UNDERGRADUATE PROJECTS 2015 - 2020
Gizem Atalık
GIZEM ATALIK
I'm a Gizem. I am a graduate of Istanbul Bilgi University. My passion for architecture initiared from my curiosity of "production instinct". Throughout my education and personal experience, I pursued this instinct and I try to explore ways of architecture to evoke emotion and arouse curiosity. I try to relay my orientation to my designs. and I hope to offer people places where they can get involved and re-derive. Please enjoy the my selected works
WORK EXPERIENCE 2018 | Summer Architectural Assistant
Professional Practice l - Construction Site | Intership Mesa, Kantur - Akdaş, Artaş, Öztaş Common Attemt Tema Istanbul August - September | 2018 Istanbul - Türkiye
2019 | Summer Architectural Assistant
Professional Practice Il - Office | Intership DILEKCI Architects July - September | 2019 Istanbul - Türkiye
WORKSHOPS
2017 | August
2018 | Summer
EDUCATION
University
High School
Yerel Üretim : Kapıdağ - Erdek Summer Workshop August 14 - 27 | 2017 Balıkesir - Türkiye Hinges Mirrors & Eclipses | w/scholarship Summer Workshop June - July | 2018 New York - U.S.A
Istanbul Bilgi University Faculty of Architecture Department of Architecture 2015 - 2020 | 3.49/4 Nakipoğlu Cumhuriyet Anatolian High School 2011 - 2015
SKILLS +Digital:
AutoCAD RhinoCeros
-Grasshopper
Sketchup Adobe - Illustrator
-Photoshop -Indesing
Revit
LANGUAGES English
+Analog: Architectural Sketching Model Making
+Digital Fabrication: Laser Cutting 3D Printing CNC
Upper - Intermediate Level - B2
INTEREST -Collecting Postcards -Painting -Cooking -Travel -Photography
atalikgizem@gmail.com +905364191191
https://issuu.com/gizematalik9/docs/gizem_atalik_undergraduateportfolio
Agricultural Town
Muhit
Social Housing
Carnal Hall
Studio Project VI Housing - Kağıthane Individual Project - 2020
Studio Project V Student Center - Karaköy Group Project - 2019
Studio Project IV Corporate Housing - Çanakkale Individual Project - 2019
Studio Project III Music Venue - Galata Individual Project - 2018
Diploma Project
6
18
22
24
Promenade
Charlet
Folding
The Tunnel
Studio Project II Excavation House - Datรงa Individual Project - 2018
Technic Studio Project II Privite House - Antalya Individual Project - 2018
Short Term Project Sleeping Pod - Santral Individual Project - 2017
Basic Design Final Project Static Structure - Santral Group Project - 2017
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32
34
36
AGRICULTURAL TOWN Studio Project VI - Diploma Project
GRÄ°D
ROAD
A new grid plan is drawn with the largest gap at the center. The newly designed city plan on this grid is placed at the highest level with the old texture.
The roads placed on the grid system connect the spaces.
The changes made within the selected area on the banks of the KaÄ&#x;Äąthane Stream can be listed as building interventions on the grid plan used as a base, rearrangement of the roads and rearrangement of the shore border.
MASS
STREAM
New housing texture on grid system is recommended instead of destroyed housing weighted building texture.
The creek is pulled up to the border of the new urban void, allowing the reuse of the idle coastline with a new coastal plain.
Site Plan
New Housing
Urban Space
Sales Area
Coastal Arrangement
Agricultural town project is located on the edge of Kağıthane stream. Although the region is known for its historical texture, it has lost this texture in the last 50 years. The locations of the erased historical traces took dense residential texture and large concrete surfaces. The new housing concept built in these areas is inspired by the usage practices in the historical past of Kağıthane. As in its old texture, the production activity that benefits from the stream merges with the housing. Defines a new urban lifestyle that lives with producing. The Agricultural Town project aims for a lifestyle that is self-sufficient, produces, transforms and shares. It aims to create a strong society with the common experience of production in urban agriculture. “It offers an edible housing unit”
Open-Air Cinema
Climbing Wall
Farmers Market
Amusement Park
UNIT
production units
Site Plan
The placement of units in the field
Ground Floor Plan
Enteries of shops and housings
Site Plan
Creation of Units
Maximum Volume
Dividing the volume into grids
Dividing the volume into functions
Determination of empty volumes
Void Volume
Solid Volume
Adding sustainability units
Modülün üretilmesi Boşluk ZEMİN KAT
Doluluk
70m
Ticaret Commercial Ortak Alan Space Common
2. KAT
5m
70m
1. KAT
Yaşam ve üretim alanları için boşlukların oluşturulması. Avlu ve ana giriş boşluklarının oluşturulması. Hacmin grid sisteme göre bölünmesi İçeriği içine alan maksimum hacim..
