TATIANA ZOUMPOULAKI SAMPLE OF WORKS 2017-2020
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TATIANA ZOUMPOULAKI Address
15 Rue Béranger, 75003, Paris, France Contact tatiana.zoumpoulaki@gmail.com/ +33 631322021 Place of birth/ Date of birth/ Nationality Kavala, Greece/ 19.12.1994/ Greek Current Status DSA Student @ ENSA Paris Belleville Conceptual Design for Internal Communication, Interior Design Architect @ Nightline Paris
Experience November 2019-now Paris, FR nightline-paris.fr
March-September 2018 Athens, GR
October 2017-February 2018
Conceptual Design for internal communication, Interior Design Architect @ Nightline Paris Civil Service Contract
Architect, Building Analysis for Reuse of Industrial Space Building Reuse for an Immigrants’ Theater Group
Intern @ Architects for Urbanity
Rotterdam, NL architectsforurbanity.com
Assistance to competition projects / Erasmus+ scolarship
June-September 2017
Visual team, Music Theatre educational lab: Transmedia Labworks: ρους @ GNO
Alternative Stage, Greek National Opera, Stavros Niarhos Foundation Athens, GR
October 2014-March 2015 South Pelion, GR 5a.arch.ntua.gr/project/5296
Interactive installation through analog and digital tools. Introduction to Processing coding language/ Instructors : Anna Laskari, Tasos Kanelos
Intern, Systematical Analysis of Vernacular Buildings and Settlements @ NTUA Analysis of Traditional Buildings in Milies Settlement / EU funding (ESIF)
Education September 2019-now Paris, FR
Ecole Nationale Supérieure d’Architecture de Paris-Belleville (ENSAPB) DSA, Architecture et projet urbain/ mention: Architecture et Territoires
October 2012- June 2019 Athens, GR
2006-2012 Volos, GR
National Technical University of Athens (NTUA) Integrated Master (Diploma) in Architecture Engineering (300 ECTS), Grade 8.33/10.00
Music Highschool of Volos Technological Orientation, High school diploma
Conference 26-29 July 2021 Nexus International Conference Kaiserslautern, GER
Speaker, Design Systemization through Applications of Space Syntax Relationships Between Architecture and Mathematics, Session: Design Theory & Analysis/ Team: G. Kokkalis, N. Sidirourgou
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Publications June 2019 NTUA Athens, GR
Ocober 2018 NTUA Athens,Gr
Emergent qualities in common frameworks of improvisational practices Dissertation / Supervising Prof. Giorgos Parmenidis https://dspace.lib.ntua.gr/xmlui/handle/123456789/49310
Alrededor: A participatory programm for spatial analysis & design Master Thesis (Diploma) / Team: G. Kokkalis., N. Sidirourgou/ Supervising Prof. Giorgos Parmenidis, Consulting Prof. Panagiotis Vassilatos http://dspace.lib.ntua.gr/xmlui/handle/123456789/48090
Distinctions December 2018
Honorouble Mention: “Alrededor; An application for spatial analysis and design” Gradreview.gr - annual review of arch. diploma projects - 2018 http:// www.gradreview.gr/2017/06/alrededor-thesis2018.html
April 2018
Finalist: “2094; The question is not where, but when” Non-Architecture Publications - DANCING - Alternative design for clubs/ https://www.nonarchitecture.eu/portfolio/2094/
Workshops 24-25 March 2018 Romantso Creative Hub & Cultural Centre, Athens, GR
Creating Visuals with MAX/MSP Video art and digital post production workshop / Spektrum / Instructor : Federico Foderaro
Volunteer Work November 2019 - February 2020
Listening Volunteer, English Line
Nightline, Paris, FR
Free listening service for psychological support for students
24-27 May 2018
Assistant Art Guide
Megaron Music Hall, Athens, GR
Languages
Software
14TH Athens Digital Art Festival, #Singularity Now
Greek: native speaker English: Cambridge Proficiency French: Sorbonne C2
••• Autocad, Rhinoceros, Photoshop, Illustrator, InDesign •• QGis, V Ray, Sketchup • Grasshopper, Processing
Music Studies 2013-2015 Atheneaum Conservatorium, Athens, GR
2004-2011 Volos Municipal Conservatorium, Volos, GR
Jazz piano, Theory & Ensemble Instructor: Spyros Manesis
Diploma Classical Theory & Composition/ Classical Piano Instructors: Andreas Mimeos (theory), Sevi Mazera (piano)
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FOREWORD Space manifests a vast array of qualities, whether it’s material or immaterial, that are superposed and changing through time. To better understand the complexity of everyday life, the analysis of the existing patterns -through the spectrum of systematic thoughthas proven to be an asset to comprehend what makes the urban fabric, so as to achieve a sustainable equilibrium with future projects.
