VIKI SANDOR
ARBEITSPROBEN 2017
An Martina Rosenmeier Büro des Vizerektors für Lehre Ferstel-Trakt / 2. Stock (Aktsaal) Tel.: +43 1 71133 DW 2042 Oskar Kokoschka-Platz 2, 1010 Wien
Wien, 28.03.2017
RODNAS IKIV
7102
NEBORPSTIEBRA
Viktória Sándor mag. Arch. Anzengrubergasse 7/20 A-1050 Wien Tel.: +43 677 624 290 04 Email: dgke90@gmail.com www.vikisandor.com/ptemporary Erste Bank IBAN: AT08 2011 1295 1141 9700 Bankleitzahl: 20111 BIC: GIBAATWWXXX
2
FLIBRI PROTOYPE ...
Saatsbürgerschaft Ungarisch Geburtsdatum/Ort 13. September 1990/ Budapest, Ungarn Email dgke90@gmail.com
AUSBILDUNG 2010- Abschluss 26.01.2017 University of Applied Arts Vienna, Diplomstudium Entwurfsstudio: Wolf d. Prix, Hani Rashid, Cross over studio Diplom-Berater: Hani Rashid, Abschluss mit Auszeichnung (1,1) Mag. Arch. 2009-2010 University of Applied Arts Sopron 2012 2012-2013 2012 seit 2013 2015 2015 seit 2016
BERUFSPRAXIS Sam - Ottreinisch Architekten _Praktikum Franz Sam Architekt _ Praktikum Gregor Eichinger Architekt _Praktikum Ottreinisch Architekt_ Praktikum (Wettbewerbsarbeit) Delugan Meissl Associated Architect _Praktikum (Wettbewerbsarbeit) Alapkő Kft., Hungary_Praktikum Carl Pruscha Architekt _ Publikationen
LEHRE since 2012 Tutor for Grasshopper, Studio Rashid ,University of Applied Arts Vienna MODEL BAUEN FÄHIGKEITEN CNC-Milling Machine / RhinoCam Trotek laser machine Powder printer Makerbot Formlabs Kuka / Kuka PRC FÄHIGKEITEN Microsoft Word | Excel | Powerpoint Adobe Photoshop | Illustrator | Indesign | Dreamweaver|After Effects Autodesk Autocad | Microstation Rhino | Grasshopper | Karamba | Kangaroo | Galapagos |Volvox etc. Autodesk Maya | 3ds Max Processing - basic |Eclipse Keyshot Unity SPRACHE English - B2 Niveau Hungarian- Muttersprache German -B1 Niveau Oktober 2016 August 2016 May 2016 16 July 2015 5 July 2015 2008 2010-
PUBLIKATIONEN Der Standard FORSCHUNG Nr.1 2016/17_Stadt 4.0-Wie wir leben werden_ Imp Architect Chamber Magazine_ num.247 Architect Chamber Magazine_ num.245 dezeen / 2015 graduate show - Conceptual Cirque du Soleil ArchDaily _ Conceptual Cirque du Soleil Kiss Anna Dr. - Bűnbe esett irodalmi hősök _ illustration Prosecutor’a paper _ illustration
AUSTELLUNGEN 2016 The Essence 2016, Alte Post, Vienna 2012-15 The Essence 2012-15, Künstlerhaus, Vienna 2014 The Essence 2011, MAK Museum of Applied Arts
VIKI SANDOR_ARBEITSSTIPENDEIN 2017/18
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ARBEITSPROBEN
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The PERMANENTLY TEMPORARY2016-17 ...IN THE AGE OF GRAVITY INDEPENDENT ARCHITECTURE DIPLOMARBEIT DIE ANGEWANDTE _ STUDIO RASHID
p37-p47
BITCOIN HEADQUARTERS2014 SUMMER SEMESTER 7. STUDIO_RASHID with E.LENART
p49-p53
ÃœBERPORT2013 WINTER SEMESTER 6. STUDIO_RASHID with L.DIETIKER
VIKI SANDOR_ARBEITSSTIPENDEIN 2017/18
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NEBORPSTIEBRA
71-6102
YRAROPMET YLTNENAMREP ehT
53p-7p
E R U T CE T I H CR A T N E D N E P E D N I Y T I VA R G F O E G A E H T N I... T I E B R A M OL P I D D I H S A R O I D U T S _ E TD N AW E G N A E I D
R E M M U S 4102
SR E T R AU Q D A E H N I O CT I B
74p-73p
.7 R E T SE M E S D I H S A R_O I D U T S TRANEL.E htiw
R E T N I W 3102
TR O P R EBÜ .6 R E T SE M E S
D I H S A R_O I D U T S REKITEID.L htiw
35p-94p
IN THE AGE OF GRAVITY-INDEPENDENT ARCHITECTURE
The PERMANENTLY TEMPORARY 2017_Thesis project studio_Rashid
1.0 THE PERMANENTLY TEMPORARY
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
in the age of gravity-independent architecture
URBAN SOFTSCAPE
The project investigates the future of urban
While taking all fact, statistics and predictions into
environments using Vienna (Austria) as case study.
