C o mp eti ti o n > Medi c al Sc h o o l fo r Un iver s it y o f C y pr us
SHADING ROOF
ORGANISING ROOF POSITION
SHADING ROOF
N
N
DEANERY & ADMINISTRATION MODULE DIVIDING FUNCTIONALITY OF BUILDING
GETTING NATURAL LIGHT TO COURTYARDS
GREEN ROOF TEACHING ENTITY MODULE
COMMUNICATION BETWEEN BUILDINGS
COLLECTING RAINWATER
INTENSIVE GREEN ROOFS (COURTYARDS)
COLLECTING SOLAR ENERGY
RESEARCH MODULE
DOBLE SKIN FACADE
MAIN STRUCTURE STEEL COLUMNS EXTENSIVE GREEN ROOFS
WIND TURBINE
2015 [ N icosia, Cypr us ] >design compet it io n Ar ea : 9942m2
0
BUILDING COMPONENTS
-1 LEVEL FLOOR PLAN
The University aspires to become an institution that will foster and amplify environmental consciousness and also to become a leader in Cyprus in terms of sustainability and environmentally friendly construction and operation in Athalassa Campus. The campus is located near the centre of the Mesaoria plain, on the banks of the River Pedieos. The area has a subtropicalhot semi-arid climate with long, hot and dry summers and most of the rainfall occurs in winter. In such a specific climate the major issue will be the system of heat avoidance. The proposal
includes passive design methods as a basic approach to minimize involvement of mechanical systems. By dividing one surface of the roof into three and locate them on different level, the building gets shaded space with controllable sunlit areas. The spaces between roofs allow the removal of heated air out of buildings. They also make easy way for local hot winds to get through the area. The form of the proposed design came out from the idea of use the shading
THERMAL ENERGY
Me d i c a l S c h o o l f o r U ni v e r s i t y o f C y p r u s |
GREEN ROOF (COURTYARD)
5
15 (M)
1ST FLOOR PLAN
roof and take the advantage of the terrain. It is organisd with three blocks as Administration, Teaching entity and Research laboratories. Communication between modules is provided by two sides communications spaces. These two lines generated two open spaces between functional modules. All designed material are proposed as a local materials and with light colors as they reflect the light and reduced heat gain. From the structural point of view, there will be several steel columns supporting
N
REAR ELEVATION (SOUTH-EAST)
SIDE ELEVATION (SOUTH-WEST)
0
5
SECTION AA
15 (M) 0
GROUND FLOOR PLAN
the roof structure located at the external walls of each modules. This makes the proposed internal areas free of obstacles and more adaptable to deferent requirements and changes.
5
15 (M)
C o m p eti ti o n > Th e Fu tu re o f H o us in g C o m plex Pr o jec t
N E-lounge
E-lounge
SOUTH ELEVATION
public toilets staff room Office
meeting space
Japanese style communication space （Doma）
Event space (Sankun Garden)
Entrance space Main staircase
large meeting space
Entrance (doma)
office
B-B SECTION
community / activity area Main line Look down to the event space
PLAN
Th e F ut ure of Ho u s i n g C o m p l e x Project | 2015 [ Yo ko h am a, Jap an ] > de sig n co m p e t it io n A re a : 350m 2
After World War II, Japanese economy developed remarkably. During that period, Japanese local government built housing complex buildings to attract workers and their families. Those houses were ideal place to live for previous as they were applied modern design within specious area with reasonable price. However, as the style of standard family has been changing, those houses face to difficulty to attract current generation. In fact, the average age of residents are getting higher.
ROOF PLAN
This competition aims to organise a community centre in the area of housing complex buildings for future generations to expand new vision of living in those houses with other people. I set the design concept as attracting young mothers. By organising events and meeting space, mothers would find advantages of growing up own children in the housing complex with other families helping each other. I proposed to rebuild office and storage buildings and create new entrance to the
A-A SECTION
main open space from the direction of nearest train station as considering that they will be able to have various events around the community centre. The entrance area is covered by timber framed structure with a symbolic shape of house, to softly divide the space. The house shape also implies that "everyone is a same family".