Through my works and research, I’m drawn towards an interdisciplinary way of approaching a subject as I feel that a simultaneity of different backrounds, from the technical, social or philoshopical realm, helps gain a more global perspective.
Throughout my studies and my professional experiences, I’ve been interested in ways you can communicate a project to the public, not only to promote it, but mainly to invite others to contribute on the creative process. This co-creation, in academical, professional or personal level, invites a inter-transmission of knowledge that turns out to be a key aspect in spatial and strategic conception.
My contribution and interest in the conception of projects situated in urban context concern different fields such as: - experimenting with representational methods - researching the improvisational patterns that make the city and the open and closed structures that exist within - de-codifying the means and ends of systematic genesis of form
CONTENTS Each projects is represented through a key-word that stand for the general focus point of each proposal.
CONTINUITY 3-16
LANDSCAPE LOOPS: A STRUCTURING TOOL FOR THE CREILLOISE AGGLOMERATION Concept for urban restructure/ Atelier 1st semestre, DSA: Architecture et Projet Urbain/ ENSAPB/ Paris, France/ January 2020
ACADEMIC
PARTICIPATION 17-38
ALREDEDOR: A PARTICIPATORY APPLICATION FOR SPATIAL ANALYSIS & DESIGN Computational systematic design tools/ Master Thesis/ NTUA/ Athens, Greece/ October 2018 - continuing research
AMPLIFICATION 39-46
ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY, CONCEPT FOR THE ECO-TOWN OF CHUC SON Site analysis of structural elements/ Atelier 1st semestre, DSA: Architec-
PROFESSIONAL
ture et Projet Urbain/ ENSAPB/ Paris, France/ ongoing project
COHABITATION 47-48
BOROVETS GOLDEN TRIANGLE, BOROVETS, BULGARIA Urban restoration/ Competition project/ architects for urbanity/ Rotterdam, Netherlands/ February 2017
INTERACTION 49-52
TRANSMEDIA LABWORKS: ρους Audiovisual interactive installation/ Educational Lab for Musical Theater/National Greek Opera/ Athens, Greece/ September 2018
URBAN PLAY 53-54
2094; THE QUESTION IS NOT WHERE, BUT WHEN” Digital illustration/ Non-Architecture Publications - DANCING - Alternative design for clubs / finalist, publication/ April 2018
FUN
PA COHA U C AMPLIFICATION I NO RRTICIPATI TB NEA T R BITATION IN ANCP U TLI O T ON AY N Y
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PROJECT ID Type: Atelier 1st semestre, ENSAPB Submission Date: 30 January 2020 Supervisors: Henry Patrick, Rives Charles
TITLE:
LANDSCAPE LOOPS a structuring tool for the Creilloise agglomeration
This project regards a network of open spaces and natural ressources that is entagled with the urban fabric while acting as an intermunicipal link. The concept is structured around 2 main axes: 1. Identify the elements that fabricate the urban and natural morphology of the territory 2. Introduce a traversal strategic tool for ecological continuity
This project was formed as a research to clarify the types, forms and uses of intermediate spaces. In the process, the concept took the form of a nexus that blends within the city’s framework. This in-between state -that is manifested through every urban form- concerns the space beetween the built and the transport infrastructres. These places, public or private, are expressed through different quantitave and qualiitative levels and incorporate a big ammount of every-day life on a personal and a collective level.
CONTINUITY
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The proposal is situated 67 km south of Paris, in the Oise department of the Picardie region, in the neighbouring communes of Creil, Nogent-sur-Oise, Villiers-saint Paul, Montataire and Verneuil-en-Halatte.
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
CONTEXT
State: The territory is surrounded by large public protected natural areas rich in biodiversity, while the cities of Creil and Verneuil-en-Halatte are considered gateway cities of the PNR region (Natural Regional Park) . Observation: There is a lack of ecological continuity to link the large natural reserves on both sides of the river.
State: Oise, the river traversing the communes, serves as a transportation link on a bigger scale, contributing to the economy of the Creillois basin. Observation: Oise’s banks are often inaccessible or poorly developed, whereas there are insufficient passages between the two sides of the river.
