body gestures clothes ...
+
Individuals AT HOME
OUTSIDE
little effect over the boundary
more effect over the boundary with social interaction
digital personal background
people come together in city in different patterns, which is changing upon time
building
people always get together for activities - however - as location based social networks arise, the chance of getting together for activities with the
ground level
people we don’t know yet, becomes an important point
city turns into a big scene of unintended activities in between - no program for meetings - games - ...
public space
underground three of these conditions defines what kind of activity will be held in the area. They are the physical boundaries that form with human activities and define them.
worldtransformsitself
P1
what would be the new typology and (topology) of public space in the time of location based social networks
shorter buildings - larger streets - pointed layout
sections in different states
taller buildings denser population gathered layout
shorter buildings scattered layout
deforming city fabric
different states
two instances of the density of people
checkin data
possible other designes from different particle clouds
growing space the instantenously created space will stay after the activity has been changed. almost like for a week period space will remain and the other activities will join and make the space grow through those new activities
distributed art institution there will be no information storage that we learn about things, but P2
only a constant experience that produces new information each time
related to that interactive performance, I shaped this sculpture as a solid form of the different states changed in the transformation
i m dealing with interactivity - try to create a new communication method between people through geometries
floor / ceiling interaction is what I intented to show for negotiation of boundary between neighbours
this changing shape on the facade seems interesting
particles invisible
particlespolarized visible
when a user charge a surface in city and particles start to accumulate over that surface notr
+ notr
there are n points
notr notr notr
-
-
+
-
+
-
- + - - + - + ++ + - +
+
-
n/2
1 3 5 7 ----
+
+
+
+ -+ +
2 4 6 8 ---1+
1+
-2
attractors
charge
-2
1+
1+
+
-
bonds
the bond are formed between two sets of particles depending on the distance between particles the radius of the particles changes and the strength of the bond
+
-
n/2 *particle number
------------- ----------- --
-2
charge attractors attractors
-2
charge
sound
sample generation manipulation transmission external sound receiver vibration
wind vibration
painting color receiving gradient color fog
bacterias
defining pH degree
water - culture institution in meatpacking
P3
digital fabrication - exhibition wall
P4
The parametric exhibition wall, change it’s shape accordingly to the manipulation of two surfaces, in direct relation.
Assembly method
surface A surface B
Parameter A: manipulation of the two surfaces Parameter B: determination of the layers in Z-axis
fibrous structures
P5
life proposal in kadikoy
P6
Boğaziçi University Life Sciences Building ŞANAL architecture - planning My role is to get involved into the design and developing BIM system for the design process of the Science and Technology Center building.
A campus to inspire the scientific mind set in the natural ecology of the Bophorus.Context of multi-disciplinary research and innovation for the 21st Century: RASATHANE SCIENCE & TECHNOLOGY CAMPUS is envisioned as a mix of university long-term research and advancement of knowledge application to end-users. This new campus plan in the Üsküdar Rasathane peak unites the ongoing pursuits and goals of BOGAZICI UNIVERSITY and Istanbul Greater Municipality’s aspiration to revitalize the urban cores. The master plan for the 300,000+ m2 campus calls for a multiple phased full build-out of 30,000 m2 of project based research, laboratories, learning areas, communication areas, social life, visitor areas, cultural activities and open space. The plan for BUKK combines an intricate play between urban design, architecture and complex programmatic requirements of specialized advanced research and social-life. The designing a new advanced science center hub along the Bosphorus in Istanbul meant a precise notion for the facilities of a global research hub that could simultaneously work as a dynamic urban design concept and become an inspiring architectural expression.
