal will be developed in mind to function in different ways in all seasons and
potentially programmatically linked to the seasonal passage.
Methodologically, we worked in different scales by zooming in and out of the territory developing proposals as organizational strategies in a larger scale, zooming
in to architectural proposals in specific locations and zooming even more to the identifications of materials and low-cost fabrication strategies for specific installations.
Similarly to working in three different scales of development, we would also develop in the proposals in different stages in time. In other words, there would be a set of
proposals that can potentially be developed in a first stage in two years, five years and ten years.
(text from http://gsappstudioxthessaloniki.wordpress.com/gsapp-global-networking/)
01. augmented territories
01.
The landscapes of river deltas are constantly
being transformed through systems
of water and matter redistribution. In our
investigations, algae was identified as a
lifeform whose growth corresponds to the
confluence of different matters and water
bodies, while its distribution is influenced
by topographic formations and water
flows. Our intervention seeks to exploit
algae cultivation and biofuel production
processes, and propose new materialities
that produce alternative landscapes, and
provide opportunities for new programs
and habitation.
01.
02.
This new approach to the Thermaikos Gulf allows for the connection of four mussel
islands through the creation and bridging of two aquatic paths, thus extending the
lively environment of Thessaloniki to the delta of the River Axios. The urban route of
the Eastern coast provides access to the islands located along the eco-tourist path
of the Western shore, which act as four poles of diversity and productivity. Each
island functions as mussel cultivation, providing opportunities for culture, education
and industry as well as a new public space for leisure activities. The annual calendar
of events follows the life cycle of the mussels and culminates with Mussel Fest, the
harvesting and feasting of the mussels in November. Furthermore, the islands are
agents of de-pollution and environmental clean up, aimed at increasing the awareness
of the battered conditions of the Axios River. Small filtration pods migrate to
different aggregations to act as filters, break walls, or for event awareness.
02. city of mussles
02.
marble skin
13 Marble skin
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Psychiko, Athens, Greece
Date: 2010
This project was the result of a competition in 2009.
We were asked by the embassy of Kuwait to remodel the facades
of their building. There was an extra level added to it and the facades
were in bad condition.
The requirements that the embassy posed had to do
with the use of marble, two specific types of marble
that they had already chosen, and the creation of “clean”
surfaces.
The project was finished in the summer of 2014.
After assessing the building we focused of the following
problematic areas:
1. A second level has been added which needs to be incorporated
with the pre-existing building
2. There is no correalation among the different openings of
the building.
3. The entrance way is not well defined.
4. The building is not well lit in the night time.
Proposal Concept:
The concept for this building if based of the
qualities of the marble and the fact that
it requires staight vertical alignments
between the different levels.
Since there was no such correlation, we decided
to design it through the use of the marble in
different layers.
The second part of the idea was the light
design. The building needed to be obvious at
night. This was achieved through the indentations
that were created from the layering of the
marble facades.
The third element was the use of the arabesque
motif that was the basis for designing
the “fence” of the embassy.
pre-existing condition of the
embassy building
current condition of the embassy
building
A marble “skin” is placed on the
outside of the existing building hiding
all the extruding elements including the
balconies.
The new building is a “clean” volume that
imposes with its “weight” on its surroundings.
the “skin” is comprised of marble tiles
of the same size . These tiles have the
minimum possible gaps between them
- they have chamfered edges so that the
“back is never visible. In this way they create
a homogeneous surface.
In order to avoid an entirely regular configuration,
the new facade has an “irregular”
organization, grouping
the tiles together.
These groups are created through
the organization of larger gaps
between the tiles.
an arabesque motif was designed
with a strict geometrical repetition.
It became the “enclosure” for the
embassy’s grounds.
the organization of the tiles was a process
having many alternatives.
The building method was always a major
priority.
drawing of the main facadestructural
drawing of the main facade
architectural
A metal frame was designed to hold up the
new facade.
The indentations around the openings create
the vertical alignments and the large
gaps add the necessary irregularity.
The ligting design enhances
the geometry of the facade. It
is not yet finished, the big gaps
between the tiles will be lit by
LED tape.
the arabesque motif that was
designed for the “fence”
exhibit A
14 Exhibit A
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Metamorfosi, Athens, Greece
Collaborators: Konstantinos Chrysos-Marianthy Tatari
Date: 2010
During a yearly exhibition for architectural materials we designed a
space that would promote the work of young greek architects within
the exhibition space of a particular company.
Both the products of the company and the work of the architects was
to be showcased in a continuous flowing space.
x-small
15 X-small
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Ampelokipoi, Athens, Greece
Date: 2010
The client wanted to create a cafe and bar in a very small corner shop.
The surface area of the space at hand was about 13 m2 with an additional
basement that would house a small kitchen and bathroom.
In those 13 m2 we had to create a comfortable, conceptual
and highly practical space with a very low
budget.
The primary element of this project was the design of a new facade
that would be able to accomodate the use of the extremely small exterior
space that was available to the owner. This exterior space would
be the main sitting area as the interior was very small.
