La Vida Misma Portfolio 2014 Setsuko Kanai (Ouchi)
Biography
Setsuko Kanai Setsuko Kanai is an architect, who was born in Chiba, Japan in 1983. She received Bachelor of Arts Degree in Education from Soka University, Tokyo, Japan in 2007, and received Bachelor of Fine Arts Degree in Architecture design course from Kyoto University of Art and Design, Kyoto, Japan in 2012. She is currently working at Ohuchi architect and associates (Oh‐lab) and a master's degree student at European University of Madrid.
Awards 03/2010
“Self‐expanding tetrahedron” received Honorable Mention 13 “Helping Haiti Restructure” Competition organized by www.CompetingArchitecture.com
02/2008
"ONLY ONE COSMOS ‐Ecological Design for Harmonious City‐" received a prize in ECOLOGY section of The International Design Competition for Students "Design for Happiness”, hosted by the Cumulus (International Association of Universities and Colleges of Art, Design and Media).
07/2007
"Incubator for Designers" received a third prize 1st Student Design Soul championship ”Design centre with Gallery, Café, & Shop”, sponsored by Sugita Ace Co., Ltd.
06/2007
“Community House for Creating a Harmonious Family” received a prize on June 2007 Kamakura, Tokiwa Residential design competition “High‐quality residence as a stock of the city”, sponsored by Kanto Koshinetsu Federation of Architects & Building Engineers Associations
05/2007
“Child Rearing House” received a honorable mention in preliminary selection 2007 Residential design competition “Future”, sponsored by Ishikawa group
email: phone:
setsukoouchi@gmail.com +34 633 367 733
Contact
WORKS
CONTENTS
"ALEC building" Execution design and field management
2
(仮称) 株式会社アレック本社ビル新築工事 ―実施設計、現場管理
"Casa Hori" Execution design and field management
6
(仮称) 堀邸新築工事 ―実施設計、現場管理
“Breaking the Ice” Changchun Workers' Gymnasium Competition
8
“Breaking the Ice” 長春市（中国）工員体育館設計競技
COMPETITIONS
WORKS
"ONLY ONE COSMOS -Ecological design for harmonious city-" The International Design Competition for Students "Design for Happiness"
10
"ONLY ONE COSMOS -Ecological design for harmonious city-" 国際学生デザインコンペティション 「しあわせのデザイン」
"Eternalizing Human Life Sublimation" Architectural Competition The Stockholm City Library
16
"Eternalizing Human Life Sublimation" ストックホルム市立図書館増築 国際設計競技
"Toward the Sun" 10th Arquine International Architecture Competition "The Bicentennial Towers"
18
"Toward the Sun" 第10回 Arquine 国際設計競技 「200年記念タワー」
“Community house for creating a harmonias family” Kamakura, Tokiwa Residential design competition “High-quality residence as a stock of the city
20
家族の和楽を創る地域住宅 鎌倉市常盤住宅設計競技「良質な都市のスットクとしての住宅」
“Social Sponge” MESH Medellin Experimental Social Housing
22
“Social Sponge” MESH メデジン（コロンビア）実験的公営住宅 設計競技
“Take the Amazonas to the World” NOA Nature Observatory of Amazonia Competition
24
“Take the Amazonas to the World” NOA アマゾン自然観測所 設計競技
“Self-expanding tetrahedron” Helping Haiti Restructure” Competition
26
“Self-expanding tetrahedron” 「 ハイチ 救済 再構築」 国際設計競技
"Incubator for Designers" 1st Student Design Soul championship "Design centre with Gallery, Café, & Shop"
28
"Incubator for Designers" 第1回設計魂学生No.1選手権 「ギャラリー・Café・Shopからなるデザインセンター」
"A house in Oshiage, Tokyo" TOKYO FM broadband TV "Mirai Sekkeizu (Future drawing)"
30
"A house in Oshiage, Tokyo" TOKYO FMブロードバンドTV 「未来設計図 第1回墨田区押上のマイホーム提案」
"A house in Hachioji, Tokyo" TOKYO FM broadband TV "Mirai Sekkeizu (Future drawing)"
31
"A house in Hachioji, Tokyo" TOKYO FMブロードバンドTV 「未来設計図 第2回 八王子市椚田町のマイホーム提案」
ACADEMIC
COMPETITION
1
ACADEMIC
Treasure tower
32
Treasure tower
“Wind path / Snow house **”
34
“Wind path / Snow house **”
Universal Cube ―House for All connected with common space
36
Universal Cube ―Commonで繋がるみんなの家
ACADEMIC PAPERS
38
学術論文発表
APPENDIX
40
経歴
“La vida misma“, Setsuko Kanai, Aug 2014
2
(仮称) 株式会社アレック本社ビル新築工事
Featured on Architizer on 10th July, 2014
2014年6月、Architizerにて紹介
June, 2012 - May, 2013 Execution design and field management
WORKS
“ALEC building”
実施設計、現場管理
Concept COMPETITIONS
計画地は東京から東に位置する神奈川県の北部にあり、東京都心まで電車で４０ 分程度にてアクセスできる住宅街にある。地下1階、地上3階のRC造の建築である。 １階はオフィス、２階は4戸の共同住宅があり、3階は施主の３世代の個人住宅、地 階には地域の集会機能を持つ複合建築物である。 全体の空間構成は、立方体の大小ＢＯＸ群により空間秩序を構成し、3階の施主の住 宅には、立方体の中庭を挿入し、四季の微妙な変化を感じ取り、 この中庭により3階の 住空間と最上階のペントハウスと連動しつつ、 さらに屋上の外部空間とも一体となる。 以上、 これらの空間秩序の構成が生活の様相をファサードに表出し、複合した集住 体としての複雑な魅力の創出が街路全体の景観に豊かさを付与するよう計画した。 これらの内外空間の連続性は、均質な空間構成では無く、居住者が様々な場所性を
ACADEMIC
Casa Takamiya is located in the northern part of Kanagawa prefecture, which is situated in the east side of Tokyo. It is in a residential area that is a 40-minute drive from the centre of Tokyo. Casa Takamiya is a complex building that has three above-ground levels and a basement. The first floor has offices, while the second floor has four households. The third floor is housing for the owner. The basement functions as a gathering space for people in the community. The overall structure of the space is formed by the family dwellings comprised of small and large cubes, which frame the order of the space. A cubic patio was added for the owner’s house on the third floor. This enables one to feel the subtle changes of the seasons. Because of the patio, the residential spaces and the penthouse on the top floor are interfaced; further, the structure is accreted with the external space. This attractive multiunit complex was designed to impart richness to the landscape of the entire street. The unique identity of the space, which is not homogeneous in its composition, is created by the residents and the continuity between interior and exterior spaces. The goal was to create a universal space that is always unified with the surrounding environment.
創出し、同時にどこの場でも常に周辺環境と一体となれるユニバーサルスペースを目 指した。
3
Project data Location Start dates Completion date Structure Site area Building area Total floor area
2-2 Higashihashimoto, Sagamihara, Kanagawa 18th Jun, 2012 1st May, 2013 RC 330.02m2 197.46m2 730.84m2
“La vida misma“, Setsuko Kanai, Aug 2014
CH=240
890
2290
三階平面図
一階平面図
中庭
三階平面図
4
1
断面パース
WORKS COMPETITIONS ACADEMIC 5
“La vida misma“, Setsuko Kanai, Aug 2014
6
Concept Casa Hori is located in the east side of Kanagawa prefecture in Yokohama city, which is situated in the east side of Tokyo. It is in a residential area that is a 30-minute drive from the centre of Tokyo. The clients are a young married couple who work in Tokyo. The ground floor has a gathering space for people in the community. There is a kitchen, bath, and dining room on the second level, and the bedrooms are on the third level. It is a three-level housing unit constructed using reinforced concrete and completed with exposed concrete. The house is adjacent to eight railway routes. To address the challenges of train noise and vibration, the building is designed as an enclosed space that faces the railways. The internal space is planned to minimise the movement of the housewife; it is connected by a circle as a space that unites the family through a staircase. A concrete staircase generally tends to be a closed space. Hence, the floors, walls, and ceilings are lacunal spaces; this creates continuity between each spatial unit. Since there is a gathering space for the community on the ground floor, the façade is designed to introduce the view of the architecture from the angled street. The approach from the adjacent road is intended to create a landscape that produces a sense of the breadth of the street and unity with the neighbourhood.
