Yusuke FUKUHI
Porto folio
INDEX subject of university Yusuke Fukuchi
1.
renewaled junction, portable phon
Dec.2009-Mar.2010
Diproma project
■
2.
apartment with vegitable
Dec.2008-Jan.2009
Design studio
■
3.
transparent border
Jun-Jul.2007
Architectural designⅲ
■
4.
apartment with alley
May-Jun.2007
Architectural design ⅱ
■ ■ ■■
biografy 1987
born in IBARAKI JAPAN
2004
students exchenge in LONDON
competition/workshop
2006-2010 Chiba University undergraduated school 2010
1st year of Master course in Chiba university KURYU lab
□
5.
insert bridge
feb.2011
competiton in steel
■
6.
61 frames
aug.2010
chiba university renovation competition
■
7.
scenery of rain
jul.2010
japanese architecture institute competition
■
8.
florting ,wooden,whereabout
Sep.2009
11th Shelter students competiton
□
9.
pool in a beach
jun2009
nisshin design competition
may.2009
ordered practical design
2010-2011 students exchange at ENSAPLV in PARIS
awards 2009 shelter students design competion
3rd prize
2010 chiba university diploma awards 4th prize prize of SUZUKI HIROKI 2010 archibau diploma awards
3rd prize
2010
japanese architecture institte competition prize chapter
2010
chiba university renovation competition
2nd prize
2011
ＤＡＡＳ diplima awards
exellent awards
□
10. hormone bantyo renovation
■3rd prize ■2rd prize ■4th prize■other awards
■ summary
■ stastic-backgroud
■ site
Diploma-project Renewaled Junction of portable phon Mobile phones which are discarded annually 21 million are valuable resources, there are countless rare metals called "urban mines" that is referred to as the fate of resources, however, such resources are not regenerated at all. So I propose to build a recycling faculty of mobile phones so as to re-circulate the rare metal in a city. The program is not only the recycling faculty, but also a museum, shop,s and public spaces. I chose my site at high-density urban area of IKEBUKURO where lots of end-users are lives in.As the site is surrounded by 3 main infrastructures and adjacent to a incineration plant, the site is divided from the city though it is situated in central IKEBUKURO Maximizing its potential and solving negative effect of the site, I insert "junctions" as an architecture and it makes an efficient distribution and a system of recycling by using the existing infrastructure. People can pass through the architecture feeling mass reproductions and some sense of speed .
(個) 16000
(％) 70
14000
60
12000
50
10000
And when the circle of recycling throughout the city get well organized, walls of architecture covered in
8000
rare metal will be dismantled.
2000
The architecture would be left as a monumental promenade and square.
200 150
30
6000
100
cell phone
20
4000
0
250
40
50
10
2000
2001
2002
2003
2004
2005
2006
Changes in the number of mobile phone recovery
2007
0
0 Sb
Cu
Au
In
Pb
Pt
Ag
Ta
Sn
Zn
Percentage of Japan's urban mines compared to reserves in the world
mines in africa
ＭＤplayers
degital camera video camera
The content of gold per ton
yamanote line
meiji road
metropolitan high way
recycle factory
stock of cell phone GL+21000mm
GL+16000 ∼ 17000mm
roof top space
GL+13000mm
operation room GL+9000mm
lecture room
promenade exhibition room
square
cafetelia GL+5000 ∼ 6000mm
exhibition room
exchibition room
carrying space operating room
library
GL+0 ∼ 100mm
carry out space operationg room machine room
operating room
GL-5000 ∼ 6000mm
factory pubric
1000mm 2000mm
5000mm
■ diagram section
■ transportation diagram The chimney effect, promoting natural ventilation Provide a valuable public space as the square.
thew vertical stockage,extraordinate massive senary
walls covered in rare metal as an exhibition transportation network using Meiji street.
Gentle slope trail. Glimpse into the state of recycling, promnade as a running road
floor made of frosted glass
transportation network using Metropolitan high way.
遊歩道
space of dismantling by hand craft
広場
mobile phone collection
transportation network using YAMANOTE line
1000mm 2000mm
5000mm 10000mm
Power generation using waste plastic generated in the incineration plant next to the site.
