ARCHITECTURAL PORTFOLIO
Gizem Yetiş
2017, Oct. - 2018, Feb. Mars Home Planet Urbanization Challenge
2016-2017, Spring Semester Advanced Digital Design Studio II
2016-2017, Spring Semester Performative Architecture Lab.
2016-2017, Fall Semester Digital Design Studio
2016-2017, Fall Semester Interdisciplinary Design Studio
2015-2016, Spring Semester Architectural Design Studio VI
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CONTENT
MARTIANIZATION
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SNOWFLAKE PAVILION
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BERLIN ART CENTER
INTERPLANETARIUM
RIBBON
TRANSPOSITION
page 1-6
page 7-14
.......... page 15-20
.......... page 21-26
.......... page 27-32
.......... page 33-40
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MARTIANIZATION
2017, October - 2018, February| Launchforth & HP Mars Urbanization Challenge Instructors : Arzu Gönenç Sorguç Afşar Saranlı Elif Sürer Aydan Erkmen
Team Members: Gizem Yetiş Ozan Yetkin
In this international competition the main aim is to imagine how 1,000,000 people can live on Mars. Our group was the only official representative in Turkey in the scope of Education League. Our plan is to eliminate the mistakes we did during the construction of Earth Life and protect the Mars Habitat and keep harmony with it. In order to do that, instead of generating a life with huge buildings and constructions; we start with people themselves. They are their own residence with soft, tangable, adaptable, modular and mobile kinetic structure. When any social need occurs those persons and their structures merge and generate a larger and more capable one.
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CONCEPT IDEA FOR NEW WAY OF LIVING
Mobile Shelters: Each humanbeing has her/him own mobileshelter to live inside. These shelters can move freelyand connect with other shelters and structures tomeet, produce and share knowledge.
Folded Structures: This type of structure is easy to handle, construct and move. The exible disposition makes humanbeings more mobile, and can give good opportunity to organize inside of shelters.
Common Spaces: Mobile people with mobile shelters can connect to big common spaces to take a rest or have agood time whenever they want. These spaces aredesigned to make newcomers of Mars feel good.
Production Spaces: The only constant structures are production spaces. They are fully automated, and mobile shelterscan be connected to produce energy, gain food and enhance these areas.
Network: Mobile shelters have all the information about othersand production or common spaces on their screens. Ifanyone needs something, they can reach thecommon mind and/or resources.
3 mars urbanization challenge | MARTIANIZATION
CONCEPT IDEA FOR STRUCTURE PATTERN
Main Core for Vertical Circulation Secondary Circulation Central Space of the Structure
termite shelter
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SNOWFLAKE PAVILION
2017 | Ankara, Turkey | Advanced Digital Design Studio II Instructors : Arzu Gönenç Sorguç Müge Kruşa Fırat Özgenel Mert Ozan Katipoğlu Ramin Rasulzade
Team Members: Gizem Yetiş Kubilay Şahinler Ozan Yetkin Süleyman Demirel
Sponsor : Nurus Dark Zone
This pavilion is based on two main subjects : morphology of snowflake and inside being bigger than outside. Morphology of snowflake teaches us that each snowflake regenerates itself in accordance with the environmental factors such as temperature and humidity. It has a unique structure based on point symmetry and hexagonal grid. The mathematics of a snowflake inspired us to build a pavilion having both units and structure that show the characteristics of a snowflake. Since a snowflake has no specific characteristic for a specific location, this led us to design a pavilion which belogns to nowhere, but also everywhere. This is why we end up lots of instances that can fit any location that can be imagined. The question of inside being bigger than outside also led us something experimental. We imagined the ways to show immaterial on a solid material. With virtual reality technologies, we represented the instances as much as we can, and with projection mapping on the pavilion’s surface inside became bigger than outside. For the video:
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SNOWFLAKE MORPHOLOGY r
h
PLAN GENERATION
y
x
ENVIRONMENTAL FACTORS h
ENTRANCE GENERATION
r
f
SECTION GENERATION
d
GRID GENERATION d
variable
parameter
r
temperature
h
temperature
x y f d
humidity humidity mass ratio ground clearance
outcome
inside bigger than outside | SNOWFLAKE PAVILION
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3D MUTATION MATRIX connection members
degeneration of form space inside units 2D-3D relation
solid surfaces
rotation inside units hybrid space
NETWORK GENERATION
environmental factors
main form
unit inside
layer organisation
form of snowake
outside
temperature & humidity
branches
projection mapping
network radiat. analysis struc. analysis
structure
This matrix explains that every change in units or form related to other changes. Each parameter is related to one other so if one parameter is changed, the others related to it on the matrix should change.
