Weng Kai Wei Architecture Portfolio by Weng Kai Wei

Weng Kai Wei Architecture Portfolio

2013

Name /

翁愷威

Phone /

+886 975273723

E-mail /

sectionsconcept@gmail.com

Adress /

台南市永康區中華二路358

10號7樓3

Education / 私立甲大學建築系

Experience / 上海雅門聯合建築師事務所水

經貿生態園區開發願景館

2008-2013

Workshop / 美國南加州大學+ 甲大學建築系+淡江大學建築系

2010, 07-09 2010, 11 - 2012, 04

潘冀聯合建築師事務所

2011, 07-09

王銘鴻建築師事務所

2012, 07-09

國際學術交流工作坊

2011, 10

WORKSHOP Actuating Geometry in Design

2012, 02

「都發101活動成果展-台中舊城區空間活化再利用」創意競賽工作坊

Skills /

AutoCad，Rhino3D，Grasshopper，V-Ray SketchUP， Illustrator，Photoshop

2012, 08

Name /

Weng Kai Wei

Phone /

+886 975273723

E-mail /

sectionsconcept@gmail.com

Adress /

Rm. 3, 7F., No.10, Ln. 358, Zhonghua 2nd Rd., Yongkang Dist., Tainan City 710, Taiwan (R.O.C.)

Education / Feng Chia University Department of Architecture

2008-2013

Workshop / USC School of Architecture (AAU) +FCU Department of Architecture +TKU Architecture International Workshop

2011, 10

2010, 07-09

WORKSHOP Actuating Geometry in Design

2012, 02

Taichung Gateway Park-Info Box / docent

2010, 11 - 2012, 04

Urban Development Bureau, Taichung City

J.J.Pan and Partners, Architects and Planners

2011, 07-09

Government-Regeneration of Taichung Old Town

Wang Architects and association

2012, 07-09

Experience / Archiman Architects & Associates (Shanghai)

Skills /

AutoCad，Rhino3D，Grasshopper，SketchUP Illustrator，Photoshop

2012, 08

CONTENTS /

ARCHITECTURE DESIGN Kuangcao

2009

Rubik House

2011

Guard Cells

2012

Developing The Invisible

2012

Breeding Boundary

2013

WORKSHOP

狂草重生再造雲門舞集 Site : 台中火車站20號倉庫 Tutor : 朱柏成老師舞者以自身為筆墨，薄透的燈光為紙，用軀體流動的線條與深厚的影子展現墨之濃淡五色，及書寫中筆法的蒼勁、柔和、抑揚頓挫，刻意的空白讓人感受舞者呼吸間的流動，令人腦中不斷浮出不同的場景意象。時而文人春遊、飲酒作詩的閒適快意，時而似見沙場上大將軍揮毫戰書、千軍萬馬的磅礡氣勢，猶如一齣齣的經典電影場景在眼前飛躍。

雲門舞集在大火無情燒盡多年回憶後，在嶄新的建築中找回希望。基地位於台中火車站旁20號倉庫，舊有的斜屋頂倉庫建築，在改建之下賦予了新的意義。將原有的稍做切割

重強

移，突破原始空間的束縛，建築整體前後連續有如狂草字與字間連綿不斷的

特性，設計中曲面的屋頂與跳動的牆面表現舞者跳耀的身姿，雲門舞者舞動時擁有的流暢，新的動線流動於歷史建築之中。

SITE

一層大部分空間與室外相連開放，使往來的民

梭於空間內外，時而

迴、時而

停頓，舞動的感受體現於整個空間動線之中，流暢的動線讓人不自覺的被帶往空中，在壓抑的城市之中視野逐漸開闊，從深

到光明，猶如雲門舞集被大火

噬後到新的展演場

的誕生，希望開始萌芽。

Rubik House 三代同堂住宅+建築師事務所 Site : 台中甲路X內新庄仔溪旁 Tutor : 梁世偉老師 Rubik Cube :魔術方塊翻轉的過程中會產生甚麼不一樣的空間? 在城市高度發展的時代，建築的密度越高，在都市中能看到天空的面積是越來越小，設計的理想在於抓住都市細縫間的一小片天空，並運用翻轉的動作使事務所與住宅間的分合，公與私之間的拿捏，創造不同於以往的空間關係。

