Erman Eskikoy_Architecture Portfolio

ERMAN ESKİKÖY

SELECTED WORKS 2015-2019 Architecture Portfolio

Erman Eskiköy

Info

12 March 1996 +90 5342000797 ermanarc@hotmail.com

Architect-Designer Personal Profile

A dedicated, enthusiastic and creative architect with strong skills to work in the field. While working on the creative and conceptual side of the Project , is able to handle with the technical part of the projects. Besides, demonstrated power of collaboration and approach of design in some international competitions before. Enjoys teamwork and working toward deadlines.

Education

Language Skills

2015 - 2019 Izmir University of Economics, Izmir, Turkey Department: Architecture Faculty: Fine Art and Design Graduated with the Highest Degree : 3.84

2010 - 2014

2018

Acar Metal in Folkart Time

English

2017

Ege Sisam Construction

2015

Dedsan Mobilya

Professional Working Procifiency

German

Department: Science High School Graduated with the Highest Degree

2002-2010

Turkish

Native

Fatih College, Izmir, Turkey

Upper Intermediate

TAKEV

Certificates

Highest GPA in Architecture Department : 3.84

2018 Stuffed Cast Workshop

Grasshopper / Fabric Concrete Formwork Workshop at IUE

2018 Geodesic Alternations

Grasshopper / Fabrication Workshop at IUE

My Project has been chosen one of the finalist projects in Skyhive Skyscraper Design Competition

2019 Highest Degree Award in Department Highest GPA in Architecture Department : 3.84 GPA

2019 MaviBahce Ceiling Design Competition #3rd Winner.

2019 IZMIR-SMD Student Project Competition

2017 UDEMY Academy

2019 IUE Graduation Project Presentations

Develope Parametric Architecture with Grasshoppper

2017 Space CampWorkshop Instructor at 3D Modeling&Printing Workshop

Certificate of High Honour X8 7 Times awarded for high GPA (+3.50 )

2013 Certificate of Open Advencedwater PADI Open Advencedwater Diver Licence, Bristol, UK

C V

Participations & Awards

2019 Skyhive19 Skyscraper Project

2018 Tensegrity Design Workshop

Grasshopper / Tensile Structure Design Workshop at IUE

2013 Certificate of English

Royal English Training Course, Montclair State University,New Jersey,USA

2012 Certificate of English

English & Cultural Studies Centres, London, UK

2011 Certificate of Diving

Ege Barakuda Diving Education Certificate, Izmir, Turkey

2010 Certificate of German ,GLS German Training

Attended a Foreign Language (Level B1) Course in Berlin,Germany

2010 Certificate of Central German Exam Level A2 in Izmir, Turkey

Internship Duration : 1 Month Internship Type : Office

Internship Duration : 1 Month Internship Type : Construction Internship Duration : 1 Month Internship Type : Atelier

Turkish-German Primary School

2019 Certificate of Achievement

Internships

My Project has been chosen one of the 6 projects to represent my University

2018

FABFEST ‘18 London - Digital City

Pavilion design with 1:1 Scale Construction in London Westminster University Architecture Prize #3 Winner - Team MONAD QHT Prize #3 Winner - Team MONAD

2018

Ideas Forward 24H Competition- Fire

2018

Marstopia Competition

2018

Northern Lights Rooms Competition

2017

FABFEST’17 London - Pop Up City

Participation with the team of 4 students.

Participation with the team of 4 students.

Participation with the team of 3 students.

Pavilion design with 1:1 Scale Construction in London Westminster University Hawthorn Prize #1 Winner - Team EcoFAB Architecture Prize #3 Winner - Team EcoFAB

2017

The Bench’ 17 Competition

Participation with the team of 4 students.

Memberships&Interests Diving PADI-Advanced Open Water Diver CMAS - Turkish Underwater Sports Federation

Guitar

Certificate of Music, Associated Board of the Royal Schools of Music

Program Skills AutoCAD Rhino 3Ds Max Sketchup Grasshopper Photoshop Illustrator Lumion Vray MS Office

C SKYHUB HK O N ECOPARK T VISTA-S E SKEYE N #UNFOLD T A Skyscraper Project in Hong Kong

Graduation Project/Spring 19 Page 1-8

IZMIR PUBLIC LIBRARY A Public Library Project

Core Curriculum/Fall18 Page 9-14

A Contemporary Architectural Landscaping Project Elective Course of Interior Arhictecture & Environmental Design/Fall18 Page 15-18