A Tipi Konut A Type Housing
3. KAT 4. KAT
B Konut B Tipi Type Housing C Konut C Tipi Type Housing Dikey Sirkülasyon Vertical Circulation
Solar Panel
Wind Turbine
Water Recycling in the Housing roof
roof rain water potable water water tank
shared car parking
filter water tank treated water
decontamination
dirty water
17,20
Güneş Enerjisi
17,20
Rüzgar Tribünü
12,20
Sera 9,20
9,20
6,20
3,20
12,20
6,20
Ortak Açık Alan
0,00
3,20
0,00
Paylaşımlı Araba Otoparkı
-3,20
Roof Plan Roof Field
4th Floor Plan
Greenhouse
3rd Floor Plan
Open Circulation
2nd Floor Plan
Common Space 1st Floor Plan
Courtyard
Ground Floor Plan
According to the researches, it is foreseen that the agricultural areas will be insufficient by 2050 due to the population increase in the world * Therefore, it is important to include areas where production can be made in new housing units for the continuity of life and for the citizens to feel safe. Research shows that individuals who have the opportunity to produce their own food feel economically safe at the same time encourage “urban / agriculture” social unity in these low-cost farming areas. It provides social exchange between different ethnic and social economic groups. The shared experience strengthens the sense of belonging to the community Thanks to the open circulation system in the Agricultural Town project, open and closed common areas, residents reinforce their sense of living together. As of today, 30% to 40% of food production is lost due to failures in the transportation, storage and distribution chain in the world. For these reasons, “Building the building to feed the city” solves the waste food problem, reduces greenhouse gas emission, and reduces consumption and energy savings in the urban market. These low-cost agricultural areas under the control of citizens also provide economic vitality, protection of the landscape and the environment. Thanks to the agricultural areas to be added to the structures, the use and transformation of urban wastes (waste food that may be composted) and natural resources (water, sun, wind) are ensured.
Urban farming areas, which are often seen as “hobby gardens”, are used spontaneously and discontinuously. In order for these areas to take a permanent place in the future in the form of sustainable life, a common new order should be established in the units to be established. This order can predict that it will provide continuity in case it provides economic benefits. From an economic point of view, it can be said that urban agricultural activities will produce high economic value through efficient production strategies. In addition to producing its own food, profits from the production surplus ensure the permanence of the order. The level of employment increases and indirectly, the micro enterprises with the agricultural cycle increase the potential to win. Agricultural Town proposes a local cycle in the common market area for the continuity of this system. Successful production can be achieved with calendars. Agricultural Town provides 900m² of agricultural land (700m² of open agricultural area and 200m² of greenhouse area) as well as 950m² of residential area of a residential unit.
Trimmed Structures
Site Plan
The Trimmed Structures
Current situation before opening the gap…
Volume of the void...
Creation of the gap...
Grouping of cut structures using 3 methods...
Method 1: Renewed low-rise housing structures and reuse them as residences Method 2: Regeneration of less than 40m² of cut areas as a common use area. Method 3: Converting more than 40m² of cut buildings into production areas as vertical gardens.
Renovated Houses
Vertical Garden
Public Space
MUHIT
Studio Project VI - Group Project Cemre Acar - Gizem Atalık - Sevde Ekiz
Karaköy, one of the most important ports of Istanbul throughout history, is a coastal settlement that has lost its relationship with the coast, which is not used today. The area that has been demolished and rebuilt throughout history is still a more important trade axis. It is also one of the important transportation nodes of Istanbul. it offers easy access to many educational institutions. Therefore, in order to prevent the gentrification of the region, we suggested a comprehensive student center in this area. We have designed cultural area, working area, workshops, club areas and open spaces. Our main goal in our project was to add a new user profile without gentrification the region. We also tried to diversify the existing trade with the new user profile. We reorganized the poor coastline. We have designed open spaces to work with the structures we have proposed. We tried to adapt the porous and small piece structure of Karaköy to the forms of our structures. Thus, while trying to stratify between the regions, we tried to carry the feeling of the old.
