Aylin Dizman
Undergraduate Architecture
EDUCATIONAL BACKGROUND Undergraduate 2015-
Middle East Technical University, Ankara Faculty of Architecture, Bachelor of Architecture
High School 2010-2014
Ayrancı Anatolian High School, Ankara
EXPERIENCES Internship 16 July - 9 September, 8 weeks
Onur Yuncu Architects, Ankara Arch 390 – Summer Practise in an Architectural OOice
Internship 25 June - 4 August 2018, 6 weeks
Elit Yapı, Angora Evleri Construction Site, Ankara Arch 290 – Internship in Construction
Internship June - July 2017, 4 weeks
Middle East Technical University, Ankara Arch190 – Introduction to Surveying and Construction Techniques
Workshops
Model Construction Workshops - Brick Wall Construction Workshop - Wall Painting Workshop - Gypsum Board Dry Wall Construction Workshop - Exterior Thermal Sheating and Insulation Workshop - Water Proofing, Floor Finishing Materials and Ceramic Tile Application Workshop
Competition Entry
MimED 2018 - Urban Forum | From Public to Privacy: HYBRID SPACES
2019 - 2020 Fall
A U R
2018 - 2019 Fall
R
U R
B
2017 - 2018 Fall
2016 - 2017 Fall
CONTENTS
Alsancak Harbour District, Izmir Urban Experiments with Stitching, Hacking, Subtraction Research and Development Center of Izmir
2018 - 2019 Spring Antalya Gastronomy and Culinary Arts Center
Reuse: Sports and Recreational Area in Cebeci
Understanding and Evaluation a Historic Urban & Landscape Proposing Intervention for its Future Reviving Old Fabric with Contemporary Arts in OdunpazarÄą
Building Detail Modelling
2017 - 2018 Spring Urban Forum SÄąhhiye Ankara From Public to Privacy: Hybrid Spaces Working Drawings for System Details
Campus Vision: Topos of Extracurricular Lore Reclaiming an Urban Park in Maltepe Striptual Park
2016 - 2017 Spring The Garden of Forking Paths Converting a Topography with an Intervention Out of a Painting
An Order of Change
URBAN EXPERIMENTS WITH STITCHING, HACKING, SUBTRACTION
URBAN EXPERIMENTS WITH STITCHING, HACKING, SUBTRACTION
arch302 - architectural design IV 2018 - 2019 spring
ANTALYA GASTRONOMY AND CULINARY ARTS CENTER
PLANS Scale 1/200
arch301 - architectural design III 2018-2019 fall
REUSE: SPORTS and RECREATIONAL AREA in CEBECI
SITE PLAN Scale: 1/1000
Site is so dense because of the railway and the street which strictly defined by apartment buildings. So, the aim is to design with some open areas in order to give a sense to break the density. Besides, permeability can help to handle the density issue. Permeability can also give a chance to approach it from diierent aspects. Wider passing from the two sides of the railway can be used so that people do not have to passfrom one side to another very narrow space. And also, the entrances should be thought again. In addition, because Cebeci is “Istasyon Semti�, landscape of the station should also be thought. While recreating the landscape, it can also be used linear green landscape elements throughout the railway.
Visual relationship between environment and the stadium, the function of it, and the aim was to connect both south-east and north-west sides of the site with a zone that I want to design spaces such as sports areas, market places, and some public spaces that are for people socializing and also on the zone, there should be an interaction with diierent people in both sides.
TYPE
TYPE ROOM
TYPE 2 STUDIO STUDE
E FLOOR PLAN FOR ACCOMODATION TYPE FLOOR PLAN FOR HOTEL
TYPE 5 2+1 UNITS FOR SPORTS CLUB ADMINISTRATION
TYPE 1 ROOMS
1 MS FOR 4 STUDENTS
2 O UNITS FOR GRADUATE ENTS
TYPE 2 FAMILY ROOM TYPE 4 1+1 UNITS FOR ACADEMICS
TYPE 6 2+1 UNITS LODGMENTS FOR ADMINISTRATIVE AND TECHNICAL STAFF OF THE COMPLEX
Urban Scale Analysis
VALUES
PROBLEMS
POTENTIALS
Understanding and Evaluation a Historic Urban & Landscape Proposing Intervention for its Future
Reviving Old Fabric with Contemporary Arts in OdunpazarÄą
social area in neighborhood
community buildings in nodes
nodes at intersection
arch393 - principles of cultural heritage conservation 2018-2019 fall
Group Members: Aylin Dizman - Elif Ozkazanc - Furkan Bora Kilic - Oyku Baydin
arch351 2018-2019 fall
BUILDING DETAIL MODELLING
1/100
URBAN FORUM:
SIHHIYE
ANKARA
FROM PUBLIC TO PRIVACY:
HYBRID
SPACES
In Ankara, historical richness and importance of Ulus are observed at Republican per public buildings and appearance. Ther have been borders between public and priva CERMODERN buildings.