ENERGY
■ plan GL+5000∼6000mm
■ section
+6000
+6000 +5000 +5000
+5000
2000 1000
10000 5000
■ plan GL+0∼100mm
1000mm
5000mm
2000mm
2000mm
10000mm
10000mm
Continue to educate the rare metal recycling, and when the circle of recycling are well organized throughout the city, Wall covered in rare metal will be dismantled and it will be recycled again, architecture will be left as a monumental s quare and promenade.
■ summary
■ site
■ diagram
Apartment vegetable We do not know how the food usually eaten is made and distributed.If we invest our self in the process and send it to the region, it would becomes the best food education and become a new lifestyle to promote healthy living.By the way,Closed vegetable factory can serve completely organic, fresh and nutritious vegetables, and can be mass production in a small area, it is known as one of the most
boundary between housing and urban
remarkable methodology of cultivation. The only problem, running costs are being eliminated, and has become something of practical reality.This design is intended to collaborate with the vegetable factory and the housing.In addition, I aime to the make a distribution of vegetables not only to inside the site, but also through out the region. That leads with a spatial richness and makes it possible to inhabitants to pass a new life with gardening and a healthy lifestyle. The site is KASHIWANOHA.Development of KASHIWANOHA has progressed after the opening of the TX.KASHIWANOHA is the city
site 19979 ㎡
that can be served helps from Chiba University and Tokyo University and other academic institutions. "Environment and Health" is a new theme of urban development involving the private sector and government. The site has other various potential as follows.・Green area exists in north side of the site.・Chiba University exists in south side of the site.・The site is along with Main Street of KASHIWANOHA・GREEN AXIS connected with main station is now constructing on the east side of the site.Kashiwanoha cities and housing seems to be adjacent,but actually are separated by a boundary line.
147 148district (now in construction)
green croister
GREEN AXIS
faculty o f agluculture
Collaboration with
sakura street
the University research
station
employment
surrounded by lush greenery on shelves and greenhouse plants.
Plant shelves closed vegetable factory
moniter
etc
university
I thought to create a place to share each other's property between urban and housing by making the spatial thickness into the boundary. So, I create a green corridor linking the city with housing.Residents will enjoy a variety of property in this city in a corridor
facilities
healcy life Local production for local consumption
housing
private sector
green croister
□ closed vegetable factory
・A stable production not affected by weather
・The recycling of nutrient solution
・Production regardless of anniversary season
・Without soil, there is no linkage failure.
・any location is O.K.
・without cleaning of productions
less impact environment .
・mass production in small area ・Can be grown without pesticides ・Labor saving, easy to automate. ・work load can be smoothed ・Pleasant working conditions.
beansprout
mash room
lettuce
leaf lettuce
・Production can be planned.
spinach
fully spread partialy spread vegentable in general
□ vegetable corridor mube
passion fruit
akebi
Perennial plant shade o.k. length of vine 3-7m 50 ∼ 200cm / year
Perennial plant
Perennial plant
no shade
half shade o.k.
length of vine 3-10m
length of vine 7-10m
100 ∼ 300cm / year
50 ∼ 200cm / year
hop
kiwii
Perennial plant no shade
Perennial plant
length of vine 7-12m 400 ∼ 800cm / year
half shade o.k. length of vine 5-10m
grape perennial plant
wisteria
no shade
Perennial plant
length of vine
shade no
50 ∼ 200cm/year
5 ∼ 10m
length of vine 5-20m 150 ∼ 500cm / year
pumpkin
annual plant no shade length of vine 3-7m
gourd
annual plant no shade length of vine 3-5m
akebi
bitter gourd
annual plant no shade length of vine 3-7m
Perennial plant
cucumbera
annual plant no shade length of vine 3-7m
half shade o.k.