consideration it is easy to build up a dystopian
...
image of the future.
It proposes a new ephemeral infrastructure
THERE IS A NEED FOR THE PRODUCTION OF AN
which can be integrated with the existing urban
“UTOPIAN” image which visualises together with
hardscape (urban-fabric) in order to increase the
the facts also the platforms which can provide
city’s dynamism and adaptivity and by that also its
place for social excitement.
capacity.
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2040
2030
2020
timeline
Continual refinement of parameters and reciprocal adaptation between the environment and the new “FLIBRI” system causes an EVOLUTION in our perception
IV. THE NEW ROUND 2060
2050
II. THE EVENT
III. THE PLAYGROUND
of time and space.
VIKI SANDOR_ARBEITSSTIPENDEIN 2017/18
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1.1 TODAY -
the urban environment
not dynamic enough
URBAN ISSUES: 1_ BY 2050 URBAN POPULATION WILL INCREASE WITH 20 % 2_ New strategies for inner-urban DENSIFICATION has to be investigated in regard to the persistent global population growth and significant mass migration which is likely to occur also in response to climate change.
‘IF ARCHITECTURE COULD BE EPHEMERAL and adaptive ...
VIENNA TODAY urban analyses
URBAN HARDSCAPE
... the existing city volume could be programmed more efficiently by the activation of the time depending deadzones. The resulting shift in the urban pattern would support the intensification of the city and the establishment of a new social contract.’
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URBAN SOFTSCAPE
2040
2030
2020
timeline
RESIDENTIAL BUILDINGS
COMMERICAL BUILDINGS
MIXED-USED BUILDINGS
WIND PATTERN
2060
STREET HIERARCHY
2050
NOISE PATTERN
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1.2 TOMORROW flibri
-
to modify environmental conditions
FLIBRI: the unmanned omnicopter which can generate and
produce energy, fly, reflect, radiate and shade they
store energy, radiate heat, supply and reflect light...
use opaque- and transparent solarcells, reflective
... and by that create certain micro climates in order
panels and for each unit 8 propellers.
to allow new functions to appear at locations it could not happen before.
The flybries are able to detect highly radiated surfaces and optimize their positions for efficient
//The FLIBRI design is inspired by an ETH ZĂźrich
charging. For energy production, other than the
research project, the OMNICOPTER (By Raffaello
solarcells they could
D’Andrea) which by being highly symmetric, with
mill technology which is still under development
its 8 propellers is ambivalent to orientation.