C o m p e ti ti o n > Mus ic Sc h o o l o f Po zn an
educational area educational area for young students concert area technical area for concert feature office area cafe & shops technical area communication area toilet parking green area
roof top
M usi c S ch o o l o f P o z n a n | 2015 [ Po z nan, Poland ] >design compet it io n Ar ea : 9450m2
floor 0 - Entrance hall/Technical rooms This is a proposal for Music School of Poznan in Poland. Poznan is one of the oldest cities and also the most important, historical part of Poland. Hence the regulation for new building is strict. One of the most important regulation is about the height which makes this building cannot be higher than surrounding buildings. Therefore the shape of the building has been almost set. I got a clue from this specific shape led by the surrounding environment,
A-A’ SECTION create 2 islands inside the building. The area between 2 islands is shifted from bottom to top and create open communication area.
diagram) to help creating flexible space around entrance area and pavement. Upper floors are for private classrooms and offices.
This area also brings light from from roof top opening.
The third and fourth floors have green roofs. Those green roofs are surrounded by second walls, so student can be relaxed with having a rest or even studying and practice in there.
This music school is included a concert hall, a theater hall, music class rooms, practice rooms etc., so that it is open for both local visitors and students. I designed ground and first floor more open and easily access for local visitors as 2 main halls are placed. Especially on the ground floor, existing trees are held by second wall (as on a
Pro fessi o n al e x p e ri e n c e > Ho us e in As a m ay am a
entrance
4400
south-east elevation
N
20 9880 170
125 2000
12530
1930
2000 1100
2270
60
1132
60
2033
60
1132
60
3558
3850
60
1132
60
2033
1969
185 450
600
600
900
450
925.5
15
WIC 7.5m2/4.5J CH=2250/FL+0
15
730
90
195 675
119 450 119
CH=2270/FL+0
鏡貼り
445
ﾄﾞﾚｲﾝ
ﾄﾞﾚｲﾝ
119
1545.5
10
2705
805
2220
915
195
15
DW=720
15
700
1650
FL-41
15
400 ベンチ
70
40
910
ESTX900 Sharp W600xD595xH845
4645
719.5
薪ストーブ ﾈｽﾀｰﾏｰﾃｨﾝ NM33
ﾘﾋﾞﾝｸﾞ ﾀﾞｲﾆﾝｸﾞ 64.9m2/39.3J FL+0
100
ﾄﾞﾚｲﾝ ﾌﾛｰﾘﾝｸﾞ下 1439
φ200 702
47 45
45
20
150 89 150
910
40
885
195
719.5
890
765
430
1635
250
1252
1192
15 730
445
70
195
175
50
15 660
1380
Y2
主寝室
17.8m2/10.8J CH=2350/FL+0
25
1235
940
275
15
15
3935
60
710
15
10
15
1114
445
195
15
730
1136
DW=750
1010
1330
1330
15 80
390
860
1400
4660
945.5
冷蔵庫
472.8
置き型電子ﾚﾝｼﾞ
BOSE
3663
472.8
2040
15
50
5079
2160
DW=750
250
15
1335
コート掛け
ﾄﾞﾚｲﾝ
靴収納
99
3225
WC
1426
394
ﾗｲﾌｨﾆﾃｨ ｺﾝﾄﾛｰﾙﾊﾟﾈﾙ
ﾄﾞﾚｲﾝ
