Landscape Design Portfolyo

ASLIHAN ŞİŞLİ landscape architect

PORTFOLIO

COLLECTION OF LANDSCAPE DESIGN PROJECTS 2016-2020

contact

Aslıhan Şişli Landscape Architect Istanbul, Turkey +905435102759

index

CV_Aslıhan Şişli The art of the noise, Istanbul/Bakırköy Atatürk Airport _Graduation project Sound weaving, Identity,

Kocaeli/Hereke _Landscape Design IV

Beykoz/Küçüksu _Landscape Design III

Co-Production, Terrain vague,

Izmir/Konak _Landscape Design II Çatalca/Ormanlı _Landscape Design I Üsküdar _Pre porject Taşkışla _Pre project

CURRICULUM VITAE

EDUCATION 2014 / 2020 Istanbul Technical University Faculty of Architecture

CONTACT

2015 Studio Cambridge (England/Cambridge) *language school

sislia@itu.edu.tr Kadıköy/Istanbul, Turkey

2009 / 2013 Havza Anatolian High School

INTERSHIP EXPERIENCE nursery intership, 2018 summer term Riviera Gül ve Orman Fidanlığı, Istanbul/Turkey construction intership, 2019 summer term Miraç-Yol Altyapı Üstyapı İnş. San. ve Tic. A.Ş, Istanbul/Turkey

office intership, 2019 summer term HET PEYZAJ KENTSEL TASARIM AR-GE LTD.ŞTİ.

Istanbul/Turkey

+905435102759

PERSONAL DETAIL

SKILLS Photoshop

Female

Autocad

01.04.1994 - Samsun, Turkey

Premier

Driving licence - B

Illustrator

English level - B2

Indesign Sketchup Lumion Rhino 3DS Max

INTERESTS graphic design cycling sailing violin theatre painting sculpture series-advertising sets

the art of the noise

Bakırköy / Istanbul, Atatürk Airport Spring 2020, graduation project

core juri members

assistants

guest juri members

Assoc. Prof. Dr. Meltem ERDEM KAYA

Res. Assist. Elif SERDAR

Assoc. Prof. Dr. Deniz ASLAN

Assoc. Prof. Dr. F. Ayçim TÜRER BAŞKAYA

Res. Assist. Nergis AŞAR

Lecturer. Dr. Gökçer OKUMUŞ

Assist.Prof. Muhammed Ali ÖRNEK

d a i l y f l i g h t r o u t e i n g e n e r a l a v i a t i o n

Ataturk airport has an important place for our country both politically and culturally. According to the historical heritage of the airport, which has the value of the Republic, a design concern was raised. And in order for this value to survive, a transformation was proposed to a theme park where flights are experienced at the domestic and international terminals.

Flights in the area have ended, but there are still ongoing flights in general aviation, and these aircraft are generally jet aircraft, making more noise than passenger aircraft. The negative impact of noise on living things was also included in the researches and it was emphasized that sound level and noise control are important as a requirement of the treatment environment in the psychiatric hospital in the district.

In this context, it was aimed to keep the memory of the runways that lost their functions and to reduce and transform (thanks to piezoelectricity) the noise pollution caused by the existing flights. Even if the noise does not disappear completely, it is reduced by half with the use of topography. With this designed topography, dust pollution caused by existing flights is also prevented and different areas of use are proposed in the formed spaces. Thanks to the noise in this area, where the sound integrations are made, the area almost becomes a laboratory area.

The created areas are designed to be transformed into areas that can allow living things to live when necessary.

An acoustic area was designed for the proposed festival area to protect the fauna in the forest, which will take place years later. The intense sound of the concerts that will take place along the broken track will not reach the surrounding creatures and will also be covered with piezo electric material.

The memory of past flights and the region will be preserved by reducing and converting the negative impact of existing flights.

Runways are broken and turned into a quiet area even though it is a very noisy area before. And the existing flights are offered the opportunity to be observed in a quiet area, which causes a perception to break.

A number of roads reveal important historical events in the history of the airport and the historical route of the airport, which is re-followed by randomly written signboards written by the artists of the region.

In addition to preserving the vehicles that characterize the flight history, it will also develop as a cultural center that organizes different character congresses, discussions and events.