A Shelter for Mountain Climbers

Core Curriculum/Fall17 Page 19-22

A Design of Guest House,Barn & Moveable Rooms

Elective Course of Arhictecture/Fall17 Page 23-28

A Pavillion Project for FABFEST17

Competition Project/Fall 17 Page 29-34

SKYHUB HONG KONG Graduation Project A Skyscraper Project in Hong Kong Location:Lung Wo Rd. ,Central, Hong Kong

Project Description/ Graduation Project/Spring 19 Cities and Buildings are changing. The contemporary city has an exponential increase of population, which results in different forms of vertical agglomeration. High-rise office buildings is one of the responses to population growth and urbanization. At the same time, increasing mobility and the change in technology makes us to rethink the workspace in metropolitan city. The growing popularity of freelance working and mobility provided by new digital communication tools creates an increasing demand for the reinterpretation of the workspace. Mixing work with other activities is a growing demand, which improves the productivity and efficiency during workhours. How should be the workspace for the next generation designed? Is the current form of spatial hierarchy appropriate or can breaking the current hierarchy create a better work environment? Can we integrate the workspaces with community?The aim of the project was to break the standard Office Building ideology and to gain it to public by creating workplaces and public spaces in collaborated. Thus, the skyscraper serves as the vertical integrity of working spaces and public activities.The design aim is for people to have a balanced life with public and private spaces collaborated with Office spaces, gathering people from all around the World, and work as a respond to vertical agglomeration in heart of Central, Hong Kong.

Lecturers Işık ÜLKÜN NEUSSER Metin ŞAHİN

1

SKYHUB HONG KONG

01

2

DESIGN STEPS

CONCEPT:CHINEESE PAVILLION The theme is based on traditional Chinese pavilions. Chinese pavilions are public spaces where people take a break from the rapid pace of life, slow down and socialize under its structure. The project embodies the idea of Chinese Pavillions and the structure of Chinese pavilions all over the podium and skyscraper.The fluid form of podium comes from two sides which blend in with topography and turn into the facade of the building.

COMMUNITY INVOLVEMENT

SITTING AREA

PLAZA

EATING

2

1

READING

3

GAMES

CHINEESE BOTANIC GARDEN

EXHIBITIONS

INTERACTION

1 HEIGHT While defining the height of the building, skyline of Hong Kong is considered.

PROGRAMS Sizes of domes are decided according to the architectural programs under them and also they allow interior to get sunlight and to be ventilated.

HEART

DOME

The roof of the podium structure turn into the facade of the

2 CORE PODIUM

DOMES

TOPOGRAPHY

Topography is designed to get benefit from height differences.

3

SOLAR PANELS The solar panels on the facades allow the building to create its own electricity.

The roof of the podium structure turn into the facade of the high rise structure.Also the roof of the podium blends in with the ground.

4 SITE:CENTRAL/HONG KONG

Site is located in the middle of festival area and financial center of Hong Kong. So as a function its kind a bridge between those areas.

SKYSCRAPER

PODIUM

3

PLAZA SITTING SPORT AREA FACILITIES

ROADS

TRANSPORTATION

RAIN HARVESTING On the top of the building rain water is collected

by Water Drains and storaged.

SHADING WITH TREES

Domes in different sizes which provides sunlight and ventilation are opened.

PROGRAM 48 46-47

OFFICE ACTIVITY AREAS

MACHINERY RESTAURANT

41-45

OFFICES

39-40

OFFICES

LEARNING CENTER

38 36-37

MACHINERY

34-35

PERFORMING STAGE OFFICES

SKY GARDEN

25-33

OFFICES

23-24 22

MACHINERY

LEARNING CENTER

19-21

SKY GARDEN

17-18

PERFORMING STAGE OFFICES

15-16

5-14

SPORT FACILITIES

OFFICES

3-4

GALLERY

CIRCULATION ELEVATORS

STAIRS Stairs in the atrium allow the public and office spaces to be interconnected among each other.

STAIRS Stairs in the Office Activity Areas allow the people who work in Offices to gather and socialize among floors.

PODIUM PARKING LOT

Parking lot can be used both by citizens and the people who work in the Offices

SITTING AREAS

By using topography,level differences are created on Ground Floor and Sitting areas which look at the social spaces are designed.

SOCIAL AREAS

The public spaces are designed flexible which can be used as multipurpose activities like Exhibition Areas,Bazaar Areas etc.

SITTING AREAS

COMMUNITY INVOLVEMENT

STAIRS

BRIDGE Because of the level differences on the ground floor,bridges allow people to get inside the spaces.