基地位於鄰近台中市甲路與內新庄仔溪交口之角地，東面擁有溪邊行道樹，基地首要處理黃昏後人潮的湧現，如何將封閉需求的住宅做最大的開放是設計的要點。

4M道路

內新庄仔溪

4M道路

8M道路

住宅與事務所間切割的空間，在視線上卻又能共享彼此景觀的角落住宅 ¦ 地面層留給第一代的長者，錯層的空間讓房間能兼具開放的視野與私密性，建築內的小庭院卻能共享給每個空間

reception room

oﬃce parents bedroom

事務所 ¦ 循環階梯般的空間產生進入後的序列性，錯層始開放的空間兼具場域

an ntr

e nc

170cm

tra En

90cm

100cm

living room

20cm

show room

cts

e hit

c Ar

170cm

u Ho

0cm

20cm

ou Gr

lan

170cm

ﬂo

p or

meeting room

0cm

restaurant

A’

住宅 ¦ 二層為家庭主要的生活空間，為整個住宅的核心，其中最獨特的地方便是由可轉變為半開放的陽台銜接至戶外草坡的大型斜坡，提供兒童遊樂空間及成人的休憩空間。事務所 ¦ 錯層的辦公空間兼具開放的視野與場域空間，最高層便是建築師辦公室，建築師走出辦公室便可看整個事務所，而辦公室的另一道門便是通往家中最主要的生活空間。

oﬃce

restaurant

470cm

living room 320cm

c ite ch r A

400cm

oﬃce

e us

470cm

o dﬂ

Architect oﬃce

n pla

on ec

320cm

amusement equipment study 12

住宅 ¦ 三層主要由臥室所組成，位於中間區塊的兒童房，牆壁為活動式，當完全開啟時，兩間兒童房與其間的空間廊道可成為一個大空間，並於孩子長大之後可作不同用途

頂層擁有的露天浴池以與空中花園，其水平的地面與傾斜的屋頂呈現獨特的空間感受

bedroom

th ur

lan

ﬂo

p or

770cm

760cm

childroom 770cm

dﬂ hir

lan

p or

620cm

Home Theater living room

Fourth ﬂoor

Third ﬂoor

Second ﬂoor

Ground ﬂoor

Second ďŹ&#x201A;oor

Guard Cells 林地再生移動溫室 Site : 台中大肚山 Tutor : 葉朝憲老師當城市高度發展，人類文明逐漸噬大自然，建築的產生往往是縮減綠地，沙漠化的問題逐漸擴大，該如何重新讓植物抓住大地是本設計重要的課題。設計中利用名為Guard Cells的建築裝置，將乾燥的大地留住水分，由水構成的溫室不需要任何動力，靠著水的蒸散、凝結、滲透、自重，即便烈日下依然在溫室內下著雨，使其幼苗成長至足以抵抗氣候的程度後， Guard Cells便移往下一處乾枯的大地，開始重生林地。

Guard Cells

面臨全球暖化導致極端氣候加劇，暴雨增多與乾旱期漸長，人為的濫墾與工業污染造成林地退縮、土地沙漠化，環境惡性循環加速氣候異常，提出因應策略。 Faced with increased global warming leading to extreme weather, storms and dry spells amidst growing. Due to overforesting and industrial pollution, forest retreat and Desertiﬁcation every second. Proposed a strategy to reduce climate change caused by environmental degradation.