This part is equipped with a large acoustic pipe that transmits the reinforced sounds of the outside world to an acoustically insulated room. The pipe, which can be turned by hand, can be directed to external sound sources to listen and interpret the auditory context of the space from the isolated room.

sound weaving

Hereke/Kocaeli Fall 2020, landscape design IV

studio tutor Doç. Dr. Gülşen AYTAÇ Res.Asst. Merve AYDIN

SOUND WEAVING Kocaeli / Hereke

A noise prevails in the Hereke region due to the mentioned sources. The continuous sound of the factory and the quarries that are detonated every two days have an extra negative effect on the inhabitants

‘’Basic sound sources in the field’’

Could this negative situation turn into a good situation at once? Can these large gaps be both functionalized and reduced noise, and at the same time an energy can be obtained?

Societies in parallel

by Generations

Social agreements Acoustic balance

Resources

Utility availability depletion/ consumption Acoustic ecology

Soundscape Quality of life

Environment

Perception understanding

The factory has been the pioneer of many initiatives.

-It is among the factories employing the first female workers.

-It has created job opportunities for nearby villages.

-The development of carpet weaving in the region and the region merkezi ıc the center of carpet weaving ’’ as the occasion.

-Factory pioneered the establishment of the first fire department.

-The production of the factory in the schools of the municipality, carpet and textile departments were opened.

-The factory, which was established by the sea, had active contributions especially in the development of sports related to maritime.

-The recruitment of factory employees from the neighborhood, the retirement of those who are mostly settled in the region, the region’s economic strengthening and the population has increased significantly.

Noise can be defined as “unwanted sound”, and an audible acoustic energy that adversely affects the physiological and/or psychological well-being of people, or which disturbs or impairs the convenience or peace of any person.

Education expectation experiences

It was concluded that a 10 dB reduction would seriously reduce the noise

Can noise (sound) energy be converted into viable source of electric power by using a suitable transducer ?

I. Senario: Thanks to the piezoelectric sticks, the city which is already productive in many ways, is also produce energy.

The sticks that convert the existing noise into energy can also be transformed into various urban furniture according to the usage area and purpose, and also present a visual feast to the people.

Senario II: According to Schilport Airport project measurements and calculations have shown that the ground noise is distorted and dispersed, as it were, by oblique planes.

One could say that the invisible ground noise in the ground ridges is made visible.

These calculations are also suitable for sloping terrain and the quarries are cutting and filling as if patching.

Like the loops escaping from the knitting, the quarries in the city form big gaps.

A sound Barrier Wall wall can be constructed to reduce the noise of the plant and store energy.

The factory and highways cause intense and continuous noise pollution.

Panels can be added to the highways, both reducing sound and converting it into energy.

There are some negative conditions caused by the factory.

The city was like an escaping loops of a knitting and deterioration was observed in most places (caused by quarries).

These deteriorations can be classified as air pollution, noise pollution, water pollution and soil pollution. Considering other factors (traffic, schools, mosques, and urbanization), I decided that noise pollution was the most important factor affecting quality of life. At the same time, I observed that it was a self-eating city, and I realized that I had to resort to a way of production. This production should have been made by turning a negative situation into a positive one. I asked if I could get the energy that the city needs from noise pollution and I started researching. In addition to the project I cited, I learned that piezoelectric production was tested in ITU, salt and maritime faculty. However, there was also a piezo electric disk used and the energy obtained was very low. Later as we continued the research i found researchers form Sungkyunkwan University (Republic of Korea) are generating new nanomaterials that can capture very minute vibrations and produce energy.

They used zincoxide nanowires and graphene sheets. Using zincoxide nanwires they were able to produce 50mV. We even found piezoelectric fibre composite materials are capable of capturing vibrations and produce energy, study on this materials made to visit Department of Applied Physics, UPC. With the discussion with Diego Ocha we were able to understand the properties of the materials. We started applying sound on the piezoelectric fibre composite material strips of varying width and found the one 54mm wide gave us more output of about 3.5 V/sec the maximum and was giving a output of about 1.75 V/sec on an average. This made us to use the materials as an important element for our design and we started developing a component. (http://www.iaacblog.com/programs/soundscape/) Sound is everywhere. When we go deeper in nano-scale; we can realize that every particle has its’ own movement, vibration and sound. Even our body, organs and movement have the specific vibes. Imagine capturing this great noise; and converting it to something incredible. Sound is a bubble, which we live in, and it is a significant over if you know how to look and see it. More than being a space, i am proposing an experimental atmosphere, which you can live, feel, contribute, experiment and experience everything depended to sound. This experience are not only considered as understanding sound properties, but also creating empathy and interaction between participants, at the same time producing energy.

Main aim of design from the bigining to play with unseen and exciting properties of sound.

