Portfolio

Hristiyanavassileva Ms.Sc. Architecture

PORTFOLIO

hrisiva@gmail.com

HRISTIYANA VASSILEVA Architect

hrisiva@gmail.com

+972 584991595

Experience 2010

2010/2011

2012

Merkaz Baalei Melacha 21, Tel Aviv

Skills

Individual projects, Bulgaria

Freelance Architect

Archicad (4 months)

Autocad

Developping the interior design for a new art Gallery ‘Fabrika Kaimak’ in Sofia

Photoshop

Project for reconstruction arcade Yambol

Illustrator

AEDES studio, Sofia

Indesign

Internship

(6 months)

Developping plans for the design-development phase, graphics, detailed planning as well as specifications for construction details and materials

Sketchup

AMM architects, Frankfurt

Grasshopper3d

Freelance Architect

(1 month)

Rhinoceros 3d

Cinema 4d

Developing 3d models and graphics for final presentation

Bulgarian 2012

Heike König Architekten, Berlin

Freelance Architect

(2 months)

building survey, mesuring and restoring building plans

2013/2014

English German Hebrew

Ellis Williams Architects, Berlin

Freelance Architect

(1 year)

Competitions/ exhibitions

detailed plans, for Construction Document Phase, interior design development, furniture design as well as graphics and 3d models

Education 2005/2009

2011/2014

Bergische Universität Wuppertal, Germany

B.Sc. Architecture

Technische Universität Berlin, Germany

M.Sc. Architecture

experimental design exhibition,Wuppertal 2009 1st Prize ‘Being Adaptive at Periphery’, ETEM competition, 2011 Sofia Architecture Week 2010 exhibition, 2011 Europan 12, Heidelberg, 2014

ACADEMIC WORK

/ MASTER URBAN DESIGN /

RESEARCH PROJECT FOR A SMART CITY

/ MASTER ARCHITECTURE /

MONOSPACE PROPOSAL FOR A ROUNDABOUT IN BERLIN

/ MASTER ARCHITECTURE / TEMPORARY PAVILION FOR THE BERLINALE FILM FESIVAL

PROFESSIONAL WORK

/ INTERIOR DESIGN /

GALLERY

/ AEDES /

STUDIO

/ ELLIS WILLIAMS /

ARCHITECTS

ACADEMIC WORK

SMART CITY BERLIN MASTER URBAN DESIGN / T e g e l Incubator

Prof. Raoul Bunschoten Chair for Sustainable Urban Planning and Urban Design Department of Architecture Technische Universit채t Berlin

about This work explores the former Tegel Airport in Berlin as a Incubator- isolated testbed - for the research of our future urban environment, creating various systems that aim at high-level efficiency in the use of energy and resources.

We researched local protourban conditions and designed the Tegel Smart City Incubator using the Urban Gallery as methodology and an online and open source design tool. The studio cooperated directly with Tegel Projekt GmbH. Urban Gallery is a new approach to urban planning that can address the complexity and dynamic character of, for example, climate change mitigation.

This involves the investigation of smart materials, the use of an architectural toolbox for the development of an urban plan, and the design of specific examples of urban systems - Scenario Games.

Boat Trip

Authors: Fabian

Becker, Tobias

Birkefeld

a boat to ex s of the lake use Erasure: Visitor a. are ole wh re the hnical skills ause of the tec Origination: Bec visit this little island wit e to people are abl getting wet. t vegetatio n: Places withou of the lak Transformatio rance to and out become an ent spent to t boa itors use the Migration: Vis ter and relax. time on the wa

SMART CITY

You are in >

database

OF [

gement kert Water maidnaFrei jeiro, Jana Mac Authors: Dav

The components of the city map: new concepts, ideas and innovative projects that enable the reorganisation of existing king water is essential to hu Safe drin e drink . Access to saf other lifeforms ades processes and the initiation of new ones. Prototypes are deover the last dec has improved approx but the world, every part of ess to sa acc k lac l signs as well as organisational structures that link different stil billion people to a ion lack access and over 2.5 bill a clear correlati re is processes to create higher levels of efficiency. c sanitation. The per P GD and ter

wa access to safe t by e estimated tha observers hav tion world popula than half of the of 70% . nerability water-based vul ans goes to ag hum water used by

MASTER PLAN / PROTOTYPES

Alottmenta Kötzingen, Linnea Norma Authors: Ann

dening describ Allotment gar private owne land, public or several piec subdivided into ividuals to b ind and s ilie fam during the d ning. Originate provide fam on, as a way to re also an a The gardens we l exercise a citizens physica nature. Durin possibility of

MS [0311] E: Visitors of the lake use a boat to explore the whole area.

O: Because of the technical skills the people are able to visit this little island without getting wet.

T: Places without vegetation become an entrance to and out of the lake.

M: Visitors use the boat to spent some time on the water and relax.

PT [WiTu] Wind Turbine produces energy starting from the kinetic energy.

It has been thought to work in a settle, in order to produce a considerable ammount of energy.

Each stripe (50mx0.5m) produces 2 kWh and could be apply to buildings or create wind wall throughout the area. This Turbine is an alternative to conventional turbines and, in the same time, is linked with buildings and social spaces, still producing a considerable amount of energy, in order to be able to respond to energy need of the area.

MS [9604]

MS [2903]

OF [Te81] PT [CnH1]

A promenade along the waterside with water fountains powered by solar energy. This gives people the opportunity to use the promenade for more activities, as well as encourages social interraction.

This smart space takes advantage of wind energy that naturally exists over open water surfaces. It turns wind energy into electric light.

MS [0304]

PT [WaE1]

OF [TE37] MS [0101]

MS [0404]

PT [SmSk]

MS [3201]

MS [0404]

E: Energy moves away from the site.

O: Steam is beeing created.

Transformation: Water and energy transform into steam.

M:The steam moves within the athmosphere, thus transporting energy.

PT [ARS1] A rain water collecting system that could be composed in many different ways depending on situation and it’s position. One unit can collect ~1 m3 rain water. To support the hard weight of water the special structure system composed with steel pipes are strongly needed. And the columns which are supporting the roof have a possibility to set up some special objects for community like electronic equipments on it.

Smart flexible structure capable of using multiple parallel resources, transform them into energy so that it can be mobilized and transported to different users. The entire system is delivered to its users through "smart grids" which connect the different buildings and areal distributing the energy produced by the prototype.

Through smart phones, users can transfer and also share the energy they need for every day.

PT [EaH5]

PT [PIP2]

MS [0403] MS [1001]

OF [Te32]

MS [5210] MS [0304]

MS [4208]

MS [4207]

PT [MOR1]

MS [1303] OF [WPR01]

MS [5303]

PT [MBC2]

PT [TOG6]

OF [Te52]

OF [Te02]

MS [2807]

MS [4301]

OF [OF05]

PT [SmSk]

PT [UrW1]

MS [9102 ]

PT [MBC2]

PT [EaH5]

OF [Te52]

OF [Ag80] The aquaponic system is based on three components. Fish, plants and microorganisms. The fish in their basin produce waste. This waste is converted into fertilizer by microorganisms. With water, the fish produced fertilizer reaches plants which are connected with the fish basin. The rest water from the plants with its organic waste, is going back to the fish. Fish are eating the organic waste from the plants.

Only a bit of water is disappearing in the cycle that has to be replaced.

PT [EaH5] OF [Ag07]

OF [Sc01]

OF [Su50]

OF [Te06]

OF [TE72]

PT [CnH1]

PT [UrW1]

OF [Su22]

OF [Te52]

MS [4507]

New energy utilization is a way to solve the climate warming. The main use of solar energy, wind energy, bioenergy and other natural energy to achieve a low carbon. The low carbon device use the wind from the subway and other new energy. Due to the fast driving of subway produced of air in the tunnel. U6 dives in the Tegel area. In around U6 set a number of Converter Flora.Let U6 become an energy band and let whole area can be low carbon.

Boat Trip

Authors: Fabian

Birkefeld Becker, Tobias

MS [0311]

ntat Organic pla Mackert Authors: Jana

PT [CnH1]

PT [EnS1]

MS [5704] OF [Te05] OF [Ec00] OF [Ec07] MS [0800] OF [Te80]

MS [5705] OF [In51] OF [TE37] OF [Te53] MS [8200] OF [Te03] OF [In10]

MS [6300]

OF [Te01] PT [EcB1] This Prototype is a building basen on ecological issues and prepared to be the center of the last system Prototype. This building comprises all the variables of the "Smart City" concept in a small scale "Incubator", which will be the infrastructure and the social/political base for the later development in a bigger scale.The Prototype tries to provoke the relationships between the variables of a "Smart City" in a small scale. At the same time, it provides the primal services for the development of the "Smart City" (being like the activator of the process).

OF [Su41]

MS [0000]

E: Local citizens use and additional level underground to travel.

O: Because of the increase of the population the underground level of the city had to be used to cope with the traffic on the ground level.

T: Stairs to the underground area become an exit or an entrance to and from the district by public transportation.

Migration: Citizens leave their bicycle and their cars at the station to travel longer distances.

MS [0404] MS [3310]

MS [95 07]

OF [Ag07] OF [Su41]

OF [Ev80]

MS [3002]

MS [2911]

OF [In35]

E: Reduce as much as possible the use of cars O: Creation of areas dedicated to public transport and directly linked between them T: Thanks to the service provided, the site becomes a daily transit area to citizens, who every day use metro or buses M: Given the strong turnout, are built mall with shops and bars around the station

a boat to explos of the lake use Erasure: Visitor a. re the whole are MS [5801] hnical skills the ause of the tec t Origination: Bec visit this little island withou e to people are ablMS [3110] t. getting we t vegetation n: Places withou of the lake.

Transformatio ce to and out ome an entran bec MS [0904] e t to spent som itors use the boa Migration: Vis ter and relax. wa the on e tim

MS [8200]

MS [3806]

MS [4102]

be imp

topi it is a technical socia that it infects

PT [PIP2]

PT [SmSk]

OF [Te04] PT [BKU1]

they can also

OF [Su50]

OF [Te06]

PT [SmSk] MS [8306]

MS [8205]

OF [EN95]

OF [Ev20 ]

PT [EaH5]

OF [Su50] MS [9905]

With the help of prototypes, the structure uses resources to generate energy. It can be used for photovoltaric, water deposit or windenergy.

Spaces for interaction, for networking inbetween actors and agents. Developes interaction.The shadow of the structures creates a common space for interaction. With good temperature, protection and shelter.

MS [8303]

MS [4104]

and com they interact nity g Maybe commu

MS [2903] MS [2902]

MS [95 08]

MS [72 06]

OF [Te02]

OF [Te01]

MS [4103]

MS [8303]

PT [CoF1]

OF [Te04]

PT [MBC2]

Urban farming can be defined shortly as the growing of plants and the raising of animals within and around cities. The most striking feature of urban agriculture, which distinguishes it from rural agriculture, is that it is integrated into the urban economic and ecological system: urban agriculture is embedded in -and interacting with- the urban ecosystem. Urban agriculture may take place in locations inside the cities (intra-urban) or in the peri-urban areas.