Snake gourd
annual plant no shade length of vine 3-7m
length of vine 3-7m 50 ∼ 200cm / year
dishcloth gourd annual plant bottle gourd
no shade length of vine 3-5m
annual plant no shade length of vine 3-5m
flowers
medical herb
rice
spread in futur
harb
roof top terras (4-9 floor)
■design
tenant office
bath rounge
university main street
cooking studio
lecture room
party room
shared office
gym
conference room
separated parking and green area
■ site plan
beauty salon
information
pharmacy
citizen holl
closed vegitable factory
hot house andsomething else
make difference
green roof
public space ,atelier,factory,shops
sequence
■ 1F plan
9000
studio
volum
make grid
8000
cleaning
sequence from the city
8000
h=3m
t
r an
r es
t au
ki nd
er
gar
caf
e
f
act
gal
l er
ki d
y
r el
y mac
ni ng ty
sal
ax at
i on
heal
00 h=70 us e ho hot
t
t ab
ie
heal
th
f i el
d i nf
d
i
at i or m
r ui a f
on
d t an
le
ke mar
vege
e
h=7m
7000
00
h=75
ci t
l hol zen
h=3m
00 h=80 hous e hot
Engl
i sh
ce
i en
gal
0
en conv
e caf
ol scho
2200
market
caf
0
at r
f i el
th
h=5m on
shop
e
e hous hot
music school
00
2200
caf
00 h=70
d
f i el
h=30
beau h=30
th
0
cl ea
d
heal
00
h=45
1400
phar
h=4m
f i el
00
gallery
flower shop
th
m r oo
er f l ow
h=8m
heal
0
1100
0
kids room
convenience
beer
0
1000
den
2100
0
2200
e hous hot 00 h=60
or y
e
or y
io
l i br
ar y
0
st ud
act
wi ne
hool c sc
1000
beer factory
relaxation
caf
l r ey f
i mus
m
h=5 00 us e ho h=40 hot
kinder garden
wine factory
00
h=60
e hous hot
n 2m
english school
green house
restaurant
atelier
office
621 ㎡
shops
1913 ㎡
atelier
1370 ㎡
housing
27005 ㎡
public space
2194 ㎡
numbers of houses
348
Total floor space
33103 ㎡
floor area ratio
165％
site space
19979 ㎡
1m
10m 5m
■ section
2m 1m
10m 5m
3. 5×5. 5 19. 25
7. 5×3 22. 5
5. 2×5. 2 27
6×7. 5－17 45
7×10 70 ㎡
53 ㎡ 67 ㎡ 5×12 60 ㎡
10×9 90 ㎡
89 ㎡
93 ㎡ 7×12 84 ㎡
123 ㎡
115 ㎡
140 ㎡ 140.2 ㎡
103.5 ㎡
ダイニング和室一体プラン
１０3 ㎡
88.6 ㎡
土間プラン
部屋数大めプラン
リビングダイニング 広々プラン
141 ㎡
140.2 ㎡
メゾネットプラン
151 ㎡
大面積プラン
156 ㎡
単身者用プラン
■ Summary
■ Site
■ Design process
Transparent Boundary
events organizing street live
sakae district
skate boad people
sakae district chiba ginza
site
The site is Chiba central park situated in central Chiba, next to a monorail and
market
？
shougi people nanpa road
nanpa road
passer
parco
surrounded by nanpa street , PARCO and sakae-tyo which are important
resting peoplepassers syougi
commercial area in Chiba.Although the site is situated in such a potential area, people
parco
dancers
dancer
rest
just pass through there not gathering or meeting with people.
market
cafe
skate
event,live
But on the other side, there are little bit people who is dancing or skatebording or playing shogi.,and also,there is festivals sometimes in a year. you are now demanded to create the market and cafeteria in the site.
■ SITE
in my concept,I don t want to break the existing people s activities by putting a
Chiba ginza
market. The best thing to do is that existing people and new program of architecture co-exist .
共用水洗場 共用水洗場
スクリーン
So my idea is to make a transparent Boundary by the roof running above the
Ｍ 00 45
インフラスポット
people s heads.
4500
GL-1000 9000 ㎜
I want to create the situation which is divided but is not divided. New relation ship will be made.
カフェ 9000 ㎜
sakae district
chiba parco
chiba ginza
office district 共用水洗場 物置 コミュニティ掲示板 トイレ
nanpa road
nanpa rode
monorail
JR rail way
PARCO
chiba ginza
■ summary
■ site
■design process
apartment with alley he site is typical downtown placed in Tokyo,KAMEZAWA 3-chome, Sumida-ku. There are still prenty of factories of ironwork, or printing. But,because of earthquake reconstruction projects,the city is neatly organized grid. and, such factories are now dicreasing because of changes in economic structure and construction of new housing. According to th reserch, I found that there still exist small old style houses and small factory or Tohu shop which is now disappearing in most part of Tokyo. In alleys around the site, children are playing and their parents are enjoying conversations just next to them. I found that there surely exist unique characteristics of down town, especially in the alleys. I thought that it is necessary to design the apartment which will leave the unique communities around the site. So I propose the apartment that emphasizes the characteristic of alley around the site. I decided the plans of buildings from the follow line lead to the city and also decided the volume of buildings according to the situation of the city. It is an architecture that corresponds to the alley of the city. It will leave the unique characteristic in alley to next generation.