計画地は東京から東に位置する神奈川県横浜市の、東京都心まで電車で30分程 度アクセスできる沿線の住宅地である。施主は都心に通う若夫婦である。１階には地 域の集会機能を持ち、２階にキッチン、水回り、３階に個室が配されているRC造、地 上３階建の個人住宅である。 全体の空間構成は、隣地がJR東海道線をはじめ8つの鉄道の路線であることか ら。外部空間は鉄道の騒音と振動の課題に対処すべく、線路に面して閉鎖的な空間 とした。内部空間は2階のキッチンを中心に主婦の導線を最小に、サークル状につな がるよう、閉鎖的になりがちなRC階段室の床・壁・天井は隙間を持つ形状とし、室内 外の単位空間相互で連続し家族が一体となる空間配置とした。 さらに、１階に地域 の集会機能を持つことから、 ファサードは斜めの街路から視線を建築に取り込むこと により、前面道路からのアクセス空間は、街路の広がりと近隣との一体感のある景観 の創出を目指した。
Project data Location Start dates Completion date Structure Site area Building area Total floor area
4-7 Kishiya Yokohama Kanagawa, JAPAN 20th Jan, 2011 1st Oct, 2011 RC 70.0m2 38.12m2` 97.86m2
Piblished in ARTBOX
ARTBOX 現代日本の建築 掲載
Execution design and field management
実施設計、現場管理
ACADEMIC
January-October, 2011
WORKS
(仮称) 堀邸新築工事
COMPETITIONS
“Casa hori”
7
“La vida misma“, Setsuko Kanai, Aug 2014
“Breaking the Ice”
June, 2012 - May, 2013 Selected as the 1st prize
Changchun Workers’ Gymnasium Competition
8
一等 長春市工員体育館設計競技
WORKS COMPETITIONS ACADEMIC 9
总平面图
“La vida misma“, Setsuko Kanai, Aug 2014
“ONLY ONE COSMOS -Ecological design for harmonious city-”
家族の和楽を創る地域住宅
Selected works
入選
June, 2007
The International Design Competition for Students “Design for Happiness”
国際学生デザインコンペティション「しあわせのデザイン」
HISTORICAL BACKGR
Tsukudajima was an island at the for Tokyo. This island had a thriving village Later, portion of the sea next to Subsequently, the area’ s shing But the area is the only residenti World War II. Therefore, it still has remnants o However, massive development side of Tsukuda. The Community’ s identity and t of modern lifestyles.
CONCEPT_ _ _ _ _ _
Children are “the embodiment o that we focus on children and yo It is also essential that older peo together. Our proposal aims to rebuild bot environment by cooperating wit We are moving away from educa joys of learning and living.
子どもは “ 時代の縮図” であり 子どもたちが幸せに暮らす都 の住民が共に育てる（共育） 。 人々は、子どもを通じて手を そこは、子どもにとって “ 学
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ONLY ONE COSMOS-Ecological design for harmonious city-
CONCEPT DIAGRAM_ _ _ _ _ _ _ _ _ _ _ _ _ RESEARCH_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Several research and analysis were conducted for this proposal. It is important to concerning on the living environment and inhabitant’ s consciousness for city planning. As t new inhabitants live. Secondary, old historical area, where still wooden housings are remains, lastly, the slightly new area, or, where land lled for development. The aim of t School CHILDREN Community
I_Historical Community_HISTORICAL ALLEY SPACES NPO
Psycology III_Consciousness 〈�����ti��〉
Structure 〈mode〉
rk
��tt��� 〈����ti��〉
Children were asked to draw a map of their living environment. Those map were classied and the sketch map of each type is considered. The map which a child draws has a route map and a composition map. Moreover, it is what has caught space while imagining the situation he is standing on the space, and the map which was seen from the sky, and can divide into what has caught space with the objective viewpoint. The elements which children highly captured were found.
������������������������������
(ii) Living territory N
Sustainable network
(iv) Inhabitant Unit
gr
100%
view ew wp point
District VI
District IV Building ��������ti���������� neibourhoods is broken
District V
育＋福祉施設 童保 学
life, ���������������ti��
�����ti��
ecological �����ti���
green space
view point
500
District III
��������ti���������� neibourhoods is kept
District VII
䛻䛞 bu
Egocentric g viewpoint viewpoint viewpoin view ew ewpoint wpoi wp w po point oiint ntt
���������������������������������������������
��������������ti���������������� water area
250
������������������������
(iii) Combined image
From Narrow to Regional
Regional Network disappearance area
public space for environmental �����ti��
Channel and ����������ti����������������
Proposal
Networked Narrow The fragmentary �������������������ti�� environmental area �����ti�� The mega scale plan Medium which doesn't root in area the community
0 0%
coexistence Present
Children book shop 3.Lunch box restaurant Video shop 2. Tsukishima 1st Elementary school 5. Tsukishima Bridge
(i) Neighbourhood area
High
&E
Fo
NPO
od
Community
5. Nishinaka shopping street
development
Interest to environment
nvironmental Ed
Shopping street
Symbiosis CHILDREN
The facto inha
1. Tsukishima nursary home 2. Tsukishima 1st Park
Terakoya
School
I_Consc
w
����ti����
uc
ati
Security netwo on
II_Community
II_ Activity_CHILD SPATIAL RECOGNITION
Relationships between spatial structure and inhabitants' consciousness were studied by analysis of latent factors which strongly affects inhabitants' consciousness and living activities, and spatial structure where the claried inhabitants are living in. The dimensions of each neighborhood area were calculated. The area was transformed into an image of varying light intensity upon which the location of each individual’ s dwelling was plotted. Image which is substituted with counted data of inhabitants' living territory from questionnaire. Those 2 image data are superimposed. And inhabitant units are placed on the map.
Type of the sketched map Expression Priority way Route map Element
TYPEⅠ
Example of the sketched map ��������ti���� TYPEⅢ
LINE
⚾䛾 my TYPEⅡ
TYPEⅣ
PORIGON Low rise High density
���ti������������
High rise Low density
Low
10
Shopping Street
CHANNEL AND OPTICAL FIBER NETWORK_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Channel and Optical ber network is basic system of this proposal which is derived from ancient system in Edo period. Edo is famous for it’ s ecological city system. We use and rebirth this system for harmonious city. The networks of water are in which is contended on old rice eld as collapsed. Therefore, channel bypass network has lost necessity as a vital function. The place that used to be a rice eld present is developed into residential areas. Channel network is restructured as “spiritual affluence” that centers environment education. It can improve the equipment of a city such as protection against disaster, information, economy, and welfare by using this system at the same time.
水門 _water gate
河川_Natural river grove 用水路_waterway
市街地_urban district joins the river
sea area
水田 _lowland eld
市街地_urban district
Disaster intake port DrawgatePrevention environmental complex housing management ecological education bio-tope balancing Network of reservoir ecological education balancing river reservoir rich Disaster freeing port farmland pocketparkCATV Prevention fertile Network Drawgate tide land in river valle bio-tope environmental shopping management district CATV school residential district weal Network park in business district informational bases
closed conduit
bases
open conduit optical ber
Upstream Mountain
FOREST
public
Water way system in the town
Network formation based on facilities.
Symbio
WORKS
Children are “the embodiment of an era” and “a mirror that reflects our future society. We see reflections of society in children. Therefore, it is vital that we focus on children and of the old shing towns and houses. young people. At the same time, t has seen the construction of super highrise residential estates on the north It is also essential that older people and disthe historic alleys and houses are disappearing under the enormous weight abled people have a happy life in the city. No one can live alone. The point is that all these _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ people can live together. of an era” and “a mirror that reects our future society. We see reections of society in children. Therefore, it is vital Our proposal aims to rebuild both the oung people. At the same time, community, which protects and nurtures ople and disabled people have a happy life in the city. No one can live alone. The point is that all these people can live SITE children, and the traditional linkages tokyo th the community, which protects and nurtures children, and the traditional linkages between the people and the edo th and engaging the families, schools, local communities, shopping streets, and NPOs. between the people and the environment by river ation for society towards a society for education. In the future, cities will be places where children will experience the cooperating with and engaging the families, chiba schools, local communities, shopping り、“ 社会の未来を移す鏡”。 都市、Harmonious city では家庭、学校、商店街、NPO の人々が協力しあい、未来を担う子どもたちを地域社会 streets, and NPOs. ） 。 We are moving away from education for sociを取り合い、相互に助け合うなかでつながりが強くなり、安心・安全な子どものための地域社会が建設される。 学ぶ喜びの場” となり “ 生きる喜びの場” となる。 ety towards a society for education. In the futokyo bay ture, cities will be places where children will experience the joys of learning and living.
of shermen. Tsukudajima was lled in and the enlarged island was renamed Tsukishima. g industry faded due to pollution Tokyo bay. tial place that was not damaged in the Great Kanto Earthquake of 1923 or
ACADEMIC
e mouth of the Sumida River, the largest waterway in Edo, or the old name
COMPETITIONS
ROUND_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Concept
______________________________________________________
the relationship of the human beings and nature is inseparable. From the Concept diagram, there are 3 main research, one is conducted at super high rise residential district, here very this study is to construct a methodology for the planning to create a better city and grow together in each area of inhabitants.
11
ciousness_TOWER BLOCK RESIDENT
population of Tokyo, which had been decreasing, began increasing again 1997. High-rise and super high-rise housing, which allow people to live in urbanized areas, are some of the ors behind this population growth. Super high-rise housing is a new living environment, one that is cross sectional rather than planner. To study about the consciousness of the abitants, the survey was conducted. And this cognitive map shows that how the residents see or recognize their town. The range of their consciousness can be seen from the map. 䖃; point_Ⅼ, 䡚; line_⥺, 䕔; network_㠃
Ỉ water
⥳ reen
䛞䜟䛔 ustle
䛾䜎䛱 y town
analysis ศᯒ
design concept 䝁䞁䝉䝥䝖
plan, proposal ᥦ
diagram 䝎䜲䜰䜾䝷䝮
Sumida river is the boundary line of the �����ti��������������� �����ti���������������� ����������������ti��� towers is extremery high.