PT [ARS1]

MS [0414]

MS [1301]

MS [8303]

OF [Te04] OF [WPR01]

MS [MS 1100] MS [9905]

OF [Te45]

PT [UCR1]

PT [TOG6]

MS [7314]

OF [Su21] MS [0404] PT [PIP2]

MS [5308]

MS [95 08]

OF [Te52] MS [9102 ]

MS [8212]

OF [Ag00] Energy from Biomass. Leaves everywhere on the streets.

Everyday leaves are collected.

Biomass is the oldest source of renewable energy. Sustainable, low-carbon biomass can provide a significant fraction of the new renewable energy we need to reduce our emissions of heat-trapping gases like carbon dioxide to levels that scientists say will avoid the worst impacts of global warming. Without sustainable, low-carbon biopower, it will likely be more expensive and take longer to transform to a clean energy economy.¨

OF [Su21]

PT [SmSk]

OF [Te06]

OF [Ev40]

OF [TE72]

PT [SmSk]

PT [MBC2] MS [1301]

OF [Su21]

PT [VeF1]

MS [8306]

PT [UrW1]

MS [8306]

MS [5203] MS [3002]

MS [8303]

PT [TOG6]

OF [Su22] MS [0903]

MS [8100]

PT [UCR1]

OF [Ag80]

proto The goal of this in renew technologies social t h wit ty bili mo

MS [95 10]

MS [9102 ]

PT [TOG6]

OF [Su41] PT [TOG6]

PT [C2C1]

OF [Ag80] PT [UrW1]

MS [0405]

MS [5100] MS [1701]

PT [PIP2]

MS [5708]

PT [EnS1] PT [TOG6]

MS [9102 ]

PT [TOG6]

PT [BaHe1] PT [C2C1]

OF [Su22]

OF [Te81]

MS [5100]

PT [SFT1]

MS [4207]

PT [UrW1]

OF [Ag11]

MS [5100]

MS [95 10]

OF [Ag11]

OF [Su21]

MS [5103] PT [SFT1]

PT [PzG2]

OF [Su22]

OF [LiPl]

OF [Ag11]

OF[Ev24]

MS [95 10]

OF [Ev80]

PT [UrW1]

OF [Ev20 ]

OF [In16]

PT [VeF1]

PT [VeF1]

PT [SFT1]

MS [1702]

MS [9603] PT [UrW1]

MS [5106]

en

Authors: grou

OF [Su41]

MS [0903]

OF [Su22]

OF [Te81]

OF [Su22]

PT [VeF1]

“Open loops” concept includes an arrangement of different sectors that are energetically and socially connected. The whole area is connected among each other.

“Open loops” use its own regenerative energy gained by different components. The energy produced in one Prototype is being used for heating and cooling in other buildings.

MS [6204]

OF [Su50]

MS [1304]

PT [CnH1]

MS [1307]

OF [Su21]

MS [1702]

Smart Farming The system is linked to support three important aspects: the production of organic vegetables and organic meat by inhabitants of a residential zone and simultaneously the residents from this area sell their food resources or exchange them.Many different companies and organisations are involved in the process of the smart farms.

They overlap in their actions and add each other.

MS [0307]

MS [1104]

PT [WiTu]

PT [SFT1] OF [Te12]

MS [4201]

MS [3308]

MS [0404]

MS [5200]

MS [3002]

A system of canals is established which reaches from urban areas into the Tegel water landscape with different amounts of splitting up, increasing approaching the water landscape centers.Rain water, which is not needed for special uses related to housing and agriculture will flow to the water reed plant.

They filter rainwater but also peoples grey water which itself is not used for agriculture. The water reed plants provide semi-clean water again for the people's need for water, the direct flow to natural lakes and also biomass wich can be processed to energy by the waste water and energy treatment plant.

The people's need for 100% clean water will be satisfied by the waste water and energy treteatment plant which also is in charge of all distrubution of water and energy.

This prototype benefits from the airport as a land for cultivating plants, which would later be used for producing biogas as well as community gardens. The soil around the airport runway is contaminated due to the various chemicals used for defrosting and frequent fuel leaks. The area is going to be cleaned by phytoremediation.

the exist

Clean andpGre 02

PT [C2C1] Cradle to Cradle seeks to create systems that are not only efficient but also essentially waste free.

It models human industry on nature's processes viewing materials as nutrients circulating in healthy, safe metabolisms. It suggests that industry must protect and enrich ecosystems and nature's biological metabolism while also maintaining a safe, productive technical metabolism for the high-quality use and circulation of organic and technical nutrients.

PT [CaG]

OF [Te82]

PT [UrW1]

OF [Te13]

The Cyclist Highway is the leading future trend in terms of public transportation. This prototype is used as a non carbon infrastructure playground. Since the area provides a lot of space close to the inner city circle it's a great opportunity to study and built first versions of future street an infrastructure models.The cyclist highway is built separate from the street to avoid accidents between car-drivers and bicycle-users.

PT [PPR1]

d gardens secure

PT [EcS1] Undergrounded capsules which have a saving energetic design thanks to the implementation of the passive solar energy which includes the sunspaces and the trombe walls, and the use of ecological materials like bamboo and geosilex.

This design will help to keep the landscape up preserving the green areas and also create a different one with little passable mounds for the enjoyment of the people.

gement kert Water maidnaFrei jeiro, Jana Mac Authors: Dav

OF [Ev24]

Erasure: Remo ground cover

Origination: A framework o

Transformati used as a ga

ration: N for exa

Mig E-Mobility mple

u

Authors: Gro

: ilit nks ob ssli E-M Cro : Gro MS hors0] Aut[311 MS

table board l of ping pong

Erasure: Remova ge. ground covera

xplo-

the l be covering pellucid foil wil Origination: A table. the ping pong framework of ground will be n: The playing Transformatio ing area. used as a garden s also vegetable t only trees but w.

Migration: No shrooms will gro E-Mobility for example mu

s the thout

on ke. some

up02

Authors: Gro

colored. ure allows Migration: Nat h. walk by the pat

w up so fast vegetation gre y.

Origination: The close and there is humidit e is lak the e aus bec om y helps the dec n: The humidit of trees and Transformatio ps the growth hel this and position vegetation. es are gonna leaves in the tre Migration: The h the autumn. the ground wit to n dow ing fall

x and people to rela

OF [In10]

inside

Living platiyana Vassileva, Agnese Baracco

OF [LiPl]

water vesting from

Origination: cases on it

Transforma illuminated

Migration:

e

n by theirs hom

and to enjoy eve

space to relax

The Air L

OF [OF05]

Authors: Yu

City lightstiyana Vassileva, Daniela Valencia

OF [Te06]

tems Greywater Sys

- OF [Su22]

s nt construction

OF [In10]

y

: ilit nks ob ssli E-M Cro 2 1] [580 : Gro MSup0 hors0] Aut[311 MS

[Ev24]

Authors: Hris

i Ma

Authors: Yunhua

reed plants

Authors: Hris

tial areas usually

l zone in reside

The commercia

olism h their metab ents: Trees wit microcliActors and Ag bly to a healthy ly life and for oil is ute considera dai trib dem our con the ich le bal sca sing. es and they enr While on a glo ces are decrea mate in our citi of baubotanical , the oil resour earance. The aim living plant still expanding to live on in with their app ld society wants ign and to bui the des to uce is red As long as the ch to ring resear doesn´t want hitectural bea of alprosperity and have to think structions as arc y grown trees. we con , full of rgy ion ene of to our dimens consumption er to hold on structures in the le to create in short time t allow us eith ion tha s sib ent ive inv pos h is nat and ter life throug Thereby it the aesthetic nts :rove our Ageimp or to that combine itsand ors hab h as city.

Act Investor green spaces throug h architectural g ent, ernm Govvin ints,mo iden is of Resle ts,mp lities of trees wit exa Scie forntis ic qua logdecr easing. eco transport system lic s are pub urce g ity. reso rkin nal oil d wo functio A goo expanding, the crip tion : theand usacege Des and for oil is still sn´t want to redu doeto al scale the dem atic andally our perity prosom While on a glob leaondsin aut to hold on to to live thetscity allow us either into ety wan the soci rnat. ives that city astion pop alte longula of a As a city. ent thinkin ugh to vem thro have ing mo we in mov rgy, of the of ene tionse n for example umprea x of thefor an inc

umans and king water s in almost ximately one afe water adequate ion between capita. Some 2025 more n will be facing f the fresh griculture.

an

enjoying the and dogs are Erasure: People lk by the path. nature. They wa ending on the path change dep pness,…

Origination: The dam weather, on the leaves, on the beginning mo n: The autumn Transformatio

and

etation

lted by the veg

e is ocu Erasure: The lak and the trees.

Erasure: part removed

a former coherof the wood and Erasure: Parts ided ent area is dev ods though the wo Street is built Origination: A a into ng ngi is cha n: The habitat Transformatio a recreation are city people ing in from the Migration: Com ture and cars. Former habitat ruc ast infr g gin brin ods ves into the wo coherency mo

creates a small ural gradient Erasure: The nat gs urban buildin the en we bet lake relaxing place a s ow foll und it, Origination: Aro in use this place to rt sta ple n: Peo ng houses Transformatio n the surroundi eve and life every day

s ing toilet waste y water exclud dish, and laundr e-grinder residues.When pro bag e reabl valu a and free of gar be ywater can e gre hom ed, as nag ll perly ma wers as we agricultural gro source which pers elo dev and rs planners, builde antato landscape dscaping adv design and lan ement. because of the tment/manag greywater trea using, site are onyou of ter ges of wa a second use ucing This provides und, while red irrigate year-ro n. and allows to ptio sum water con your household

s major qualitie nts have two to life and naWater reed pla able approach tain sus a to related ty of producing d its big capaci on the other han nts as Typha latifolia (Broad pla nis (Common biomass. Marsh mu com agmites us Phr cor ), tail uda Cat pse f lea Iris liches Schilf ) and reed/Gewöhn leaves spere) while the re the izo (Rh und water gro water. The suface of the rganic ano exist above the and c pose organi ter. bacteria decom ts. The product is clean wa rien toxins into nut

Balloon

PT [EcB1]

ileva, Daniela

na Vass Authors: Hristiya

cons influ nologies e thetech ugh inventio re new whesinc ortaence, rove our life thro r imp a plac icula d be part coul this ing city. inild is ofods a Bu habits or to imp in lved emurho invo t syst hbo eme Eco bent sporneig Mackert movld tranding licoun of the ts shou pub surr Residen and id Freijeiro, Jana work an incr ed. ease orting : Davthe y totest good l Airp A horsects icallare Tege Aut matems conn auto that syst s t d lead spor city othe d be implemente er tran andthe ion sid carsinto ter tric pop elec ker A grid coul e wa Beccity.

Thulat on the over Sim ad its,all hbourhoods.