Environmental issues

Cause

Extreme weather deteriorated Global warming Landslide Overused desertiďŹ cation

Drought

mountain on ďŹ re Industrial pollution Groundwater pollution Transportation Air Pollution

angle of sunlight

temperature in Surface

stoma size on Surface

water content in Guard Cell sunlight intensity terrain temperature of Guard Cell

pore size of Guard Cell

humidity in Surface

wind speed in Surface humidity

transpiration rate of plant

wind speed temperature Guard Cells設計架構，最外層為環境影響因素，第二層為Guard Cells皮層可變因素，最內層為Guard Cells一個單元( 含水細胞)的變動因素，內外三層相互影響架構。

800 600

Excessive rainfall

400

Radish

Cassava

Peanut

Sweet Potato

Cane

200

drought 2010

2005

2000

100 50 0

1995

0 1990

Amount(mm)

1000

Dajia River

SITE

Chingshui Taichung Port

Coastal plain

0.5

Taichung

Dadu River

Shalu

0.4 0.3 20

0.2 km

Density (Strains/m2) Acacia forest area in 1976

in 2003

0.1

Acacia forest area in 1995

in 2004

0.0 24

Original

Guard cells

Evapotranspiration Rainfall Condensing system Rainfall

Rainfall

Evapotranspiration

Water drop

Collect water system

Water drop

Plant Land

Evapotranspiration

Plant Land Clean water

Groundwater

Groundwater extraction

植物在自然環境中白天烈日下快速蒸散水份，若於降雨量低的時節，植物不易生長，當Guard Cells介入後植物在幼苗時期便能得到最佳的水份調控。

Type 2

Type 3 25

Type 1

台中大肚山西側坡面部分地區因人為墾伐、工業污染等因素，逐漸沙漠化，針對這些區域以沙漠化程度與地形以 Guard Cells機制進行林地再生。

Exuberant period of plant transpiration day

night

day

night

1000 g/unit

RH 100 75

750

500

250

14 16 18 20 22

10 12 14 16 18 20

Guard cells stomata closed

cool air fog water

warm air water

cool water fog water

Night

Day

fog

H2O H2O

H2O H2O H2O

H2O

fog

H2O

H2O H2O

藉由皮層凝結植物與大地蒸散的水分，由於不同水溫與空氣中飽和度，水的滲透壓不同，Guard Cells可將水分儲存入單元內，皮層隨著水的自重改變，氣孔張開與閉合，保護著植物也留住水分。

以Grasshopper設計裝置，應用於活動桿件、水體積變化模擬、日照面積影響植物蒸散率時，水體積與裝置間互動產生的開闔變化。

7.8cm

P = hd = 1gw/cm2 * 7.8cm = F/A

實驗材質透水率，將水注入裝置中，測量裝置中的水滲透出表面瞬間時，所含水的體積、重量，了解設計中灌溉需求時內含水量所需的水體積。

t onen

p com

a stom

water

open

e genc diver

cess

ro ent P lopm

Deve

unit

r luste

[protect plant in bud time]

[strong winds block by Surface ]

[Beneﬁcial to soil and water conservation] [Forest retreat and Desertiﬁcation]

[Soil stable hardly loss]

[Rebirth of land and increase the crops]

[Guard Cells Involved] [Irrigation in frequency stability]

[Reduce the probability of forrest-ﬁre] [Appropriate plant Irrigation]

[Generate micro-rain] [control the micro-rain]

[diﬀerent rainfall according to diﬀerent plants required] 30

Developing the Invisible 台中舊城區復

Site : 台中中區中正路段 Tutor : 葉朝憲老師研究大台中都市發展，找出都市高度發展後沒落的區域，探討一個逐漸被遺忘的城鎮要如何獲得重生，整合設計顧及的層面廣大，探討的各方面以尋找可行的方案，克服的問題如: 壅塞的交通，擁擠的空間環境，老舊建築的再利用，設計中運用此區域的高空屋率，以及建築密集的程度，形成足以成為第二層的空中動線，藉此整合活絡整個區域，將整個城鎮視為巨型的建築體做設計，縮放的思維之間，讓舊城區得以重生。

developing the invisible

Technology Nature Economic Commerce

TOPOGRAPHY

Urban Erosion [ METROPOLIS ]

Taichung 2012 residents per square kilometer 8,000+ 6,000 - 8,000 4,000 - 6,000 2,000 - 4,000 0 - 4,000

DENSITY BY DISTRICT

Tachia Train Station

Airport Fengyuan Train Station Wuqi

Port

New CBD Old CBD

Train Station HSR Station

Wu Ri

Taichung Port Taichung Airport

CTSP

Industrial District

Shuinan Gateway

Railway BRT Plan HSR Freeway Major Plan Gate Way Initial Core New Core Conjecture Core