4

PERFORMING ARTS STAGE&OFFICES The design idea for the Skyhub is about mixing the vertical integrity of working spaces, public activities then gain it to community by creating workplaces and public spaces in collaborated which increases the productivity and the joy of people.

Exhibitions take place and Performing Arts Stage serves for community and the employees to have a good time while watching the shows and even they can join it during the working hours.

SPORTS CENTER

Some activity areas like Sports Center can be used both by public and Office Employees during the working hours.

SHADING& VENTILATION SHADING

The garden placement on the South,West,and East facade of the building filter the direct sun during the day and reduces the solar radiation level of it.

OXYGEN PRODUCTION

During the day,the trees of the Garden produces Oxygen and gives fresh air to the floors.

VENTILATION & TEMPERATURE ADJUSTMENT

Double facade and the Garden placement of the building allow the temperature of the floors to be adjusted.

Double facade and the atriums allow the floors to be ventilated.

ACTIVIY AREAS&OFFICES SITTING AREA

COMMUNITY INVOLVEMENT

EATING

ACTIVITIES

READING

The aim of the project is to break the standard Office ideology.All of the Office floors are shared with the activity areas where people have a chance to take a break , read, eat,play games and gather together.All those activity spaces have acces to to each other among the floors. This way interaction and communication of the employees among the floors achieved.

5

SECTIONS

215.0

197.8 193.6 189.4 185.2 181.0 176.8 172.6 168.4 164.2 160.0

147.0 142.8 138.6 134.4 130.2 126.0 121.8 117.6 113.4 109.2 105.0 100.8 96.6

215.0

197.8 193.6 189.4 185.2 181.0 176.8 172.6 168.4 164.2 160.0

147.0 142.8 138.6 134.4 130.2 126.0 121.8 117.6 113.4 109.2 105.0 100.8 96.6

92.4 88.2

92.4 88.2

76.2

76.2

72.0

72.0

67.8

67.8

63.6

63.6

59.4

59.4

55.2

55.2

51.0

51.0

46.8

46.8

42.6

42.6

38.4

38.4

34.2

34.2

30.0

30.0

25.8

25.8

21.6

21.6

17.4

17.4

13.2 9.00

13.2 9.00

6

OFFICE FLOOR&ACTIVITY AREA

1

Corporate Office

COLUMNS

BB'

DETAILS

The large span of the floor plate from the core untill the facade is carried by columns.

CORE

Besides the structural feature of it, the core of the building have two emergency stairs, a emergency elevator, nine public elevators, air shafts and mechanical shafts.

MEETING ROOMS

9 SPACE

1 Carpet 2 Floor Panel 3 Pedestals 4 Raised Floor Voids 5 Screed 6 Comp.Slab 7 Beam 8 Suspended Ceiling 9 Cage Structure 10 Cage Structure Joint 11 Connection Member of

CAGE STRUCTURE

The Cage Structure continues from top to below and the span of each structural member is five meters.

WAFFLE STRUCTURE

2

The roof structure of the podium is Wooden Waffle Structure.A translucent membrane on the Waffle Structure is attached to it so it allows the sunlight to get inside and structural colums of Waffle Structure are also used as functional spaces.

KITCHEN

WC MEETING ROOM

ACTIVITY AREA

10 11

Inside of the columns are going to be used as public spaces or functional spaces.

AA'

CORE CORPORATE OFFICE

AA'

the glass with Cage

1 2 3 4 5 678

WC

STORAGE

PILE STRUCTURE

SECRATARY

1

KITCHEN

9

2

3

1 2 3 4 5 678

the glass with Cage

1 Carpet 2 Floor Panels 3 Pedestals 4 Raised Floor Voids 5 Screed 6 Comp.Slab 7 Beam 8 Suspended Ceiling

FLEXIBLE-YOGA AREA

COURT A ROPE CLIMBING AREA

WC

1 Carpet 2 Floor Panels 3 Pedestals 4 Raised Floor Voids 5 Screed 6 Comp.Slab 7 Beam 8 Suspended Ceiling

COURT B

CORE

AA'

1 2 3 4 5 67 8

AA'

WC

5

COURT C

ROPE CLIMBING AREA

5 1 Top Soil 2 Filling Material 3 Concrete 4 Geotextile Membrane 5 Cage Structure 6 Cage Structure Joint 7 I Beam