Aryu la neig spre g to hae inin se Mic : pha hors the adjo Auting test are already ort itself and obility. There s of the old airp implement e-m ent is to different part ady startet to of the governm ding Berlin, alre any. The aim Many cities, inclu lic outlets in Germ and 2200 pub cars tric elec 10.000 l 2020. unti rs E-Ca on establish 1 Milli uced in Tegel, s: rgy that is prod ear ch Age nda renewable ene Fur the r Res be charged by tric cars could make people > How many elec you do run? ram? How long would they join in the prog too, and how be suitable to urhoods could > Which neighbo s have to be ntive ince of and what kind participate? ng electric cars e the relation people from buyi tries to provok > What keeps y“ The Prototype of a „Smart Cit ge that? ves. offered to chan the variables

They whole street. ead along the during the shops are spr t of electricity oun am ll as at we gre use a ertising as times) for adv tinight (closing Energy consup m robbery. The to fro t up d ven uce pre to been red eetlights has d electricity on trough Str han er oth 0. On the the in d 50% since 198 use rce nt energy sou is the domina demand in the tor. Electricity m 4.4 quads to commercial sec has increase fro tor sec gs buildin 0.

9.5 quads in 201

of goods man Nor transportation

PT [BaHe1]

Authors: Anna

Valencia

The C for lo a driv for p

the very

C

PT [Smsk]

Au

ncia Smart skin , Daniela Vale tiyana Vassileva

PT [TOG6]

Authors: Hris

ea

Koetzing, Linn

MS [2903]

OF [Ag36]

es are getting

Erasure: The tre

bes a piece of ng ed, which is bei ed to ces and assign debe use for gar olutie industrial rev etables milies with veg

rid of their lea

Origination: The bony look.

en leaves, the n: With the fall eTransformatio lf with new min to prepare itse g plants. ground is able oid of growin per t nex the arals for ls, or walking ms that anima tersiMigration: It see next to the wa created a path people, have

rove approach to imp n the and give childre War rld ng the First Wo

citizens. tence of many

ate Maritime clim Birkefeld Becker, Tobias

PT [CaG]

agriculture.

Cooling

PT [CnH1]

hway Cyclist Hig on Becker

tion evapotranspira a Zaera

E-Mobilityang Cu, Elena Capatana

OF [Ev40]

OF [In06]

Authors: Jiali

an Rybarski, Elen

Authors: Rom

Authors: Sim

Authors: Dav

t the forest nex use the road in Erasure: People a walk, go jogging oder e tak to e lak to the bicycle. f canopy in the ause of the lea Origination: Bec of the forest. t is taking out summer the hea tion the light protec n: Because of Transformatio d climate. goo a has y the wa ate the good clim people enjoy Migration: The est. through the for while passing

another. mplement one an gardegardens and urb ways.

cept proves ic, but the con . al matters, too

h my dog , Laura Buendia A day witid Fontcuberta

MS [0405]

tion

empty plaidces Laura Buendia Fontcuberta,

MS [0307]

MS [3802]

ck stage below. easy setup, qui ium allows for ter The use of hel massive diame ile achieving a be wh rt, also spo can tran le! It port as possib well! with as little sup as red sto apart and quickly taken

Authors: Fabian

bine latest otype is to com s and electro wable energie munity com like s me the

cal proved in techni

e, it provides ships between At the same tim in a small scale. elopment of the vices for the dev tor of the the primal ser iva ing like the act l part „Smart City“ (be the ecologica building joins (related process). The recycling water ut abo t jec tak of the pro ype) and e r pattern protot d, with the forme (biomass, win ewal energies ren of age advant issues trough political/social icies... pol solar) with the zen citi , lic spaces education, pub

, w up in a new y (the trees) sho

m of structure, as the main for ; it is Utilizing helium t span of 85m achieves a vas The vast size of this Prototype les. cab six anchor tied down by

l resourmultiple paralle be able of using structure cap rgy so that it can them into ene rm sfo tran , ces te used to genera be ld cou t ces tha nstNatural resour structures (co d, example: urban win t, for ligh are er sun pow waste) material, solid ruction waste parts to its etc. nge cha is also able to it can The structure s: for example, as kind of energie energy as well produce new erator of kinetic be used as a gen r collector. sola a or ill dm a win

long. ds are much too urd tes of some foo Transport rou ducts with abs re are many pro tomad, lan Zea In addition, the New tes. Apples from transport rou Chile, pears from from ms plu , ada thing toes from Can and have one butter from Irel many. If Argentina and produced in Ger also are und All aro n: in commo transported vegetables are region, these fruits and y grow in our s n though the term eve in rld, If . wo ate the s clim be troy the world‘ it helps to des true cost would xide balance the signibe st of carbon dio mu ds sported goo considered, tran

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Density Living area: 20.759 m2 Business: 79.360 m2 Industry: 1 mrd. m2 Study: 51.000 m2

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Business: 79.360 m2 Industry: 1 mrd. m2 Study: 51.000 m2

10%

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Density Living area: 80 mio m2 Business: 79.360 m2 Industry: 20.000 m2 Study: 51.800 m2

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40%

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Density Living area: 33.000 m2 Business: 38.800 m2 Industry: 12.700 m2 Study:24.130 m2

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Density Living area: 33.000 m2 Business: 38.800 m2 Industry: 12.700 m2 Study:24.130 m2 RCT

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Density Living area: 33.000 m2 Business: 38.800 m2 Industry: 12.700 m2 Study:24.130 m2

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Density Living area: 80 mio m2 Business: 79.360 m2 Industry: 20.000 m2 Study: 51.800 m2

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Living area: 80 mio m Business: 79.360 m2 Industry: 20.000 m2 Study: 51.800 m2

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Density Living area: 20.759 m2 Business: 79.360 m2 Industry: 1 mrd. m2 Study: 51.000 m2

SCENARIO 3

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Simulation and testing of the conditions in which prototypes can be initiated and developed. The dynamic processes registered in the database form the raw material of Density Density the scenario games and the fuel for the prototypes.

Living area: 20.759 m

20%

PT [BcR]

PT [Crl]

[PT] Collect Rain Water

OF [Blf ]

[OF] Make Own Compost

Saving rain water is a useful way of gaining a free supply of water for the garden, cleaning the car and other occasions where drinking quality water is not required. This is another one of the examples of how going green saves you money. It is simple to build a rain barrel and there are many rain barrel kits that make the task even easier.

O

G

SCENAR O 7

[PT] Smart skin

OF_ OF_exchange exchangegoods goods €€

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There are many examples of how going green saves you money. Making your own compost, for instance by building a compost pile, can be a great way to save money. Not only does this reduce the need to buy expensive fertilizers, it also gives a great boost to the growth of your own vegetables and fruit. Many people build a compost tumbler or compost bin to produce compost from kitchen and garden waste.

g fruit and vegetables locally can help save y through not using fuel to drive to stores that are miles away. Farmers' markets and buying direct arms are also another way to go green and often money. Use fabric or reusable grocery bags to sing plastic bags which can be harmful to the nment.

O OF_ Growing Vegetables in Containers

Locally OFproduced [Blf ] food

M_ SpheralO power M

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Scenario 23

Buying fruit and vegetables locally can help save

PT [VeF1] m

Mobile shop

PT_ PT_Collect CollectRain RainWater Water [OF] structures formingOF_ OF_Make MakeOwn Own Compost Compost

OF [Eg]

OF [Blf ]

m [PT] wind catchers

[PT] Flying VF

[ PT ] sleeping capsel Zzzz Zzz Zzz

Zzzz Zzz Zzz

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OF [Eg]

PT [BcR]

PT [Crl]

PT [VeF1]

Mobile shop

flexibility and shade for the stage below.

The use of helium allows for easy setup, quick transport, while achieving a massive diameter with as little support as possible! It can also be quickly taken apart and stored as well!

The floating disc itself is perforated to allow for natural light onto the stage creating a unique spatial experience for those below. The large surface area above allows for the installation of PV solar panels generating electricity for the LED lights below.

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

PT [BcR]

m

OF_ Buy Locally produced food

PT [Lw]

Scenario 36

OF_ Living plant constructions RCT

Mobile shop

W Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Trees with their metabolism contribute considerably to a healthy microclimate in our cities and they enrich our daily life with their appearance.

The aim of baubotanical research is to design and to build living plant constructions as architectural bearing structures in the dimension of fully grown trees.

Thereby it is possible to create in short time green spaces that combine the aesthetic and ecologic qualities of trees with architectural usage and functionality.

Scenario 7

[PT] living in the air

In this scenario many industries develPT [VeF1] PT [FlVF] PT [LpC] oping new materials, technologies and OF [Blf ] Scenario 23 also energy related prototypes are inPT [WiC] volved. The objective of them is to crePT [SmSk] PT [WiC] ate moving structures capable to exist OF_ OF_ exchangegoods goods OF_ OF_Buy BuyLocally Locally M_ O w power O exchange M_Spheral Spheral power G PT_ Smart skin PT_ balloon close room OF_ Living plant produced producedfood food in case of a disaster. €€ constructions Biodegradable Biodegradablepackaging packagingisisplant-based. plant-based.

ByBydesign, design,using usingIngeo Ingeoresults resultsinin75% 75%less less natural from fermented flying structure which provide rooms for people —— to A tegelAinternal communicationtransport system.

Anew new naturalplastic, plastic, greenhouse from fermentedyard yardwaste waste greenhousegases gasesthan thanthe theoil-based oil-basedPET PETplastic plasticit it learn in order to make a better but also faster transport of and other discarded plant material ——with and other replaces, plant even witha acertain certain exchange or live. The object is able to move and information between thediscarded different components replaces, evenif ifboth ofmaterial a city bothend endupupinina alandfill. landfill. bacteria translate Then or bacteriawhich whichcreates createslong The longstrains strainsofoflactic lacticacid. acid.

Then Theprocess processtotocreate createIngeo Ingeomakes makesuse useofofthe thecarbon carbon to different parts of a city. a city-quartier, the postmolecules balloon work with intelligent turned into u an can create those. turned into molecules stored can createplastic plasticout outofitofworks those. with gas helium. system which allows the balloon to fly andubring storedininplants plantsbybyphotosynthesis photosynthesisininthe theform formofof The particular used isiscollected information from one part tobacteria another.

Directing through The particular bacteria dextrose used sugar. collectedfrom The froma ageyser carbon geyser and other dextrose sugar.

The carbon and otherelements elementsinin smart in phone you can put the coordinatesand of the is mixed with calcium Calistoga, California these location in Calistoga, California and is mixed with calcium thesesugars sugarsare arethen thenused usedtotomake makea abiopolymer biopolymer carbonate. and the balloon is able to fly and bring it there. carbonate. through a aprocess ofoffermentation and separation.

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The The motor inside the balloon is connected with of ByBy adding There calcium are carbonate many examples this how ofofresearchers going green saves adding calcium carbonate resulting thisteam team researchers piezoelectric resultingresin, resin,called calledIngeo Ingeobiopolymer biopolymer(polylactid (polylactid was able you tototurn money. the temperature Making your ononthe own up, for instance parts which can be reload at day through sunlight andcompost, was able turn the (PLA)), temperature can then theprocess bebeinjection process up, by molded into plastics (PLA)), can then injection molded into plastics givingtherefore the motor the making necessary energy to fly. can beprocess building the amaking compost fermenting asasefficient great way to save therefore thepile, goods, fermentingaprocess efficient goods,extruded extrudedforforfilm filmapplications, applications,thermoformed thermoformed asas those money.