TRASPORTATION & DEVELOPMENT 35

Tachia

Wuqi

Fengyuan

?Central District WuRi

Developing? 36

DOWNTOWN TAICHUNG 37

school relationship school Urban development core green area river

Urban Planning in 1944 38

中華夜市區

三民路婚紗區

自由路

區繼光徒步區

B C

電子街

CENTRAL DISTRICT 2012

TRANSPORTATION PLAN 40

developing the invisible

10F

11F

12F

13F

14F

15F

將樓層切片，觀察各樓層在整個區域所分布的情形，了解同一高層的相對關係，其中也透露該區域鮮少超過7層樓的建築

1F-4F Area

4F-5F Area

以分析需求度將地面層荒廢的建築釋放，而以舊遠百大樓、第二市場等核心以三層樓高創造空中層動線，紓解中區擁擠的交通，並將BRT車站設置於空中層，活絡空中層的發展。

由各樓層面積分布觀察可能的動線構成，試圖於非地面層創造出另一層漫遊空間

[5F Moving lines]

[4F Moving lines] Relation of ﬂow[2F]

[3F]

[3F Moving lines]

[4F]

[2F Moving lines] [5F] 於空屋密集處分析可能的空中通道，並演算最短距離構成的動線樣貌

以第二市場為中心發散的空中動線，結合新與舊的串流，活絡舊城

New Ground Level (+1.5M~1.8M) BRT Level (+900cm) Ground Level (+0)

廢棄的遠百大樓解構成為培養都市綠地的溫室，一小塊的綠地逐漸茁壯，慢慢的蔓延整個城市

[4F,5F Moving lines] [3F,4F Moving lines] [2F,3F Moving lines]

Breeding Boundary 兩岸交流下於海峽繁殖出的建築簇群 Site : 台灣海峽 Tutor : 業嘉老師探索古今海峽兩岸之間曖昧的關係，兩岸文化在這靜止的邊界上蓄勢待發，順應著趨勢，海上建築的需求日益漸增，"繁殖場"便是以此邏輯之下所設計的平台，運用海底沙漠資源與水的張力化合，在時間的淬煉下孕育出marine architecture，這些prototypes將成為海上旅館、市集、賭場等建築的基礎。 Breeding boundry就此開始..

Breeding Boundary

01 Issue 1/ Culture 分享一樣的語言，流著同樣的血，歷史上我們忽遠忽近，漸行漸遠中我們的文化及思想分道揚鑣，隨著時代的演進，促使著我們融合的腳步，尋找什麼樣的契機讓會我們如此的契合？ We drift apart and get together, come and go in our long history. Till present, the integration of both sides becoming a trend. Seeking for the key of our interdependent.

2/ Ecology 在海岸建設的各種的公共設施，如興建垃圾掩埋場、污水處理場、核能發電廠等，不但改變了海岸的環境，也直接或間接地污染了海域，並造成海洋、海岸生態的破壞，適度地運用海洋資源，藍色海洋資源利用與保護並列的空間格局，製造永續生態的海洋建築。 Various public facilities construct in the coastal, such as landﬁlls, sewage treatment plants, nuclear power plants, etc. Not only changed the environment of the coast, directly or indirectly contaminated waters, causing destruction ecosystems. The marine resources utilization and protection of parallel spatial pattern. Manufacturing ecologically sustainable marine construction.our interdependent.

3/ Communication 隨著兩岸民間交流日益頻繁的趨勢，海峽兩岸的航空交流已成為世界上最頻繁的航線，因應經濟貿易的發展，台灣海峽這片汪洋大海上，如何去運用，溝通及連結將成為重要的課題。

Dutch colonial International relationship

Instability

1949

1945

1895

Kingdom of Tungning

1683

1662

1624

As trend of cross-strait civil communication has been evolving, aviation has become the world's most frequent routes. In response to the economic and trade development, seeking for a better communication become essential.