380 FL-0
1016 FL-0
215
170
150
561 100120
1000
70 195
466
400
685
380
310 275 150
895.5
870
195
木口石トメ加工 20
6767
70
1200
195
150
70
3188
70
292.5
550
3461
FL-31
Y3 2160
上部 棚
10.6m2/6.4J CH=2260/FL+0
1390
2079
2470
3.1m2/1.9J CH=2260/FL+0 2199
2744
10.52m2/6.4J CH=2275/FL+0
棚板 コート掛け4枚
450
ﾕｰﾃｨﾘﾃｨ
ｹﾞｽﾄﾙｰﾑ
ｷｯﾁﾝ
730
1785
玄関
FL-15
2000
1240
250
布団収納
1650 1200
1785
70
750
165.5
CH=2260/FL-30
Y3A
1000
浅間山
1560
1054
1058
FL-41
195
70
45
195
210
70
SC2a
15
150
292.5
165.5
250
70
250
55
195
Y4
300
175
60
離山
230
70
170
972.7
100
432
930
洗面脱衣 9.4m2/5.7J CH=2550/FL+0 305
910
195
3465 1120
FL+350
1570
45
970
浴室
1710
1000
163
Y1A
918
430
10.4m2/6.3J CH=2550/FL-10
160 42 160
200
325
90
FL+350
38
100
52
308
97
164.5
42 160 85
ﾄﾞﾚｲﾝ
Y1
130 1280
10
2782.5
10
2782.5
10
2208.5
10
2208.5
45
910
45 153
210
200
2420
1030
200
930
2470
2000
385
496
FL-15
1685
1321.5
1520.5
1000
FL-15
U02
155
2704
44
U02
1500
12591
8350 U02
156
U02
2640
2765
3335
2250
3850
1735
2830
1535
1965
1350
860
20265
X1
X2
X2A
X3
X3A
X4
X5
X5A
X6
plan
House in Asamayama | 2012 >Kidosak i Ar chit ect s St udio N agano , Japan
Private residential project in Asamayama. The concept of this project is to link surrounding nature with building interior. The building overhangs towards the forest, therefore, the view from the terrace is amazing as you could feel a part of nature.
living-dining room
view from living-dining room
Pro fe s s i o n al e x per ien c e > K r es id en c e
N 建築地：愛知県一宮市桜二丁目3番1
77000000
77000000
33550000
網戸不要 空気の流れ
4466
771100
11775500
空気の流れ
445522
22553333
空気の流れ
11222200
771100
11775500
4466
664411
33550000
樋2
11775500
樋2
777755
11775500
664411
FIX Y7
11885500
775566 114444
空気の流れ 樋1
885566
22113344
772222
11000000
114444 665500
クローゼット
114400
樋1
鏡
天井高=2240 廊下
22886666 22886666
556600
11000000
772200
クローゼット
114400
88660000 予備室 （6.2㎡/3.7J）
22550000
寝室 （10.3㎡/6.2J）
22550000
555500
33550000
55885566
11665500
114444
88660000
WD 11
22557788
885566
Y5
22113344
天井高=2230 光り取り窓（要遮光） FIX
11885500
11332244
11777755
Y6 浮型収納
9900
Y5
浴室 タオルウォーマー/PSヒーター
WD 10
11000000
猫用品収納
330000 114444 330000
11555566
空気の流れ
別途タオル掛け要
11005566
WD 09
Y6
772255
33228866 洗面脱衣 天井高=2250
114444
11660066
550000
ガラリ扉
11882200
22000000
11885500
880000
114444
882266
11660066 天井高=2230
洗濯機
11885500
11335500
納戸 （2.28㎡/1.4J） 空気の流れ 網戸不要
下部オープンで 洗い物カゴ収納 11776611
22000000
11335566
552200
444499
Y7
Y4
Y4
Y3
774466 2FL-40
22225500
11660088
119933 444499 11660088
554444
11335500
Y2 22225500
トップライト 遮光要検討 22661166
444422 Y2
空気の流れ
119933 444499
空気の流れ
トランクなど
22225500
11000000
予備布団
Y3
天井埋込み ロールスクリーン
テラス
444499
444499
樋3-1
樋3-2
樋3-2
Y1
Y1 透明な屋根
11660088
X1
延焼のおそれのある部分（2F）
444499
X2
X3
X4
X1
X2