■ less than 3 floor
■ 3-5 floor
■ over 3 floor
■ factory ■ house/apartmen ■ super market ■ hospital ■ parlk
■ infant school
■ summary
61 frames In the No2 building, we are required to renovate just only 3 part,an entrance holl,corridor,outside.We have to make great effot to make the great effect with a little budget. And we have to take attention on user s voice.So we researched and took hearing to students and professor and etc to reveal the sleeping problems.Hearing was taken place like rough-talking, and we summarized all their voice equally. At last we found 4 important demands. 1. Exhivision space 2.bright entrance 3.sign and board easy to understand 4.maintenance of bicycle. And, finaly,we translate these demands to 3 architectural concepts below. 1.entranceholl→「campus frame」 campus frame」showing the future and past and present 2.corridor→「running sign」 sign with function 3.exterior→「terras as stairs」 offer the square and solve the program of bicycle parking
■ site
■ concept diagram 「campus frame」showing the future and past and present Display
Archive
Utility Space
sign with function
offer the square and solve the program of bicycle parking
■ west interior elevation
1000 mm
5000 mm 2000 mm
22
OB s works
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
→
ＯＢ・ＯＧ 実物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 実物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
frame:shallow ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 実物
ＯＢ・ＯＧ 実物 ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
ＯＢ・ＯＧ 平面物
コミュニケーション
デザイン造形演習Ⅰ
デザインⅣ
映像：Ａ３
free
ランプシェイド：Ａ１
ションデザインⅠ
展示空間：Ａ２
統合デザイン実習Ⅲ
ションデザインⅠ
モデル：Ａ３
造形演習 椅子：Ａ１
スツール：Ａ１ トランスポーテー ションデザインⅡ
工業デザインⅣ
立体デザイン造形 クレイモデル：Ａ３
模型：Ａ２
クレイモデル：Ａ1
free
スケッチ：Ａ３
環境デザインⅢ
free
模型：Ａ１
トランスポーテー ションデザインⅡ レンダリング：Ａ３
not only inside the frame but also on or next or between the frame.
立体デザイン造形
スケッチ：Ａ３
モックアップ：Ａ２
環境デザインⅠ
トランスポーテーション デザインⅡ
トランスポーテー
統合デザイン実習Ⅲ
トランスポーテー
トランスポーテー
環境デザインⅠ 模型：Ａ２
デザイン造形 演習Ⅰ 動力車：Ａ３
ションデザインⅢ クレイモデル：Ａ３
1800
図学演習Ⅰ 図：Ａ３
デザイン造形演習Ⅰ ランプシェイド：Ａ２
1800
平面デザイン造形 統合デザイン実習Ⅱ
デッサン：Ａ２
ロゴマーク：Ａ３
クレイ：Ａ２
1300
→
1300
frame:deep 平面デザイン造形
デザイン造形演習Ⅰ デッサン：Ａ１
人物クロッキー： Ａ２
環境デザインⅣ
デザイン造形演習Ⅰ
デザイン造形演習Ⅱ モデリング：Ａ３
展示：Ａ０
bench frame
椅子：Ａ１
bench frame
student works
□ block flow diagram of the holl
30
□ How to make CAMPUS FRAME ? pattern B. bench
pattern C. chairs
pattern A. exhivision frame A,B
lumber core plywood
parts
30mm 15mm
30mm
top light
using an existing structure
□ zoning diagram OB・OG s works zone (archive)
grtating
bord zone rest zone
student works zone (exhivision)
using un existing structure
sign zone
■ interior elevation
■ corridor→「tied sign」
900
1300
2100
before
1600
6F 1300
900
2100
900
1300
number of the room
easy to put the
there is hook and
small
will be written in
stuff on the sign.
void
suff on the sign.
same height.
sign is runnning
to put umbrella or
on flexible height.