Qing Dynasty

Japanese rule

After World War II

Republic of China

Domestic relationship

International relationship

Domestic relationship

Instability

Present

Instability of the [Taiwan Strait ]

02 Structure

兩岸港口 L

New Borderline 新海峽中線產生

海面上交通網絡

海面下地形結構

征戰走私偷渡

吐量

海底砂石 M Breeding Factory 建築繁殖場

貨運

海洋垃圾海洋動力

直航 S

Self Assembly 自我構成

貨物

物流走私

市集

文化交流

加工產業

互利共生

由海峽兩岸的曖昧情愫出發，探討兩岸交流的過程，順應著不同時代的背景，發展出不同的交流模式，尋找兩岸交流的新趨勢。 Exploring the process of cross-strait communication. In the background of diﬀerent period, developed diﬀerent ways of communication. Seeking for a new relationship between Taiwan and China.

03 Program Ocean Resources

Salt

Wind Power Tidal power

Thermal power

Electricity

Garbage Gravel

Machinery Transport

fishing reef Shipping Self Assembly Anchor

Solidify Structural columns

breakwater 了解海洋中可利用的資源，企圖於時間的淬煉中逐漸形成各種可供兩岸人們使用的建築。 Mooring

Understand ocean resources. as the time gradually.

03 Program 港口吐量 Throughput

隨海流週期性轉動，海上的漂流市集，利用公海特性以及兩岸之間

航行路徑 Sailing routes

的交通運輸，服務有需求的人 With the ocean current cyclical rotation. A market ﬂoat on the ocean, use characteristics of public ocean and transport between the two sides of Taiwan Strait, service the needs of people.

錨訂點 Anchor set point

海地地形 Topography under water

自然能源 Natural Energy

直航必經點 Waiting point

市集 Market

港口吐量 Throughput

Before 中國大陸原料(台灣禁止進口) 陸運成本

它國加工海運成本

陸運成本

台灣進口海運成本

陸運成本

關稅

中國大陸原料(台灣禁止進口)

公海上浮島加工

台灣進口

航行路徑 Sailing routes

海地地形 Topography under water

After 陸運成本關稅

海運成本

陸運成本自然能源 Natural Energy

關稅

直航必經點 Waiting point

加工廠 Manufacture Factory

港口吐量 Throughput

以縮減兩岸貨物運輸的時間及金錢成本為出發，在海峽中線上設置物流中心，舒緩台灣海峽繁忙的交通運輸 To reduce the time cost of cross-strait cargo transportation, set several logistics center,to relieve the heavy traﬃc on the Taiwan Strait.

航行路徑 Sailing routes

海地地形 Topography under water

自然能源 Natural Energy

直航必經點 Waiting point

物流中心 Logistics center 59

04 Site Analysis 3.7 3.0

4.3

[Highest point]

6.1

2.4 1.2

5.5

1.8 1.2

1.8

4.9 3.7 4.3 3.0 2.4

20.0 m/s

Tide level range

[lowest point] 0.6

0.0 m/s

Winter Monsoon Wind Speed

1.2

[Tidal environment]

refers to cold warm water masses mixing zone, in particular, refers to the Western Pacific, the Kuroshioand the Oyashio seawater mixed. the plankton breed there, to attract migratory fish aggregation fish farms.

20.0 m/s 0.0 m/s

Summer Monsoon Wind Speed

A H B C

D E

Through point 24 Nautical miles 12 Nautical miles routes Into the harbor

Chinese White Dolphin conservation area Shoal fisheries Coastal fisheries Migratory fish fisheries

Port Container Traﬃc [TEU] 10M 50M 50M

30M

70M

10M

30M

Spring Summer Winter/fall

Sea sand distribution

10M

Topographic contours

Direct shipping ports, pick only with large cargo throughput (TEU). Shipping port Ports with lager TEU

[Fuzhou Port] 12,000,000/TEU

Find the middle point on each link. Link each ports together, show the routes of traﬃc in the ocean.

Delineate the scope of services in accordance with the throughput of the ports.

Contain the parameter inside Public water between Taiwan and China.

[Range corresponds to the size of the frequency of routh using.]