MAIN METHODOLOGY
CLUSTERS W/AREA and NUTRITIOUS
LAYING in VERTICAL LINE
kaçak kat . betonarme . tuğla duvar . ondüle kepenk
1st region: while making little additions and layering with the history, while preserving the overlapping tissue. 2nd region; it is the layer in which the new contemporary architectural texture is shown
CONTRARST + LAYING in BUILDING MATERIAL
with existing constructıon method. stone, brick, mesh or concrete surfaces.
‘‘
HAWKERS
permanent esnaf üretici • imalathane • zanaatkar ’’
_temporary kestaneci mısırcı balık dürüm ’’
USERS
1
‘‘
SHOPKEEPERS
MERCHANTS
2
6
STREET ANIMALS
STUDENTS
‘‘ sosyoloji kentsel planlama mimarlık tasarım ’’
NATIVE
FOREIGNER
’’
’’
3
LOCALS
5
‘‘
‘‘
TOURISTS
‘‘
‘‘
FISHERMANS
DAILY VISITORS
FAMILIES OLDERS
4
transit ’’
ziyaretçi ’’
‘‘
‘‘
WATERFRONT USERS
PASSENGERS transitition users for tunnel, subway,funicular line, bus and water transportation
transit ’’
’’
PROGRAM
Cafe Restaurant
DROP - OFF SPACES
Library
KURŞUNLU
Rest-nodes Rentable Spaces
WORKING ZONE Oyun alanı
Co-working
Short term - Long term
Skatepark
Bookshop
Manufacturing Theatre
YELKENCİ
SOCIAL ZONE motorcycle
Food Trucks
Club Rooms
bike Pier
Exhibition
ADMINISTRATION
Study
Workshops
cooking
Black Box Hall
Meeting
Audıtorıum Üretim Pazarı
CULTURAL VENUE
Tech - Lab
cycling
Studios
yatching
Sahaflar
BAZAARS
Performing Art
ACCOMADATION
Antika Pazarı
Takas Pazarı
ORIGINS CIRCULATION
PROPOSED UNIT
controlled vehicle mad pedestrian path
GREEN LINES
CURRENT PRESERVED
PROGRAM CLUSTER
DEMOLISHED UNIT
SQUARES
MAIN AXIS
PASSAGES
COSTAL LINE ALTERATION
hybrid passage working zone social clubs auditorium & performing art commercial zone cultural zones
main squares supporter yards
as corridors
as showcase
PASSAGE
PASSAGE COURTYARD
offices
co-working space _meeting and working zone
rentable spaces _a new termable rental offices
circulation core
career center
yol hakkı toplanma mekanları
aktif kaldırım kullanımı
belirsiz sınırlar
doku katmanlaşması
SOCIAL CLUB HUBS
food trucks zone water | extreme sports clubs
idea clubs
riders club coastal arrangements
main square |
PERFORMING ART CENTER cephe sürekliliği
görünürlülük kaygısı
akıcılık sokak sanatı
aidiyet , sahiplik
rastgele aliş-veriş
HOUSING UNITS Studio Project IV
In order to properly engage with a larger urban area and an issue as crucial as housing, I will carry out extensive research on the urban context, urban forms, relevant precedents and the notion dwelling. Project site is a 10 hectare medium density housing area in Çanakkale, Sosyal Konutlar Mevkii. Developed through the 1980s, it lies on the eastern edge of the centre and runs between two dominant east‐west lines of the urban macroform, Sarı Çay on the south and Piri Reis Street on the north. Despite what its name suggests, the buildings are in fact not social housing in the proper sense of the term. In any case, since it is developed as a whole through a repetition of similar units, building blocks, and open spaces it forms a very recognizable urban fabric, distinct from the parcel‐sized apartment blocks dominat in the rest of the city center. Thus, a healthy dose of densification of the already urbanized area could potentially ease the pressure on the urban agricultural belt.
CARNAL HALL Studio Project III
The project area is located in one of the most popular square in Istanbul.Today the building in the project area is serious problem for users. Unusable structure interrupts pedestrian flow. I suggested a music and exhibition venue instead of the structure. The new building offers viewing points for the galata tower. it also creates a new axis for pedestrians with its permeability.