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Many people shouldn’t cut into ourvegetables The foodsupply biopolymer supply orderto is also tomake used make in packaging The biopolymer is also used in packaging plastics. build a This compost solved tumbler or not compost bin toplastic produce plastics.

Thisproduct product manufacturing. solved notonly onlyour ourplastic manufacturing.Applications Applicationscan canbebeclear, clear,opaque, opaque, petroleum compost problem from but kitchen and garden food waste. petroleum problem butalso flexible, alsoour ourplastic plastic foodproblem. problem. flexible,ororrigid. rigid.

Buying Buyingfruit fruitand andvegetables vegetableslocally locallycan canhelp helpsave save money moneythrough throughnot notusing usingfuel fueltotodrive drivetotostores storesthat thatare are many manymiles milesaway. away.Farmers' Farmers'markets marketsand andbuying buyingdirect direct from fromfarms farmsare arealso alsoanother anotherway waytotogogogreen greenand andoften often save savemoney. money.Use Usefabric fabricororreusable reusablegrocery grocerybags bagstoto save saveusing usingplastic plasticbags bagswhich whichcan canbebeharmful harmfultotothe the environment. environment.

Saving rain water is a useful way of gaining a free supply of water for the garden, cleaning the car and other occasions where drinking quality water is not required. This is another one of the examples of how going green saves you money. It is simple to build a rain barrel and there are many rain barrel kits that make the task even easier.

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PUBLIC SPACE

much space. Whereas, when laid horizontally, a living wall panel covers a large area, when installed it has a very small footprint. This makes a living wall ideal for many situations and is great for vertical gardening. A green living wall needn't be difficult to create at home.

Many companies sell all the supplies that are required as well as offer instructions explaining how to make a green living wall. It is also possible to build a green living wall using homemade panels.

[PT] Post baloon Compost

PT [Crl]

OF_ exchange goods

O

OF [Sf ]

Biodegradable packaging is plant-based.

By design, using Ingeo results in 75% less greenhouse gases than the oil-based PET plastic it replaces, even if both end up in a landfill.

The process to create Ingeo makes use of the carbon stored in plants by photosynthesis in the form of dextrose sugar. The carbon and other elements in these sugars are then used to make a biopolymer through a process of fermentation and separation. The resulting resin, called Ingeo biopolymer (polylactid (PLA)), can then be injection molded into plastics goods, extruded for film applications, thermoformed into packaging, or extruded for use in textiles applications.

The biopolymer is also used in packaging manufacturing. Applications can be clear, opaque, flexible, or rigid.

PT [Sc]

A smart flexible structure capable of using multiple PT Work in nature [PT] living wall parallel resources, transforming them into energy so that it can be mobilized and transported to different users.

The PT [BaFL] develops into a new balloon with the Natural resources that could be used to generate possibility to close it; in order to provide close spaces power are for example: urban structures (construction which could be better adapted to different climatic waste material, solid waste) sunlight, wind, etc. conditions.

The structure is also able to change its parts to The use of helium allows for easy setup, quick produce new kind of energies: for example, it can be transport, while achieving a massive diameter with as used as a generator of kinetic energy as well as a little support as possible! It can also be quickly taken windmill or a solar collector. apart and stored as well!

Another form to use it, is like an adapting skin at Living walls are walls that are created from two panels These is a studio room for people that want to work in hold soil or compost. Plants are planted into the house roofs or walls and through solar panels, which which the nature. wall and this creates a vertical planted panel. The The can glass construction be also install and the round in these shape of the structure the sun light 'wall'can can be used inside the house or outdoors in a room allows it to be directly connected with the wide variety of ways. A living wall does not take up be also collected. surrounded zone. That means if its location should be

PT [LtA]

Biodegradable Packaging

A new natural plastic, from fermented yard waste — and other discarded plant material — with a certain bacteria which creates long strains of lactic acid. Then turned into molecules u can create plastic out of those.

The particular bacteria used is collected from a geyser in Calistoga, California and is mixed with calcium carbonate.

By adding calcium carbonate this team of researchers was able to turn the temperature on the process up, therefore making the fermenting process as efficient as those that create plastics from corn starch or sugar cane. Some critics of bioplastics have said that we shouldn’t cut into our food supply in order to make plastics. This product solved not only our plastic petroleum problem but also our plastic food problem.

There are many examples of how going green saves you money. Making your own compost, for instance by building a compost pile, can be a great way to save money. Not only does this reduce the need to buy expensive fertilizers, it also gives a great boost to the growth of your own vegetables and fruit. Many people build a compost tumbler or compost bin to produce compost from kitchen and garden waste.

A smart flexible structure capable of using multiple parallel resources, transforming them into energy so that it can be mobilized and transported to different users.

Natural resources that could be used to generate power are for example: urban structures (construction waste material, solid waste) sunlight, wind, etc.

The structure is also able to change its parts to produce new kind of energies: for example, it can be used as a generator of kinetic energy as well as a windmill or a solar collector.

Another form to use it, is like an adapting skin at house roofs or walls and through solar panels, which can be also install in these structure the sun light can be also collected.

O

OF_ Yard waste into plastic

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

in the forest or in a green density area, then the work space inside becomes also part of the nature.

M

[OF] Make Own Compost

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Trees Treeswith withtheir theirmetabolism metabolismcontribute contributeconsiderably considerablytoto a ahealthy healthymicroclimate microclimateininour ourcities citiesand andthey theyenrich enrichour our daily dailylife lifewith withtheir theirappearance. appearance.

The Theaim aimofofbaubotanical baubotanicalresearch researchisistotodesign designand andtoto build buildliving livingplant plantconstructions constructionsasasarchitectural architecturalbearing bearing structures structuresininthe thedimension dimensionofoffully fullygrown growntrees. trees.

Thereby Therebyit itisispossible possibletotocreate createininshort shorttime timegreen green spaces spacesthat thatcombine combinethe theaesthetic aestheticand andecologic ecologic qualities qualitiesofoftrees treeswith witharchitectural architecturalusage usageand and functionality. functionality.

the sleep capsels are small cabins with two main functions: they are able to catch solar energy through solar panels, but also their concave shape allows people (students, workers) to get inside it to rest or sleep.

Because of their dimensions and also their functions, is for the sleep capsels the top of buildings the best position place.

PT [Pb] SCENAR O 18

PUBLIC SPACE

PT [SmSk]

Zzzz Zzz Zzz

There Thereare aremany manyexamples examplesofofhow howgoing goinggreen greensaves saves you youmoney. money.Making Makingyour yourown owncompost, compost,forforinstance instancebyby building buildinga acompost compostpile, pile,can canbebea agreat greatway waytotosave save money. money.Not Notonly onlydoes doesthis thisreduce reducethe theneed needtotobuy buy expensive expensivefertilizers, fertilizers,it italso alsogives givesa agreat greatboost boosttotothe the growth growthofofyour yourown ownvegetables vegetablesand andfruit. fruit.Many Manypeople people build builda acompost composttumbler tumblerororcompost compostbin bintotoproduce produce compost compostfrom fromkitchen kitchenand andgarden gardenwaste. waste.

Saving Savingrain rainwater waterisisa auseful usefulway wayofofgaining gaininga afree free supply supplyofofwater waterforforthe thegarden, garden,cleaning cleaningthe thecar carand and other otheroccasions occasionswhere wheredrinking drinkingquality qualitywater waterisisnot not required. required.This Thisisisanother anotherone oneofofthe theexamples examplesofofhow how going goinggreen greensaves savesyou youmoney. money.It Itisissimple simpletotobuild builda a

ThisG scenarioO is related to aO piece of w PT_ Smart OF_ Living m skin PT_balloon balloonclose closeroom room OF_ LivingRplant plant C W O M Ow world which throughC msome kindPT_ of deconstructions constructions struction is going to disappear. In case of natural disaster people and their homes have to be saved. They have to be able to migrate, but where? And howcould these buildings, people and O OF [Eg] O w OF_ OF_Biodegradable PT_ OF_Yard Yardwaste wasteinto into m OF_Biodegradable PT_Vertical Vertical Garden m Garden users migrate?

PT_ Collect Rain Water OF_plastic Make Own Packaging plastic Packaging

t and vegetables locally can help save ough not using fuel to drive to stores that are s away. Farmers' markets and buying direct are also another way to go green and often y. Use fabric or reusable grocery bags to plastic bags which can be harmful to the nt.

Scenario 7

The prototype is shaped as an artificial tree. Each unit consist of 450 flexible thread 30 meters high made of carbon fiber reinforced resin pole that will sway in the wind. As the wind moves the flexible thread it will create a synchronously bend in the downstream of the air wake, it causes bending stresses on the corresponding piezoelectric polymer that effectively absorb and convert the kinetic energy of the moving air to electrical power which are wired together into electrical regulation circuits that generate power with a high wind to power conversion efficiency.

rain barrel there rain barrel kits OF_ exchange goods OF_ Buy Locally PT_ Vertical rain barreland and thereare aremany manyGarden rain barrel kitsthat that make makethe thetask taskeven eveneasier. easier.produced food

Rammed earth

PT [FlR]

[OF] Make Own Compost

OF_ Yard waste into plastic

A new natural plastic, from fermented yard waste — and other discarded plant material — with a certain bacteria which creates long strains of lactic acid. Then turned into molecules u can create plastic out of those.

The particular bacteria used is collected from a geyser in Calistoga, California and is mixed with calcium carbonate.

By adding calcium carbonate this team of researchers was able to turn the temperature on the process up, therefore making the fermenting process as efficient as those that create plastics from corn starch or sugar cane. Some critics of bioplastics have said that we shouldn’t cut into our food supply in order to make plastics. This product solved not only our plastic petroleum problem but also our plastic food problem.

There are many examples of how going green saves you money. Making your own compost, for instance by building a compost pile, can be a great way to save money. Not only does this reduce the need to buy expensive fertilizers, it also gives a great boost to the growth of your own vegetables and fruit. Many people build a compost tumbler or compost bin to produce compost from kitchen and garden waste.

PT [Sc]

PUBLIC PUBLICSPACE SPACE

Scenario 56

Biodegradable Packaging

O

mm

Rammed earth, is a technique for building walls using the raw materials of earth, chalk, lime and gravel. It is simple to construct, noncombustible, thermally massive, strong, and durable.

Because rammed-earth structures use locally available materials, they usually have low embodied energy and generate very little waste. The soils used are typically subsoils low in clay (between 5% and 15%), the topsoil being retained for agricultural use.

Rammed earth can contribute to the overall energyefficiency of buildings. The density, thickness and thermal conductivity of rammed earth make it a particularly suitable material for passive solar heating.

Warmth takes almost 12 hours to work its way through a wall 35 cm (14 in) thick.

[OF] Organic Bio-Plastic

It looks like wood, feels like wood, is even made of wood – but it shifts shape and solidifies like plastic, bringing together the most powerful material assets of two of the most used materials on the planet.

Lingin (an often-discarded element of regular wood) is combined with natural resins, flax and fibers that can be injected into molds and form extremely complex, precision-shaped objects normally made of conventional, non-biodegradable petroleum-based plastics. Just like wood, it breaks down quickly and organically into eco-safe by-products like water and carbon dioxide. It is also made from a leftover part of trees that is unused during the paper-making process – over 100 million pounds of its main ingredient are created as a simple side-effect of the existing pulp industry.