The project aims to assure a functionnal and visual continuity between the above natural reserves, while linking them with different areas around the agglomeration: 1. Open spaces (parks, squares, family gardens and sports facilities) 2. Public facilities in the case that they include open spaces while displaying large levels of flow 3. Future development projects that are introducing a range of structured green areas 4. Undefined or Abandoned terrains , that can be considered as intermediate zones*, and can serve as land for new development projects. They display a varied identity between large, often disconnected sites, on the edge of the urban fabric, and smaller urbanised sites.
* Depending on the scale, intermediate zones (between building and infrastructure) can take many forms, as they concern the interstitial area around any built form. Here, the term intermediate is seen also in it’s temporal sense, seeking terrains that are in-between uses with no specified utilities. The goal was to better compehend their inherent complexity, and to classify them according to their current state and use.
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
A territory surrounded by large landscape entities
Water Surface
Train Line
Vegetation
Train Stations
Main Roads
Hillsides
Secondary Roads
Identification of areas of interest for setting up a common network
Open Spaces
Public facilities
Future Projects
Undefined or Abandoned terrains
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
CONCEPT Litterary fragments and experimentation with form
The indiscriminate urban development has led to the genesis of undecided, no function related spaces - which can be called other spaces - new urban exterior of the urban sprawl, third landscape, a land of refuge for diversity, scene of strong dynamics Foucault M., Other Spaces, 1967
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
Naming this spatial category in-between is mainly due to the need of underlining its main value/ characteristic, betweenness, both from a spatial and a temporal point of view. A possible analysis of the in-between spaces divides them into two open categories that differ according to the predominant character component of the space: in-between spaces understood as discontinuous to the surroundings or in-between spaces as continuous and/or in transition. Piccino G., Lega E., Spatial Design for new typologies of places: in-between urban spaces. 2013
Undecided fragment of the planetary garden, Third Landscape constitutes the ensemble of places abandonded by man. Those edges, gather a biologique diversity that is not always thought of as richness. Third Landscape refers to a third-state (and not to a Third-world). A space expressing neither power nor submission to power ClÊment G., Manifeste du Tiers-Paysage, 2003
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
CONCEPT FORM FOLLOWS TERRITORY
To tal
draw
the
tranversal
MORPHOLOGICAL
network,
ELEMENTS
two
fundamen-
were
identified:
1. The urban and landscape ruptures (Rivers, Main Mobility axes, Hillsides) 2. The existing pedestrian and road crossings
By identifying these ruptures, we’re able to draw a circuit of open spaces (the loops) that aim to redifine these ruptures, while linking the green surfaces of the periphery (woods and farmland), the central water elements (rivers, banks, marshes) and the aereas of interest mentioned earlier. .
Ruptures , Crossings and Landscape Loops
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
The loops form a new structure of public and private spaces on the scale of the agglomeration, integrating part of the neglected spaces according to their spatial and functional characteristics. The intention is to create a varied URBAN ECOSYSTEM, that is blended within the the urban tissue.
INDEX Park, Squares Banalised site Allotment garden Commerce Culture Education Sport
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
TYPOLOGIES STRATEGIC COMPLEXITY ACCORDING TO CONTEXT
By using the PLU document (Local Urbanism Plan) as a source, the different zones that present a functional homogeneity are identified that tends to alienate the remote areas. These four types of functions are accompanied by according urban forms where the intersticial areas are expressed in different ways and can be integrated differently in th proposed network. .
Collective Housing
Residential
Industry/ Commerce
Mixed Use (Center)
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
INDEX The loops serve as an extension of the existing flows.
Mixed Use
According to their use, state, location, and their adjoining
Industry/ Commerce
volumes they are being diversified so that their struc-
Residential
ture corresponds to the degree of animation needed for
Collective Housing
each case. The idea is to facilitate a connection between the existing natural spaces and to animate certain islets in order to bring different uses together.
Public Existing Soft Mobility Axe Banalised site Allotment garden
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
CASE STUDIES
To specify the spatialisation of the concept, the idea was further develloped in two sites, both times at transitional areas between the
Aerophotography with Uses
municipalities. (see localisation in previous page)
Corridors via zones
Intention
Recreate Commercial Plots Location: Mixed-use area between Nogentsur-Oise, Creil et Montataire Intention: Landscape treatment of large commercial areas, Connection with the slopes of Montataire
In each case, the loops take the form of
Increase Vegetation
green corridors with the incorporation of
Location: Creil Train Station
vegetation and a network of soft mobility axes.