Increasing areas of water. Rebirthing the water bypass system.
䖃���������ti��������� 䖃- Glass box 䖃- Boat riding 䡚 - Unity with moat and park
Tsukuda Park ��������������ff��������� ����������������ti���
Increasing areas of water. Rebirthing the water bypass system.
䖃- Overspill garden in alley 䡚 ��������������ti���� �����������䕔- Gardens ���������ti�������� 䕔- Water and parks 䕔- Overspill garden
The shopping district ������������������ti��� are very important in ���������ti������� consciousness of the area.
Increasing areas of water. Rebirthing the water bypass system.
䖃- Terakoya (Civillian-run school) 䡚 - Terakoya at Shopping street 䕔Terakoya at Shopping street
Sumida river is the boundary line of the �����ti��������������� �����ti���������������� ����������������ti��� towers is extremery high.
Increasing areas of water. Rebirthing the water bypass system.
䖃; point_Ⅼ 䡚; line_⥺ 䕔; network_㠃
�
� � �
�����ti������ ㄆ▱㡿ᇦᅗ
�
� � �
site picture ⌧≧┿
子どもは“ 時代の縮図” であり、“ 社会の未来を移 す鏡”。 子どもたちが幸せに暮らす都市、Harmonious city では家庭、学校、商店街、NPO の人々が協力しあい、 未来を担う子どもたちを地域社会 の住民が共に育 てる （共育）。人々は、子どもを通じて手を取り合い、 相互に助け合うなかでつながりが強くなり、安心・安 全な子どものための地域社会が建設される。 そこは、子どもにとって“ 学ぶ喜びの場” となり“ 生き る喜びの場” となる。
______________________________________________________
m n villageAgricultural village
City
Downstream Fishing village
Upstream Mountain village Agricultural village
City
Downstream Seaside
Fishing village
Environmental Education
TRY FORESTRY 薪・炭 AGRICULTURE
肥料
AGRICULTURE
URBAN ECONOMY
肥料
塵芥
農産物
薪・炭 材木
材木
海産物
農産物
FISHERY
Leaening
URBAN ECONOMY
肥料
肥料 海産物
osis system in Edo period
海産物
都市基盤
塵芥
海産物
佃煮 _Tsukuda-ni 都市基盤
FISHERY 海産物
Learning
Leaening
Environmental study
in Forest
in rural
based on Urbanism
in ocean
(sh boiled in soy sauce)
SITE
Sustainable network with Environmental Education
“La vida misma“, Setsuko Kanai, Aug 2014
1843
1884
1939
1892
MASTER PROCESS PLAN
Tsukud Great b
A 4_ under highway Nishinaka shopping street
2_ shopping street D_
12
3_ terakoya Tukishima ���ti��
C_
�����ti����������� School Shop Water N S; 1:1000
1_Terakoya at Ishikawajima lighthous2_Terakoya at shopping street “Terakoya” literally means "temple hut" in Japanese. The word refers to the civilian-run schools popular from the 14th to 19th centuries providing literacy and basic education to the children of common people. Ishikawajima lighthouse was built in 1886. At this historical site, The terakoya will be a child playing and learning ground again.
Shopping street will be a place where children learn. The storefronts will be classrooms, and salespeople are teacher. In the future, the children will do working experience in return.
3_Terakoya at Tsukodani Shop Tsukuda ni is Japanese traditional food famous in this area. However, the number of shop has decreased through years. This place will be the place for children to learn, communicate with many people who lives in this city.
4_Under highway
5_Tsukuda moat and park
Tsukuda Great bridge is the big element to segment two areas, Tsukuda island and Tsukishima. However, it will be an element to connect these area by water and shops under this bridge.
There is a moat around the castl a few people who enjoy the wate moat will be alive with rowboats activity will connect the people i the nature of the moat.
Aisho bridge
Harumi canal
WORKS A_FISHERMAN'S WARF B_EDUCATIONAL FACILITY C_COMMUNITY HOUSE D_COMMUNITY CENTER
concept model
ACADEMIC
2007
COMPETITIONS
A C D B
da bridge
A_ 7_ glass box 8_ ���ti������� 1_ terakoya 6_ water gate
13 Sumiyoshi Shrine Tsukuda Park
5_ moat and park
Supermarket
B_
le. But there are er side. This s. And this in the park with
Chuo bridge Jr high School
Sumida River
6_ Sluice
7_Glass box The bank of a Sumida river is very high. Children cannot see and feel the river from the site. It is the element to divide the river and the site. This a new place for child strolling.
Ishikawajima Park
This place is the gate to the big river, Sumida River it has been functioned for the residents in this area to protect them, but people do not see it and know it anymore. This will be a site for children for ecological education.
8_Floating deck This Floating deck can be used for various purpose. it can also be a element to link with some places. This area is full of people when they have a festival.
Ecchujima P
“La vida misma“, Setsuko Kanai, Aug 2014
NETWORKING _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ b_Network of Human activity
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NETWORKING can be realized by people, architecture and urban planning needs to be considered as the elements to support people for the networking will be fullled. It can be done with urban planning. And it is essential to see urban context.
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A_FISHERMAN'S WARF_building physics_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _B_EDUCATIONAL FA Historically, Tsukudajima was started as a sherman’ s village. People used to use and worked with boat. This river side used to be lively space. Sumida River used very clear. But as the time has passed, clean Tokyo Bay had polluted. FISHERMAN'S WHARF will be a place where people communicate and feel people and water as they can see opposite shore. And it will be ourished as a modern sherman’ s village again.
14 �����������ti��� ����
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SECTION PLAN; S = 1:300 12 18 [M]
WORKS d_Network for Disaster prevention
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ACADEMIC
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COMPETITIONS
______________________________________________________
tal education by sustainable design and ICT
ACILITY _human & nature, 1-4_ _ _ _ _ C_COMMUNITY HOUSE_Children & eldery people_ _ _ _ _ 15
SECTION; S = 1:500
Food sustains life. Not only for children, but also for all human beings cannot live without food. It can be said that food is an element to connect people. This Dietary education centre locates very near to Junior high school so that children and parents, or all the people experience and learn together.
FLOOR PLAN; S = 1:300
0
3
6
12
18 [M]
In the area where remains wooden historical area, they have distinct space in alley spaces, as it formed inhabitant's life from old age. The inhabitants of these houses are mainly older people, so the number of vacant houses is increasing recently. But those are very signicant property. And it needs to be protected; otherwise, we will lost them. The vacant houses are converted for group home for children and elderly as community house. To make a network of human, this can be important point of meeting people. These houses reconnect the relationship with children and old people. They’ ll do activity together. Children and elderly people will encounter, in this house, old people will teach something to children, at the same time, learn something from them, and vice versa.
2nd FLOOR PLAN; S = 1:500
D _ COMMUNITY CENTER_old town & new town_ _ _ _ _ This community center is situated in very signicant area. There are many elements which divide Tsukishima; highway is one of them. Locating on this site, it will be the element, which integrates this area. It will connect old and new town in Tsukishima. And this community centre will be an element of connecting people as it used to be. 1st FLOOR PLAN; S = 1:500
W.L
ELEVATION AND SECTION PLAN; S = 1:300
0
3
6
12
18 [M]
“La vida misma“, Setsuko Kanai, Aug 2014
“Eternalizing Human Life Sublimation” December, 2006
Architectural Competition The Stockholm City Library
16
2006_10_stockholm_1
ストックホルム市立図書館増築 国際設計競技
WORKS COMPETITIONS ACADEMIC 17
2006_10_stockholm_2
“La vida misma“, Setsuko Kanai, Aug 2014
“Toward the Sun” February, 2008
10th Arquine International Architecture Competition “The Bicentennial Towers”
18
第10回 Arquine 国際設計競技 「200年記念タワー」
WORKS COMPETITIONS ACADEMIC 19
“La vida misma“, Setsuko Kanai, Aug 2014
“Community house for creating a harmonias family”
家族の和楽を創る地域住宅
Prize
入賞
June, 2007
Kamakura, Tokiwa Residential design competition “Highquality residence as a stock of the city”
鎌倉市常盤住宅設計競技「良質な都市のスットクとしての住宅」
20
kamakura
WORKS COMPETITIONS ACADEMIC 21
“La vida misma“, Setsuko Kanai, Aug 2014
“Social Sponge” July, 2014
MESH Medellin Experimental Social Housing
MESH メデジン （コロンビア）実験的公営住宅 設計競技
KTQ
FLOOR PLANS
Network of shared spaces CONCEPT
22
The main idea which articulates the project is to create a kind or public skeleton which communicates the whole private spaces by a series of linked spaces all through the building. These public skeletons for the building will host different shared uses as laundry spaces, gardens or playground areas. Both spaces, the public and the private one, are disposed according to the Menger sponge´s geometry. As a result of that, the public space springs up as the negative image of the private one. The building itself is the result of the overlapping of both kinds of spaces in the three dimensions. So, the housing unit is made by the addition of a certain number of basic modules each containing a basic room unit. Every housing unit is also, in a certain way, compose by some public units, which link the living area with the public spaces.