The new facade would be multifunctional,
opening up the interior and at the same time serving
as usable surface for sitting and serving.
A metal frame was designed incorporating
fixed windows, vertically sliding window, as well as
unfolding wooden surfaces.
An old fashioned mechanism of weights and pullies
was devised that made possible this “working
facade”.
open closing closed
The cafe is only
seen from the road
“diagonally”. This
lead to the positioning
of the name also
in a “diagonal” way.
The budget was kept
low through the use
of OSB wood as the
basic material.
L block
16 L block
Project architect: Andreas Theodoridis-Stella NIkolakaki
Location: Chania, Crete, Greece
Collaborators: Georgia Nikolakopoulou
Date: 2009
In a famous suburb of Chania, we were asked by a contractor to design an appartment
building that would have a varietion of appartment sizes.
The site had a view of the sea and that was our primary objective, to maximize the
view from all appartments.
The other issue was to try to move away from the sterotype of repeated
floor plans for the different levels of the building.
The idea was to combine split-level appartments with single level appartments, thus
creating L shaped spaces both in section and in plan.
plans of the L shaped appartemnets
second floor plan layout
third floor plan layout
seamless house
17 Seamless house
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Chania, Crete, Greece
Date: 2008-2009
In a suburb of Chania city, right next to the sea, with a view of the entire
old Venetian harbor, we were asked to design a house for a family
with one child. The brief included a 40 m2 office space, a guest room
and potentially a swimming pool.
The basic concept for this house was the maximization
of the site’s unique asset, the view. The goal was to design
exterior and interior spaces in such a way that this quality would be
enhanced. So the existing inclination of the site was utilized so as to
“raise” the exterior open spaces and the main living areas. This had
a dual effect. On the one hand it indeed maximized the view from the
entire property and on the other it devided the house into two distinct
parts, thus increasing privacy.
The office became a separate element whose roof is a part of the overall exterior space of the property, a terrace-like extension of the interior living spaces.
On the same level we place the daughter’s master bedroom that has a separate connection to the exterior, as well as a guest bedroom and several utilities.
The level of the terrace/exterior open space is the level of the main living areas. This is where the main entrance of the house is located and it is one continuous
space from the inside to the outside.
The top level is were the main master bedroom is located and it is completely private from the rest of the house.
The house is also devided vertically with an atrium that houses the staircase. This atrium devides the living area in terms of privacy and creates a transition to
the double-heighted living room.
guest bed.
living area
master bed. 2
office
plan-level 0 plan-level 01
master bed. 1
section A-A
plan-level 02
section B-B
d.i.y. office
18 D.I.Y. office
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Nea Smyrni, Athens, Greece
Date: 2008
"Designing our own office became a project that would be designed
and manufactured entirely by us...and friends.
From the cleaning of the pre-existing warehouse to the construction
of the furniture it was a d.i.y. endeavour".
The office was previously storage space/garage.
There was everything from a car to a telephone
pole.
All this was removed and the entire space remodeled.
We used this as an experiment in construction
techniques and materials. We
tried to use everything ourselves and learn in the
process.
The car was replace by an old VESPA . The cement
floor became industrial flooring, the entrance ramp
became a set of steps and a huge metal-frame
destk was set hanging from the concrete ceiling.
The rest of the furniture was recycled and
remodeled pieces that we found in various
locations.
soft space
19 Soft space
Project architects: Andreas Theodoridis-Stella NIkolakaki
Location: Nea Ionia, Athens, Greece
Date: 2008
Castor Group is a company that imports fashion clothing and accessories.
They are the main dealers for labels such as Marella, Laltra-
Moda, Compagnia Italiana, A-Style, Full Circle, Scunk Funk Buffalo,
Wonderbra and more. Their headquarters are on the fourth floor of
a shopping mall called Ionia Centre in Nea Ionia, Athens. We were
asked by the company to convert two of the shops in the basement
of the shopping mall into showroom–space for potentially up to five
different labels.
The space had to be flexible enough to accommodate
the different needs of each label and at the same time
be able to acquire different spatial arrangements.
The companies that would be on display there were A-Style, Buffalo,
Minus-Ung, Full Circle and Scunk Funk. These companies promote
a more street and urban fashion. This prompted us to create a more
industrial environment using industrial flooring and raw metal.
The concept for this project was based on the notion of
the “limit” and the way one “interfaces” with space in
a more “flexible” manner in three aspects.
The two spaces that we were given were previously retail shops, but were at the
time used as storage space for the company. The central elevator was the only
direct connection to the fourth floor where the rest of the company was based.
space for renovation 02
space for renovation 01
interior of space for
renovation 02
public space
escalators
atrium
existing plan
central elevator
public space
space for
renovation
01
space for
renovation
02
01. The first aspect of the “limit” had to do
with the creation of a literarily flexible space
with malleable limits that would be able to
meet the changing needs of each collection.