at the Columbia University (Ozgur Sahin, Ph.D.,
The new design maximises the usable surface
an associate professor of biological sciences and
area within the cubic frame while it still allows
physics). The technology derives power directly
air to move through the diagonal axises to let the
from evaporation. //
potentially use moisture
VIENNA TODAY
URBAN HARDSCAPE
FLIBRI the drone of tomorrow
propellers function. In order to make it able to to
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URBAN SOFTSCAPE
2040
2030
2020
timeline
FLIBRI CORE FLIGHT CONTROLLER
CARBON FIBER CHASE
POWER DISTRIBUTION BOARD
8 SOLAR CELL (LIPO) POWER MODULE CF PROPELLERS ESC
FLIBRI
FLIBRI CORE
ASSEMBLY + SPECIFICATIONS
PANEL TYPES: OPAQUE PV TRANSPARENT PV REFLECTIVE ILLUMINATIVE
MAGNETIC STRIPS MAGFIELD
FLIGHT CONTROLLER F4 ADVANCED FC (MPU6000, STM32F405) GPS + MAGNETOMETER MODULE GLONASS MODULE TELEMETRY RADIO RECIEVER SENSOR CHIPS FIRMWARE TGY--SIMONK FIRMWARE OPEN SOURCE FIRMWARE FOR ATM GA-BASED BRUSHLESS ESCS POWER DISTRIBUTION BOARD (PDB) ATAS PRO MINI PDB POWER LEVEL MONITOR
2060
MAIN BODY 4 IDENTICAL UNIBODY MOUNTING SHELL CF CHASES - 8 BOOMS RETRACTABLE DOCKING MECH FLIBRI DIMENSIONS: 150mm x 150mm x 150mm WEIGHT: 600g PROPELLERS DUEL BLADE CARBON FIBER 1804 DC OUTRUNNER BRUSH MOTOR RCX H1306-8 3100KV 8 ELECTRONIC SPEED CONTROLLERS (ESC) 4 TRACTOR PROPELLERS 4 PUSHER PROPELLERS 8 BRUSHLESS MOTOR CF MOTOR MOUNT RETRACTABLE DOCKING MECH
CF PROPELLERS ESC
POWER MODULE 8 SOLAR CELL (LIPO) 4xDUEL-CELL LITHIUM POLYMER VENT AND CIRCUITRY CHAMBER CARBON FIBER CASING
2050
MAGNETIC STRIPS 6 SIDED MAGFIELD FLIBRI ASSEMBLY MECHANISM INDUCTION POWER TRANSFER CF UNIBODY MOUNTING SHELL FLIBRI CORE CAMERA + SENSOR
PROPELLERS DUEL BLADE CARBON FIBER 1804 DC OUTRUNNER BRUSH MOTOR RCX H1306-8 3100KV EMBEDDED MAGNETIC STRIPS MAGFIELD CAMERA + SENSOR
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2030
2020
URBAN SOFTSCAPE
2040
FLIBRI ATTACHMENT WITH EMBEDDED MAGNETIC STIPRS
FLIBRI the drone of tomorrow
VIENNA TODAY
URBAN HARDSCAPE
timeline
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2060
2050
PLA PRINT _ FLIBRI PARTS
FLIBRI WALL
1.3 AFTER TOMORROW
FLYING NATURE research
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
research areas
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URBAN SOFTSCAPE
2040
2030
2020
timeline
By taking more inspirations from nature in the field of aerodynamics we can assume that in the future, our machines will be able to have extended flying periods, reduce their noise, be more responsive and collaborative etc. and so would be able to become a new urban infrastructure which creates permanently
2060
2050
temporary spatial micro-climates and increase the level of urban dynamism.
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1.4 AFTER TOMORROW the flibri system
=
softscape
_
vocabulary
_ EPHEMERAL SPATIAL INFRASTRUCTURE
| gravity independent _ REACTIVE SOFTSCAPE
| flows and hardenings * _ NEW BEHAVIOR LOGIC
| independent from existing urban fabric, hybrid state (local + global) > _ ADAPTS TO , REDEFENES AND CREATES NEW ...
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
softscape introduction
...ENVIRONMENTAL CONDITIONS!
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URBAN SOFTSCAPE
2040
2030
2020
timeline
SYSTEM VOCABULARY
DPC = Designed Point Cloud
ADSO = Attractive Decentralised Self Organisation
VoMCoG = Volumetric Micro Condition Generator SUN
WIND
USER
2060
2050
ReDSO = Repulsive Decentralised Self Organisation
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1.5 THE BASICS evolution
-
interior and exterior quality improvements
SCENE 01: Densifying by intensifying. By the integration of the “flibri system� the project
During the micro-climatization of the exterior ,
is aiming to re-qualify exterior snoozed zones by
flibries could also improve the qualities of the
providing temporary microclimatic conditions for
neighbouring interiors.
certain functions to appear.