Site & ground floor plan
DIAGRAM TYPOLOGY
1st floor plan
2rd floor plan
1st floor plan
2rd floor plan
WORKS ACADEMIC
COMPETITIONS
Concept The main idea which articulates the project is to create a kind or public skeleton which communicates the whole private spaces by a series of linked spaces all through the building. These public skeletons for the building will host different shared uses as laundry spaces, gardens or playground areas. Both spaces, the public and the private one, are disposed according to the Menger sponge´s geometry. As a result of that, the public space springs up as the negative image of the private one. The building itself is the result of the overlapping of both kinds of spaces in the three dimensions. So, the housing unit is made by the addition of a certain number of basic modules each containing a basic room unit. Every housing unit is also, in a certain way, compose by some public units, which link the living area with the public spaces.
23 1st floor plan
2nd floor plan
3rd floor plan
3rd floor plan
1 bed room 2 bed room 3 bed room 3rd floor plan
“La vida misma“, Setsuko Kanai, Aug 2014
“Take the Amazonas to the World” June, 2014
NOA Nature Observatory of Amazonia Competition
’ ’
NOA アマゾン自然観測所 設計競技
24
WORKS ACADEMIC
COMPETITIONS
Concept Understanding the Amazonas region as a scar to heal. We have modified the natural observatory into a monitoring station. Our focus is to restore affected zones in the region so it continue to be the lungs of the planet. To reduce CO2 foot print related to people moving there we have instead created a travelling pavilion and a local nature restauration school.
25
“La vida misma“, Setsuko Kanai, Aug 2014
etc. The material we propose to use is a type of hard wearing water proofed cardboard, which is not only cheap and light weight, but also biodegradable. “Self-expanding tetrahedron” Twelve units can be arranged to interlock into a large cube. The March, 2010 dimensions of the units have been specially designed to fit within Honorable Mention 13
“Helping Haiti Restructure” Competition
入賞(ベスト13 全500点中)
SE
「 ハイチ 救済 再構築」国際設計競技
Pl
26
Materials The material we propose to use is a type of hard wearing water proofed cardboard, which is not only cheap and light weight, but also biodegradable.
Structure This temporary housing structure is very strong and easy to send as well as being
1500mm 1530mm
1500mm
1560mm
UNIT LOAD DEVICE
WORKS
ECTION OF AIRCRAFT
CUBE (TWELVE UNIT OF TEMPORARY HOUSENG)
1500mm
WC
Bed Room1
Bed Room3
Bed Room4
Scale 1:100 ▲Entrance
2F plan
1F plan
SECTION
ACADEMIC
Kitchen
This temporary housing structure is very strong and easy to send as well as being light and versatile. Each unit can be used independently or combined to create larger structures to Bed (families). Each Bed unit will also house groups Room3 Room4 contain basic supplies for the recipient such as blanket, flash light (torch) etc.Bed Room2 The material we propose to use is a type of hard wearing water proofed cardboard, which is not only cheap and light weight, but Bed Kitchen also biodegradable. Room1 Twelve units can be arranged to interlock into a large cube. The dimensions of the units have been specially designed to fit within the containers (ULD) used on commercial aircraft.
COMPETITIONS
Concept
lan
27
PAST COMPETITIONS
Compe
co
HOME COMPETITIONS COMPETITIONS AT JURY PAST COMPETITIONS CONTACT
gArchitecture.com
among Architects and Architecture students
Script embedded in HTML
Competition Title: Helping Haiti Restructure Competition Description: www.CompetingArchitecture.com is holding a competition to help the people of Haiti who have lost their homes. We would like you to design a temporary structure that can be built for under $400 and assembled with basic construction skills. The structure should be able to protect 4 adults from the elements, support itself on unknown and possibly uneven terrain, provide secure storage, and provide privacy. Please design your structures out of readily available materials; also include a plan for adaptive reuse. How can your structure turn into something that will be useful in the future as its inhabitants start to rebuild their lives? This competition is for designs only. FIRST PLACE: From: Redondo&Serra Project Name: ps.Packed Spaces
6.jpg Honorable Mention 13
ps.Packed_Spaces_Team_Redondo_Serra_Page_08.jpg From: Setsuko OUCHI & Hirotomo OHUCHI SECOND PLACE: From: Brett Ehman Project Name: T.E.A. Dwelling = Temporary Emergency Assistance Dwelling
Content copyright 2009-2010. www.competingarchitecture.com . All rights reserved.
FUNITURES
haiti.jpg
http://www.competingarchitecture.com/Past_Competitions_
2010/03/20
It is easy to construct because 1unit is reasonable size. ONE UNIT
net Scale: 1:50
“La vida misma“, Setsuko Kanai, Aug 2014
“Incubator for Designers” July, 2007 3rd prize
1st Student Design Soul championship “Design centre with Gallery, Café, & Shop”
28
3位入賞 第1回設計魂学生No.1選手権 「ギャラリー・Café・Shopからなる デザインセンター」
Concept の3つの機能をもったデザインセンター。卵の形の 単位空間の自己相似形を拡大し、一定のリズムで回 転させることにより平面をデザインしました。一回の 円の線上には可動式の壁があり、 イベント時に壁を
WORKS
Incubator for Designersはギャラリー、caffe、shop
動かし、屋内空間、屋外空間好きな空間を作り出す
を創出する場とします。 ショップはスタッフが常駐す る場であるので、少ない労力で全体を見渡せる位置 に配置してあります。 広いスロープはユニバーサルデザインで、展示空 間としても使用できます。Incubator for Designers は、新たな人の才能を孵化し、それらを開花させる
ACADEMIC
場となります。
道路
29
道路
ボルとし、開かれた空間にするために、 ワークショッ プの内容を外から見ることのできる市民との一体感
COMPETITIONS
ことができます。 このデザインセンターを市民のシン
Project data 1st floor area 2nd floor area total floor area
130.00m2 95.00m2 225.00m2
“La vida misma“, Setsuko Kanai, Aug 2014
“A house in Oshiage, Tokyo” January, 2008
TOKYO FM broadband TV “Mirai Sekkeizu (Future drawing)”
TOKYO FMブロードバンドTV「未来設計図 第1回墨田区押上のマ イホーム提案」
COMPETITIONS 30
道路境界線
敷地境界線
February, 2008
TOKYO FMブロードバンドTV「未来設計図 第2回 八王子市椚田 町のマイホーム提案」
TOKYO FM broadband TV “Mirai Sekkeizu (Future draw-
ACADEMIC
COMPETITIONS
ing)”
WORKS
“A house in Hachioji, Tokyo”
31
線
境界
隣地
バ スルーム
書斎
境 隣地
界線
トイレ
台所
土間
リビング フリ ースペース
書斎
バ ルコニー
線 境界 道路
▼ 土間
界線
境 隣地
化粧室
書斎
ウォーク イン クローゼット
ロ フト
ダイニング 吹抜け 主寝室
リビング フリ ースペース 台所
バスルーム
バ ルコニー
“La vida misma“, Setsuko Kanai, Aug 2014
32
Concept
“Treasure Tower” April, 2010
か、それとも身近に感じらはれる棚の上に飾っておくべきだろう か。Treasure towerには、そんな小さな『お気に入りのモノ』 を棚
Design Assignment
に飾ることも、箱にしまうこともできる。人は人生で時を刻むごと に出会う人や経験することが増えていく、その中で生み出されて
WORKS
本当に大切な小さな宝物は宝箱の中に大事にしまっておくべき
きた小さな思い出の宝物でTreasure towerもまた時を重ねるご 身の人生の縮図でもあるだろう。 このtreasure towerには今まで 出会った人や今まで行った場所、今まで経験したことを表すよう な『お気に入りのモノ』が飾られています。Treasure towerの中 心にある一番高い部材はH型でできているので、構造的にも強 くなっています。表と裏がなく、使う人、飾るモノによってどの面 も表になります。
450mm
ACADEMICS ACADEMIC
650mm
COMPETITIONS
とに、その人だけの宝物で飾られていく。 それはまた、使う人自
33
Front elevation
Right elevation
2
Back elevation
Left elevation
Elevation S=1/10
部材切り出し図 S=1/10
3
1. My treasures 2. Eeference image “Taliesin lamp” by Frank Lloyd Wright 3. Conceptual model
“La vida misma“, Setsuko Kanai, Aug 2014
“Wind path / Snow house **” July, 2011
Shelter International Architectural Design Competition for students 2011
34
第13回シェルターインターナショナル 学生設計競技 課題「大自然の家」
WORKS ACADEMICS ACADEMIC
In the summer, there is a path for the wind in the house. In the winter, the residents can see the snow in the patio. People live their lives feeling the nature in this house.