X3 227755
X4
2F
（2F床面積：44.5㎡）
屋根伏図 north-west elevation / entrance
study space
77000000 11775500
33550000
664411
22339922
664411
樋2
空気の流れ
223388
11885500
444499
330033
665500
天井高さ=2400 キッチン レンジフード高さ=1700 （6.5㎡/3.9J）
FIX
レンジ・炊飯器 天井高さ=2250 パントリー （3.2㎡/1.9J） 778811
W900
11885500
554488
空気の流れ
550066
557788
557788..55
771100
11885500
冷
667755
333300
335599
T O T O妻 板 勝 ち
2200
449955
444499
99
7722
6633
Y7
11775500
キッチンパネルの面、PB12.5+キッチンパネルt=4 空気の流れ 11662200 995500 771100 4466 シンク上部は隠す物干しスペース
※オーディオ用ブレーカーは 個別に設けてほしい。
樋1
11775500
660000
11448855
22002200
WD 06
レンガ壁 88660000
11775500
11113355
リビング・ダイニング （18.3㎡/11.1J）
季節外れのラグ 暖房など
スピーカー W450×H700×D300
662211
オーディオ ルーム （8.2㎡/5.0J）
下部ストレッチ用具
階段下 収納
空気の流れ
天井高さ=2250
FIX
巾木、壁のキズ対策、要検討
336611
22550000
42インチTV テレビ台 （上下扉付き収納） アルバム、小物
天井高さ=2250 空気の流れ 119922 335500
553300 5500
33335566
114444
WD 08
フリッパー扉 作業スペース （5.3㎡/3.2J）
22225500
書庫
高天井 天窓より採光
天井高=2400
空気の流れ
11660066
775500
660000
9955
オープン収納
9955
7755
660000
※お仏壇のサイズ、扉の有無要確認
Y2
工作室
空気の流れ 114444
7700 118811
上部棚
X2
（1F床面積：62.4㎡） （延べ床面積：106.9㎡） （32.3T）
上部棚
樋3-2
FIX 33330022
119988
66111144 X1
11660066 444499
33335566
444499
116699 444433
空気の流れ 11220088 119988
660000
114444 771100
11660066
Y1
11550000
772200
天井高=2400
881111
オープン収納
WD 07
タペガラス
延焼のおそれのある部分（1F）
775500
中段：FAX 下段：紙類 7722 11007755
669955
Y3
天井高=2390
112200 550000 7755 221122
H700
空気の流れ
11000000
221122
Y4
11000000
113355 229900
115500
11000044
33550000
便所
221122
5599 335544
7700 2255
775500
775500
11337766
11550000
上部棚
WD 05
下部 ゴミ置き場
883366
552255
WD 03
33550000
空気の流れ
445500
445500
11000000
112200
7722
335500
660066
上着 帽子 665555
227733 227755
WD 02
22556600
221122
11000000
772200
扉に全身鏡
22227755..11
WD 04
775500
天井高さ=2400 FIX
7722 2255
22000000
Y5
11662200
114444
667788
11000000
775500
114400
玄関
114444 ゴミ箱 11221111
885566
WD 01
776622
Y6
11660066
557777
7722
X3
11220088
444433 116699
X4
1F ground floor plan
K residence |
study model
PROJECT
NO
Private residential project for a designer couple. A03 平面図 1:100 11 08 2012 The ground floor is mainly their working space and the first floor is １級建築士登録第58773号 城戸崎博孝 >Kidosak i Ar chit ect s St udio private bedroom. Aichi, Japan TITLE
原田邸 新築工事
SCALE
DATE
CHECKED
01
south-west elevation
audio room
Pro fessi o n al ex p e ri e n c e > Yo sh id o m e d en t a l c lin ic
entrance for the gallery
1705
1790
waiting room
counselling room
2397
本工事外
950 3650
3100 1183
8318
400
250 洗面カウンター 間接照明付鏡
210 240
4030
本工事外
1130
2170 3300
1225
2405
6900
下地;
8440
2450
1955
下地;
(ベッド)
X3 男子WC
1085
キッズコーナー 10.81㎡ セレック
FL±０
2240
1000
4000
3190
6090 Y3
X2
A階段
1390
4990
6090
6090 Y4
身障者WC
120
2200
1810
多目的WC
3600 120
ギャラリー建具の形状変更
2010.2.23 キッズコーナー建具追記