6 7

1 2 3

1 24 3

4

1 Top Soil 2 Filling Material 3 Concrete 4 Geotextile

FLEXIBLE-YOGA AREA

Membrane

5 Cage Structure 6 Cage Structure Joint

14th Floor

7 I Beam BB'

6

7

12th Floor

BICYCLE ROAD

1 2 3 4 5 678

3

7

SPORTS CENTER

AUDITORIUM

1 Carpet 2 Floor Panel 3 Pedestals 4 Raised Floor Voids 5 Screed 6 Comp.Slab 7 Beam 8 Suspended Ceiling 9 Cage Structure 10 Cage Structure Joint 11 Connection Member of

BB' BB'

10 11

Micro/Co-Working Office

BB'

OFFICE FLOOR&PERFORMING ARTS STAGE

MICRO OFFICE 1

FLEXIBLE AREAS/TEMP. EXH. WC

MICRO OFFICE 2

CORE

LOOBY

STAGE AA'

AA'

WC FLEXIBLE AREAS/TEMP. EXH.

CO-WORKING OFFICE

BB'

16th Floor

PODIUM/CHINEESE PAVILLION

WC

CORE

WC

Ground Floor

8

IZMIR PUBLIC LIBRARY For 4th year Architectural Design Studio A Public Library Design Project Location: Izmir/KONAK

Project Description/ Core Curriculum/Fall 18 Architectural form is driven by many parameters such as urban, ecological, programmatic and socioeconomic. Architects need to develop a systematic logic of thoughts going through specific processes to justify their final decisions. The complex relationship between form, content and program needs a strategy where different layers of each idea need to be defined and blended together. The studio will focus on technological potentials in architectural design integrating technological and digital approaches to the design process. The students will experiment on form finding strategies and analyze the relationship between the defined strategy and creation of complex architectural space. The systematic development of complex spatial models will be part of the design process. It is expected the final design to be occupant-oriented and contextual in its relationship with the site. The project site will be located in Konak, Izmir. The students will be asked to develop their own architectural program under the theme ‘Learning Centre & Library in Digital Era’. It will be part of the design task to provide new solutions for slowly disappearing public libraries as learning environments of cities. The idea is to challenge the current system for collection and sharing of sources of information through redesigning their spatial conditions.

Lecturers Işık ÜLKÜN NEUSSER Metin ŞAHİN Ayşe AYDOĞAN

9

IZMIR PUBLIC LIBRARY

02

10

Design Idea

In the Project,surface bending and also rotating techniques are applied.Surfaces connect to each other by bending and create different types of spaces such as,main spaces, sub spaces,public-private spaces This technique allow the spaces to be fluit towards each other for the users. Not to cut the the existing trees, they are got inside of the building.Shape of the building allowed the building to get the sun from the openings inside in several angles according to the program.By shifting the surfaces, new semi-open public areas for the visitors and different spatial qualieties like roof turn into walls, slabs, sitting areas and even shelves are created.

Design Idea 1

Approach to Site

Main Roads

Human Population

Green Areas

2

3

4 Courtyard

5

Circulation with Folding Library Entrance

Main Plaza with Sitting Facility

11

Architectural Program

Technology is changing the way the people access and store information.

Public libraries started disappearing and losing their importance as the learning environment of our cities. The challenge is to redefine and redesign a public library to make it an attractive public space again. The library as communal area and space for social interaction. It will be part of the design task to provide new solutions for slowly disappearing public libraries as learning environments of cities.So in this purpuse several architectural programs were located in the building which provide people to learn something by reading,learning and even learning by doing with workshops,lectures and library collection.

Circulation

Programs Entrance Sitting Area/Kiosk Temp./Perm. Exhibition Areas Collection Reading Areas Temporary Archieve/Storage

Storage&Archeive Lift Circulation

Storage&Archeive Circulation

03

Third Floor

18 Manager Room

21 Lobby-Sitting Area 22 Kitchen 23 Meeting Room

18 20

Public Circulation Elevator

Public Lift Circulation Axes

19 Archieve 20 Open Office

19 21

22

23

03 Third Floor

02

Second Floor 14 Collection 15 Reading Areas 16 Digital Collection 17 Balcony

14 15

16 15

02 Second Floor

Courtyard Digital Workshop/Computer Room Kitchen/Sitting Area for Staff Multipurpuse Hall Foyer Storage

17

Inside Library Axes Stairs

01 First Floor

12 13

01 First Floor

12 Collection 13 Reading Areas

12 13

Storage&Archieve 7

G Ground Floor

6

3

6 4

5

1 5 2

4 6 8

9 7

1

7

12

1 2 3 4 5 6 7 8 9 10 11 12

Entrance Sitting Area-Kiosk Registration/Temp.Archieve Temp./Perm. Exhibition Areas Collection Reading Areas Storage Courtyard Digital Workshop/Computer Room Multipurpuse Hall Foyer WC