COMPETITIONS
Concept
35
“La vida misma“, Setsuko Kanai, Aug 2014
“Universal Cube House for All connected with common space”
Universal Cube ―Commonで繋がるみんなの家
January, 2012 Diploma Project
SITE ANALYSIS
S
SITE
common space
naka shopping street
Tukishima Station
naka ~ 7533
ショップ ショップ ▼
レストラン
駐輪場
common space カフェ 東京都中央区月島1-13
▼
▼
▼
レンタルスペース
▼
common space
36
ギャラリー
光庭
~ 7533 話 談話 理容室
ショップ
理容室 ~ 7533
理容室
ショップ ショップ 集会所
室 マッサージ室
▼ マッサージ室
▼
レストラン
駐輪場
▼
▼
集会所 託児所 談話
▼
集会所
室 マッサージ室
▼
▼
▼
室 マッサージ室
談話
カフェ レンタルスペース
談話
▼
レストラン
駐輪場
理美容室
大浴場
ショップ
▼
レンタルスペース
▼
ギャラリー 中庭
中庭
▼
▼
光庭 void
スロープ
事務
事務
void
スロープ
ギャラリー
中庭
1F & Site plan S=1:200 事務
話 談話
void
スロープ
光庭 談話
slope 話 談話 ▼
▼
▼
食堂
談話
食堂
バルコニー
▼
談話
談話
▼
▼
食堂
▼ ▼
食堂
バルコニー
食堂 談話 ▼
食堂 ▼
談話
▼
▼
カフェ
1F2F & Site S=1:200 planplan S=1:200
2F plan S=1:200 3F plan S=1:200 X2-X2' section S=1:200
1F & Site plan S=1:200
Y2-Y2' section S=1:200 X2-X2' section S=1:200
X2-X2' section S=1:200
2F plan S=1:200
Y2-Y2' section S=1:200 South elevation S=1:200 Y-Y' section S=1:200
Y2-Y2' section S=1:200
SITE ANALYSIS
Concept 東京都中央区月島地区における歴史的に継承されてきた路地
SITE
WORKS
にあふれる地域住民のアクティビティを再生させ、子供とともに あらゆる人が生活する場を創出すべく、個人、家族、住人相互が つながることにより地域社会に広がる地域交流の拠点として福 祉施設を提案する。
SITE ANALYSIS
SITE ANALYSIS
naka shopping street
COMPETITIONS
Jr high School
Jr high School
Tukishima Station
Jr high School
SITE
SITE
common space
naka shopping street
ACADEMICS ACADEMIC
東京都中央区月島1-13
Tukishima Station
shopping street
Tukishima Station ~ 7533
理容室
理容室 理美容室
ショップ 大浴場 ショップ ▼
レストラン
駐輪場
集会所
室 マッサージ室
▼
レンタルスペース
N
東京都中央区月島1-13
Education facility
▼
東京都中央区月島1-13 ギャラリー
Water
Water Education facility N Green S=1:2000 Shop
中庭
Green S=1:2000
事務
中庭
事務
Water
光庭 void
スロープ
37
N
Shop
▼
Shop
▼
Education facility
託児所 集会所
室 マッサージ室 マッサージ室 カフェ
void
スロープ
Green S=1:2000 話 談話
理美容室
大浴場
談話 slope
▼
事務 大浴場
事務
▼
理美容室 食堂
▼
食堂
バルコニー
託児所
マッサージ室 ▼
ライブラリー
ライブラリー 談話
事務 ▼
談話
託児所
マッサージ室
バルコニー 食堂
バルコニー 食堂
バルコニー ライブラリー ▼
バルコニー
バルコニー
バルコニー バルコニー
1F2F & Site S=1:200 planplan S=1:200
void
slope
void
バルコニー バルコニー
void
void
void
バルコニー
void
slope
バルコニー
void
void
void
void
void
void
2F plan S=1:200 3F plan S=1:200
バルコニー バルコニー
バルコニー バルコニー
バルコニー
バルコニー
バルコニー
common space
バルコニー void
void
void
バルコニー
3F plan S=1:200 4F plan S=1:200
4F plan S=1:200
Y2-Y2' section S=1:200 X2-X2' section S=1:200
Y2-Y2' section S=1:200 Y-Y' section S=1:200
3F plan S=1:200
4F plan S=1:200
~ 7533
理容室
ショップ ショップ ▼
レストラン
駐輪場
集会所
室 マッサージ室
West elevation S=1:200 North elevation S=1:200
▼
▼
レンタルスペース
▼
▼
West elevation S=1:200 South elevation カフェ Y-Y' section S=1:200 S=1:200
Y-Y' section S=1:200 ギャラリー
“La vida misma“, Setsuko Kanai, Aug 2014 中庭
ACADEMIC PAPERS
学術論文発表
International Journal “Study on Changes in Ancient City Agoras Using Fractal Analysis — Using Shaded Image to Describe the Formation of Agora in 300 B.C., 150 B.C., and 100 A.D. —” November, 2011
論文誌掲載（共同研究）
Hirotomo Ohuchi1, Satoshi Yamada*2, Toshihiro Kimura3, Setsuko Ouchi4 and Mitsuhito Matsubara5 1
Professor, Department of Architecture, College of Industrial Technology, Dr. Engineering, Nihon University, Japan 2 Assistant Professor, Department of Architecture and Urban Design, College of Science and Engineering, Dr. Engineering, Ritsumeikan University, Japan 3 Chief Executive Officer, Architect Theory Co., Ltd., Japan 4 Researcher, Ohuchi Environmental Design Lab., Japan 5 Professor, Department of Electrical and Electronic Engineering, College of Industrial Technology, Dr. Engineering, Nihon University, Japan
Abstract This paper examines the "complexity" of space in Agoras by analyzing their architecture using imageprocessing technology. Agoras were central to the lives of Western European people and can be called the starting point of Western European civilization. Image processing technology was used to perform the initial restoration of the architecture and city shape. Each building in the 3D model of the plaza was then constructed, centering on the formation of the Agora. The box-counting method was used to determine the relationship between the shadow image and the fractal analysis of the 3D plaza composition. This was applied in the fractal analysis of the changes in the arrangement of the facilities from generation to collapse. Keywords: ancient city; fractal; Agora; shaded image; restoration model
*Contact Author: Satoshi Yamada, Assistant Professor, Department of Architecture and Urban Design, College of Science and Engineering, Ritsumeikan University 1-1-1, Nojihigashi, Kusatsu-shi, Shiga, 525-8577, Japan Tel: +81-77-561-2624 Fax: +81-77-561-2629 E-mail: sy@fc.ritsumei.ac.jp ( Received October 8, 2010 ; accepted June 24, 2011 )
38
論文誌掲載（共同研究）
Study on Changes in Ancient City Agoras Using Fractal Analysis — Using Shaded Image to Describe the Formation of Agora in 300 B.C., 150 B.C., and 100 A.D. —
1. Introduction The ancient Greek city of Athens gave birth to Western architecture and civilization and its' 2500-year history has been extensively studied by international researchers. Plato*1 and Aristotle*2 developed theories of the ideal city that considered the interrelation of different social classes as well as the physical layout and organization of the city. The concept of city planning was developed in the Hellenistic period by Pliny*3, Frontinus*4, Witolwius*5, and others. However, a substantial portion of the technological research and books 1) - 13) that can be referred to today concern only the ruins that remain as they relate to cadastral surveys and water supply. This study analyzes Agora as a single assembly promoting harmony between indoor (within the temple's premises) and outdoor environments (ambience) instead of each temple as a separate entity. The Agora is believed to be the cradle of life and Western European civilization. A. Doxiadis*6 (1972), a Greek architect and city planner, wrote a paper,
"Architectural Space In Ancient Greece," that described the system of site planning for temples in ancient Greece. His paper has had an enormous influence on current knowledge and modern technology. Doxiadis analyzed the disposition of buildings in precincts, basing his viewpoint on the precinct entrance (origin of the polar coordinate system). He measured the distance between this viewpoint and a particular point, e.g., the intersection of the axes of the building and the precinct). He then calculated the ratio of these distances, measured the angle between their sight lines as observed from the viewpoint, and studied the relationship between the distances and the angles. The above procedure helped Doxiadis reveal the geometric
Fig.1. Image of the Agora
Photo: Reference 7)
Journal of Asian Architecture and Building Engineering/November 2011/366
October, 2007
Journal of South China University of Technology (Natural Science Edition) Vol.35 Supplement p.205-208 華南理工大学学報 （自然科学版） 第35巻 増刊 p.205-208
JAABE (Journal of Asian Architecture and Building Engineering) vol.10 no.2 November 2011 p.359-366
ABSTRACT This paper examines the “complexity” of space in Agoras by analyzing their architecture using imageprocessing technology. Agoras were central to the lives of Western European people and can be called the starting point of Western European civilization. Image processing technology was used to perform the initial restoration of the architecture and city shape. Each building in the 3D model of the plaza was then constructed, centering on the formation of the Agora. The box-counting method was used to determine the relationship between the shadow image and the fractal analysis of the 3D plaza composition. This was applied in the fractal analysis of the changes in the arrangement of the facilities from generation to collapse.