This was attempted through the use of an innovative
wall-system called soft wall –
a kind of bendable, foldable and movable fabric
“wall”.
proposal plans
basement
public space “dark” corridor -
showroom
entrances
concealed
linting -
“windows”
configuration 01
maximum separation
configuration 02
reducing separation
configuration 03
reducing separation
configuration 04
rminimumseparation
projection of 30cm
height base
section of 180cm
height wall
permanent hanging
rack
mobile hanging rack
interchangeable docking positions
rack -module suspension-rod
plan of the ceiling with the addition of the grid
for the modular suspension system for the racks
rack module
This system was coupled with
a system of changeable
hanging racks.
This was a modular suspension
system that allowed the
rack modules to change locations
relatively easy. It comprised
of a grid that was attached to the
ceiling bearing docking positions
for the rack-module suspensionrods.
When needed, the module
could be detached and docked to
a new position.
The furniture also had to be
flexible. We thus designed desks
that could be divided when
needed and wheeled to new positions.
02. The second element was
the need to unify the company
offices and other showrooms that
were on the fourth floor with this
new showroom space in the basement
and the need to differentiate
the entrance to this space
from the retail shops next to it.
The response to this need was
to expand the space that was
initially given to us in order to incorporate
part of the public space
of the basement, including the
central elevator. We thus created
a distinct entrance and a direct
connection to the fourth floor via
the elevator.
03. The third aspect of the “limit” had to do with the distinction
between the inside and the outside.
The space we had to design was in the basement without any direct access
to the outside and to natural lighting.
Our response was the creation of the illusion of exteriority and natural
lighting through a series of glass panels that act as lighting fixtures and
turn the solid walls into a “softer” spatial limit.
sliced walls
20 Sliced walls
Project architects: Andreas Theodoridis-Stella Nikolakaki
Location: Nea Ionia, Athens, Greece
Date: 2007
overall plan of the 4th floor
headquarters of Castor group
initial given space that would
be divided into two separete
showrooms
proposal for the
Marella showroom
Castor Group is a company that imports fashion clothing and accessories.
They are the main dealers for labels such as Marella, Laltra-
Moda, Compagnia Italiana, A-Style, Full Circle, Scunk Funk, Buffalo,
Wonderbra and more. Their headquarters are on the fourth floor of
a shopping mall called Ionia Centre in Nea Ionia, Athens. We were
asked by the company to redesign the entrance to their
offices and showrooms and two of their showrooms:
one for Wonderbra and the other for LaltraModa.
The project had to be viewed as a whole as all the spaces at hand were
adjacent to each other. The existing spatial configuration consisted
of a large toilet space outside the company’s entrance, the entrance
with the reception desk and one big showroom of about 230 m², which
was previously used for Marella. This entire space had to be reconfigured
without blocking the use of the company so that there would be
two distinct showrooms. The bigger one was to be used for Marella
and it had to fit the same amount of clothes that the previous one did.
The need for maximazing capacity and practicality led to a curviliniar
organization of the space with “islands” that follow the flow of movement
allowing for an easier manipulation of the clothes.
The same need led to the concept of a “layered” system of organization
of all the vertical elements, including the actual surrounding walls.
This system provided a single gesture that would address all the practical
issues, i.e. surface space for accessories, the hanging rack and a
background for the accentuation of the clothes
surface for accessories
hanging rack
surface for accessories
This project
was the testing
ground for two
things. On the
one hand we
took the use of
plaster board
to an extreme
curvilinear
condition and
on the other
we used a new
material called
extenzo – a kind
of expandable
plastic ceiling
– in a way that
it was never
used before in
Greece.
surface for accessories
The key issues that had to be addressed in the
design of the showroom for Wonderbra were:
1. Redesigning the general organization of the
spaces at hand so that we are able to maximize
the capacity for clothes.
2. Bringing natural light into the showrooms which
was completely blocked in the previous arrangement.
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segment at 173.4 cm
173.4 cm
segment at 260 cm
260 cm
segment at 86.7 cm
86.7 cm
segment at 0 cm
0 cm
raw matter
21 Raw matter
Project architects: Andreas Theodoridis
Collaborators: Lena Chatzitzani and Kostas Kiriakou
Location: Chania, Crete, Greece
Date: 2005
The architectural office of Chatzitzani and Kostas Kiriakou collaborated
with Andreas Theodoridis for the design of their new office
space in Chania. The site was a very long and narrow piece of
land with an old abandoned house on it with access facades to the
roads on the two narrow sides. The requirements were to create open
plan office spaces and a small apartment.
The key issues that had to be addressed were:
1. Taking advantage of the view towards
the sea
2. Taking advantage the dual access to
the roads
3. Making an interesting architectural space
that is both welcoming and “complex”.
plan-level 04 terrace
plan-level 03
plan-level 02
plan-level 01
0 3
The testing ground for this project was the use of exposed concrete in
such a way that it would blend with the diverse environment
ot the old and new city of Chania.
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