Intention: Develop Place Carnot, Treat the river to reinsert it to everyday life, Intensify the commercial front
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
INDEX Public
Soft mobility Axes
Mixed Use
Intervention area
Industry Commerce
Aerophotography with Uses
Corridors via zones
Intention
Highlight city entrances Location: Villiers-Saint-Paul Train station Intention: Rehabilitate open space as park, treatment of former industrial area, enlargement of allotment gardens,
Reanimate abandonded terrains
Traverse Oise
Location: Transition between Nogent-su-Oise
Location: Industrial area, Villiers-Saint-Paul
et Villiers-Saint-Paul
Intention: Pedestrian bridge across the
Intention: Convert banalised terrain to a lei-
river, Treatment of river banks for leisure
sure area, facilitate safe pedestrian crossing
activities.
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LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
EMERGENCE Methodology of implementation
1. Launching a Territorial Diagnosis
2. Communicate with the community Find development/ financing actors per sector Launch a public inquiry
3. Designate project teams by sector
4. Implement a participatory approach with users/ residents/ workers/ locals to define the uses of future interventions.
5. Launch a process of co-design and co-construction of micro-projects (mobilization, technical seminars, concentration workshops, construction sites open to the public, experiments)
LANDSCAPE LOOPS, a structuring tool for the Creilloise agglomeration
A new shared network The proposal takes the form of a strategic orientation project for the sustainable development of the territory through transversal interventions. These interventions are carried out by intensifying the connections between existing natural spaces, open spaces and vacant lots that are now disarticulated
This transversality is visible at an intermunicipal scale and is part of a system of micro-projects that are scattered around the territory. On this micro-scale, different processes allow the mobilization of locals and their active inclusion in the project.
These micro-projects are carried out so as to intensify the connection between the structured and the unstructured open spaces while intervening with projects of different temporalities on the intermediate spaces that make the city.
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PROJECT ID Type: Diploma Project, NTUA Submission Date: 25 Oct 2018 Supervisor: G. Parmenidis Team: G. Kokkalis, N. Sidirourgou
TITLE:
ALREDEDOR a participatory application for spatial analysis and design
Alrededor is a design application that integrates socially driven spatial analysis, inspired by space syntax, with participatory design methods. Our research focused on creating design tools, able to express the personal and collective will within the architectural process, systemize configurational aspects of the architectural object and integrate typological elements.
Through the course of this project we raised a series of questioning concerning the relation between the user and the design process by experimenting with different representation and communicatioin techniques . The application was made using Grasshopper and Rhinoceros 5.0, and the user interface was made in Human UI.
PA RTICIPATI ON
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SPATIALISING INTENTIONS
A group of people decide to go on an excursion
AN ALREDEDOR TALE
Each had his/her own desires regarding what to do
...and they found just the right place to do it!
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ALREDEDOR: a participatory application for spatial analysis and design
Q1. How do you represent and analyse spatial forms?
... to allow conceptual flexibility in user participation processes?
The first part of the application concerns the field analysis. The user introduces three types of data concerning the location: an aerial photo, the edited version in BW and the topography of the site. Alrededor reads this data and recreates the space computationally.
By identifying the obstacles, the application maps the available surface on site. Then, the space is analysed using tools from Space Syntax like the Medial Axis, that describes the backbone of the intervention locations and the Visual Graph Analysis that qualifies the visual interconnectivity according to a color spectrum
ALREDEDOR: a participatory application for spatial analysis and design
Aerial Photo
Edited Aerial Photo
Topography
Computational Representation
Voronoi Analysis
Available Surface
Medial Axis
Visual Graph Analysis (VGA)
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ALREDEDOR: a participatory application for spatial analysis and design
PARTY / EXERCISE / SLEEP / CREATE / WATCH / READ / RELAX
Q2. How would you rate an activity according to your desired level of Common Presence*?
PARTY
PARTY (5,35) WATCH
EXERCISE
CREATE
WATCH (4,1)
EXERCISE (3,12) CREATE (3,08) After choosing the site, comes the choice of what RELAX (2,47)
RELAX
READ (2,0) SLEEP (1,8)
type of activities you want for your project?
To start conceptualising the possibilities of different uses (singular or combined), we made a list of activities/verbs to identify their Common Presence (CP) value.
READ
We released an online questionnaire asking participants to place each activity on a scale from 1-7 according to the level of privacy (1- completely isolated and protected/7- in a crowd of people with SLEEP
minimal number of objects). With an initial database of 150 answers, we arrived to the results shown in the
Medium Value of level of CP if 1≤CP≤7 (right) Verbs and the level of CP/ number of answers (left)
color spectrum.