The added value of Soundscape is proposing a new alternative to energy generation, which is sound. The aim is to make people be aware of their own potential power and they can be future energy generation devices. As we mentioned before, Soundscape is proposing an incredible potential for new human generation…energy is in the air, energy is within the particles, it is inside us… Soundscape is future…“it is a new Humanism…”

NOISE MAP

Quarry

Quarry

Factory (humming) Cement Plant (explosion) Hammer Bird Traffic

Nuh Cement Factory

Semi-trailer truck Wind People Children Water Leaf Cat Knives and forks Azan Airplane

The noise pollution caused by the heavy traffic and the factory negatively affects the schools and settlements which have a high number.

SCALE 1/200

SCALE 1/200

Main aim of my design from the bigining to play with unseen and exciting properties of sound.

The added value of Soundscape is proposing a new alternative to energy generation, which is sound. The aim is to make people be aware of their own potential power and they can be future energy generation devices.

The roofs that dispersion the sound also provide the opportunity to use it for shelter in extraordinary situations.

One side of the roof is covered with soil and recreation is provided, while the other side acts as a barrier to break the sound thanks to the concrete covering. It also turns into a climbing wall and playgrounds that can be accessed.

Photovoltaic noise barrier at the D100-motorway, the Kocaeli/Hereke large photovoltaic (PV) energy system has been integrated into a noise barrier at the D100-motorway near Izmit motorway. The PV-system consists of 2160 modules with module inverters. scale 1/20

Name and location PV noise barrier along D100-motorway, the Hereke Operates since 2020 Rated power 220 kW Annual yield 176 MWh Number of modules 2160 Shell Solar cSi modules Total PV area 2200 m2 Module mounting Tilt angle 50° Utility interconnection 2160 module inverters

scale 1/500

Piezoelectric sticks can be shipped according to their usage.

Not only energy-producing sticks can produce forms that are transformed into seating elements and lighting elements as needed

Küçüksu_identity

Beykoz/Istanbul Spring 2019, landscape design III

studio tutor Assoc. Prof. Dr. F. Ayçim TÜRER BAŞKAYA Res.Asst. Duygu ÖZGÜR Res.Asst. Emine ÇOBAN ŞAHİN

Today, global warming has become a problem which has caused huge problems and has been increasing. The floods that we are constantly facing are a small effect of this fact.

We have to consider that we cannot prevent this process as designers. But we can slow it down. How Does ? Even with the choice of a flooring material we use, we can contribute to this slowdown. We need to create permeable surfaces, not impervious surfaces. We must allow the natural flow of water. Or we should be able to direct it correctly. At this point, the distribution of people is very important, we should be able to direct and distribute the people in an equal way with our designs. Or we need to identify new areas and reinforce their feelings of unity. I think that our designs are strengthened to the extent that they respond to them. In order to do this, we need to get to know the area we are working on. He doesn’t learn his past very well and we need to understand. So I started by studying the historical process of the field. As a result of our analysis, I have encountered more than one problem in the field. The fact that the place, which was previously used as a festival area, became a car park and was transferred to ISPAK has upset me. When I examined the historical process of the area, I realized that some identities about the field began to dissappear. Furthermore; this area had a lot of problems ( flood, park area, festival).

Firstly, I proposed the solution to these problems. Thanks to I designed a parking lots, it is created more comfortable areas for native people. And I designed one rising structure that when flood, it is used vista point and a structure above water. This elevated walk way, made of recycled steel, overlooks the rectangular warehouses, which also are accessible from a lower level.

I was inspired by the flood map when designing this building.

This structure is also bridge with today and the future. I want to create a new identity by interesting the past, present and future.

I want to restore the lost identity in field.

Co_Production

Konak/İzmir Fall 2019, landscape design II

studio tutor Doç. Dr. Ebru ERBAŞ GÜRLER Res.Asst. Merve AYDINLI Res.Asst. Arzu TÜRK Res.Asst. Çisem DEMİREL

CO-PRODUCTION/FORMATION

Terrain Vague

Çatalca/Ormanlı Spring 2018, Landscape Design I

studio tutor Assoc. Pro. Dr. Meltem ERDEM KAYA Res.Asst. Elif SERDAR

TERRAIN VAGUE Çatalca/Ormanlı

Terrain Vague

Üsküdar Fall 2017, Pre project

studio tutor Assoc. Pro. Dr. Meltem ERDEM KAYA Res.Asst. Elif SERDAR

TERRAIN VAGUE Üsküdar

1/500 master plan and sections

Terrain Vague

Taşkışla Fall 2017, Pre project

studio tutor Assoc. Pro. Dr. Meltem ERDEM KAYA Res.Asst. Elif SERDAR

TERRAIN VAGUE Taşkışla