1170 6125
2010.2.23 治療室 収納4の追記 2010.2.23
2400
4050
ガラス壁
250
1050 3000
本工事外
365
PS
PS
6900
受付カウンター形状の変更
診察室 収納1上部飾り棚の設置
1931
壁 ラ ス ガ
330
下部収納
カウンター1
1900
上部吊戸棚2 洗面付カウンター
1950
1470
本工事外
什器 什器
フィルム張
カウンター
什器
2010.2.23 準備室1 吊戸棚1吊戸棚2の追記
+300
+300
2010.2.22 コンサルルーム2コンサルカウンター形状の変更
2010.2.23 滅菌準備室 吊戸棚の追記
500 シャワー 1.36㎡
男子更衣室兼事務室 8.18㎡
本工事外
370 1100
上 の ド ー 張 ボ ム ル
カルテ棚
+300
FL±０
石膏ボードの上
セレック 操作PC
ウェイティング
什器
2010.2.23
キャビネット
ィ フ
兼
2465
FL±０
流し台
貯湯式
膏
商品陳列棚
2010.2.18
手術室 12.29㎡
ギャラリー （セミナールーム）
待合
ソファ席 マガジンラック
レセプション
手術室用 機械室 2.02㎡
X1
石
FL±０
洗
洗面器 給湯器 ミラー
+300
+300
FL±０
ホワイトエッセンス 49.37㎡ プレイ台 ※将来、ケア個室として使用する可能性あり 給排水、床点検口用意しておくこと
1580 ショップ
準備室2 4.29㎡
機械室 4.73㎡
1225
間接照明付鏡
上部吊戸棚
冷 更衣室兼 職員便所 3.44㎡
+300
収納
上部吊戸棚1 収納付カウンター
FL±０
洗面カウンター
ディス
320 +300
2.95㎡
+300
収納
+300
流し台
スタッフルーム 15.92㎡
410
ルーム +300
90
3000
パウダー
7.4㎡
FL±０
1450
1425
受付
FL±０
PC台
パウダー コーナー1
+300
350
カルテ棚2
スロープ
8.28㎡
400
+300
650
カルテ室
885
ケア個室2
予備室
棚
4030
510
+300
1490
7.33㎡
カルテ棚1
便所
準備室1 6.47㎡ +300
収納付カウンター 上部吊戸棚2
下がり天井
カウンター
+300
上部吊戸棚1 流し台付カウンター
220 330
2950
PC設置 カルテカウンター
3000
ケア個室1
廊下2
+300
PC台
250 本工事外
1535
500
(靴箱)
+300
廊下1 90
1378
2700 廊下3
収納付カウンター 上部吊戸棚
上部吊戸棚 洗面器
上部吊戸棚
フィルム張
2005
下部収納、上部飾り棚
1100
ソファ
飾り棚
院長室 10.83㎡
+300
石膏ボードの上
1183
2890
2500 カウンター
洗面付カウンター
収納4
7255.4232
+300
空調機室１
500
特別診察室2 10.71㎡
+300
820
+300
上部吊戸棚
+300
10.42㎡
+300
+300
8.44㎡
ソファ
収納付カウンター
カウンセリング コーナー1 8.37㎡
CT・X線室 6.75㎡
フォトステーション
間接照明付鏡
特別診察室1
+300
治療室 45.42㎡ +300
予防室
+300 洗面カウンター
3400
2300
+300
洗面器
+300
流し台
廊下4
上部吊戸棚 収納付カウンター
滅菌・準備室 12.15㎡
2300
上部飾り棚
ゴミ収納
収納1
収納2
+300
+300
パウダー コーナー2
中待合
8.44㎡
壁 ス ラ ソファ
250
上部吊戸棚
カウンセリング コーナー2
ガ
5820
3300 1505
1455
上部吊戸棚
収納3
+300
show window
本工事外
90
+300
1125
流し台 上部吊戸棚
2850
2710
カーテン
2320
コンサルルーム1 7.92㎡
コンサルルーム2 10.31㎡
+300
石 膏 フ ボ ィ ー ル ド ム の 張 上
技工室
13.33㎡
450550
3010 4110
785 475
3360
200
750
435
3805
3080 1260
1540
3100
3235
2490
5000 4015
1350
4110
250
1145
コンサルカウンター ガラス壁
365
6090 6795
3670
treatment room
Y8
1945
6090
6525 2855
Y7
ガラス壁
6090
Y6
カウンター2
6090
Y5
本工事外
Y4
キャビネット
Y3
Y5
5000
4805
Y6
Y7
本工事外部分を示す ※
Y8
2010.2.24 予防室 吊戸棚の設置 は床下点検口を示す。(15カ所) ※
2010.2.26 本工事別途工事の別の追記 2010.2.26 滅菌準備室壁端部の形状変更 2010.2.26 床点検口の追記
和
田
吉
貴
建
築
事
務
所
検図 一 級 建築 士事 務所 一 級 建 築 士
2010.2.26 内部仕上げの別の記載
Yoshidome dental clinic | 2010 > y aw aa. Yos h it ak a Wada and Asso ciat es Kago shima, Japan
東京 都 知事登 録
第 296625 号
和
第 48061号 田
吉
貴
製図
工事名称 （仮称）よしどめ歯科マルヤガーデンズクリニックテナント工事
年月日
図面名称
縮尺
平面図
図面番号
1:100
A-07
This dental clinic is designed as a part of renovation project in an old shopping centre in Kagoshima, Japan. Because the client wants to make this clinic more open for public, the main design concept is using curtains rather than proper walls and doors.