ALREDEDOR: a participatory application for spatial analysis and design
Image: Diagramm that demonstrates different levels of common precense in an abstract space and how that correlates with the chosen colour spectrum
Any natural formation encapsulates certain levels of COMMON PRECENSE*. At the same time, any activity aspires, or will eventually express, certain levels of common precense (c.p.). Correlating the two (form and c.p.) allows for the the intention to be spatialised following the form at any given site.
* common presence: is a conceptual spectrum that concentrates all those elements that describe the social schema (skhema [gr]=shape, plan). It refers to our visual and corporeal perception of others. It also expresses those qualitative characteristics on spatial terms while portraying how one exists in relation to others.
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ALREDEDOR: a participatory application for spatial analysis and design
< SCENARIO 1:
150 people want to Party, Create, Relax, Read in Tempelhof Park, Berlin
Q3. How do you systematise design process for the production of spatial forms?
After chosing the activities, the application localises them in plan, according to the corresponding CP level and the results of the field analysis (VGA graph). The areas of intervention are named blobs* , and along with the medial axis and the visual polygon are the main design tools of the application.
* The BLOB is used as a geometrical instance defining an initial design indication but not the final object. Circles are designed with centre Kx and axis r. The axis is set by the user in relation to the obstacles and the desired level of interference. Minimum value of each circle is based on the number of participants and can be set through the database. Here the value is set at 5 sq.m/ person.
ALREDEDOR: a participatory application for spatial analysis and design
Medial axis Blobs Visual Polygon Design System: Freeform Design Tools
Design System: Orthonormal
User Intention
< party create relax read Design System: Fluid
VGA
Aerial photo
These design tools can be combined in different ways, composing distinct design systems. We propose three systems; freeform, orthonormal and fluid.
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ALREDEDOR: a participatory application for spatial analysis and design
To facilitate the involvement of the user in the process, we fabricated a series of explanatory diagramms that show the production process of each design system. In this way, we were able to communicate the ways the design tools can be manipulated and used as in the conception process. .
Working as a legend to a board game, we then proposed possibble ways to produce and position the interior walls.
Both processes are systematised to the point that they can be manipulated both manually -by the player/ userand digitally -by the architect.
Form Production_Design System : Fluid
1 STEP 1
Input: Design Tools Medial Axis, Blobs & Visual Openings
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STEP 6 Total Internal Volume Form of elliptical volumes
2
STEP 2 Place and Rotate the solid Cubes Place volumes parallel to the general direction of the middle axis.
79 STEP 7
Openings Design spheres according to VGA diagramm.
3
STEP 3 Base Extract free area and design a security zone
81 STEP 8
Total Volume with openings Add the total of interior volumes
4
STEP 4 Surrounding area Bring a circular surface to ensure a standard interior height.
STEP 9 Extracting Final Volume
5
0
STEP 5 Design Dome Set final interior hight and design an egg like volume
STEP 10 Design Structural Grid
ALREDEDOR: a participatory application for spatial analysis and design
Producing walls out of the geometry of the given area
STEP 1: At the section points of two circles (it s necessary that it s more than one cirlce) you trace the chords that divide the larger-central circle in arcs of different length.
STEP 2: The smallest among the arcs, along with its prolongment towards the adjoining union circle gives the original wall geometry.
STEP 4: The curve with the final geometry is then relocated freely around the area, following the indications of the visual diagramm.
STEP 3: The produced curve is offseted a length equal to half the length of the smallest chord towards the union area of the circles.
Indicative wall production and positioning
Single Union* - Single Opening*
Common Union* Common Openings*
Single Union - Common Opening Union by common opening
Single Union - Single Opening Unthreaded circulation*
Projections Egg Volyme
Wall Final Positioning
Spherical Volume
Visual Lines
Final form Cube
*Single Union: The union of two elliptical volumes (in linear direction) producing the initial intervention area. *Common Union: The union of three or more elliptical volumes in assemblies. *Single Opening: There is an 1-1 reference between the elliptical and spherical volumes defined by the openings. *Common Opening: One or more spheres overlap with more that one elliptical volumes. *Unthreaded Movement: Wh one elliptical volume is sectioned from more than one sphere resulting in an un through and throughout circulation.
Wall
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ALREDEDOR: a participatory application for spatial analysis and design
Q4. How do you include the user in the design process?
We decided to treat the difficulty to further parametrize these design systems -in a collective level- as an asset and solve this problem manually.
For that, we designed an interactive board game In order to help the user to decide their space. The user of the application basically prints the draft plans coming out of the application and then experiments with each system.