“Study on Child Spatial Cognition Using Sketched Maps of Urban Housing Projects Centering on Educational Institutions”
359
ABSTRACT This paper describes a study of urban housing projects from the point of view of developing an appropriate environment for children. The study took place in Makuhari Bay Town, a mid-rise apartment and condominium area with extensive educational facilities. The study used sketched maps to determine the relationships between the children live there and their environment. Two investigations, one in 1999, followed by another in 2003, were conducted during the development of this area. The research used sketched maps drawn from memory of the child’s house, school, usual playing area, and other notable places. The area underwent many physical changes in the years between the two investigations. It reflected in the number of elements the children drew on their maps. The changes in the sketched maps were compared and analyzed and the environmental changes and their relationship to the child’s spatial cognition considered. The results show that the children’s objective understanding was enhanced at an earlier stage by the spatial structure of Makuhari Bay Town, or environmental changes, which consist of grid patterns. The experience, everyday life, and spatial cognition of an elementary school or a playground have a close relationship to a child’s living environment.
Conferences 「ルイス・バラガンのグアダラハラにおける初期住宅作品について フェルディナン・バックのスケッチのとの相同性について」 Sep, 2010 Toyama, Japan
Summaries of Technical Papers of Annual Meeting, AIJ 日本建築学会大会学術講演梗概集 Oral Presentation, First Author (collaboration)
口頭発表 筆頭論文（共同研究）
“Construction of color recognition 3D model according to correlation among color composition, environment recognition, and behavioral characteristics” Dec, 2007, Tokyo, Japan
The Color Forum JAPAN 2007 カラーフォーラムＪＡＰＡＮ２００７
Oral Presentation, First Author (collaboration)
口頭発表 筆頭論文（共同研究）
ABSTRACT In this study, to examine local environmental alternation or environmental elements as a whole, color composition of a city block which composes a landscape as being focused based on the field study. How not only the physical elements but also mental state or the action condition affect landscape formation and being ecognized as landscape was counted, and recognition of landscape formation and being recog- nized as a landscape was counted, and recognition of landscape omposition by an individual or group as the subject of the view was analyzed. The relationship between the city block’s color composition and recognition or ction characteristics is examined and visualized as a color 3D model of urban townscape of the research’s object area.
街区の色彩構成と環境認知及び行動特性との相関による 色彩認知3Ｄモデルの構築 大内節子* 松原三人** 大内宏友*** *
**
日本大学大学院 生産工学研究科 建築工学専攻 日本大学生産工学部 電気電子工学科 教授・工学博士 *** 日本大学生産工学部 建築工学科 教授・工学博士
Constructiong 3D model of color recognition based on correlation of color composition of district, environmental recognition, and behavioral characteristics Setsuko Ouchi*, Mitsuhito Matsubara** and Hirotomo Ohuchi*** Graduate Student, Graduate school of Industrial Technology, Nihon Univ. Prof., Dept. of Electrical and Electronic Engineering, College of Industrial Technology,Nihon Univ., Dr. Eng *** Prof., Dept. of Architecture, College of Industrial Technology, Nihon Univ., Dr. Eng *
**
In this study, to examine local environmental alternation or environmental elements as a whole, color composition of a city block which composes a landscape was being focused based on the field study. How not only the physical elements but also mental state or the action condition affect landscape formation and being recognized as landscape was counted, and recognition of landscape formation and being recognized as a landscape was counted, and recognition of landscape composition by an individual or group as the subject of the view was analyzed. The relationship between the city block's color composition and recognition or action characteristics is examined and visualized as a color 3D model of urban townscape of the research's object area.
地域 時間 銀座 昼間 原宿 昼間 渋谷 昼間
Table1 調査期間・時間 対象時間 心理量調査期間 物理量調査期間 10時～14時 2000年11月 2001年 1月 2001年 5月 10時～14時 2001年 5月 10時～14時 2003年 5月 2003年 5月 Table2 調査方法・対象
属性調査 行動調査 景観認知調査 イメージ調査
性別、年齢、職業 頻度、目的、行動範囲 色彩認知調査 ランドマーク調査 15項目に対し5段階評価
銀座 原宿 渋谷 43 44 44 57 57 56 4 43 25 37 45 56 8 21 7 3 2 9 8 29 4 100 101 100
対象地域 男性 女性 10代 20代 30代 40代 50代以上 合計
性別
年齢
３．行動強度による認知特性
ＪＲ有楽町駅
伊東屋
数寄屋橋
和光 松屋
マリオン ソニービル
三愛ビル
通り 歌舞伎座
昭和通り 200
行動強度 弱
晴海
銀座通り
アンケート調査より得られた 行動調査-行動範囲より、圏 域図示法から得られたデー タを地図上に重ね合わせ、 グリッドに含まれる人数をカ ウントし、行動範囲の強弱を 5段階で表記する。銀座地 域(Fig.1)、原宿地域 (Fig.2)、渋谷地域(Fig.3)の 行動強度を示す。
ＪＲ新橋駅
２．調査概要 調査対象地域は東京都中央区銀座、渋谷区渋谷、渋谷 区原宿を選定した。対象地域において人の景観が構成さ
れる際の物理的要因と心理的要因の相関分析を行うため、 心理量調査としてアンケート調査、物理量調査として街区 の色彩調査を行った。Table-1に調査期間・時間帯を示す。
並木通り
1．研究の背景と目的 人は景観をすべてそのまま記憶することはなく、物理的 形態が心理や行動に影響を与え、総体として心理的景観 を作り出しているといえる。その中でも都市景観において 色彩は重要な要素である。空間の物理的条件下にある対 象色（施設色および環境色）と、眺望主体である人間及び その集合の心理的イメージとの相関によって景観は形成さ れるといえ、色彩が与える心理的効果がわかれば景観計 画に有効である。都市景観における街区の色彩構成と環 境認知、行動特性の関係性を考察した研究はいまだ少な いといえ、環境心理へのアプローチにおいても重要である といえる。一方、色彩の種類は非常に多くすべての色彩に ついて心理効果を求める事は出来ない。そこで分析結果 に基づく基準を策定し、任意の心理効果を与える色彩を 景観の構成要素の一つとして捉え、色彩の視点から都市 景観の環境認知と現状調査・分析し、色彩計画を行う。 これまでの既往研究においては、銀座地域において行 動特性と色彩認知との相関を分析し色彩認知モデルを構 築。既1)銀座、原宿地域における分析を行い既2)、渋谷 地域を追加した3地域において行動特性と色彩認知との 相関を分析し、物理量との比較、分析を行った。
強
0
100
Fig.1 行動強度 -銀座
500
June, 2010, Shanghai, China
29th International Conference on Ocean, Offshore and Arctic Engineering, OMAE 2010 OMAE2010 海洋工学および極地工学に関する国際会議
Poster Presentation Co Author (collaboration)
Oral Presentation Co Author (collaboration)
ABSTRACT This study on spatial cognition in children does not confine education to the school grounds, but considers the entire urban environment as a space for education. This study aims to construct a planning methodology for architectural regional planning. For that purpose, we analyzed sketched maps drawn by children. Our analyses considered the relationships between the actual physical environment of the town and the images that children drew of their environment, as well as the mutual relationships between the environmental changes that affect the children’s spatial cognition. In this paper, the surveys were conducted in the two cities, one in the Makuhari Bay Town, which is highrise housing area, and the other is in Tsukishima, which is lower density residential area. Then, the difference between real space and the mistakes in their sketch map were compared and analyzed. From the analysis, the relationship between actual space and child image of regional environment was recognized, and how children were understanding and recognizing surrounding environment was discussed.
ABSTRACT This study discusses relationship between the extent of the sphere of cognition by local inhabitants in coastal fishing area and the physical environment, as ascertained from a questionnaire survey of local inhabitants. Object is 59 coastal fishing villages (Izu and Bousou peninsula in Japan) in which the sea, a town, and a mountain are realized in one, and has complicated geographical feature. We have been researched the complexity and metamorphosis patterns of common areas in coastal fishing regions using sphere graphic method. Based on research, this study analysis Explicate Order and Implicate Order formed from the mutual relationship of the cognitive region and visibility and determine relationship between cognitive attribution and visibility. We analysis visibility with visible region image using the 3-dimensional shade picture which applied the inversesquare damping which is approximation to man’s visual recognition and which is obtained from a spread of light. From above analysis, correlativity of cognitive attribution and visibility by landscape recognition of local inhabitants was shown and its Composition was determined.