By the use of specific materials and surfaces in the design of the flying units (reflective panels, pvs,
Using the noise maps of Vienna,exterior areas
sound isolator materials etc.) there is a potential for
were detected in the inner districts where the
natural sunlight supplimentation, sound isolation
daily activity is minimum and could be used as
and also energy production.
potential locations (sites) for the flibries to spatially operate. These areas - snoozed zones - could be re-inhabited by various functions, once a certain micro-climate is provided. The gross floor area of certain mobile programs could be minimized in the current interior spaces and if there is need SOUND ISOLATION
for it ,extend them towards the public and semipublic volumes. The exterior would turn into a semi-interior space while keeping the advantages of being exterior. Pop-up functions appearing
STREET COVER
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
STREET-COURTYARD MERGE
I. THE BASICS
also enhance neighbouring building qualities.
scene
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on the streets could improve safetyfactors and
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URBAN SOFTSCAPE
2040
2030
2020
timeline
By the use of specific materials and surfaces in the design of the flying units (reflective panels, pvs, sound isolator materials etc.) there is a potential for natural sunlight supplimentation, sound isolation and also energy production.
FACADES
VIENNA - NORTH-FACED FACADES
SNOOZED STREET ACTIVITION
NOISE PROTECTION
2050
LIGHT SUPPLIMENATATION
FACADE
TRANSFORMATION
FACADE
TRANSFORMATION
2060
VIENNA - NOICE-EXPOSED
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1.6 THE EVENT evolution
-
space activation
SCENE 02: The flibri system is attracted by the event, happening at an exterior auditorium. The designed point cloud turns into an adaptive micro condition generator and provides comfort for the audience while reconfigures according to climatic
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
and functional needs.
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URBAN SOFTSCAPE
2040
2030
2020
timeline
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2060
2050
II. THE EVENT scene 02
URBAN FOOTAGE FRAMES
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2030
2020
2040
URBAN SOFTSCAPE
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
VIENNA TODAY
URBAN HARDSCAPE
timeline
1:300
N
+10.35
PPL paths
1
26 28 28 27
L K J I
1
1
+10.35
69 73 77 78 81 84
87
90
I L K J O N M P Q S R
58 61 60 60 61 58 59 58 57 57 55 59 62 61 61 62 59 60 59 58 56 58
19 19 21 23 25 27 29 29 28
13 15 18 18
1
20 22 S R Q 24 P O N 14 16 M
1
1
1
1
1 1
3
2
4 4
3
1 1
5
1
5
4
3
1
5
1
7
4
4
1
6
1
8
5
6
1
7 9
6
7
1 1
86
73 72
72
69
10
71
8
7
8
1 1
68
11
67
8
7
9
1
1 1
66
9
8
10
1
80
76
75 67 68 69 74 72 70 76 71 73 73 73 76 78 71 77 79 81 81 73 82 78 79 82 81 85 85 79
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THE EVENT ~2060 - day scene
89
80
76
75
42 42 41 41 41 41 40 40
43 43 41 41 40 40 38 38
H G F E D C B A
42 42 40 40 39 39 37 37
41 41 40 40 40 40 39 39
+4.95
91
1
AUDITORIUM
+2.70
TOP VIEW
STAGE
HARDSCAPE TOP VIEW
0.00
STANDING AREA
0.00
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2060
2050
II. THE EVENT scene 02
SOFTSCAPE DYNAMICS_ 4D DRAWINGS
1.7 THE PLAYGROUND evolution
-
space for behavior experiments
SCENE 03: The visitors are attracted by the flibri show where without predesigned point clouds flibries are experimenting with their collective intelligence and by collaging depicted memories from the past
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
they create new spatial configurations.