What can be made of Arboform? Almost anything you can imagine.

Biodegradable packaging is plant-based.

By design, using Ingeo results in 75% less greenhouse gases than the oil-based PET plastic it replaces, even if both end up in a landfill.

The process to create Ingeo makes use of the carbon stored in plants by photosynthesis in the form of dextrose sugar. The carbon and other elements in these sugars are then used to make a biopolymer through a process of fermentation and separation. The resulting resin, called Ingeo biopolymer (polylactid (PLA)), can then be injection molded into plastics goods, extruded for film applications, thermoformed into packaging, or extruded for use in textiles applications.

The biopolymer is also used in packaging manufacturing. Applications can be clear, opaque, flexible, or rigid.

Mobile Mobileshop shop

OF_ exchange goods

nd catchers [PT] Flying VF Trees with their metabolism contribute considerably to a healthy microclimate in our cities and they enrich our daily life with their appearance.

The aim of baubotanical research is to design and to build living plant constructions as architectural bearing structures in the dimension of fully grown trees.

Thereby it is possible to create in short time green spaces that as an artificial tree.combine Each unit the aesthetic and ecologic read 30 meters madewith of qualities ofhigh trees architectural usage and esin pole that will sway in the functionality. s the flexible thread it will

bend in the downstream of ending stresses on the ctric polymer that effectively kinetic energy of the moving hich are wired together into uits that generate power with nversion efficiency.

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PT [Pb]

Scenario 23

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

OF [Sf ]

PT [Lw]

RCT

The scaffolding structure is easy to assemble or reassemble, stable and capable of caring heavy loads. This kind of structure could be used for new constructing methods and typologies .That way buildings can be build much faster removed or rebuild . In case of a natural disaster for instance a home made out of light construction like the PUBLIC SPACE scaffolding could be easily rebuild on a different Mobile shop location.

The material of the components can vary (bamboo, steal, plastic…). Because of the simple elements it could provoke people to experiment with the diversity and so sleeping capselof assembly possibilities[PT] Smart creat a 'non stop city' .

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[PT] Flying VF

[ PT ]

PT [FlVF]

Biodegradable packaging is plant-based.

By design, using Ingeo results in 75% less greenhouse gases than the oil-based PET plastic it replaces, even if both end up in a landfill.

The process to create Ingeo makes use of the carbon stored in plants by photosynthesis in the form of dextrose sugar. The carbon and other elements in these sugars are then used to make a biopolymer through a process of fermentation and separation. The resulting resin, called Ingeo biopolymer (polylactid (PLA)), can then be injection molded into plastics goods, extruded for film applications, thermoformed into packaging, or extruded for use in textiles applications.

The biopolymer is also used in packaging manufacturing. Applications can be clear, opaque, flexible, or rigid.

A new natural plastic, from fermented yard waste — and other discarded plant material — with a certain bacteria which creates long strains of lactic acid. Then turned into molecules u can create plastic out of those.

The particular bacteria used is collected from a geyser in Calistoga, California and is mixed with calcium carbonate.

By adding calcium carbonate this team of researchers was able to turn the temperature on the process up, therefore making the fermenting process as efficient as those that create plastics from corn starch or sugar cane. Some critics of bioplastics have said that we shouldn’t cut into our food supply in order to make plastics. This product solved not only our plastic petroleum problem but also our plastic food problem.

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Trees with their metabolism contribute considerably to a healthy microclimate in our cities and they enrich our daily life with their appearance.

The aim of baubotanical research is to design and to build living plant constructions as architectural bearing structures in the dimension of fully grown trees.

Thereby it is possible to create in short time green spaces that combine the aesthetic and ecologic qualities of trees with architectural usage and functionality.

SCENAR O 36

O OF_Biodegradable PT [LtA] Packaging

OF_ exchange goods

M_ Spheral power

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

The structure is also able to change its parts to produce new kind of energies: for example, it can be used as a generator of kinetic energy as well as a windmill or a solar collector.

Another form to use it, is like an adapting skin at house roofs or walls and through solar panels, which can be also install in these structure the sun light can be also collected.

OF_ OF_structures structuresforming forming

PT [Sc]

catchers

Buying Buyingfruit fruitand andvegetables vegetableslocally locallycan canhelp helpsave save money moneythrough throughnot notusing usingfuel fueltotodrive drivetotostores storesthat thatare are many manymiles milesaway. away.Farmers' Farmers'markets marketsand andbuying buyingdirect direct from fromfarms farmsare arealso alsoanother anotherway waytotogogogreen greenand andoften often save savemoney. money.Use Usefabric fabricororreusable reusablegrocery grocerybags bagstoto save saveusing usingplastic plasticbags bagswhich whichcan canbebeharmful harmfultotothe the environment. environment.

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OF_ Living plant constructions

Mobile shop

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O

OF_ Buy Locally produced food

PUBLIC SPACE

Unlike flat cells, AUnlike smartconventional flexible structure conventional capable flatsolar solar ofmicro cells, usingspherical micro multiple spherical Buying Buyingfruit fruitand andvegetables vegetableslocally locallycan canhelp helpsave save solar has light-receiving [cell PT ]spherical sleeping capsel [PT] Smart skin parallel solarcell resources, has spherical transforming light-receiving them surface. into energy so surface. money moneythrough throughnot notusing usingfuel fueltotodrive drivetotostores storesthat thatare are 1–2mm inindiameter, it itlooks that it can 1–2mm be mobilized diameter, and like looks transported likea abead. bead. to different many manymiles milesaway. away.Farmers' Farmers'markets marketsand andbuying buyingdirect direct Sphelar® users.

Sphelar®isisthe themicro microspherical sphericalsolar solarcell cellwith with from are totogo and often fromfarms farms The arealso alsoanother PT [BaFL] another develops way gogreen intoway green a new andthe balloon often with electrodes ininopposite and Natural electrodes resources thatsides. opposite could sides.It beItwas used wasinvented to generate invented and save grocery bags toto savemoney. money. possibility Usefabric fabric to Use close orreusable reusable it; in or order grocery to provide bags close spaces developed bybyKyosemi power developed are for example: KyosemiCorporation. urban Corporation. structures (construction save plastic bags which bebeharmful totothe saveusing using which plastic could bags be better whichcan can adapted harmful to different the climatic Light does not fall in a uniform manner in the natural waste Light material, does not solid fall inwaste) a uniform sunlight, manner wind, etc.natural in the

environment. environment. conditions. world.

The ofof the isisconstantly moving.

The structure world.

Theposition is also position able tosun thesun change its parts constantly to moving.

The use of helium allows for easy setup, quick Some of the sunlight are dispersed by clouds and produce Some ofnew the kind sunlight of energies: are dispersed for example, by clouds it can andbe transport, while achieving a massive diameter with as others are reflected water. isisthe used others as a generator are reflectedofof kinetic ofglass glassand energy and as“What water. well as “What athe little support as possible! It can also be quickly taken best toto windmill bestway or way acatch solar catchall collector. allkind kindofofsunlight sunlighteffectively?” effectively?”The The the sleep capsels are small cabins with two main apart and stored as well!

A smart flexible structure capable of using multiple concept of was inspired such question. functions: they areuse able toit, catch solar Another through concept form to ofsphere sphere is was likeenergy inspired anby adapting by sucha askin at parallel resources, transforming them into energy so question. solar panels, but also their concave shape allows that it can be mobilized and transported to different house roofs or walls and through solar panels, which people users. (students, get these inside it tostructure rest or sleep. the sun light can can be alsoworkers) installto in Natural resources that could be used to generate Because of their dimensions and also their functions, power are for example: urban structures (construction be also is for collected. the sleep capsels the top of buildings the best waste material, solid waste) sunlight, wind, etc.

PT [FlR]

PT [WiC]

w

Scenario 36

PT [WiC]

PT [Sc]

OF_ Buy Locally produced food

skin

Zzzz Zzz Zzz

O

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment. the sleep capsels are small cabins with two main Zzzz Zzz Zzz

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Rammed earth

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m

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to A smart flexible structure capable of using multiple save using plastic bags which can be harmful to the parallel resources, transforming them into energy so that it can be mobilized andenvironment. transported to different

PT_Flying FlyingVF VF m PT_

functions: they are able to catch solar energy through solar panels, but also their concave shape allows people (students, workers) to get inside it to rest or sleep.

Because of their dimensions and also their functions, is for the sleep capsels the top of buildings the best position place.

that generate power with sion efficiency.

users.

Natural resources that could be used to generate power are for example: urban structures (construction waste material, solid waste) sunlight, wind, etc.

The structure is also able to change its parts to produce new kind of energies: for example, it can be used as a generator of kinetic energy as well as a windmill or a solar collector.

Another form to use it, is like an adapting skin at house roofs or walls and through solar panels, which can be also install in these structure the sun light can be also collected.

PT [LtA]

PT [Lw]

PT_Smart skin PT_Smart skin w

OF_ structures forming

Rammed earth, is a technique for building walls using the raw materials of earth, chalk, lime and gravel. It is simple to construct, noncombustible, thermally massive, strong, and durable.

Because rammed-earth structures use locally available materials, they usually have low embodied energy and generate very little waste. The soils used are typically subsoils low in clay (between 5% and 15%), the topsoil being retained for agricultural use.

Rammed earth can contribute to the overall energyefficiency of buildings. The density, thickness and thermal conductivity of rammed earth make it a particularly suitable material for passive solar heating.

Warmth takes almost 12 hours to work its way through a wall 35 cm (14 in) thick.

PT PT__sleeping sleepingcapsel capsel

Scenario 36

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PT [Sc]

Zzzz Zzz Zzz Zzzz Zzz Zzz

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Zzzz Zzz Zzz Zzzz Zzz Zzz

Zzzz Zzz Zzz Zzzz Zzz Zzz

Zzzz Zzz Zzz Zzzz Zzz Zzz

RCT

The scaffolding structure is easy to assemble or reassemble, stable and capable of caring heavy loads. This kind of structure could be used for new constructing methods and typologies .That way buildings can be build much faster removed or rebuild . In case of a natural disaster for instance a home made out of light construction like the

O AAsmart smartflexible flexiblestructure structurecapable capableofofusing usingmultiple multiple parallel parallelresources, resources,transforming transformingthem theminto intoenergy energysoso that thatit itcan canbebemobilized mobilizedand andtransported transportedtotodifferent different users. users.

Natural Naturalresources resourcesthat thatcould couldbebeused usedtotogenerate generate power powerare areforforexample: example:urban urbanstructures structures(construction (construction waste wastematerial, material,solid solidwaste) waste)sunlight, sunlight,wind, wind,etc. etc.

The Thestructure structureisisalso alsoable abletotochange changeitsitsparts partstoto produce producenew newkind kindofofenergies: energies:forforexample, example,it itcan canbebe

It looks like wood, feels like wood, is even made of wood – but it shifts shape and solidifies like plastic, bringing together the most powerful material assets of two of the most used materials on the planet.