As result of analysis, determination of problems, the architectural product is shaped a surrounding spaces and to permeate in itself. Public unit was formed by linear geome extends northward from the southern and passes through the public area in east, bre flow from PUBLIC to PRIVATE, HYBRID SPACES supporting transparency at the I cr create spatial association by connecting life and public units with intermediate forms.
Conceptual Model
arch202 - architectural design II 2017-2018 spring
Daily-use Atriums
Accomodation
Living Units
Permeability
Programs
Group Members: Aylin Dizman - Gokhan Akuzum - Oyku Baydin - Sinan Yalcin
Massive Configuration
Living Units
Core Building
ATRIUMS AND COURTYARDS
riod, public buildings in Ulus make up the social memory that lost their importance overtime. It was realized publicity cannot go beyond the ate spaces and led to the definition of strict space. In SÄąhhiye, this situation weakened public viability. The project area is between CSO and
around concepts of public PERMEABILITY, spatial UNITY and TRANSPARENCY. As synthesis, it is aimed not to take the facade to etry and living units connected to public unit were tried to be balanced by mass articulation by adhering to the same linear composition. Passage eaking down certain parts of the public unit and reducing tension on the terrain of unit’s linear composition. The program and spatial organization INTERSECTION of public and private spaces were created. These hybrid places are arranged as ATRIUMS and COURTYARDS. It is aimed to .
Initial Physical Models
Fourth Floor Plan
A’ Third Floor Plan
A B’
B
Ground Floor Plan
First Floor Plan
Second Floor Plan
Section BB’
Section AA’
FOUNDATION SECTION - Granite - Blinding Concrete - Frost Line (-0,57)
FIRST F Damp proof membrane (Monarrex 1200 Gauge DPM,0.3 Reinforced concrete (400 mm) Waterprooong membrane Sand (50 mm) Hardcore (150 mm)
-
Soil Foundation Pile Bedrock
WALL - FOUNDATION CONNECTION
WALL-
I Column (300x400 mm)
C Proole Anchorage
Reinforced concrete
GROUND FLOOR SECTION - Ceramic tiles (600x600x30 mm) - Adjustable Pedestal (DDP, 70-120 mm, interval: 600 mm) - Screed (Weberroor Flex, 50 mm) - XPS (IZOCAM Foamboard, 100 mm)
DOUBL
DRAWINGS FOR SYSTEM DETAILS Group Members: Aylin Dizman - Gokhan Akuzum - Havva Rana Kirhan - Helixn Bingol - Izgesu Guven - Ogulnabat Jumayeva - Su Sezer - Sevval Gokkilic
- Ceramic tiles (600x600x30 mm) - Adjustable Pedestal (DDP, 70-120 mm, interval: 600 mm) - Reinforced concrete (20 mm) - Corrugated steel deck (Deck 50/980, 50x980 mm) - Steel joist (550 mm) - Suspended ceiling beam - T-shape suspension wire (200 mm) - Gypsum ceiling tile (300x600PRT48REK, 300x600x15 mm)
SLAB CONNECTION - Mullion (80x130 mm) - Transom (13x80 mm)
- L-shaped slotted bolt - Rockwool (80 mm) - I beam (700x300 mm) - I column (300x400 mm) - Steel joist (550 mm)
Steel Framing Structural System (High-Rise OOice Building Designed as Green Certified Building)
F W S R
Reinforced Concrete Raft Slab & Pile Foundation Steel Column&Beam Frame externally covered with Double-Skin Curtain Wall Composite Steel Decking installed on Steel Joists Inverted Flat Roof
ROOF SECTION
LE SKIN CURTAIN WALL - Spandrel - Catwalk Assembly
- Transom (80x60 mm) - Transom (130x80 mm)
- Tempered Glass (Sisecam, 6+16+6 mm) - Mullion (60x80 mm) - Laminated Glass (Sisecam, 6+2+6 mm) - Mullion (80x130 mm)
-Metal Louver - Plaster - Waterprooong Membrane - XPS (IZOCAM Foamboard, 40mm) - Reinforced concrete
- Pebble - Aluminum box gutter (350x100 mm) - Waterprooong Membrane
- Stone tiles (600x600x30 mm) - Adjustable pedestal (DDP04, 120 mm-220 mm) - Geotextile (delta®-landschaftsvlies 2mm) - XPS (IZOCAM Foamboard, 40 mm) - Waterprooong membrane (2mm) - XPS (IZOCAM Foamboard, 80 mm) - Screed (Weberroor Flex, 50 mm) - Reinforced concrete (20mm) - Corrugated steel deck (Deck 50/980, 50x980 mm)
PARTIAL PLAN - Ceramic Tile (600x600x30 mm) - Reinforced Concrete (20 mm) - Corrugated Steel Deck - I Beam (700x300 mm) (Deck 50/980, 50x980 mm) - I Column (300x400 mm) - Steel Joist (550 mm)
arch252 - building construction technologies 2017-2018 spring
FLOOR SECTION
- Transom (130x80 mm) - Mullion (80x130 mm) - Laminated Glass (Sisecam, 6+2+6 mm) - Catwalk Assembly - Mullion (60x80 mm) - Tempered Glass (Sisecam, 6+16+6 mm)