bags or something
2100
we can put the
5F 1300
900
after 2100
102
101
101
900
1300
2100
parts 1300
900
4F
2100
plywood
15
130
900
1300
2100
□ icon of no2 faculty
1600
3F 1300
900
2100
masking
900
1300
2100
2F 1300
900
2100
900
1300
2100
1F 1300
900
2100
5000 mm
1000 mm
2000 mm
10000 mm
paint white
leave masking
finish
■ site
■ summary
INSERT BRIDGE The site is located on the historic axis, structuring the west of Paris.Since the Carrousel arch, the axis of a straight line takes the Champs-Elysees, Place Charles de Gaulle, Avenue de la Grande Armee, At Neuilly-sur-Seine, it extends from avenue Charles de Gaulle, Neuilly bridge, and through the neighborhood of Defense. The project is put onto the bridge of Neuilly, which is a road bridge (RN 13) and rail (subway line 1) that crosses the Seine from Neuilly-sur-Seine (on the right bank) and Courbevoie and Puteaux (on the left bank), in alignment with the axis of historical ParisAnd there is is now a deserted place, ignored by passer. A special feature of this site is that it consists of nooks and crannies.On a historical and architectural aspects, we can notice the one hand, the realization of architecture of stone and masonry mass (Louvre, Arc de Triomphe)in east pole. And secondly, modern architecture made of reinforced concrete (Grande Arche de la Defense) in West Pole. Between these two poles of different types of architectural structures, the presence of a steel structure partially mark the link between the two types of structures. -program-The project is mainly divided into five main areas,a museum, two galleries, a library, a botanical garden. In its various areas, there are shops, restaurants, cafes, gardens, places of rest, and taxiways. - Structure-A steel superstructure designed primarily with other secondary materials such as glass and concrete. Inside the main structure was designed in the main suspension. Within this structure, suspension, is made of steel posts 6cm thick hanging from the ceiling, floor thin and lightweight concrete. The use of the latter allows for long spans, a flexible space, a free space planning and installation of windows. - Environment-The use of TiO2 as a conduit cleaner VOC and NOx emitted by vehicles in the air, on the facades offer a healthy environment. To allow the warming of structure and creating a natural ventilation, we used the double-skin facade (double skin). The glass facade on the outside is designed with shock absorbers that work on the speed and direction of wind blowing to dampen vibrations, reduce heat loss. It also designed to absorb future changes in climate to regulate the temperature inside areas of structure. Also save energy, protect from cold and wind.Also a function, thermal control protects the work of weather constraints. Compared to direct sunlight, it avoids the high temperatures of summer and limit the use of air conditioning.
the site
■ section
■ site plan
■ detail COUVERTURE MÉTALLIQUE POTELET METALLIQUE POSE SUR PANNE CONTRE BARDAGE COSTIERE PANNE ACIER ÉTANCHEITE BETON SUR BAC ACIER PANNEAU
■ elevation CHARNIÈRE PLAQUES DE VERRE
■ plan of entry in east
■ section of entry in west
■plan of entry in east
■ section of east gallery zone
tourizm zone
musium zone
gallery zone
■ plan 1f
■ section
orting ,wooden,whereabout when I get into the inside as like turnning the book covers, there going to be an only space to read a book for me.i enjoy reading a book inside a wood ortinf and swaying. Sudenly,I stand up and look around the seenary of outside,sometimesgrance at the sky surrounded by the wooden frame. Florting wooden whereabout is placed in lots of place in a city,park,under an eaves, foyer inside buidings. Florting wooden whereabout enabled me to switch myself from daily working to reading.
pool in beach Creature living at beach lives in thetide pool. Here is a tide pool for human being. In winter water inside will be freezed and,it will be a skatelink. When the tide ebbe, it will be the pool let at a beach. When the tide is high,it will be a kind space in waves. Always inside a grass is quiet.
■ summary
scenery of rain
In Japan,from ancient times,we have long been used it as part of a living, and enjoyed it with an unique sensitivity However, nowadays,rain in the modern urban space should be seen as a natural exclusion, When it rains, people stay inside buildings avoiding rain.Also,technoligy to use rain water like flood control make human being separrated from the circulation of rainwater. In the city in such situation we propose a new relationship between man and rain by inserting small architectures such as environmental devise which control the rain and organize a efective space for human being. Rain, wet ground, draw a ripple, rise to puddles, stain soil, drip from the roof. We visualize variety of appearance of rain which we normally fail to find. So how to make such effective architecture? I incorporate various effects and spaces due to climate change into architectures. And the architectures improve an urban environment by producing and supplying filtered water and releasing cold air ・shape and filtering Incorporate a layer of soil which filters rain water to an architecture. If certain water filtration, filtration rate is proportional to the square of the length of filtering time. The shape of the architecture is decided from this principle. That shape kept infiltration of rainwater constant. ・change of grass according to climate Cover the soil by a semi-transparent frosted grass which is etched. When inside is wet, the grass gets to be transparent, and visualize how the rain penetrates the soil.