Digital Collection Balcony Archieve Open Office Meeting Room

10

G Ground Floor

12

DETAILS 7 8

6 5 4 3 2 1

1 Parquet 2 Foam Pad 3 Floor Heating 4 Plastic Barrier 5 Screed 6 Conc.Slab 7 Frame 8 Wood Covering

1 Parquet 2 Foam Pad 3 Floor Heating 4 Plastic Barrier 5 Screed 7 6 Conc.Slab 8 7 Wood Covering 8Frame 6 5 4 3 2 1

APERTURE DIAGRAM A

Warm Air Flow

SECTIONS

B

4

1

Open Offices Courtyard Digital Workshop Room

8

Multipurpuse Hall Roof Park Archieve

13

D

7

6

5

E

Cold Air Flow

1 Collection 2 Reading Area 3 Storage 4 5 6 7 8 9

C

2

1

2

1

9

2

3

2

3

9876 5 4 3 21 6 5 43 2 1 1 White Panels 2 Breathable Memb.

1 Parquet+ Foam Pad 3 Heat Insulation(XPS) 2 Floor Heating 4 Vapour Barrier 3 Plastic Barrier 5 Concrete 4Screed 6 Gypsum+Paint 5 Matt Foundation 6 Water Proofing Memb.

7 Lean Concrete 8 Rubble 9 Earth

PLANS 0.45

Entrance

Lift

Reading Steps Platform

0.50

Courtyard

Workshop Room

0.00

Sitting Area

Storage

WC

0.00

Reading Area

0.00

WC

WC

Storage

Storage

Entrance 1.00

Computer Area

WC Permanent Exhibition Area 0.00

Sitting Area

0.00

0.00

GARDEN WİTH SİTTİNG MODULES

0.00 Temporary Archieve

Lobby Temporary Exhibition Area

Multipurpuse Hall

0.50

Registration

0.00

0.50 0.00

Entrance 0.30

Lift

Sitting Area 0.30

Kiosk

g

0.50

Storage

0.00

Entrance

0.00

0.00

0.00 0.00

0.00

Ground Floor Plan

0.45

Lift Storage

Reading Steps Platform

Storage

0.00

0.00

WC

Courtyard

g

Workshop Room WC 4.50

3.50

1.50

Entrance

0.00

1.00

Computer Area

0.00

0.00

0.00

4.50

3.80

Sitting Area

4.50

4.50

Permanent Exhibition Area

Reading Area

0.50

1.30

Reading Area

0.00

Entrance 0.00

Lift Lobby 0.00

4.50

WC

Storage

First Floor Plan

5.80

Lift 0.00

Storage

5.50

0.00

4.50

9.40

5.50

4.50

5.50

1.20

0.00

9.40

9.40

Sitting Area

Entrance

6.20

9.40

0.00

5.50 9.40

0.00

Second Floor Plan

5.80

Lift 0.00

5.50

Archieve

5.50

WC

5.50

1.20

0.00

Manager Room 6.20

9.40

Open Office

Kitchen

0.00

5.50

Meeting Room

Third Floor Plan

14

ECO PARK

For Introduction to Contemporary Architectural Landscaping Class Contemporary Architectural Landscape for University Campus Location: University Campus of IUE

Project Description /Elective Course Curriculum/Fall17 This project will be based on basic principles of planting design including designing and defining a space using landscape elements with a serious consideration of sustainability of the site and your social responsibility as a designer.

My Contribution I got involved during all the design phase of the project.While my collegues were deciding and researching the plant types for the project,I drew the plans, prepared the digital model including the renders,diagrams and got involved in construction drawings of the project.

Lecturer Dr. İpek KAŞTAŞ UZUN Team Members Ozge Bag Ezgi Özcan

15

ECO PARK

03 16

ECO PARK

In the project basic principles of planting design and defining a space using landscape elements with a serious consideration of sustainability is aimed.After the climate of IzmÄąr and most important the ideas of the students were researched,the activities ,the need of the area defined and desing phase started.Even though, the site was located in the middle of faculties,the problem of the site was it was empty and there was lack of sitting areas and place for the activities.One of our aim was to collect the water from the soil,pavements and the used water on the building and reuse it by drip irrigation.

Amphitheater

Dormitory

Fac. of Civil E.

Approach to the site.