The process provided a beneficial dialogue between the participants and the projectâ&#x20AC;&#x2122;s team. The produced multiplicity proved helpful on understanding how participants applied spatial characteristics on given forms when given certain design indications. At the same time, we were faced with large complexity of combinging the results into a final form. By understanding the spatial results of the illustration process, users are encouraged to reconsider the given tactics and design their own environment.
This understanding, a constant dialogic relation between the participants, and the fact that we were able to computationally manipulate the given form, produced the final arrangements on the chosen sites.
ALREDEDOR: a participatory application for spatial analysis and design
The rules of the game are clearly defined, so that the visual polygon, the blobs and the medial axis, help the user decide with some level of freedom the walls of each space. The game was tested on a number of participants, and through their participation and patience we were able to produce the final plans.
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ALREDEDOR: a participatory application for spatial analysis and design
OPTIONS_SCENARIO 1 : PARTY - CREATE - RELAX - READ
Q5. How do you translate the data into form?
PLAN, FREEFORM
PLAN, ORTHONORMAL
ALREDEDOR: a participatory application for spatial analysis and design
OPTIONS_SCENARIO 1 : PARTY - CREATE - RELAX - READ
For the freeform system we studied form finding on concrete shells. The orthonormal system was inspired by early modernist architecture. The fluid system was inspired by the pavilion architecture of Kengo Kuma and especially the geometric materiality of his works.
PLAN, FLUID
SECTION, FREEFORM
SECTION, ORTHNORMAL
SECTION, FLUID
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ALREDEDOR: a participatory application for spatial analysis and design
In the same site, if the user wishes to test an alternative scenario , the field analysis provides alternative localisations, forms & levels of privacy according to the levels of CP extracted by the QA.
SCENARIO 1:
SCENARIO 2:
150 people want to Party, Create, Relax, Read in Tempelhof Park, Berlin
150 people want to Watch, Exercise & Sleep in Tempelhof Park, Berlin
< party create relax read
watch > exercise sleep
ALREDEDOR: a participatory application for spatial analysis and design
OPTIONS_SCENARIO 2: WATCH-EXERCISE-SLEEP
Section & Plan: Freeform
Section & Plan: Orthocanonical
Section & Plan: Fluid
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ALREDEDOR: a participatory application for spatial analysis and design
FREEFORM SYSTEM
ORTHONORMAL SYSTEM
ALREDEDOR: a participatory application for spatial analysis and design
Q6. How is the process translated into a final form?
FLUID SYSTEM
Each design system, has been thought so it can have different materialities. The freeform is system is thought of concrete shells and small-scale fabric interventions that can provide shade and be removed easily. The orthonormal system, is designed to be a concret/ metal structure, but could also work with wooden elements. Finaly, the fluid sustemâ&#x20AC;&#x2122;s structure, is thought out of wooden elements with light metallc interior division walls and can also be removed and reused.
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ALREDEDOR: a participatory application for spatial analysis and design
Q7. How do you demonstrate an application of spatial analysis in 3dimensional space?
Application process flow
Get familiar with the app
Choose the scenario
START
Assign Location & Resources
Release Q&A
Choose a design system
Enter data in the app
Collect & Assess data
Verify Structural Stability
Assembly!
GAME
Illustrate Final Piece
ALREDEDOR: a participatory application for spatial analysis and design
SCENARIO 1:
SCENARIO 2:
150 people want to Party, Create, Relax, Read in Tempelhof Park, Berlin
150 people want to Watch, Exercise & Sleep in Tempelhof Park, Berlin
To better showcase the applicationâ&#x20AC;&#x2122;s layering we constructed a model from transparent plexiglass sheets that we placed on top of each other in rails for easy attachibility. The final result proved helpful on illustrating the relation between the design systems and field analysis.
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ALREDEDOR: a participatory application for spatial analysis and design
ALREDEDOR: a participatory application for spatial analysis and design
Manually Digital Besides the satisfactory level of success of the application, we all agreed that the most interesting outcome of this research was how this whole process was communicated. The geometrical algorithmic logic of the definition made it possible to explain these design systems even to participants with no knowledge of parametric design or programming. The strict rules, defined boundaries for our personal taste and helped us take radical decisions, setting the design process as we would follow it manually, but in the strictly logical environment of parametric design.