■ diagram
filltering speed
time
Soil moisture conditions are hard to be seen because of translucent overall. Daylight from the dish. Open space under the dish above.
sunny
The rain begin to penetrate the grass. Tansparent glasses start to become transparent Layers of soil start to be seen fainly.
at the beginning of rain
All parts get to be transparent . Waters begin to be accumlated on the bowls below. Space is kindky separeted by the rain. Filtered water begin to fall in the bouwls below.
rain
Water overflows from the bowls, creating a curtain The water reduces and the grass change to of water. semi-transparent top again Space can be separated by the overflowed rain. Reverberation of water Echo on the ground Filtered water gather and the water in the bowl below appears.
hard rain
just after rain
■Site Map
■Site Tokyo Looking at the average annual rainfall over the past 10 years of Japanese cities, Tokyo rains more than any other cities. So we can say Tokyo have plenty of rain water.But, in comparison with the bigness of the amount of rain,
I insert the architectures in each different caracteristic areas around shinjuku station to genarate the different type of activities depending on the area s context.
Tokyo s water supply is little.and sometimes, there happens restriction of water distribution due to a lacks of water in summer. And there is the lack and uneven distribution of water supply faculty. Sapporo 1111
annual rain fall(mm)
situation of lack of water during past20 years
Sendai
Fukuoka Hiroshima 1570 1454 Osaka 1197
Nagoya 1520
Tokyo 1265 1621
more than 7year 4∼7year
TYPE_2-1 2-2
2∼3year 1year
TYPE_3
TYPE_4 TYPE_5
Tokyo Shinjuku
So I insert the architecture in this area. That promotes the activities using rain water, and the water distribution to surrounding.Also it lowers temperature in the city by stocked water.
TYPE_1
Shinjyuku station
TYPE_6
Shinjyuku
Shinjyuku
office density areas big small
Anthropogenic heat load
residence density area
1000∼
big small
2500∼3999
Surface ground heat load
foundamental typology
4000∼5499 5500∼6999
green area
7000∼8499
plain area
8500∼
water distribution par day( t/ ㎢ )
site
Site Map S=1/10000
mixed area
heat island
■water supply to a city (mm)
( t/day)
300
480
250
460
200
440
150
420
100
400
50
380
0
360 1
2
rain fall
3
4
5
6
7
water supply avarage
8
9
10
11
12
week-end water supply average
rainfall and water supply avarage par day in tokyo
supply
supply water stop
TYPE_1 residential area
TYPE_2 promnade under ground
TYPE_3 street for wakers
TYPE_4 bus stop
TYPE_5 square in front of a station
TYPE_6 alley between builfings
water stop
partially water distribution system
in comparison between the water supply avarage and rainfall avarage,we find both of them tend to change itself at almost samerate in same time. so the architecture s filtered water can be the best way to the demande of water in tokyo. it also works in case of an emergency
TYPE_2-1 street
TYPE_4 bus stop
TYPE_1 residential area
TYPE_2-2 promnade under ground
public kitchen and pool
rain is filteres slowly and finaly make a moisture to under ground
TYPE_6 alley between buildings
TYPE_3 wokers street
bowl on the ground as a cooling spot
i t will be a roof next to the bas stop
light made from a swing of rain drops
simple cafeteria using filtered water TYPE_5 square in front of the station
big roof and rain curtain for smokers
Hormon bancho renovation We are demanded to renovate one of
B
Japanese hormon restaurant.
A
The picture on let side is orner. Almost 15 students in Chiba university joined this project.Our budget was ￥12000(aprox.
corridiors
■ AA section 1/100
1000euro), and erm of constructuin was 2 days. Probrems was see thourout facad and dirty wall.
So, we designed louvers on wood that enable to shut out
B
people s eyes. Also, we made
walkers
barned ceders used for interior by our self to cut the cost.
A
cars
■ existed plan 1/100
■ BB section 1/100