UNIT VARIATIONS
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TOP VIEWS OF OTHER INSTANCES FOR DIFFERENT LOCATIONS
RADIATION ANALYSIS OF CHOSEN INSTANCE IN MIDDLE EAST TECHNICAL UNIVERSITY, FACULTY OF ARCHITECTURE
CHOSEN INSTANCE’S FINAL FORM & PLAN & SECTION
11 inside bigger than outside | SNOWFLAKE PAVILION
VISUALIZATION OF PAVILION
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TIMELINE OF THE CONSTRUCTION
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DAY 1
...
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............................................. ............................................ DAY 2
DAY 3
13 inside bigger than outside | SNOWFLAKE PAVILION
DAY 5
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...
...
...
............................................................... DAY 3
DAY 8
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BERLIN ART CENTER
2017 | Ankara, Turkey | Performative Architecture Lab. Instructor : İpek Gürsel Dino
The aim of this laboratory is to understand how one should think of the weather data as a prior parameter on computational design. To understand and apply performative architecture concerns and techniques, a concept function and location are selected. As a start, a simple rectangular prism is chosen and with the climatic analysis of Berlin, this form is transformed into other ones. For the final mass organisation, two separate ones are decided. One is serving as a public space while the other one is serving as an exhibition. As a second step, a generative shading device is applied on façades of the optimum form. A simulation based on the weather conditions optimize the form, façades, and windows and by doing so buildings can perform more efficiently.
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DECIDING FORM:
There are two main approaches to decide : making the radiation and sunlight analyses and playing with the mass. Lots of analyses were taken while playing with the mass with respect to weather data that Berlin has. Radiation Analysis
First Instance
Sunlight Hours Analysis
South View
West View
East View
North View
Radiation Analysis
Second Instance
Sunlight Hours Analysis
South View
West View
East View
North View
Radiation Analysis
Third Instance
Sunlight Hours Analysis
South View
West View
East View
North View
Radiation Analysis
Sunlight Hours Analysis
Radiation Analysis
Sunlight Hours Analysis
Radiation Analysis
Sunlight Hours Analysis
17 performative architecture | ART CENTER IN BERLIN
DECIDING THE OPENINGS & SHADING DEVICE:
After the optimization of the mass form, it is time to decide the windows for gathering the optimum amount of daylight. And with the daylight analyses for each instance, openings and shading devices are optimized just like the given mass. 21st June @ 12.00, Public Part - 50-500 lux, Exhibition Part - 50-300 lux First Instance // without shading
Second Instance // with shading
Third Instance // with shading & openings
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19 performative architecture | ART CENTER IN BERLIN
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INTERPLANETARIUM
2016 | Ankara, Turkey | Digital Design Studio Instructors : Arzu Gönenç Sorguç Müge Kruşa Fırat Özgenel Mert Ozan Katipoğlu Ramin Rasulzade
Sponsor: Dark Zone
This studio made us imagine and question ‘boundless boundaries’ . Each of us created unique universes with unique creatures. The project’s main hard part is that everything that you can imagine in 3D world should be done in 2D screens. No mock-ups or no models would be final representations. The medium was virtual reality goggles. Throughout the semester, this was the main object at issue, and the whole studio tried to show her/his universe with limitless imagination and freedom. And here is my ‘boundless boundary’ : In a far far away galaxy, there is a planet called ‘Polypus’. One day, an explosion happened and some of the families For the video:
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Table 1 : Showing the families’ characteristics and energy need. They will choose a path in accordance with their energy needs.
Table 2 : Showing the planets and their moons in accordance with their scales and light they produce.
23 ying in/on/over boundless boundaries | INTERPLANETARIUM
Table 3 : This table shows the parameters on a matrix. The main aim about this matrix is to show what path shows what mutation and how it happens. By doing so, a consistent design process and design itselfcan be achieved.
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fig1: showing the universe that is created and the paths for ‘families’ to travel in for fulfiling the energy they need.
fig2: showing the part of a path that ‘185 family’ travel in and other paths for other families.
25 flying in/on/over boundless boundaries | INTERPLANETARIUM
ďŹ g3: showing the universe and the paths
ďŹ g4: showing the time right before entering inside a planet.
ďŹ g5: showing the places that two families who need same kind of energy meet and produce more energy.