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PROJECT ID Type: Atelier 2nd semestre, ENSAPB Submission Date: ongoing project Supervisors: Okotnikoff Yvan, Ross Cyril Team : Lola Palero
TITLE:
Articulated systems for a sustainable amplified territory Concept for the Eco-Town of Chuc Son
The subject of the future Eco-town of Chuc Son raises various questions on how to integrate a durable model of sustainability while reassuring a co-existence with the present settlements. The on-going project, consists of an on-site and research analysis - so as to de-codify the structural elements of the territory- followed by a proposal for an alternative master plan within the scopes of the Atelier.
Durability is here approached as an articulation of modular reticular systems that are blended with areas of cultivitation. These areas, aim to act as a link between the present settlements and the future ones as well as to reassure the sustenance of the exisitng viillages.
The analysis has lead to an experimentation with representational techniques and raised questions concerning the ways that it impacts the different phases of conception. What begun as a critique for the homogenous zoning of the master plan proposed by the Hanoi Urban Planing Institute (HUPI) is now challenging the ways we understand the complexity of the territory. By incorporating that complexity in the design process we are able to better understand the functions and schemas of the existing, so as to fascilitate a more functioning transition with the future urbanised areas.
AMPLIFICATION
40 1999
2009
2006
At the scale of the Hanoi metropolis, urban expansion is formed in a reticular pattern, along the primary mobility axes. The master plan proposes a zoned urban planning that projects a canonic urban form whereas reality demonstrates a more complex organic urban sprawl.
MASTER PLAN
2030
REALITY
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ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
De-codifying the morphology of the existing
The built territory is represented in a nuanced way to define several states of density that correspond to a different pixel colour (size 10x10m). This is a first step to demonstrate the morphologic complexity of the existing formations. Site analysis has proven that the urban form cannot be defined accurately via homogeneous patterns, as represented in HUPIâ&#x20AC;&#x2122;s master plan (light green in the image bellow).
Another important element was that of the relay landscapes. It concerns unbuilt structuring open-space areas that establish visual connections and breathing space, both within and between the villages. Through their different typologies, they illustrate fundamental landscape qualities to be preserved. More importantly, they represent a significant economic value (culture production) as well as a land reserve for informal village extensions.
DENSITY
RELAY LANDSCAPE
DENSE
STATE Exploited
DISPARATE
Neglected
FUNCTION
Agriculture
Leisure
ACCESS RELAY LANDSCAPE Lower Level
Same Level
VIEW
External
Internal
Higher Level
ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
URBAN FORM SCHEMATIC REPRESENTATION OF TYPES
RELAY LANDSCAPE
PROSPECTIVE EXPANSION
CORRESPONDACE WITH EXISTING URBAN FORM
1. COMPOSITE SYSTEM 1A. SEQUENTIAL
1B. ISLAND
2. COMPACT SYSTEM 2A. LINEAR
2B. AXIAL
2C. CENTER
Each system is developed in accordance with a road axis and has a different rapport towards the relay landscapes. The systems convey with each other in various patterns.
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ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
Representiing complexity
The site analysis aims to illustrate that the existing village network, is intricate and diversified: there are different densities, micro-centralities, spatial morphologies and relationships to the landscape. This blend results to a “a set of sets” (De Landa on society, 2006) that does not function in the same way in it’s entirety. Beyond the built form, there are structuring non-built spaces - the relay landscapes - which participate in the overall morphology, elements which must be taken into account more carefully when planning to preserve the identity and function of the villages of Chuc Son.
ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
DENSE CITY DISPARATE CITY RELAY LANDSCAPE TYPOLOGIES OF URBAN FORM MICRO-CENTRALITIES
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ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
Whatâ&#x20AC;&#x2122;s the structure of the future urban transformation?
Our analysis has lead us defining three main development axes:
TRANSVERSALITY
MULTI-POLARITY
DIVERSITY
Visual continuity is a key
The current micro-centrali-
Reflecting the diversity of
element that is expressed
ties already form a structur-
urban typologies already
throughout the site through
ing interface that is funda-
present on site, the concept
a variety of forms, like the
mental for the functioning
is to encourage a diversity
relay landscapes and the
of the villages. To avoid a
of urban typologies in the
vast agricultural zones. This
rigid concentrated focus,
new eco-town. This diver-
aspect serves both as a
we propose an amplifica-
sity would make it possible
circulation and a landscape
tion of the existing cen-
for new urban areas to be
asset. Maintaining these
ters, to structure the new
both distinct and comple-
qualities means to mesh the
eco-town through a set of
mentary, while allowing a
town through infrastructur-
interconnected systems.
sufficient surface for the
al or landscape networks
future expansion of the
that regenerate the existing
villages.
patterns. EXISTING
FUTURE TRANSFORMATION
ARTICULATED SYSTEMS FOR A SUSTAINABLE AMPLIFIED TERRITORY: Concept for the Eco-town of Chuc Son
Objectives for a sustainable amplified territory The objective is to formulate a systematic approach of regenerating existing spatial patterns through an articulation of multi-polar systems that function between themselves and are in symbiosis with their surroundings. The importance of integrating the relay-landscapes into the planning process, wants to reassure the concervation of the landscape and economic assets of the territory, while structuring the new backbone of the future intervention area.