Entrances

Cafeteria

Facilities

Cafeteria

Fac. of Social Sciences

Fac. of Architecture

Bus Stop

Sitting Facilities

Project Site

Administration

Fac. of Medicine

Sun Direction

Blody Cranes Bill Pampas Grass

Marigold Flower Re-use of Grey Water

Cistern

Filtering the grey water and using it by Drip Irrigation

17

Dracaena

SECTIONS&DETAILS

Drip Irrigation

3

1

1

2

3

1 Drip Irrigation

Top Soil Filling Material Geotextile Membrane/Filter Fabric Native Soil

2 Sitting Concrete Bank that holds the soil 3 Drip Irrigation

1 Drip Irrigation

Pavement Stone Open Graded Base Thick Stone Sub Base Geotextile Soil Subgrade Sloped to Drain

Top Soil Filling Material Geotextile Membrane/Filter Fabric Native Soil

1 Gabion Walls 2 Concrete Block 3 Steel Structure

AIMS

INVOLVEMENT OF STUDENTS

SITTING AREA

VISTA POÄ°NT

2

GREY WATER

SITTING AREAS ON BANK

DRIP IRRIGATION

1

Gabion Wall to retain the soil Concrete Block Steel Beams Purlins Wood Cladding

SHADED AREAS

18

VISTA-S

For Environmental Control Systems Class A Shelter for the Mountain Climbers Location: On the Edge of a Cliff at Allahuekber Mountains in Kars, Turkey

Project Description / Core Curriculum/Fall 17 This project is made for the Environmental Control System Classes in which we learn how to deal with harsh environment by using architecture for people. Vista-S is a project which one is designed after detailed researches of the area Sarıkamış, Kars in Turkey. The task of the project was to design a shelter for the local conditions of the environment and the activities of the people who join the traditional walk of Sarıkamış for the respect of the martyries on the Allahuekber Mountains by using traditional building techniques in Kars.

My Contribution I got involved during all the design and brain storming phases including the renders and construction drawings of the project.While the digital model was prepared by my collegues, I drew the sections, isometric drawings and diagrams of the project.

Lecturer Asst. Prof. Athanasios STASINOPOULOS Team Members Seyit Koyuncu Murat Kumbaracı Ebrar Eke Tuğçe Işık LOCATION OF VISTA-S Trekking & Memorial Walk Path

19

Vista-S

Water Supply

Watching Area

Church

Summit

VISTA-S

04 2 10

Design Idea Design of the Vista-S is decided according to the local conditions of the area.The structure of it is directly pitched which one provides the snow to spread down and pitched roof continues until the ground and creates semi-open space to get people inside and prevents snow to block the entrance, the windows are arranged according to the vista that looks through the cliff.

SHELTER

COMMUNITY ON TREKKING PATH INVOLVEMENT Location of the Vista-S is on the trekking paths to provide people a shelter for daily life and memorial Walk of Sarıkamış

HELICOPTER Prefabricated parts of the building will be transported by helicopter CONSTRUCTION The prefabricated walls and the roof will be built up on the site.

21

VISTA

NEXT TO WATER SUPPLY WARM PLACE Vista-S is located next to the water supplies on the mountain for the climbers

Sections&Plan

Activities&Structure Candles

Source of light.

Sleeping Area

To seperate the spaces.

Woodshed

Area for the woods to be stored.

CIRCULATION FLOW

Eggloo

Candle powered heater.

Reading Section

Wood Stove

Main source of heating.

Explanotory Diagram The window has self warming types of tech to melt the snow and drop out from thresholds

Air Circulation flow.

A warming fire place for Openable window cold air pretection. for the air circulation.

The figure shows the 180 degree eye view,which is a result of glass facade and the surrounding vista.

The type of the foundation is matt foundation.On the top of rubble layer matt foundation takes place which is covered by water proofing membrane.In between the purlins heat insulation takes place.

In between the boardex panels,rockwool heat insulation is used.

On the top of it moisture membrane is used.

To be protected from the cold second heat insulation material of XPS is used.

The wooden cladding with purlins created a natural view from outside.

22

SKEYE

For Architectural Competition Course & Bee Breeders Competititon A Design of Guest House,Barn & Moveable Rooms Location:Reykjavik/ICE LAND

Project Brief/ Elective Course/Spring 18 Iceland has a vast, wild landscape, with some of the most unique and incredible natural views in the world.