project team:
Alexis Sanal Murat Sanal Merve Akdağ Öner Orkun Beydağı Hazar Arasan
The ambient qualities of urban ecologies as we as civilizations create them in specific geographic locations are coming to the forefront of cultural production. With the advent of digital media and environmental consciousness more than any other point in human history we are able to access the formal qualities of the ambient environment in terms of the built, social and natural environments. Through sensors, databases and visualization we can collect information on the ambient dynamics of cities, sound, light, air quality, acoustics, human movement, ecological dimensions, social preferences and their multiplicity of interactions. And while social media and global commerce has transcended the confines of place, its impact on culture has made place-centric experiences and spatial awareness more important not less. RAP PAR, a team from Istanbul, Turkey, proposes a sound and light installation, namely Augmenting Spatiality for Abercrombie Lane. The installation’s premise is to reveal specific ambient qualities of Sydney and Istanbul as distinct urban ecologies, but also like a cultural exchange, put their sampled qualities into a dialogue that responds to one another. The dialogue will be framed on a spatial narrative referring to ‘equal’ volumes of spaces to create sequence, compression, gateway, perception and extension in the formal geometry of the space. Abercrombie Lane was specifically selected as it is the only site that is common to many of the urban spaces in Istanbul, but also as it does not receive direct sun to the ground which creates a very suitable environment for light installation. RAP PAR is taking Beyoğlu-Karaköy axis as its main spatial center to collect sound, and specifically İstiklal Street as the ‘main spine’ (with particular resemblances with the George Street, including current urban transformation urgencies) to form the background sound vocabulary of ‘equal’ volumes that are connected to this main axis. Project Team: Artist-Refik Anadol, Curator-Pelin Dervis, Architect-Alexis Sanal, Orkun Beydagi, Media Designer-Sebastian Neitsch, Music-Kerim Karaoglu
RAP-PAR: augmenting spatiality installation
My role is to test the difficult construction solutions in BIM environment and construction site coordination Providing over 800+ cars, public gathering for 1,000+, and four open park landscapes for engaging the city. Where else in Istanbul to have snow gardens, a spring blossom park, sunset decks, a level sloped path to walk, lots of easy to navigate parking, bi-modal transit access, a market place for specialty goods, the outdoor theater of urban life, a public venue for cultural events…then the precipice of the PERA / GALATA / SIŞHANE / TÜNEL districts of BEYOĞLU, Istanbul
Şişhane Park ŞANAL architecture - planning
39.10 38.68 Hmin=300cm
METAL PROFIL
38.35
KAYNAK HİZASI
METAL PROFIL
90°
34.00
AHSAP KUPESTE
KAYNAK HİZASI
39.50
AHSAP KUPESTE
36.80
0° 0°
MİNİMUM KATLAMA AÇISI
5° 5°
MAKSİMUM KATLAMA AÇISI
KÜPEŞTE BAĞLANTI ELEMANI
36.80
PEN KONUMU- RAMPA H KOORDİNASYONU
Hmin=300cm
40.30
PEN KONUMU- RAMPA H KOORDİNASYONU
36.10 33.40
37.00
36.10
34.00
35.35
34.50
34.50
34.50 35.15 34.00
34.00
40.40
34.50
35.00
PASLANMAZ ÇELİK DİKME
4900
34.70
34.45 34.45
39.90
34.70
29.40
İÇ 34.65
DIŞ
39.75
36.35 37.90
34.00
34.30 Hmin=230cm
34.30 34.00
20°
20°
KATLANMA HİZASI
KAYNAK HİZASI
35.00
31.60
KATLANMA HİZASI
39.35
34.90
36.10
ZEMİN BAĞLANTI ELEMANI DETAYI
KAYNAK HİZASI
37.30
32.40
34.00
33.00
33.20
AÇILMIŞ GÖRÜNÜŞ
38.75
33.00
34.00
35.80
34.65
KAYNAK HİZASI
KAYNAK HİZASI
39.00
34.10
34.00
37.00
ZEMİN BAĞLANTI ELEMANI DETAYI GÖRÜNÜŞ
8250
concrete construction plan
handrail manufacturing detail
project team: Alexis Sanal Murat Sanal Begüm Öner Orkun Beydağı Cibeles Sanchez
4050 4000
3960 3980
4070
3896
4070
3925
3929
3890
4050
3876 3861
3830 3800
3961
3961 3959
3411
3690 3635
3790
3791
3792
3751
3800 3450 3720 3679 3611
3500
3400
3653
3461 3491 3671
3350 3611
3600
3581 3461
3300 3460 3465
3400
3250 3495
3200
3401
3401 3401 3401
3329 3316
3236 3183
BIM site diagram
BIM stair construction diagram
SALT research library ĹžANAL architecture - planning