Lingin (an often-discarded element of regular wood) is combined with natural resins, flax and fibers that can be injected into molds and form extremely complex, precision-shaped objects normally made of conventional, non-biodegradable petroleum-based plastics. Just like wood, it breaks down quickly and organically into eco-safe by-products like water and carbon dioxide. It is also made from a leftover part of trees that is unused during the paper-making process – over 100 million pounds of its main ingredient are created as a simple side-effect of the existing pulp industry.

What can be made of Arboform? Almost anything you can imagine.

The prototype is shaped as an artificial tree. Each unit consist of 450 flexible thread 30 meters high made of carbon fiber reinforced resin pole that will sway in the wind. As the wind moves the flexible thread it will create a synchronously bend in the downstream of the air wake, it causes bending stresses on the corresponding piezoelectric polymer that effectively absorb and convert the kinetic energy of the moving air to electrical power which are wired together into electrical regulation circuits that generate power with a high wind to power conversion efficiency.

OF [Sf ]

Scenario 56

[OF] structures forming

PT_ wind w catchers

In order to create new green space for residential area where they can plant and cultivate food, these prototype allows families to have a garden but suspended in the air. The positive aspect is that it works as a green area in density built environment and allows a flexible way to become a garden without a surface in the floor. These prototype flies with a he helium-filled wind turbines and propose a new global dynamic of power production.

PT [Pb]

[OF] Organic Bio-Plastic

O

O

the sleep capsels are small cabins with two main functions: they are able to catch solar energy through solar panels, but also their concave shape allows people (students, workers) to get inside it to rest or sleep.

Because of their dimensions and also their functions, is for the sleep capsels the top of buildings the best position place.

m

This scenario is related to scenario 23.

The question would be: what happens with the whole system if the construction of industries continues? Could the place still be imaginable for people to live in? What would it mean for the energy production? Is it necessary for the living space to interact with the industries?

The space under the solar skin was turned into industry. A part from the living area had to be removed. New structure divides living from industry zones. The green space and gardening area were moved to a flying platform capable of adopting it.

Zzzz Zzz Zzz

Unlike conventional flat solar cells, micro spherical solar cell has spherical light-receiving surface.

1–2mm in diameter, it looks like a bead.

Sphelar® is the micro spherical solar cell with electrodes in opposite sides. It was invented and n artificial tree. Each unit developed

by Kyosemi Corporation.

30 meters highnot made of Light does fall in a uniform manner in the natural pole that will sway in the The position of the sun is constantly moving. eworld. flexible thread it will of the sunlight are dispersed by clouds and dSome in the downstream of ng stressesare on the others reflected of glass and water. “What is the polymer that effectively best way to catch all kind of sunlight effectively?” The tic energy of the moving concept of sphere are wired together into was inspired by such a question.

Trees with their m a healthy microc daily life with the The aim of baubo build living plant structures in the Thereby it is pos spaces that com qualities of trees functionality.

[PT] Smart skin

Zzzz Zzz Zzz

Zzzz Zzz Zzz

Zzzz Zzz Zzz

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

m

G

€ PUBLIC SPACE

OF_ co

After 4 monts of construction and PT [Sc]2 Years of cultivating, the first production appears. The local market can also buy the products. In order to make it an attractive place for this purpose, a flexible roof structure is built.

PT [Flr]

OF_ exchange goods

OF_ Buy Locally produced food

Both architecture and Engeneer stuPT [FlVF] PT [FlR] dents develop ideas to create urban allotment, which can be used to cultiPT [WiC] vate and generate vegetables.

Some of the area is usedPTto sell the production.

[WiC]

from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

Growing vegetables in containers is a great way to produce great tasting produce in even the smallest of spaces.

• Growing vegetables and other produce is one of Buying fruit and vegetables locally can help save the best ways to reduce the number of food miles of a money through not using fuel to drive to stores that are product. many miles away. Farmers' markets and buying direct • This is a great way to recycle food stuffs and from farms are also another way to go green and often gardenEasy waste. to use + transport, cheap!, attracting attention. save money. Use fabric or reusable grocery bags to • You have complete controlas over whatmain is grown and of structure, this Utilizing helium the form save using plastic bags which can be harmful to the how it is grown, it ensures that no harmful pesticides Prototype achieves a vast span of 85m; it is tiedenvironment. down or herbicides are used.

• Growing vegetables even by six anchorin containers cables. means The that vast size of the floating disc people with the smallest of gardens can grow a few three main purposes, to allow for maximum itemsserves of produce.

O

Buying fruit and vegetables locally can help save money through not using fuel to drive to stores that are many miles away. Farmers' markets and buying direct from farms are also another way to go green and often save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

PT_ Vertical Garden G

by six anchor cables. The vast size of the floating disc serves servesthree threemain mainpurposes, purposes,totoallow allowforformaximum maximum flexibility flexibilityand andshade shadeforforthe thestage stagebelow. below.

save money. Use fabric or reusable grocery bags to save using plastic bags which can be harmful to the environment.

[OF] Growing Vegetables PT_ Flyinginroof PT [LpC] Containers

_ Vertical Garden OF_ Buy

OF [Eg]

OF [Blf ]

Buying fruit and vegetables locally can help save The ofofhelium allows forthat easy setup, PUBLIC money through not using fuel to drive to stores that are SPACE Theuse use helium allows easy setup,quick quick money through not using fuel to drive to storesfor are Mobile shop Unlike conventional flat solar cells, micro spherical while many transport, achieving miles away. Farmers' a amassive markets and buying direct with asas many miles away. Farmers' markets and buying direct transport, while achieving massivediameter diametersolar with cell has spherical light-receiving surface. from farms are also another way to go green and often little asaspossible!

It Itcan also taken littlesupport support possible!

1–2mm in diameter, it looks like a bead. from farms are also another way to go green and often can alsobebequickly quickly taken save money.

Use fabric or reusable grocery bags to Sphelar® is the micro spherical solar cell with apart and save using stored asas plastic well! bags which can be harmful save money. Use fabric or reusable grocery bags to apart and stored well! to the electrodes in opposite sides. It was invented and environment.

The natural save using plastic bags which can be harmful to the Thefloating floatingdisc discitself developed itselfisisperforated

by Kyosemi Corporation. perforatedtotoallow allowforfor natural Light does not fall in a uniform manner in the light natural environment. lightonto ontothe thestage stagecreating creatinga aunique uniquespatial spatial world.

The position of the sun is constantly moving. experience area experienceforforthose thosebelow. of the sunlight are dispersed by clouds and below.The Thelarge largesurface surfaceSome area Buying fruit and vegetables locally can help save others are reflected of glass and water. “What is the money through not using fuel to drive to stores thatabove allows for the installation are PV solar panels Buying fruit and vegetablesof locally can help save above allows for the installation of PV solar panels many miles away. Farmers' markets and buying direct best money through not using fuel lights to drive tobelow. stores that are way to catch all kind of sunlight effectively?” The generating forforthe LED from farms are also another way to go green and often generatingelectricity electricity concept of sphere was inspired by such a question. the LED lights below. many miles away.

Farmers' markets and buying direct

O Growing vegetables in containers is a great way to produce great tasting produce in even the smallest of spaces.

• Growing vegetables and other produce is one of the best ways to reduce the number of food miles of a product.

• This is a great way to recycle food stuffs and garden waste.

• You have complete control over what is grown and how it is grown, it ensures that no harmful pesticides or herbicides are used.

• Growing vegetables in containers means that even people with the smallest of gardens can grow a few items of produce.

PT [VeF1]

Easy Easytotouse use+ +transport, transport,cheap!, cheap!,attracting attractingattention. attention.

• Growing vegetables and other produce is one of the best ways to reduce the number of food miles of a product.

• This is a great way to recycle food stuffs and garden waste.

• You have complete control over what is grown and how it is grown, it ensures that no harmful pesticides or herbicides are used.

• Growing vegetables in containers means that even people with the smallest of gardens can grow a few items of produce.

Biodegradable p By design, using greenhouse gas replaces, even if The process to c stored in plants b dextrose sugar. T these sugars are through a proces resulting resin, ca (PLA)), can then goods, extruded into packaging, o applications.

The biopolymer i manufacturing. A flexible, or rigid.

PUBLIC SPACE

form OF_ exchange goodsUtilizing OF_ Buy Locally Utilizinghelium heliumasasthe themain main formof ofstructure, structure,this this Prototype Prototypeachieves achievesa avast vastspan spanofof85m; 85m;it itisistied tieddown down produced food by six anchor cables. The vast size of the floating disc

Buying Buyingfruit fruitand andvegetables vegetableslocally locallycan canhelp helpsave save money moneythrough throughnot notusing usingfuel fueltotodrive drivetotostores storesthat thatare are many manymiles milesaway. away.Farmers' Farmers'markets marketsand andbuying buyingdirect direct from fromfarms farmsare arealso alsoanother anotherway waytotogogogreen greenand andoften often save savemoney. money.Use Usefabric fabricororreusable reusablegrocery grocerybags bagstoto Growing save vegetables in containers is a bags great waywhich to using plastic can save using which canbebeharmful harmfultotothe the produce great tasting produceplastic in even thebags smallest of spaces. environment. environment.

Bio P

Mobile shop

PT_ PT_Flying Flyingroof roof

C Pt_ Vertical R Garden W [OF] Growing Vegetables in Containers

Pt_ Vertical Garden

A new natural plastic, from fermented yard waste — and other discarded plant material — with a certain bacteria which creates long strains of lactic acid. Then turned into molecules u can create plastic out of those.

The particular bacteria used is collected from a geyser in Calistoga, California and is mixed with calcium carbonate.

By adding calcium carbonate this team of researchers was able to turn the temperature on the process up, therefore making the fermenting process as efficient as those that create plastics from corn starch or sugar cane. Some critics of bioplastics have said that we shouldn’t cut into our food supply in order to make plastics. This product solved not only our plastic petroleum problem but also our plastic food problem.

OF_ exchange goods

PT [Flr]

money moneythrough throughnot notusing usingfuel fueltotodrive drivetotostores storesthat thatare are many manymiles milesaway. away.Farmers' Farmers'markets marketsand andbuying buyingdirect direct from fromfarms farmsare arealso alsoanother anotherway waytotogogogreen greenand andoften often save bags to savemoney. money.Use Usefabric fabricororreusable reusablegrocery g save plastic bags which can be harmful to the [PT]using balloon close room environment.

OOF_ OF_Buy BuyLocally Locally produced producedfood food

m

The objective of this scenario is to test the empty area that is probably going to be built in 10 years and look after a temporary use for the space which could involve many stakeholders developing construction ideas.

PUBLIC PUBLICSPACE SPACE

A smart flexible structure capable of using multiple Mobile Mobileshop parallel resources, transforming them into energy so shop that it can be mobilized and transported to different users.

Natural resources that could be used to generate power are for example: urban structures (construction waste material, solid waste) sunlight, wind, etc.

The structure is also able to change its parts to produce new kind of energies: for example, it can be used as a generator of kinetic energy as well as a windmill or a solar collector.

Another form to use it, is like an adapting skin at house roofs or walls and through solar panels, which can beBuying also installfruit in these structure the sun light can Buying fruitand andvegetables vegetableslocally locallycan canhelp helpsave save be also collected.