Appropriately known as the land of fire and ice, Iceland’s volcanic fields blend seamlessly into gigantic glaciers and tumbling waterfalls. Iceland is also an ideal location to view the iconic Aurora Borealis, otherwise known as the Northern Lights.For the Iceland Northern Lights Rooms architecture competition, participants are tasked with creating the concept for a guest house from which to view this breathtaking spectacle. The guest house would need to be able to permanently accommodate its hosts, as well as providing welcoming temporary accommodation for guests.

The building complex would need to feature a series of separate, detached guest bedrooms, scattered around the site. The key attraction of the each room would be its unobstructed view of the sky, allowing guest to gaze at the Northern Lights from the comfort of their own beds.

My Contribution I got involved during all the design and brain storming phases of the project.I took a part of modeling the Barn and some parts of the main building. I drew the sections of Barn and Moveable Rooms and isometric drawings of Barn.We shared the drawings of plan and isometric view. I also worked on the post production the renderings.

Lecturer Asst. Prof. Athanasios STASINOPOULOS Team Members Seyit Koyuncu Ebrar Eke

23

The main building of the scheme is embeddedin the landscape and offers at the same time a wide view to Northern Lights.The scheme has a loose organisation.A road connects the site entrance with the main building ,with a car park halfway.Two parellel covers similar to the barn roof structure could protect the cars from heavy snow. A ring road provides access to the tractorthat moves the bubble cabins.A third path connects the barn. All roads are in fact two parellel strips of perforated concrete blocks that offer a hard surface to wheels.

SKEYE

05

24

Exploded Diagram

BARN

The barn reflects a similar approach to the main building:Two parallel gabion walls support a timber roof like a bridge covered by turf.The open sides are protected from the winds by additional earth berms retained by gabion walls.

The result is a structure fully blended with the landscape that can easily be expanded in the future.

Turf Sloped surfaces of the turfs blocks the strong wind to get inside.

Steel Sheet

Wood Structure

Circulation Seperators

Gabion Wall

Turf

6 7 8 1 2 3 4 5 6 7 8 9

25

Timber Purlins (140mmx200mm) Steel Plate Connector Concrete Bound Beam (200mmx500mm) Gabion Baskets (50mmx100mm) Crushed Volcanic Rocks Earth Steel Sheet Air Gap Glulam Beam

1 2 3 4 5

9

MOVEABLE ROOMS Warm air goes up and rises to the bed

The rooms are carried by tractors

Privacy is achieved through the height of translucent skin.

Entry Buffer

Sleeping Bathroom Mini Platform Kitchnette

Battery Grey System Water Air Pump

Water Tank

Floor Heating

Sewage Tank

The moveable cabins resamples large pebbles near the lake.They are inflatable bubbles with translucent skin at their lover part and transparent atthe top(an alternative could be the same volume made as a geodesic dome.)

A cubic bathroom at the core of the bubble supports the king size bed,which is located right under the transparent top.A better view to northern lights could be had only from a raft on the lake.

The bubble is based on a wheeled platform that houses the necessary mechanical systems.

Power and water is provided by a number of hubs fixed along the coast, similar to the pedestals on marina docs for yachts.

Inflatable Transparent Surface

Expandable Sleeping Platform

Mobile Ladder

Steel Frame System

Internal Zip Door Prefabricated Toilet Cabin Mini Kitchen

External Zip Door

Inflatable Trabslucent Surface

Waffle Substructure with Technical Systems Slab Floor

Wheel System

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GUEST HOUSE & DESIGN IDEA

The main building of the scheme is embedded in the landscape and offers at the same time a wide view to northern lights.Resembling a low volcano,the conical volume is organized around a glazed atrium that is the center of indoor activities,surrounded by most of the required spaces except the barn and the cabins.Most importantly,the atrium provides full visual access to the northern lights as a sky observatory,a fact symbolized by the eye like building plan.(’’Skyeye’’)The view to northern lights is either directly through the transparent roof,or indirectly through the glazed facade that displays the reflections on Myvatn Lake and on the adjacent pool.A heart is the main focus of the atrium -reminiscent of the Viking tradition- possibly incorporated to the underfloor heating system as a burner.With the exeption of the atriumn,the building is covered with local turf that reduces the climatic strain,also making the volume hardly visible from a distance.As an important part of Islandic life,the sas a prominent presence here,divided in two parts,inside and outside the building towards the lake.

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DESIGN IDEA

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The conical volume is organized around a glazed atrium that is the center of indoor activities,surrounded by most of the required spaces.

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The main building of the scheme is embedded in the landscape and resembling a low volcano of Iceland.

