P O R T F O L I O Gizem Bayhan
|
2017
Gizem Bayhan gbayhan@syr.edu (315) 382 9903 178 Macon St Brooklyn, NY 11216
CONTENTS HOME STRANGE HOME: Towards a Global Vernacular Thesis DEVELOPMENT AGENCY Sustainable Design Competition Entry PANTIN ART INSTITUTE Sustainable Design Competition 3rd Prize National Stage STEPPED Constructing a Landscape Identity at Syracuse University Visiting Critic Studio PROFESSIONAL WORK Sembol Construction Nazarbayev University
HOME STRANGE HOME Towards a Global Vernacular Fall 2016 Syracuse University School of Architecture Thesis Everywhere everything gets more and more like everything else as the world’s preference structure is relentlessly homogenized. Theodore Levitt
Globalized and homogenized architecture is now omnipresent. The so-called star architects put their seemingly iconic signature everywhere, favoring their own products and identities over cultural heritage. While this might be a desirable development for the corporate world, office buildings, airports, international hotel chains, and shopping malls, it is peculiar that this homogenization is also to be seen in our homes. Endless copies of houses in the suburbs of different parts of the world duplicate the same characteristics. Photographer Martin Adofsson documents this situation in his book Suburbia Gone Wild, and demonstrates sameness with the pictures of suburbs from Mexico to Egypt, Russia to USA, Thailand to India.
Rows of single-family detached houses with a yard and a garage now provide a place to live for the diverse groups from all around the world. However, these changing identities of communities haven’t shaped our designs yet. The historical development of globalization in architecture is closely related with certain standards of ‘’modernism’’, most notably the ‘’international style’’. Globalization and the internet have democratized knowledge and craft. In the near future, it’s likely that a huge proportion of the human population will be able to 3D print their own version of familiar objects. This mass customization will allow us all to reinvent the idea of the ‘’international style’’ for the 21st century: a new global vernacular. Traditional houses all around the world have been designed according to local needs, site conditions, available materials, local cultures and traditions. These qualities might differ as their location in the world changes. Home Strange Home suggests that by looking back at the distinctive figures of selected traditional, vernacular houses from five continents, it may be possible to arrive at a new vernacular via the mixing of each precedent’s special characteristics.
HOME STRANGE HOME Towards a Global Vernacular
Sameness Suburban Houses Around the World (Martin Adolfsson, Suburbia Gone Wild)
INDIA
MEXICO
THAILAND
RUSSIA
BRASIL
USA
SOUTH AFRICA
Variety Traditional Vernacular Houses From 5 Continents
INDONESIA
Matrix 1 Extrusion Technique
AUSTRALIA
ITALY
Matrix 2 Blending Technique
HOME STRANGE HOME Towards a Global Vernacular
Matrix 0 The Juxtaposition of Two Very Different Cultures
HOME STRANGE HOME Towards a Global Vernacular
HOUSE I Technique: Hybrid
HOUSE II Technique: Blending KITCHEN & DINING
ENTRANCE LIVING ROOM
GROUND FLOOR PLAN
LIVING ROOM
MEDIA ROOM BEDROOM
OFFICE
ENTRANCE KITCHEN
FIRST FLOOR PLAN GROUND FLOOR PLAN
MASTER BED ROOM
BED ROOM
BED ROOM
TERRACE
OFFICE
OFFICE
LOUNGE
FIRST FLOOR PLAN
HOUSE III Technique: Extrusion LIVING ROOM
ENTRANCE
ATELIER DINING
KITCHEN
GROUND FLOOR PLAN STORAGE
BED ROOM TERRACE
SECOND FLOOR PLAN
FIRST FLOOR PLAN
STUDY
HOME STRANGE HOME Towards a Global Vernacular
HOUSE IV Technique: Hybrid KITCHEN
KITCHEN ENTRANCE
ENTRANCE BATHROOM
LIVING ROOM
LIVING ROOM
MASTER BEDROOM
BED ROOM
BED ROOM
STUDY
STUDY
MASTER BEDROOM
LIVING ROOM
LIVING ROOM
ENTRANCE ENTRANCE KITCHEN
KITCHEN
GROUND FLOOR PLAN
MASTER BEDROOM
STUDY
STUDY
MASTER BEDROOM
FIRST FLOOR PLAN
HOME STRANGE HOME Towards a Global Vernacular
DEVELOPMENT AGENCY Sustainable Design Competition 2013 Architectural Design Competition Izmir, Turkey In Collaboration with Idil Kocak Izmir Development Agency is an office building which accommodates 252 office workers in six different departments. The building also has public social facilities such as an auditorium with 200 seats, exhibition spaces, cafes and library. Total area of the building is 8 382 m² (90 223ft²)
Looking at the building’s program and location, the most important requirements to create a healthy and comfortable environment for office workers are decent daylight and a cooling strategy which is provided by the double skin facade, and the courtyard as well as building’s form and orientation.
Ä°ZKA
DEVELOPMENT AGENCY
Site Izmir is located in hot-summer Mediterranean climate.