Growing Growingvegetables vegetablesinincontainers containersisisa agreat greatway waytoto produce producegreat greattasting tastingproduce produceinineven eventhe thesmallest smallestofof spaces. spaces.

• Growing • Growingvegetables vegetablesand andother otherproduce produceisisone oneofof the thebest bestways waystotoreduce reducethe thenumber numberofoffood foodmiles milesofofa a product. product.

• This • Thisisisa agreat greatway waytotorecycle recyclefood foodstuffs stuffsand and garden gardenwaste. waste.

• You • Youhave havecomplete completecontrol controlover overwhat whatisisgrown grownand and how howit itisisgrown, grown,it itensures ensuresthat thatnonoharmful harmfulpesticides pesticides ororherbicides herbicidesare areused. used.

• Growing • Growingvegetables vegetablesinincontainers containersmeans meansthat thateven even people peoplewith withthe thesmallest smallestofofgardens gardenscan cangrow growa afew few items itemsofofproduce. produce.

OF_ Yard waste into plastic

PT [SmSk]

O OF_ OF_Growing GrowingVegetables Vegetablesinin Containers Containers

PT [VeF1]

PT [LpC]

[OF] structures forming

SMART CITY

You are in >

incubators This proposal investigates human mobility patterns and social activities by isolating these in Incubators in order to create an urban system which will stimulate new patterns of collective behavior.

INCUBATORS OF HYMAN MOBILITY PATTERNS

Frames through which emergent conditions can be observed.

Shadows of Metaspace in which Flows can be described, visual‘Frame through which conditions can be observed. Shadows of Metaspace in which Flows ized and in which emergent we can test the various alternative intertwincan be described, visualised and in which we canand test the various alternative interwinings of ings of these flows.

The Metaspace becomes SHOWCASE these flows.

The Metaspace becomes SHOWCASE and INCUBATOR’ INCUBATOR. China

Israel

Ecuador

TU berlin H&M U2 Apple Mensa

Copy-shop

Neukölln

London Constant

Variable

today

tomorrow

day after

Stuttgart

Each system has government

Berlin Scales of Metaspaces

Fictive Meta space-Prototype

SMART CITY

You are in >

social activity The individual person as the main building block of the city. Every Actor is connected through proto Spaces A, B, C. These are personal Agendas or interests. According to ones Status the Actor will have a maximum distance to his activities. The more important issues are closer and the less important ones are further away.

CHOREOGRAPHY OF THE SMART CITY

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pu sp blic ac e isp publi ac e c

sem i-p sp riva ac te e

playing music

production room

drinking

development

dancing

library

priv sp ate ac e

Decomposition of Privacy Defining the minimum of private space needed in a social-network-based society.

teaching

sem

studing

sleeping capsel writing

group discussion buying

sleep

kytesurfing

cooking with friends gardering

singing

surfing

fabric/production room

swimming in public swimmpool

shared work space take a shower

pic-nic

watch TV

concert

rest

coffee

reading

exhibition

interactions and conections on one or between more protospaces

circulation: internal platform moving up and down, creating vertival conexions privat space: flexible space design from its user. It can be rezise, desappear but also reappear. Change the use of the protospace and allows conectivities and new interaction ways

scan function

The [PROTOSPACE]: physical space where many semiprivat, semipublic and also public activities are developed in a public way

n io us sc di

privat space 1

Protospace

the more corners, the more possibilities to make conections workspace

privat space 2

library

conference

SMART CITY

You are in >

sport industry sport

[Spte]

the idea of a sports teacher is to build a big swimming pool for giving swim lessons as well as make conferences about sport and health

agricultural shop center selling local organic food

[Eco]

[cook]

bio food industry

cooker

teachers

interact seminar sport an

circle

[Gast]

interactive seminar about bio food

teachers

economical

interact seminar health

nutricion

conference about food economy

company owner

agricultors

gastronomist

discussion about food production quader

professors

discussion about healthy nutrition

mayor

information about alimentation in the city

[fam] multiply

cooking selling

linear

[PT1]

[PT2]

[PT4]

prepearing learning

bio food nutritionist develops a small business in order to generate a healthy diet in particular for the younger generation

[Agri]

[ArTe] gastronomist

[ArTe]

[tee]

agricultors teenagers

[kids]

driver

kids

researching learning

[coo] cooker

[chi]

[fam]

children

families

[teac] teachers

[Tee]

[chi]

families

teenagers

children

[Gas]

[chef]

[AgR]

chef

agricultor

prototype 1 prototype 2

testing

[Nfo]

prototype 4

gastronomist

new food

[fri] friends

[OF] operational field

common ground

preparing

[Fode] cooking diets

[OF1] operational field 1

singers experimental musicians engaged with authorities to get public funding

Sony

[Mu]

[Guit]

music

guitarist

[ArTe]

discussion about music development

music experts

[OF2] operational field 2

[PT2] prototype 2

teaching

common ground

practicing

[PT1] prototype 1

strat up

music around the world

[PT2] composing prototype 2

mayor

smart city specialist

discussion about renewable energies discussion about smart cities

[PT1]

Urban planer creation of a MASTER plan in order to develop a sustainable city. Citizens elaborate prototypes

[Arq]

[stu]

[fam]

students

families

[upla] [ing]

[dev]

ingeniers

developer

prototype 1

[PT2] prototype 2

architect urban planer

[PT3] prototype 3

experimenting designing

[PT1] prototype 1

researching

[PT2]

common ground

start up prototype 2

mayor

discussion about city structure

Vatenfall

conference about electricity

water industry

conference about water systems

[Arq] architects

Urban planer creation of a MASTER plan in order to develop a sustainable city. Citizens elaborate prototypes

[arch]

[upla]

architect

urb. planer

[Ing] ingeniers

architects

[fam] families

[pla] planers

researching

[PT1]

[SmSk]

discusion

[Wafi]

exchanging prototype 1

agricultor

smart skin solar panels

mayor

discussion about renewable energies

food ministry

discussion about bio food

water filter

quader

nutritionist develops a small business in order to generate a healthy diet in particular for the younger generation

food specialist

[Gas] gastronomist

[Agr] agricultors

heath department

interactive cooking

start up

[Stu]

[Gas]

students gastronomist multiply

linear

[Agri] agricultors

[ArTi]

seminar sport an

company owner

seminar about bio food

food industry

[Agri]

economists

sport teacher

[nut]

researching

artisans

start up

[dr]

[fam]

[scho]

[cook]

creating

doctor

family

schoolers

cookers

cooking

about nd economy circle

[Fam]

[Scho]

families

schoolers

[tea]

[Nutr]

[Spor]

[Tee]

[OF1]

[OF2]

start up

tive about

tive about nd live

teachers

sporters

teenagers

[Agri]

start up

[BaHe] helium baloon

operational field 2

[OF3]

relaxing

[Swi]

operational field 3

teaching

nutricionistagricultors biologist

learning

operational field 1

swimming

[Bio]

swimmpool

[OF1] operational field 1

eating

[OF2]

practising exchanging

Architect

design a smart transport with less Co2 emissions

[Min]

[Mech]

mobile ingeniers

mechanic

[ArTe] designers

Siemens

discussion about environmental changes

smart city specialist

discussion about smart mobility

[Stu]

multiply

mayor

automobile industry

[Ing]

quader

Students

[ArTe] environmental experts

Siemens

Ingeniers

[OF3]

operational operational field 2 field 3

information about transportation

linear

exchange conference about cars and economy

linear

ingeniers

[Inde]

[upla]

ind. designers

urban planers

[Eco]

[fam] families

economists

researching

[OF2]

[OF1]

operational Operational field 2 field 1

common ground new transport

start up experimenting

testing

[OF4]

[OF3] creating

operational Operational field 4 field 3

changing

[car]

[PT1]

driving

smart transport

prototype1

developing exchanging

[OF1] [Tee]

jeweller establish a jewellery shop with the possibility of interactive participation

artSiemens

[Jew]

[Inde]

jeweler

industrial designer

fashion industry

discussion about smart materials

teenagers

information about artists and economy

[desg] designers

[eco] economist

[fash] fashionists

operation field 1

[Face] fashion center

[OF2] operational field 2

researching start up

[PT1] prototype 1

designing

[PT2] producing

common ground jewelry around the world

prototype 2

An example for a possible urban prototype.

Each cell has maximum of 35m2 area which can be designed by its user-the choreographer. From this basic space one can expand into the public area by connecting it to another user. The more angles the basic cell has the more connections it allows.

In the middle there is an internal circulation which allows direct access into the Private cell. The Skin of the Cell is also used as an information board.

The bridge space is a ‘Proto space’-it is where people begin to interact with each other and urban dynamics emerge.

[Exki] experimental kitchen

[Vefa]

[OwGa]

vertical farms

own garden

SMART CITY

You are in > BUILDING KIT OF SOCIAL ACTIVITIES topics

stakeholders

(samples)

dynamics of interaction

actors

government discussion about renewable energies how to deploy renewable energies on Tegel

smart technologiesinteraction with big companies

[Ar] mayor

agenda (samples)

architects

senator ambassador

[UPa]

activist

urban planers

dynamics of space

protospaces

jeweller establish a jewellery shop with the possibility of interactive participation

quader

Urban planer

manager

[EcO]

composition, ideas, music,entertainment, events

multiply creation of a MASTER plan in order to develop a sustainable city. Citizens elaborate prototypes

linear

Urban planer creation of a MASTER plan in order to develop a sustainable city. Citizens elaborate prototypes

economists

CLUSTER: learn space discussion about feminism active participation

Architect

company owner

teachers directors

[Muco]

suspend

music composer design a smart transport with less Co2 emissions

professors

[ArTe] authorities

circle swimming pool at home!

agricultors

seller

singers experimental musicians engaged with authorities to get public funding

linear

president

[ArT] chancellor interactive seminar about smart cities discussion and design of smart city models

social, public space

diet, healthy, food, restaurants

shopping center selling local organic food

arbitrary

mayor

CLUSTER: lybrary chamber of deputies

counsil performance, public space, music

artists

[Stud] students

ONU Ministry of agriculture ministry of health

[Scho]

industrial designer interactive project between artisans and designers

comunal

agric

schoolers

artesan

conference

nutrition a small order to health particul younger

econ

politicians

[Fam] political debate

families different companies

active organizations discussions

IBM

[ASa] Apple artesans

Siemens

[SpCo]

opening of a restaurant agricultor

nutritionist develops small business in order to generate a healthy diet in particular for the younger generation

multiply

linear

art

gastronomist

technologies sport couch

medicine

[Law]

coucher

Toshiba phillips media talks talks about internet and social media shaping our relationships relaxing, spa, psychology

Wonderware

multiply

Lawyers the idea of a sports teacher is to build a big swimming pool for teaching as well as conferences about

microsoft

Kronos

concert- music development

[Cok]

bio food

the idea of a sport teacher is to build big swimming pool fo giving swim lessons as well as make conferences about sport and health

multiply

sport and health

cook

Solid Works reporter, tv, animation

political debates

Chip com

nutrition conference infromation about health and food

multiply

[Phi] concord philologer

tv show

[Rep]

experimental musicians engaged with authorities to get public funding

food industry

CLUSTER: university

coca cola reporter

concert singing

quader

Urban planer

Unilever

design a smart transport with les Co2 emissions

routes, mobility, smart transport

open space, nature, relaxing

Nestle

[Ing]