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URBAN SOFTSCAPE
2040
2030
2020
timeline
VIKI SANDOR_ARBEITSSTIPENDEIN 2017/18
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2060
2050
III. THE PLAYGROUND scene 03
II. THE EVENT
URBAN FOOTAGE FRAMES
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2040
URBAN SOFTSCAPE
I. THE BASICS
+20.12
7
G
TOP VIEW
+26.1
6
F
THE PLAYGROUND ~2060 - day scene
+5.30
5
E
1:300
N
+00.00
+14.12
4
D
FLIBRI SYSTEM
+00.00
3
C
FLYING NATURE
FLIBRI
2
B
2030
2020
URBAN HARDSCAPE
VIENNA TODAY
1
HARDSCAPE TOP VIEW
A H
timeline
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2060
2050
III. THE PLAYGROUND scene 03
II. THE EVENT
SOFTSCAPE DYNAMICS_ 4D DRAWINGS
1.8 THE NEW GROUND evolution
-
space for behavior experiments
SCENE 04: The flibries are attracted by the new ground which provides space for new functions to appear on the exterior hardscape. After detecting active areas, flibries are supplying natural sunlight and by that create optimal environmental condition for the newly designed public landscape
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
URBAN HARDSCAPE
VIENNA TODAY
above the Wien Fluss.
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URBAN SOFTSCAPE
2040
2030
2020
timeline
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2060
2050
IV. THE NEW ROUND scene 04
III. THE PLAYGROUND
II. THE EVENT
URBAN FOOTAGE FRAMES
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2030
2020
2040
URBAN SOFTSCAPE
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
VIENNA TODAY
URBAN HARDSCAPE
timeline
N
1:300
0.00
-6.70
THE NEW GROUND ~2070 - day scene
0.00
+0.30
TOP VIEW
HARDSCAPE TOP VIEW
-3.85
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2060
2050
IV. THE NEW ROUND scene 04
III. THE PLAYGROUND
II. THE EVENT
SOFTSCAPE DYNAMICS_ 4D DRAWINGS
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2030
2020
2040
URBAN SOFTSCAPE
I. THE BASICS
FLIBRI SYSTEM
FLYING NATURE
FLIBRI
VIENNA TODAY
URBAN HARDSCAPE
timeline
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2060
2050
IV. THE NEW ROUND
III. THE PLAYGROUND
II. THE EVENT
FO EGA EHT NI ERUTCETIHCRA TNEDNEPEDNI-YTIVARG
YLTNENAMREP ehT YRAROPMET tcejorp sisehT_7102 dihsaR_oiduts
PARK AVENUE, NYC
BITCOINheadquarters 2014_summerSemester studio_Rashid
2.0 VIRTUAL BLUR creating bitcoin avenue
The studio task was to design a new HQ for virtual companies which in our case BITCOIN was. Since BITCOIN is not a company but a virtual currency the idea of a usual HQ did not work. The inventor(s) is anonym. The system is open-source and also anonym. Bitcoin does not need space neither personal advertisement. The more users the system include the higher the bitcoin value becomes. That makes the only benefit.
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Our idea was to create a new type of a “physical� market where while the legal currency is virtual(bitcoin), the products stay physical. On one hand with the design we tried to communicate with the UBS bank which was located on the site and on the other hand we also tried to express the idea of being open-source , accessible for everyone, which is one of the basic elements of the bitcoin system.
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2.1 CONCEPT DIAGRAM object vs image
DIGITAL TRANSLATION
= translation of the physical = mutation transformation change
CONVERGING LENS TYPE1
DIVERGIN
CONVERGING LENS TYPE 2
O 2F
F
F
2F
2F
F
F
2F
2F
LIGHTCONE
F7 F6 F1
P.2 P.3P.4 P.5P.6
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LENS TYPE 3
LENS TYPE 3
F3
LENS TYPE 3
LENS TYPE 2
LENS TYPE 1
F2
LENS TYPE 2
P.1
F5
F4
After the analyses of markets, shopping centers, shopping streets etc. with the focus on storefronts we had to come up with an idea which makes our vertical tower function as a market and expresses the difference between physical and digital reality. We used the storefront as an analog-medium which translates for the pedestrians the inner physical products into “digital images”. The medium is a lens - an analog tool which digitalizing (transforming, translating, mutating) the physical. According to the lens type ( converging, diverging) ,the diopter and the distance, the image varies. While the pedestrians move along Park Avenue they experience different distortions from the product which are exhibited inside.