Moreover, although the site has existing mechanical installations under the ceilings, as this is for a dental clinic, customers have more chances to look up them. To avoid showing those installations directly and to make more spacious, comfortable environment, we add curtains on the interior ceilings.
A c ade mi c re s er c > MI C R OST R ATA
Compression Stress Lines
Stress Value Points
Calculating Structure Value
Compression Adding Material
compression structure adding connection
higher stress
tension network
connection air ventilation
lower stress
adding vertical support
Branching Algorithm
Tension + Compression Network Agent
Material Arrangement
MI C R OS T R ATA |
2013- 2014 > th e B artlet t school o f Ar chit ect ur e pix elst o ne pr o ject Go lden pr iz e in GAD, 2014
Gravitational Response / Reinforcement Materials
The project investigates the dichotomy between additive manufacturing fabrication and generative design through computational methodologies. Reconciliation of these two realms as a single bottom-up process in architecture could initiate a paradigm shift in the way building industry works in the future particularly in reinforced concrete structure. The research objective is to establish a prototypical ‘reinforced concrete’ structure system by integrating digital and 3D printing tool. This design
research encompases several phases of excercise and workshops that investigate the Gothic elements, structural analysis, computational tools, material research and the physical fabrication. Although a wide variety of material has been used in 3D-printing, they all shares one common trait; they all only work in compression. This put a limit into the produced object to perform in tension. Like masonry and concrete construction, the only solution to surpass this problem is to have
reinforcement embedded within the structure itself. Modern architecture solved this problem by the invention of reinforced concrete, in which metal reinforcement bars are layed within the concrete mass to perform in both tension and compression. This solution enables builders to design in a more robust and versatile way. However, despite of its robust quality, reinforced concrete construction proves to be highly unsustainable and consumes excessive amount of
3M building model render
time and human labour considering the rebars' physical limitation. Heinz Isler's tension network following tension stress direction, is an optimum response to the constraint of the rebar. However, the execution requires long hours of work and high level of expertise in order to arrange material with precision.
Top & Side views / Printing model
MICROSTRATA researches fabrication technique to create artificial sandstone with casted rebar, reinventing reinforced concrete. The computational logic of agent-based algorithm is employed in the creation of interconnected, fine networks of venation with high-resolution according to tension structural data. The idea of reinforced concrete is reinterpreted into metal casting technique which results in tension networks with structural performance adequate to that of conventional
rebar. Compression blocks are fabricated by additive manufacturing method with high precision, leaving interconnected networks of cavities for tension material casting. MICROSTRATA investigate micro-organization system, turning sand into performative structures. Sand is an abundantly available substance with high potential for compression-based construction. Considering the micro unit of a grain of sand, MICROSTRATA researches into an optimized
method of architectural scale 3D printing in respond to material behaviour in the creation of high resolution structure. With the application of robot, MICROSTRATA algorithm directly transcoded the design as voxel output, generating micro layers of toolpath. From design to fabrication, the data flow does not dwell solely in the realm of virtuality, it is translated into material reality.
> c o n t ac t
MAHO AKITA MArch / The Bartlett School of Architecture, UCL MOBILE +447930854864 EMAIL mahoakita@gmail.com ADDRESS 48 Peter Avenue London NW10 2AN