ポスター発表（共同研究）
口頭発表（共同研究）
Proceedings of the ASME 29th International Conference on Ocean, Offshore and Arctic Engineering OMAE 2010 June 6-11, 2010, Shanghai, China
OMAE2010-20871 VISIBLE SPACE BY LANDSCAPE RECOGNITION OF LOCAL INHABITANT AND ITS COMPOSITION IN JAPAN Hirotomo Ohuchi Professor, Dept. of Architecture, Nihon University Chiba, Japan
Satoshi Yamada Assistant Professor, Ritsumeikan University Shiga, Japan
Setsuko Ouchi Ohuchi Environmental Design lab Chiba, Japan ABSTRACT This study discusses relationship between the extent of the sphere of cognition by local inhabitants in coastal fishing area and the physical environment, as ascertained from a questionnaire survey of local inhabitants. Object is 59 coastal fishing villages (Izu and Bousou peninsula in Japan) in which the sea, a town, and a mountain are realized in one, and has complicated geographical feature. We have been researched the complexity and metamorphosis patterns of common areas in coastal fishing regions using sphere graphic method. Based on research, this study analysis Explicate Order and Implicate Order formed from the mutual relationship of the cognitive region and visibility and determine relationship between cognitive attribution and visibility. We analysis visibility with visible region image using the 3-dimensional shade picture which applied the inverse-square damping which is approximation to man's visual recognition and which is obtained from a spread of light. From above analysis, correlativity of cognitive attribution and visibility by landscape recognition of local inhabitants was shown and its Composition was determined. 1. INTRODUCTION This paper examines the relationship between development of resident life as observed in coastal settlements and the relevance to the various production activities observed in the municipalities, fishermen's cooperatives, and fishing ports. Three main bodies control the Japanese coastal areas. These are the Ministry of Transport, the Ministry of Construction, and the Ministry of Agriculture, Forestry and Fisheries. Of these, the Ministry of Agriculture, Forestry, and
Fisheries have developed the most natural coastal management system. Under this system municipalities and prefectures administrate the coastal region, although actual administration is performed by fishermen's cooperatives, which hold the fishing rights of nearby ports. This is the traditional system of coastal management in Japan. This paper examines landscape recognition through spatial vision using a 3D image visualization model. Landscape recognition is the process by which an inhabitant recognizes the regional landscape. Regional symbiosis, which has been increasingly important in recent years, is based on the premise that the resident feels that the surrounding environment is common property. Therefore, the shared recognition of the local landscape, which is valuable common property, is important. The local landscape is defined by the correlation between morphological character, a physical-environment characteristic of space, and cognition based on spatial vision. Moreover, the visual information a person receives in daily life defines the cognitive region, which is a composite image of visible things and invisible things in specific positions. Landscape recognition is formed by relationship between the explicate order (visible cognitive region of consideration) and the implicate order (subconscious invisible cognitive region). The explicate and implicate orders are inseparable reciprocal processes (Fig.1).
Fig.1 conception of Landscape recognition
1
Copyright © 2009 by ASME
“Study on urban space composition as an educational environment and image structure of children -Relation between actual space and child image-”
“Study of Setting of Inhabitant Units focused on the dwelling environment formation process in historical urban areas of Tokyo”
XXIII UIA (International Union of Architects) World Congress of Architecture Torino 2008
IFHP (The International Federation for Housing and Planning) 2007 Copenhagen 第51回IFHP (国際住宅計画連合) 国際会議
29 June - 3 July, 2008, Torino, Italy
第24回UIA（国際建築家連合）世界大会 Oral Presentation
口頭発表
23 - 26 September, 2007, Copenhagen, Denmark
Poster Presentation, First Author (collaboration)
ポスター発表 筆頭論文（共同研究）
ABSTRACT This paper discusses the appropriate urban housing project for future. It conducted investigation using sketch maps to consider the relationship of the children and their living environment in a developmental stage in Makuhari Baytown, where a mid-rise apartment and condominium area centered on the educational facilities. The research technique used sketch mapping and involved drawings of the house, school attended, frequent playing area, other impressive places. The Maps were drawn freely based on memory. During analysis, there were many changes of the physical environment. Change of expression of sketch maps and the environment, and the relationship of space cognition were considered. The experience, everyday life, and spatial cognition of school or a playground have a close relationship to the environment of children. From analyses, child spatial cognition in a developmental urban housing area is determined particularly in relation to the children and their living environment..
ABSTRACT This paper describes an empirical study of alley spaces in historical urban areas of Tokyo in order to gain an understanding of the formation of dwelling environments. Tokyo, the capital of Japan, was formed about 400 years ago during the Edo period. It’ s urban structure changed over time. Recent developments have caused diverse and broad social changes. As the sphere of action grows larger, specialization within it increases. Moreover, the relationships between individuals and groups, where the efficiency of centralization and networks help deal with the broader area, suffer from excessively large gaps and mutually isolated individuals, as interpersonal communication have been decreasing. This study focuses on the alley spaces in historical urban areas, which are shared spaces in the living environment, and considers the nature of the historical urban areas. By understanding of transformation of spatial structure, the authors aim to develop a planning methodology for dwelling environments. This study revealed the general relationship between the spatial structure and the inhabitants’ consciousness by analyzing the latent factors that strongly affect the inhabitants’ consciousness and living activities, and examining the spatial structure in which the studied inhabitants live. The modes of living in traditional urban areas were typified. The results of a questionnaire and analysis clarified the relationship between the configuration of alley spaces in the subject areas and the lives and consciousness of the residents. The structure of the residents was also clarified from the residents’ modes of living. This study was carried out in order to develop a universal principle of the city formation process. Sustainable urban planning requires an understanding of the factors behind the formation of a city and the passing of historical knowledge to the next generation.
“Study of the dwelling environment formation process in historical urban areas of Tokyo”
“A Study of Spatial Cognition in Children using Sketched Maps”
25 - 28 June, 2007, Rotterdam, The Netherlands
ENHR (The European Network for Housing Research) 2007 Rotterdam ENHR(ヨーロッパ住宅研究ネットワーク)国際会議
39
June, 2006, Yangon, Myanmar
Twelfth Pacific Congress on Marine Science and Technology, PACON 2006 PACON2006 第12回海洋科学技術に関する太平洋会議 Poster Presentation, Co Author (collaboration)
Oral Presentation, First Author (collaboration)
ポスター発表（共同研究）
ABSTRACT This paper describes an empirical study of alley spaces in historical urban areas of Tokyo in order to gain an understanding of the formation of dwelling environments. Tokyo, the capital of Japan, was formed about 400 years ago during the Edo period. It’s urban structure changed over time. Recent developments have caused diverse and broad social changes. As the sphere of action grows larger, specialization within it increases. Moreover, the relationships between individuals and groups, where the efficiency of centralization and networks help deal with the broader area, suffer from excessively large gaps and mutually isolated individuals, as interpersonal communication have been decreasing. This study focuses on the alley spaces in historical urban areas, which are shared spaces in the living environment, and considers the nature of the historical urban areas. By understanding of transformation of spatial structure, the authors aim to develop a planning methodology for dwelling environments. This study revealed the general relationship between the spatial structure and the inhabitants’ consciousness by analyzing the latent factors that strongly affect the inhabitants’ consciousness and living activities, and examining the spatial structure in which the studied inhabitants live. The modes of living in traditional urban areas were typified. The results of a questionnaire and analysis clarified the relationship between the configuration of alley spaces in the subject areas and the lives and consciousness of the residents. The structure of the residents was also clarified from the residents’ modes of living. This study was carried out in order to develop a universal principle of the city formation process. Sustainable urban planning requires an understanding of the factors behind the formation of a city and the passing of historical knowledge to the next generation.
ABSTRACT The relationship of child to his or her living environment is an important topic in child development research. This research conducted investigation on a sketch map in order to consider the relation of the child and living environment in a developmental stage in Makuhari Baytown in 1999 and 2003. Change of the physical environment of both years, change of the number of elements drawn on the sketch map, and change of expression of a sketch map are compared and analyzed. And an environmental change and the relation of space cognition which surround a child are considered. Moreover, the range domain described by the child’s cognitive characteristics, as analyzed from the map, were compared. The objective understanding of a child is enhanced at an earlier stage by the spatial structure of Makuhari and the environmental changes, both of which consist of grid patterns. The experience, everyday life, and spatial cognition of an elementary school or a playground have a close relationship to the living environment that surrounds the child based on coast.
口頭発表 筆頭論文（共同研究）
WORKS
XXIV UIA World Congress of Architecture Tokyo 2011 第24回UIA （国際建築家連合） 世界大会
“VISIBLE SPACE BY LANDSCAPE RECOGNITION OF LOCAL INHABITANT AND ITS COMPOSITION IN JAPAN”
COMPETITIONS
Sep, 2011, Tokyo, Japan
ACADEMICS ACADEMIC
Study on urban space composition as an actual space and image structure of children
“La vida misma“, Setsuko Kanai, Aug 2014
APPENDIX 学歴
EDUCATION January, 2014Present
Scholorship - JSB Program for Tricontinental Master Degree in Integrated Architectural Projects, train international architect Universidad Europea de Madrid
18 March, 2012
Bachelor of Fine Arts
13 March, 2009 August, 2008 April, 2009
Madrid, Spain
平成26年1月～
JSB国際建築家養成プログ ラム
欧州マドリッド大学 三大陸建築修士課程
スペイン・マドリッド
平成24年3月～
学士(芸術)
京都造形芸術大学 芸術大学デザイン科
京都
平成21年3月～
単位取得退学
日本大学大学院生産工学研究科建築工学専攻
千葉
平成20年8月～ 平成21年4月
日本建築家協会推薦 日墨両国政府 国費留学
メキシコ国立自治大学 日墨交流計画
メキシコ・メキシコシティ
Tokyo, Japan
平成19年3月
学士(教育学)
創価大学教育学部 卒業
東京
Glasgow, U.K.
平成16年4月～ 平成17年3月
交換留学
イギリスグラスゴー大学
英国・グラスゴー
Architecture Design & Research Institute of Tongji University (Group) Oh-Lab (Ohuchi architect and associates) NIKKEN SEKKEI Ltd.