The identiy of the new eco-town is one thas aims at an equilibrium between existing and new patterns, while preserving the auto-expansion methods already present on site. To achieve a sustainable new urban environment, future planning must first reassure a sustainable articulation between the different spatial elements that make the territory. In that way the natural, agricultural and urban forms can create together a durable structure with modular intensities.
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PROJECT ID Type: Competition Project, Borovets Golden Triangle Location: Borovets, Bulgaria Project team: Irgen Salianji, Karolina Szรณstkiewicz, Marina Kounavi, Tatiana Zoumpoulaki, Harris Vamvakas Project link: architectsforurbanity.com/p26.html
TITLE:
Borovets Golden Triangle architects for urbanity CONCEPT: The proposal includes a new clear zoning of development on the north-eastern edge of the Triangle that will define. protect and reanimate the forest, while a set of activities and outdoors uses will attract residents and visitors.
Axonometric View of proposal
COHA BITATION
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The proposed village scheme smoothly merges with the forest through the organic network of secondary intersecting paths that connect the scattered pavilions with the activities. Most importantly, the scheme proves that the village and the forest can coexist and blend smoothly within the Golden Triangle â&#x20AC;&#x201C; yet the limits between nature and urbanization are set clearly, as for the future generations to inherit a well-structured development plan.
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PROJECT ID Type: Workshop, Music Theatre Lab edu. programm Location: Alternative Greek Stage. Stavros Niarhos Foundation, Athens, GR Project team (visual): Aivatzidis G, Apostolaki E., Giakoumatou I., Diakaki ZZ., Zahos D., Iliopoulou D., Kotsanou M., Lekkou L., Manousiakis D., Papadopoulou V., Politaki AL., Pouli A., Tousa D., Tsirepa E., Zoumpoulaki T. (audio team) Antoniades M., Giagkoulis S., Gkousios P., Damvounelli A., Iliopoulos P., Kavouki E., Lazarou P., Bousbouras A., Papakonstantinou T., Spanoudakis M., Tsiggos P., Tsiouni D., Fousekis S., Chanos G, Green N., Seixas S. Direction: (visual team) Laskari A., Kanelos T. (audio team) Gasparatos S. Project video: https://vimeo.com/235724562
TITLE:
Transmedia Labworks: ροuς The project “Transmedia Labworks: ρους” (ρους (gr)=flow) is an interactive audiovisual installation. It was presented in September 2017 at the Alternative Stage of the Greek National Opera (GNO), at the Stavros Niarchos Foundation Cultural Centre (SNFCC). The Lab’s purpose was to investigate new possibilities of expressiveness and performativity in the field of music theatre through the introduction of digital technology. To that end, the Lab aimed at producing a unified, audiovisual piece that incorporates performative and interactive elements, designed by the participants for the Alternative Stage of the GNO .
The audio and visual teams collaborated by dynamically exchanging digital information in order to produce an immersive and altering audiovisual landscape, which visitors can experience spatially and shape collectively.
I N T E RAC T I O N
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test
build
map
experiment
project
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TRANSMEDIA LABWORKS: ρους
listen
interact
play
experience
TRANSMEDIA LABWORKS: ρους
search
improvise
respond
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PROJECT ID Type: Competition Project, Non Architecture Publications, Finalists Project team: Sidirourgou Niki, Kokkalis Giorgos Project link: https://www.nonarchitecture.eu/portfolio/2094/
TITLE:
2094: The question is not where but when The year is 2094 The postmodern city is now evolved to a vast cultural palimpsest whose higher levels belong to clubbers. The terraces have been activated to connect the city into one big event. The urban play of volumes has begun! Follow the glowing highways to a large network of events and experience the collective memory of clubbing since the long forgotten disco era. Choose your preffered timescape and dance with ghosts of the long and glorious history of clubbing. Welcome to a new level of partying!
U R B A N P L AY
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tatiana.zoumpoulaki@gmail.com +33 6 31 32 20 21