PROJECT SITE
IZMIR
TURKEY
Solar studies demonstrate that solar radiation and heat gain on the roof is a great opportunity to use solar panels. Monthly Cooling Load
DECEMBER 21 10 AM
DECEMBER 21 12 PM
DECEMBER 21 3 PM
JUNE 21 10 AM
JUNE 21 12 PM
JUNE 21 3 PM
MARCH 21 10 AM
MARCH 21 12 AM
MARCH 21 3 AM Autodesk Vasari Solar Studies
Monthly Heating Load
Autodesk Revit Sun Studies
DEVELOPMENT AGENCY
Program
Courtyard
Double Skin Facade
Night
Day
Summer
Winter
DEVELOPMENT AGENCY
Plans
LEVEL +3.95 Area 805 m² (8665 ft²)
LEVEL +0.15 Area 833 m² (8966 ft²)
LEVEL +7.75 Area 944 m² (10161 ft²)
LEVEL +11.55 Area 958 m² (10312 ft²)
LEVEL +15.35 Area 913 m² (9827 ft²)
LEVEL +20.35 Area 1096 m² (11797 ft²) LEVEL +18.55 Area 202 m² (2174 ft²)
DEVELOPMENT AGENCY
Sections
SECTION AA
DETAIL
SECTION BB
PANTIN ART INSTITUTE Sustainable Design Competition 2010 International Isover Multi-Comfort House Students Contest Paris, France 3rd Prize National Stage In Collaboration with Dincer Savaskan The subject of the competition was the creative approach to the concept of energy efficient constructions at the passive-house level on existing buildings. The aim was to redesign an existing postindustrial building; an old warehouse in Paris with passive house components.
With sustainable strategies, an art institute has been designed. The old structure is still visible through new solar panels around the building.
PANTIN ART INSTITUTE
Plans
Site Plan
PANTIN ART INSTITUTE
Detail
PANTIN ART INSTITUTE
Sustainable Strategies
Green Roof Increases thermal mass Reduce heat gains
Natural Ventilation Building’s interior facade has directed openings to outside for ventilation
Sound Insulation Panels on the north facade prevent noises from river
Photovoltaic Panels Produces electric Provides shade
Winter Garden
Micro-climate
Rainwater Storage Supplies water to wcs and landscape
PANTIN ART INSTITUTE
Old Warehouse
After Renovation
STEPPED Constructing a Landscape Identity at Syracuse University Spring 2015 VC Studio Critic: Gena Wirth, Scape Studio Geological analysis clearly showed the relationship of the campus at the nexus of high and low grounds, at the border of two geologically driven systems; lakes and drumlins.
The project focused on the steep slopes of Syracuse University campus landscape, transforming these unused spaces into new activity and gathering places for students while creating a landscape identity for the campus.
STEPPED
Drumlins around Campus
SYRACUSE UNIVERSITY NORTH CAMPUS DAY HALL DORMITORIES
SYRACUSE UNIVERSITY NORTH CAMPUS THORNDON PARK WATER TOWER
SYRACUSE UNIVERSITY SOUTH CAMPUS GOLF FIELDS
SYRACUSE UNIVERSITY SOUTH CAMPUS GOLF FIELDS
STEPPED
railw
ay
trail
SYRACUSE UNIVERSITY SOUTH CAMPUS OUTDOR EDUCATION CENTER
SYRACUSE UNIVERSITY SOUTH CAMPUS WATER TANK
UNIVERSITY AREA WATER TANKS
UNIVERSITY AREA WESTMINSTER PARK
STEPPED
Terracing Types
TERRACING TYPES TYPES TERRACING Type 1
TYPE TYPE 1 1 CAMPUS CAMPUS
BORDER BORDER
IRVING STREET STREET IRVING
INFILTRATION INFILTRATION
INFILTRATION INFILTRATION
TYPE 2 Type TYPE22 TRANSITION TRANSITION
DORMITORIES DORMITORIES
INFILTRATION INFILTRATION
INFILTRATION INFILTRATION
TYPE TYPE 3 3
QUAD QUAD
INFILTRATION
STEPPED
TYPE 3 TYPE 33 Type ACTIVITY ACTIVITY DORMITORIES DORMITORIES DORMITORIES DORMITORIES INFILTRATION
INFILTRATION INFILTRATION
INFILTRATION
INFILTRATION INFILTRATION
TYPE 44 Type TYPE 4
WEST CAMPUS STUDENT HOUSING WEST CAMPUS STUDENT HOUSING HOUSING HOUSING
PLAY FIELDS
HOUSING
PLAY FIELDS
HOUSING INFILTRATION
HOUSING HOUSING
INFILTRATION
INFILTRATION
INFILTRATION
PROFESSIONAL WORK Sembol Construction 2014-2015 Nazarbayev University Construction Phase 2 – Sub-phase 2 Astana, Kazakhstan
Designed by “Kisho Kurokawa Architect & Associates”, with closed building area of 107 792 square meters (1 160 264 square ft), project includes: -Multifunctional Auditorium Block (C2 Block) -Business and Politics School (C3 Blok)
-Interdisciplinary Research Center (C4 Block) -Life Sciences Center (S1 Block) -Energy Research Center (S4 Block) -Atrium -Vivarium -Skywalk (which will connect all the proposed buildings within the project) -Related site and infra-structural works
PROFESSIONAL WORK
Nazarbayev University Master Plan Kisho Kurokawa Architect & Associates Nazarbayev University Construction Phase 2 – Sub-phase 2 Sembol Construction
S1 S4
C4
C2 ATRIUM C3
Image: Kisho Kurokawa Architect & Associates
PROFESSIONAL WORK
Nazarbayev University Atrium Interior Design KCA International
Image: KCA International, Modified by Gizem Bayhan
Image: KCA International, Modified by Gizem Bayhan
PROFESSIONAL WORK
Atrium Plans
Ground Floor Plan
PROFESSIONAL WORK
Flooring Plan
First Floor Plan
PROFESSIONAL WORK
Atrium
PROFESSIONAL WORK
Atrium Section
Section
P O R T F O L I O Gizem Bayhan
|
2017
gbayhan@syr.edu | (315) 382 9903 | 178 Macon St Brooklyn, NY 11216