Human Circle Diagram
In order to better understand the region, I walked not only to the Galata square but also to the other three squares that it established relations with. I studied pedestrian intensifies. I took 2, 3 and 5 minute walks to create the human circle diagram. In doing so, my first aim was to examine the effect of the slope in the terrain and its surroundings on human movement. At the same time, I designed to construct my approach to slope. But at the same time I have provided a lot of data about human intensity thanks to my human circle. I examined the slope and density as factors affecting the speed of walking. I saw the effect of the gradient on the density. In this way, I edited the inputs of the construction and withdrew the structure for the square that the area needed. combining the most intense main front entrance with the exhibition area, I made it work together with the square. So instead of the old building that was invisible, I provided an alternative space for people. Based on my human circle diagram, I have structured the structure by taking long references. So I made reference to the continuous movement in the region and created more surfaces that people could touch.
Site Plan
Ground Floor Plan
1st Floor Plan
1st Basement Floor Plan
2nd Basement Floor Plan
PROMENADE Studio Project II
The project aims to solve archaeological site program. Area located in the Datca peninsula and has two programs for the needs of two distinct user groups. First programs buildings for turists and second programs buildings for archaeologis. Area connects with two different parts of the time, today and past. The regio is very windy in every period of the year. For this reason, the primary factor in the placement of structures was the wind. Also a suitable place to take refuge. Therefore, boats and yachts prefer here during the summer. However, there no service facilities.
The orange areas on the map are paths, different users often use. However, the area was dominated by the dysfunctional structures built over time. So I based on the habits of the users. I have accepted paths as solid. In this way, I wanted to keep the flow of users in the wide area without interrupting the structure.Structures created a shaded area. At the same time, the strong wind cut off the protected area. Like the sheltered area provided for sheep boats thanks to cove.
Dormitory
Laboratory Mess Hall Open-Exhibition Hall Exhibition Hall Comman Hall
I divide 3 by purpose of use of the space in this way, I have directed the users directly to their usage areas. I tried to provide the privacy that archeologist need when positioning their accomodation.
Restaurant
Market
Excavation Area
Accommodation for archaeologists
Information Room
Common Service Area for visitors
Excavation Area
Accommodation for archaeologists
Dominant wind direction
Common Service Area for visitors
Dominant wind direction
Structures are positioned to cut the wind. The facades were deaf. Shadow areas were created with sun protection units to reduce the overwhelming effect of hot climate. It also provides outdoor areas have been protected from the strong winds, thanks to the positioning of the structure.
CHALET
Technical Studio Project I Short - term project. The aim of the project was to design a structure that would be suitable for the home function in a hot - climate. System and stair section drawn.
System Section
First Floor Plan
Ground Floor Plan
Stair Detail Section
Basement Plan
FOLDING Short Project
A short studio project. The aim of the project was to build a night pod project one square metre. I created an individual area by customizing the input and output.This small project was positioned like a parasite stuck to the tree. But instead of organic forms of nature, I prefer to use the geometric form of structures.
Input Output System
Closed Open
Connection Details
Surface + I Profile
Surface + Surface
Air Circulation
Interior Surface + Surface
The TUNNEL Basıc Design Final Project
Group Work - Gizem Atalık Canan Işık - Celal Kaldı - Tuğçe Terhan - Berkcan Yıldız - Maria Kadıoğlu - Eylül Tulcalı - Yaprak Kaynar
In this group project we designed a tunnel with a complex array of space cage system using our 3 modules that we developed to form a whole together. We started working on your design at 1/50 scale So we have met many problems with the details of the combination.We solved our problem by designing a connection detail. Thanks to the joint detail we have developed, we have been able to build our tunnel in its actual dimensions, which we designed at 1/50. Thanks to our system and connection details we were able to construct a 4 meter wide and 5 meter long tunnel that reaches 3.5 meters high at its highest point and 4 entry area.
https://www.youtube.com/watch?v=59lnXA3li7o
Four - Winged for nine and four joints.
Six - Winged for twelve and nine joints
In the first step work, we have designed units that will form an arch by joining each other. Carrier, medium and upper, we have obtained 3 different units. We've merged units in a regular way.
Our projects’ has coplicated combination details. After trying a lot of connection details, we made our own connection joint. Thanks to the plug-in system we use, we have increased the production speed of our fittings and reduced the cost.
Eight - Winged for hexadecimal and binary combinations
We have derived variations of our winged connection piece for different number of junction points.
Thank You Gizem Atalık atalikgizem@gmail.com
“project details”
https://www.tumblr.com/blog/atalikgizem