Shanghai, China
平成26年4月～6 インターンシップ 平成24年4月～
Tokyo, Japan
Arkitektfirmaet C.F. Møller A/S.
Aahus, Denmark
平成21年6月～ 実務経験 平成24年1月 平成22年11月～ インターンシップ 12月
同济大学建筑设计研究院（集团）有限公司 Oh-Lab 一級建築士事務所 大内環境デザイン研究室 株式会社 日建設計
中国・上海
Barcelona, Spain
C.F. ミュラー 建築設計事務所
デンマーク・オーフス
Kyoto, Japan Architecture design course, Department of Design, Art and Design Faculty by correspondence, Kyoto University of Art and Design Department of Architecture, Graduate School of Industrial Technology, Chiba, Japan Nihon University Mexico City, Mexico Universidad Nacional Autónoma de México (UNAM) Japan-Mexico Academic Exchange Programme 2008
20 March, 2007
Scholorship - Ministry of Foreign Affairs of Japan Endorsed by the Japan Bachelor of Arts in Education Department of Education, Soka University
April, 2004 March, 2005
Exchange program from Soka University of Glasgow, Scotland, U.K. University
職歴
WORKING EXPERIENCE
April, 2014- June, Assistant architect April, 2012-
Partner
June, 2009Assistant architect January, 2012 Nov. - Dec., 2010 Trainee
実務経験
スペイン・バルセロナ 東京
実務経験
WORKS June, 2012May, 2013
Oh-Lab (Ohuchi architect and "ALEC building" associates) Execution design and field management
Featured on 10th July, 2014 by Architizer Published on ARTBOX
平成24年6月～ 平成25年 5月
一級建築士事務所 大内環 (仮称) 株式会社アレック本社ビル新築工事 ―実施設計、現場管理 境デザイン研究室
2014年7月10日 Architizerにて紹介 「現代日本の建築
JanuaryOctober, 2011
Oh-Lab (Ohuchi architect and associates) Architecture Design & Research Institute of Tongji University (Group) Co., Ltd.
"Casa Hori" Execution design and field management “Breaking the Ice” Changchun Workers' Gymnasium Competition
Published on ARTBOX Selected as the 1st prize
平成23年 1月～10月 平成26年5月
一級建築士事務所 大内環 (仮称) 堀邸新築工事 ―実施設計、現場管理 境デザイン研究室 同济大学建筑设计研究院（ “Breaking the Ice” 集团）有限公司 長春市工員体育館設計競技 蒋竞, Alberto Sanchez, 金井節子
「現代日本の建築 VOL.5」作品掲載 一等
Honorable Mention 13 Setsuko Ouchi & Hirotomo Ohuchi Selected works Setsuko Ouchi
“Self-expanding tetrahedron” “Helping Haiti Restructure” Competition
CompetingArchitecture.com
平成22年3月
入賞(ベスト13 全500点 中) 大内節子・大内宏友
“Self-expanding tetrahedron” 「 ハイチ 救済 再構築」 国際設計競技
CompetingArchitecture.com
"ONLY ONE COSMOS -Ecological design for harmonious city-" The International Design Competition for Students "Design for Happiness"
Cumulus(International Association of Universities and Colleges of Art, Design and Media)
平成20年2月
入選 大内節子
"ONLY ONE COSMOS -Ecological design for harmonious city-" 国際学生デザインコンペティション 「しあわせのデザイン」
クムルス(国際的美術・デザイン ・メディア大学連合)
June, 2007
Prize Collaborative project
“Community house for creating a harmonias family” Kamakura, Tokiwa Residential design competition “High-quality residence as a stock of the city”
Kanto Koshinetsu Federation of Architects & Building Engineers Associations
平成19年6月
入賞 共同制作
関東甲信越建築士会ブロック会 青年建築士協議会
July, 2007
3rd prize Setsuko Ouchi
"Incubator for Designers" 1st Student Design Soul championship "Design centre with Gallery, Café, & Shop"
Tokyo Metropolitan Television Broadcasting Corporation
平成19年7月
3位入賞 大内節子
家族の和楽を創る地域住宅 “Community house for creating a harmonias family” 鎌倉市常盤住宅設計競技 「良質な都市のスットクとしての住宅」 "Incubator for Designers" 第1回設計魂学生No.1選手権 「ギャラリー・Café・Shopからな るデザインセンター」
July, 2014
Setsuko Kanai, Francisco Almeida, & David de la Fuente
“Social Sponge” MESH Medellin Experimental Social Housing
ARCHmedium
平成26年7月
“Social Sponge” MESH メデジン（コロンビア）実験的公営住宅 設計競技
ARCHmedium
March, 2010
Setsuko Kanai, Francisco Almeida, Miguel López, & Martín Sevillano
“Take the Amazonas to the World” NOA Nature Observatory of Amazonia Competition
Arquideas
平成26年6月
“Take the Amazonas to the World” NOA アマゾン自然観測所 設計競技
Arquideas
March, 2010
Honorable Mention 13 Setsuko Ouchi & Hirotomo Ohuchi Representative: Setsuko Ouchi (collaboration)
“Self-expanding tetrahedron” “Helping Haiti Restructure” Competition
CompetingArchitecture.com
平成22年3月
金井節子・Francisco Almeida・David de la Fuente (共同制作) 金井節子・Francisco Almeida・Miguel López・Martín Sevillano (共同制作) 入賞(ベスト13) 大内節子・大内宏友
“Self-expanding tetrahedron” 「 ハイチ 救済 再構築」 国際設計競技
CompetingArchitecture.com
"Toward the Sun" 10th Arquine International Architecture Competition "The Bicentennial Towers" "ONLY ONE COSMOS -Ecological design for harmonious city-" The International Design Competition for Students "Design for Happiness"
Arquine International Architecture and Design Magazine
平成20年2月
代表：大内節子 (共同制作)
"Toward the Sun" 第10回 Arquine 国際設計競技 「200年記念タワー」
Cumulus(International Association of Universities and Colleges of Art, Design and Media)
平成20年2月
入選 大内節子
"ONLY ONE COSMOS -Ecological design for harmonious city-" 国際学生デザインコンペティション 「しあわせのデザイン」
Arquine International Architecture and Design Magazine クムルス(国際的美術・デザイン ・メディア大学連合)
"A house in Hachioji, Tokyo" TOKYO FMブロードバンドTV 「未来設計図 第2回 八王子市椚田町のマイホーム提案」 "A house in Oshiage, Tokyo" TOKYO FMブロードバンドTV 「未来設計図 第1回墨田区押上のマイホーム提案」 "Incubator for Designers" 第1回設計魂学生No.1選手権 「ギャラリー・Café・Shopからな るデザインセンター」
杉田エース株式会社
May, 2014
Jian, Alberto Sanchez, Setsuko Kanai
受賞経験
AWARDS March, 2010
February, 2008
40
設計競技
COMPETITION
February, 2008
東京メトロポリタンテレビジョ ン
February, 2008
Selected works Setsuko Ouchi
February, 2008
Setsuko Ouchi
"A house in Hachioji, Tokyo" TOKYO FM broadband TV "Mirai Sekkeizu (Future drawing)"
Sugita Ace Co., Ltd.
平成20年2月
大内節子
January, 2008
Setsuko Ouchi
"A house in Oshiage, Tokyo" TOKYO FM broadband TV "Mirai Sekkeizu (Future drawing)"
Sugita Ace Co., Ltd.
平成20年1月
大内節子
July, 2007
3rd prize Setsuko Ouchi
"Incubator for Designers" 1st Student Design Soul championship "Design centre with Gallery, Café, & Shop"
Tokyo Metropolitan Television Broadcasting Corporation
平成19年7月
3位入賞 大内節子
June, 2007
Prize Collaborative project
“Community house for creating a harmonias family” Kamakura, Tokiwa Residential design competition “High-quality residence as a stock of the city”
Kanto Koshinetsu Federation of Architects & Building Engineers Associations
平成19年6月
入賞 共同制作
家族の和楽を創る地域住宅 鎌倉市常盤住宅設計競技「良質な都市のスットクとしての住宅」
関東甲信越建築士会ブロック会 青年建築士協議会
"Eternalizing Human Life Sublimation" Architectural Competition The Stockholm City Library
Swedish Association of Architects
平成18年12月
共同制作
"Eternalizing Human Life Sublimation" ストックホルム市立図書館増築 国際設計競技
スウェーデン建築家連盟
Universal Cube ―House for All connected with common space “Wind path / Snow house **” Treasure tower
Kyoto University of Art and Design
平成24年1月
Diploma Project
平成23年7月
大内節子
Kyoto University of Art and Design
平成22年10月
Shelf tower
Universal Cube ―Commonで繋がるみんなの家 “Wind path / Snow house **” Treasure tower
京都造形芸術大学
Kyoto University of Art and Design
December, 2006 Collaborative project
杉田エース株式会社
東京メトロポリタンテレビジョ ン
課題
ASSGNMENT January, 2012
Diploma Project
July, 2011
Setsuko Ouchi
April, 2010
Shelf tower
京都造形芸術大学 京都造形芸術大学