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Most importantly,the atrium provides full visual access to the northern lights as a sky observatory,a fact symbolized by the eye like building plan.(’’Skyeye’’)

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LOOBY

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BAR

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GATHERING AREA

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PLAYING AREA

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KITCHEN

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STORAGE

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WC

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MACHINERY ROOM

ACCOMODATION

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GARDEN

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LIVING ROOM

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ROOMS

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SHOWERS

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CLOSED POOL

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EXPLODED DIAGRAM&FUNCTION

Polycarbonated Dome

OBSERVATION

GUEST HOUSE

Turf

BLEND IN The building is covered with local turf that reduces the climatic strain,also making the volume hardly visible from a distance.

HEART A heart is the main focus of the atrium -reminiscent of the Viking traditionpossibly incorporated to the underfloor heating system as a burner.

Private Yard Entrance

COURTYARD

Changing Rooms Heart

COMMUNITY INVOLVEMENT

Glazed Atrium Sauna Pool

INFINITY POOL

Terrace

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#UNFOLD

A Competition Project for Fabrication Festival at Westminster University A Pavillion Created by Hashtag Datas for FABFEST17 Location: Westminster University/London/Egland

Project Description/ Competition Project/Spring 17 Since our acceptance has been finalized and our place has been allocated, we continue to work on our digital fabrication project for FabFest’17 with the theme “Pop Up City”. The project team have focused on diverse points from conceptual infrastructure of an ideal Pop-up city pavilion to structural details of it.

Design can be used as one of the most effective ways of manipulating the notion of “standardization” which have become a dominating concept of the era. We started off with criticizing this concept to shape our design ideas. The project aims to provoke people’s individuality by unique experiences that the pavilion will provide.

The form of the structure is based on visualized data which comes from Twitter entries from specific part of the London central map about one specific hashtag “#London”. In other words, “box-full of ideas from individuals” will fall off from Twitter users and will provide a “participatory experience of space” to our visitors.

My Contribution As a member of EcoFAB, I got involved in modeling with grasshopper while my other collegues were preparing the diagrams of the project. I worked in every model making phases of the project even in London, Westminster University.

Team Members Asst. Prof. Guzden Varinlioglu (Mentor) Seyit Koyuncu Murat Kumbaracı Berfin Ozel Furkan Sinan Ugutmen Mert Sartık Elfin Ulupınar Cagla Ozge Balaban Awards 1st in the Hawtorn Interaction Price 3rd in the Best Architecture Price

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#UNFOLD

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#UNFOLD The pavilion #UNFOLD is designed for the FABFEST Fabrication festival at Westmisnetr University in London.We won the Hawtorn prize and won the third award in the category of Best Architectural Design. #UNFOLD aims to re-interpret and manipulate the concepts of diversity, uncertainty and stardardisation.Since Twitter reflects the diversity of ideas, an alternative form of participation to the Pop-Up City can be unfolded.The visulisation of the twitter data gives shape to the pavilion.The map of down-town London was overlapped with a grid as a standardisation.Each node of this grid as a standardisation.Each node of this grid is examined for the density of tweets for #London, which is constantly changing.

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1/1 Scale

DESIGN PROCESS While creating the pavilion, Rhino Grasshopper is used.From the divided grid map of London, #London was searched in specific diameters on London map. From the density of the number of the hastags, the model of the pavilion started to be shaped.The structure was manipulated by lifting and lowering the surface from the nodes.The more density of results of the hastags was makĹ&#x;ng the nodes to touch the ground.In the end model,the palces where is dense determine where the pavilion touches the ground and the river created like a shelter in the middle of the pavilion.

DATA COLLECTING with #london on map

JOINT DETAILS

JOINT SETTINGS

F O R M U L A

FABRICATION N1-N2=180-2a cosa=c/a sina=b/a

MODELS

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CNC Router Laser Cutter

JOINT DETAIL&FABRICATION

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MODELS

M O D JOINT SETTINGS E w/Grasshopper L I N G

After modeling the pavilion, it was made out of 300 surfaces with different angles.To adjust those angles while fabricating and stabilizing,a new joint technique is used.With the help of Grasshopper,all the angles between the surfaces are calculated and each side of the each surfaces are offsetted.With this offsets,perpendicular triangels was created.With mathematical definitions in Grasshopper according to the angles with of the offsets were determined.The surfaces were cut with CNC Cutting machine and come together with cable ties and tapes.

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Awards 1st in the Hawtorn Interaction Price 3rd in the Best Architecture Price

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ermanarc@hotmail.com +90 5342000797