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RIBBON
2016 | Ankara, Turkey | Interdisciplinary Design Studio Mentors : Arzu Gönenç Sorguç İlhan Konukseven Sponsor : MITENG
Team Members: Gizem Yetiş Ekin Sancak Hasan Soycan Aygen Savaş Hakan Yıldız İsmail M. Taş Hüsnü Şener
This studio’s main aim is to work in a harmony with different proffesions. In this team, with two architecture and four engineering students, the main design problem is the electricity lines and how to transform these lines into aesthetic landscape elements. Until now, electricity lines have been mostly considered as an infrastructure problem, but today, this problem turns into something new and exciting : how to improve city silhouttes with the help of aesthetic electricity pylons. With this excitement, a parametric structure with smart solutions, brand-new technologies and capability for regenerating itself in every location is proposed.
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FORMAL DESIGN PHASE
Structure Dual Design Arrangment of Conductors Arrangment of Insulators Safe Design Arrangment of Ligthning Rod
DETAILED DESIGN PHASE Structural Element Structure Material
Tubular Pipe
Polygon Pipe
Stainless Steel
L-ProďŹ le
Struct. Steel
Cast Iron
Coating Material
Galvanize
Paint
Galvanize + Paint
Montage Type
Welding
Bolting
Self-locking
Warning Sphere
Paint
FRONT VIEW current height : 32 m proposed height : 39.5 m
aesthetic electricity pylons | RIBBON
Flourescent Laser
RIGHT VIEW current width : 9.5 m proposed width : 18 m proposed span between legs : 6 m
TOP VIEW current footprint : 9 x 9.5 m proposed width : 18 x 16.75 m
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STRUCTURAL SYSTEM current : truss system proposed : truss system
phosphorescent paint on warning spheres
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..
DISTANCE BETWEEN INSULATORS current : 5.6, 8.2, 6.1 m proposed : 6.1 m with a 60o distribution
INSULATOR TYPE current : string insulator proposed : rod insulator
insulator
decrease on electromagnetic field
paint galvanize structural steel (pipe section)
MATERIAL LAYERS: current : galvanize, structural steel proposed : paint, galvanize, structural steel
PROTECTION to lessen the ice load and prolong the galvanize’s life, hydrophobic paint is proposed.
MONTAGE with less amount of connectors, easy assembling can be achieved.
4m 2.55 m 12 m
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TRANSPORTATION with one regular lorry
parametric design for every country’s regulation
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electrical conductor
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31 aesthetic electricity pylons | RIBBON
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TRANSPOSITION
2016 | Ankara, Turkey | Architectural Design Studio VI Instructors : Zeynep Mennan Rüya İpek Balaban Egemen Berker Kızılcan
In a culturally rich city, New Media Art Center can be a breathtaking space for the hearth of İstanbul, Taksim Square. Being nearby Atatürk Cultural Center and the Square shapes the project directly. The area hosts a car-parking area now, so this function should remain as it is while combining it with the art center. The main idea is to meld these two significant functions into each other to increase the sense of Taksim.
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SITE PLAN
STRONG PUBLIC SPACES WHICH ARE HARDLY USED
HIGH DENSITY AREA IN BETWEEN IMPORTANT TRANSPORTATION ROUTES
POTENTIAL FOR ALTERNATIVE PUBLIC SPACE
new media art center | TRANSPOSITION
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car parking urban platform new media art center car parking
urban platform new media art center
INSTEAD OF LAYERING HORIZONTALLY, A TRANSPOSED DEVELOPMENT IS PROPOSED TO MAKE MORE SUSTAINABLE, FUNCTIONAL AND USABLE CAR PARKING LOTS
-3.60 Floor Plan
NORTH ELEVATION
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-7.80 Floor Plan
-12.00 Floor Plan
Exhibiton Floor -16.20 Floor Plan
Car Parking Floor -20.40 Floor Plan
LET LIGHT & AIR IN AROUND CAR-PARKING TOWERS
PUT LED SECREENS TO INFORM ABOUT ALL ART EVENTS IN ISTANBUL
COVER THE TOWERS WITH GREEN ELEMENTS TO REDUCE CARBON EMISSION
SECTION AA’
EAST ELEVATION
37 new media art center | TRANSPOSITION
SECTION BB’
SECTION CC’
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SECTION DD’
39 new media art center | TRANSPOSITION
a
b
detail1 : automatic car parking a : Hoistway with the mechanism on top b : Steel structure
detail2 : light transmitting concrete c : Light transmitting concrete d : LED plate e : Building structure
d c
e
detail3 : glass & mesh connection f : Glass oor g : Wooden bracing& waterproof layer h : Mesh i : Building structure
f g h
i
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THANK YOU