Danone

engineers

linear

Swisslion Group

Ferrero SpA Parmalat

[ArTe]

open space, nature, relaxing

CLUSTER: home office skating

sport activities

cinema critic

political debate talks about different political topics

architects

publishing

jeweller

circle [Gast] Political party activists

fashon

Automobile Industrie

business companies GOP

[Sel]

competition between models with potential, giving models the possibility to become popular in the fashion industry

Seller

multiply

mode fashion industry

movie industry

CLUSTER: spa reading room pakteur

gastronomer

[Jew] jeweller

establish a jewell shop with the possibility of interactive participation

dynamics of flow

production (samples)

[AirTe] airtecture

[BaHe] helium baloon discussion about renewable energies

mayor

smart city specialist

discussion about smart cities

[ReTe] [PT1]

[Arq]

[stu]

[fam]

students

families

[PT2]

[upla] [ing]

[dev]

ingeniers

developer

restaurant

prototype 1

prototype 2

architect urban planer

[Sleca] sleep capsel

[PT1]

designing

prototype 1 common ground

researching

[PT2] start up prototype 2

[Robo] robot

[PT1] [Mu] music

prototype 1

[ArTe]

discussion about music development

Sony

[Guit]

music experts

guitarist

[OF] teaching

[PT1]

practicing

operational field

prototype 1

common ground

strat up

music around the world

[PT2] composing prototype 2

[PT2] prototype 2

[Tr1]

cultural

[Eco]

nist develops business in o generate a hy diet in lar for the generation

[Gast]

conference about food economy interactive seminar about bio food

teachers cooker

transport 1

circle

company owner

agricultors

[cook]

seminar about bio food

food industry

[Agri]

economists

nomical

ts a or s

[PT3] prototype 3

experimenting

gastronomist

[OF2] Operational Field 2

[fam] cooking selling

[PT1]

[PT2]

prototype 1

prototype 2

prepearing learning

[PT4]

[Nfo]

prototype 4

[Tee]

[chi]

families

teenagers

children

[Gas]

[chef]

[AgR]

chef

agricultor

[PT3]

testing

gastronomist

prototype 3

new food

[OF4] operational field bio food industry

discussion about food production quader

professors

discussion about healthy nutrition

mayor

information about alimentation in the city

[Bui] multiply

building

linear

[PT5] [Agri]

[ArTe]

[ArTe]

gastronomist

[tee]

agricultors teenagers

[kids]

driver

[coo]

kids

cooker

[chi]

[fam]

children

families

[teac] teachers

prototype 5

[fri] friends

[MS] researchin g learning

[OF] operational field

preparing

mini scenario

common ground

[Fode] cooking diets

[TR5] transport 5

mayor

discussion about city structure

Vatenfall

conference about electricity

water industry

conference about water systems

[swpo]

[Arq] architects

r [arch]

[upla]

architect

urb. planer

[Ing]

swimming pool

[fam] families

[pla]

ss

lery

ingeniers

planers

[Kitc] researching

[PT1]

[SmSk]

discusion

[Wafi]

kitchen

exchanging prototype 1

smart skin solar panels

water filter

start up

[SoCo] solar colector [OF1] [Tee]

artSiemens

[Jew] jeweler

discussion about smart materials

teenagers

[eco] economist

[Inde] industrial designer

fashion industry

information about artists and economy

[desg] designers

[fash] fashionists

operation field 1

[Face] fashion center

researching

start up

[Ms2]

[OF2] operational field 2

MS2

[PT1] prototype 1

designing

[PT2]

common ground jewelry around the world

[ShBo]

producing

prototype 2

share books

[FoEx] food express

The Building Kit is a description of the Flows of Social dynamicsall Actors and Agents their agendas, interactions and the possible results of these interactions

You are in >

SMART CITY

common ground Observing different urban development, we can always find a place recognized as a ‘common ground’. It is a space of free flow of common goods, ideas and knowledge, among the different layers of society.

yy4

x1 yy

bb

aa

aa5

bb yy3 c

06:00am

yy5

X2

zz

yy3 yy2

aa2

bb2

yy2

xxyy4

x1

02:00pm

12:00pm

03:00am

ee

yy5

X2 yy

aa5

aa

X2

04:00pm

[dynamics of interaction]

y2

y6

yy

yy

yy4

yy

yy

y2

yy

YYY yy3

y2

yy

[interaction of similar dynamics]

[interaction of one dynamic]

yy

y2

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yy

yy

yy

yy

y1

y2

y2

Living BRIDGE as a factory of ideas

[work for the enviroment] [use and test of different prototypes, operational fields and miniScenarios] [intervention of many agents: specialists in the topic, students, interests and companies]

result of dynamic on the COMMON GROUND, society continuates changing

You are in >

SMART CITY

The common ground connects in a Global scale.

It accommodates already tested and working Systems or Prototypes in the city and distributes them Globaly. It represents how development travels around the world - as a moving interactive space or like an escalator circling around the globe.

MONOSPACE MASTER ARCHITECTURE / Monospace Ernst Reuter Platz

Considering Sound and the surrounding University&Office areas as the main objective for the given location (the Roundabout E.R.P. in Berlin) our team proposed a solution for a Monospace which will serve as a link between students and professionals.

5A

5C 5C

4B 4C

5D

3A

4A

3B

5C

4C

3A 3B

4C

5C

4C

5B

3A

3B

4B

2B 2B 2B 2B

3B

3A 3A

4C 4C 5C

5C

4A

5A

4B 4B

3A

2A2A 2B 2B 2B 2A 2B 2A 2A 2A 2A 2A 2A 2B 2A 2B

3A

5B

5A 4B

3A 3A 3A

3A

4C

5B 4B

3A 3A 3B

3A 3A

4B

5B

4B 4C

5D

5D

GRASS PLANTS / TREES

SOUND REFLECTIONS

0 GNIHTAERB NAMUH

LOUD

QUIET 0

01 GNIREPSIHW ELPOEP

01

02 AERA GNISUOH ESION TUOHTIW

02

03 AERA GNISUOH ESION HTIW

03

04

04

TNEMNORIVNE ECIFFO 05 YAWYHGIH YVAEH CIFFART

05

06 GNIDRAOB :THGILF

06

07

07

HTIW AIRETEFAC SLENAP EVITCELFER 08

08

LORTNOC CIRTCELE MOOR 09 SGNIKNOH RAC 001 SELCYCROTOM GNITARELECCA

001

011

011

,STRECNOC KCOR DRAH MROTS REDNUHT 021 FFO EKAT :THGILF

SECTION / GROUND FLOOR

09

031

021

031

SENIGNE :THGILF 041

041

5C

4B

5C

5B

5C

4B

Mixing working studios for students with offices and the typical social spaces like cafes and food bars we aim to encourage communication as well as knowledge exchange between the two social groups.

SOUND REFLECTION /

ba

ba

86

86

-9

-9

0d

ba

0d

ba

0d

86

-9

86

-9

0d

ba

ba

0d

86

-9

0d

86

-9

86

-9

0d

ba

PERSPECTIVE

86 - 90 dba

81 - 85 dba

76 - 80 dba

71 - 75 dba

66 - 70 dba

61 - 65 dba

55 - 60 dba

ZONE ONE

ZONE TWO

ZONE THREE

cafe/bar exhibition

office exhibition

studio monospace

SOUND ZONES / INTERIOR

EXHIBITIONS 15m x 15m

CAFES/BARS 5m x 5m

SERVICES 2.5m x 2.5m

STUDIOS 5m x 5m 10m x 10m

OFFICES 5m x 5m

BERLINALE MASTER ARCHITECTURE /

Berlinale P av ill ion

INTERIOR / LOCATION PLAN

Design for a temporary Pavilion for the Berlinale Film festival located on PotsdamerStr. where the so called ‘Boulevard of stars‘ -a red-painted asphalt-carpet - takes place. The concept is a lightweight design which would activate the redcarpet by enclosing it.

shop / info

garderobe lager

ticket

technik technik

FLOOR PLAN / INTERIOR

CONSTRUCTIVE CROSS SECTION / LONG. SECTION 12,00

50

84

10,32

+ 6,80 m

3,10

DECKE

50

11,00

84

4,10

Bodenaufbau OG Terrazzo Micro Bianco (Pandomo) 2 cm Estrich (schwimmend verlegt) 6 cm 10 PE-Folie 2,02 10 2,02 Trittschalldämmung

2 cm Funiersperrholzplatte (Betoplan) 4 cm (2 lagig)

2,02

1,00

10

2,04

EG STRAßE

Holzbalken

10 x 16 cm

+ 2,70 m FFB

2,40

OG

10

±0,00 m FFB -0,17 m

12

Bodenaufbau EG Terrazzo Micro Bianco (Pandomo) 2 cm Estrich (schwimmend verlegt) 6 cm PE-Folie Funiersperrholzplatte (Betoplan 2 lagig) 4 cm Trittschalldämmung in Fundamentbereich 2 cm Installationsebene

26,5 cm Dämmung 6,00 12

6 cm PE-Folie Dämmung PS

2,04

PROFESSIONAL WORK

FABRIKA KAIMAK INTERIOR DESIGN /

Interior design for a flexible exhibition gallery in Sofia.

Client: Desislava Pancheva

G a l l e r y Fabrika Kaimak

Designers: A. Nikolov, S. Aleksandrov, H. Vassileva Year : 2010

office

room

canvas vertical slat

vertical slats

horizontal slat

wooden dowel

horizontal slat

vinyl

vinyl

Stand

library

2+1 пергола E

1x

ролка chill

0.00

галерия

D

D 2x

55

склад

55 x 0.00 0.00

1x ПАРТЕР 1 : 50

MAIN FLOOR

E 1x

A

B

C

1x офис въздух 2x

2x

1x

SECOND FLOOR

C wc 1x A

B

2 НИВО

1 : 50 1x

blind blackout white integrated in the frames

el. blind blackout white integrated in the frames

papper roll

office

room

roller blinds, screen projector backside blackout, front white textile

projector

library luminescent lamp 24w

A-A1

SECTION DD canvas vertical slats

horizontal slat

AEDES WWW.AEDESSTUDIO.COM / A e d e s Studio

URBANO MODULI > SOFIA > COMPLETED 2013

During my internship at AEDES I was involved in the Construction Phase of several projects. My work consisted of specifications for construction details and materials, developing construction sections as well as interior design solutions.

LOZENETS APARTMENT BUILDING II > SOFIA > COMPLETED 2014

APARTMENT BUILDING “IVAN VAZOV” > SOFIA > COMPLETED 2013

EWA W W W.EWA .CO.UK / Ellis Williams Architec t s

During the year I was working in the Office I was developing construction plans for 3 Moxy Hotels in Germany, furniture design for Booking.com in MĂźnich and Frankfurt, renĐžvation of apartment building in Berlin.

MOXY HOTEL > MUNICH

BOOKING.COM > MUNICH

HRISTIYANA VASSILEVA

www.hrisiva@gmail.com