DIVERGING LENS TYPE 1
2F
F
2F
2F
F
F
2F
LIGHTCONE
F7 F5 F8
P.8 LENS TYPE 1
P.7 LENS TYPE 4
LENS TYPE 3
P.5P.6
LENS TYPE 3
F
CONVERGING LENS TYPE 3
LENS TYPE 1 IMAGE: magnified inverted
LENS TYPE 2 IMAGE: magnified upright
LENS TYPE 3 IMAGE: demagnified upright
LENS TYPE 4 IMAGE: equal size inverted
(2F > P.1, P.8 > F
(P.2,P.3 < F)
(P.4,P.5,P.6 > 2F)
(P.7 = 2F)
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2.2 DESIGN PROCESS component definition
LENS DESIGN
double lens positioning
R1 - r1 > R2 - r2
DOUBLE-LENS COMPONTENT
lens functions
LIGHT - CONE
CAPTURE ZONE
STOREFRONT - CONE
COMPONENT COMBINATIONS
exposed
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orientation, arrangement
semi-encolsed
semi-exposed
enclosed
SHOWROOM
section diagram
STRUCTURAL CONCEPT
_core reduction --- 50 % _moduls are attached to the core _cones trim the columns
PARK AVENUE
49TH STREET
48TH STREET
PARK
AVEN
UE
PARK
EXISTING STRUCTURE perspective
AVEN
UE PROPOSAL plan
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1.3 PLANS +15 M
+80 M
+160 M
12.5
44
25
50
1.4 SECTION A
Aâ&#x20AC;&#x2122;
+160 M
+80 M
+15 M
PARK AVENUE
12.5
25
50
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3D print - double-lens
3D print - double-lens
3D print - lens and cone
3D print - lens and cone
MEDIUM,
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translation
-
physical
,
digital
3D print - structure
3D print - structure
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CYN ,EUNEVA KRAP
sretrauqdaeh
NIOCTIB
retsemeSremmus_4102 dihsaR_oiduts
SINGAPORE
Ă&#x153;BERPORTdeepFutures 2013_winterSemester studio_Rashid
MALAYSIA
SINGAPORE
3.0 ÜBERPORTsingapore
project descroption/site condition MALAYSIA
We think that in the future keeping the balance between the different speed levels will become SINGAPORE an important issue in architecure and urban planning. While many developments support high speed movements we also have to take care of the opposit by creating space for “low-speed”. The project investigates the differences between fast and slow architecture while focusing on keywords: DIRECTED, ENCLOSED-REOPENED and SEPERATEDRECONNECTED. The new transport hub replaces the existing Johor earth tongue with an elevated and an underground connection and uses the hub’s generated energy for sea water desalination. As a result, the project proposes a prototype for transporthubs of the future and also tries to find solutions for current issues in Singapore (land-shortage, water-shortage, conflict with neighbours etc.).
ore ap sia g Sin alay M s
ait
tr rS
o
Joh
Site plan
Singapore’s subway network 2009
50
Singapore’s subway network 2013
Singapore’s subway network 2040
view from Johor Straight west side SINGAPOREAN TERRITORY
view from Johor straight east side SINGAPOREAN TERRITORY
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3.1 FORMAL STUDIES
component design by using predefined keywords: underground-fuzzy
component evolution
step_1
step_2
step_3
step_4
step_5
intersection variations main terminal prototype view 1
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prototype view 2
prototype view 3
r aine cont
ship
path
PLAN 0
MALAYSIA
50m
100m
parking zone
TERMINAL 1 A AYSI MAL ORE P A SING
th ry pa
fer
TION Y STA R R E F
ait
Str ohor
J
TERMINAL 1
artificial pond system + fresh water storage desalination plant area
SINGAPORE
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