[ Keelung Port] 19,200,000/TEU [Putian Port] 90,000/TEU

[ Taipei Port] 6,500,000/TEU

[Quanzhou Port] 10,200,000/TEU [Xiamen Port] 58,200,000/TEU

[ Taichung Port] 11,900,000/TEU

[Zhangzhou Port] 1,000/TEU [Chaozhou Port] 500,000/TEU China's territorial waters

[ Mailiao Port] 700,000/TEU

Range of public sea area

[Shantou Port] 6,000,000/TEU [ Anping Port] 1,000/TEU

Taiwan's territorial waters

Last Glacial Maximum 20,000 15,000 10,000 5,000

-30M -58M

-65M

-68M

Minimum distance : 13,0000M 130m England

French Distance:50KM

Now (Years Ago)

Post-Glacial Sea Level Rise

-120M

-20M -49M

Sea Level Change(m)

[ Taichung Port] 11,900,000/TEU

-324M Aircraft line in 1990 Prohibited ﬂight area

Cross-Harbour Tunnel 1802 Idea from Albert Mathieu 1994 opened

海底地形剖面 Section Anylisis 61

04 Site Analysis 5

Attract the position of shallower terrain. Shallow

Scope outside the busy routh.

Deﬁned range by the depth of the seaﬂoor topography.

Deep

Under the influence of wind, elected the final definition of the processing plant. [Strong ocean currents] can be use in natural energy source in the future future use of natural energy

Logistics center

Direct shipping ports of Taiwan and China, Waiting points before ships enter

Direct shipping ports of Taiwan and China,link to the waiting points before ships enter the harbor.

Choose the appropriate depth delineated range of services.

Direct shipping port

The midpoint of the route distance.

Ports with lager TEU

[Fuzhou Port]

B [ Keelung Port] [ Taipei Port]

[Putian Port]

[Quanzhou Port] [ Taichung Port]

[Xiamen Port]

[Zhangzhou Port]

[ Mailiao Port]

[Chaozhou Port] [Shantou Port]

[ Anping Port]

Contain the parameter inside international waters between Taiwan and China.

Deﬁned range by the depth of the seaﬂoor topography.

[ Taichung Port]

China's territorial waters

藉由兩岸協議的航運必經點、各港口相連航道、等距中間點、公海範圍、海底深度相互交錯比對分析出有海上建築需求之位置與範圍。 Range of public sea area

Taiwan's territorial waters

Analysis of shipping routes, port Location, the waiting points before ships enter harbor, international waters and depth of seafloor topography. Use those information to figure out the location of offshore construction demand.

04 Site Analysis

將航運、自然力及生態三項分析疊合於模型中，在其間做連線並安排操控點，觀察相互影響下的海上建築群需求較高的位置。 Make a model which have three layer about the shipping, the forces of nature and ecological. In between make the connection and arrangement of control points. Observe the model to ﬁgure out the location of oﬀshore construction demand.

04 Site Analysis

%QPEGRV

04 Concept

When the water is discharged, multi-line ﬁxed architectural prototype

The top of the Breeding ground is higher than the sea level

Architectural Prototype Gravel from the seabed

Transformable Surface Limited to the shape of the water

Seawater poured into the Breeding Ground cause water inlets is lower than sea level

The mold is built by the water Using the characteristic pressure of water

Multi-line control the surface deformation purpose of changing the shape of the water

打破既有陸地建築的觀念思考海上建築，Bredding Ground 運用海水體積做為構築空間模板的概念，結合海底沙漠中的資源，企圖產生因應各種機能的建築雛型 Break the existing land-based architectural concept and think as oﬀshore construction,Bredding Ground use the seawater volume template of buildings. Resources in the seabed desert, attempt to produce various of oﬀshore Architectural Prototypes.

04 Concept

由水灌注的若干型體加以排列, 當石膏灌注周邊剩餘的縫隙, 待凝固完全, 將水釋放洩流, 原先由水所充滿的部位形成空間 Arrange the water balloons. Perfuse the gypsum around the water balloons. When it solidiﬁcation, puncture the water balloons. Then 67 the space appeared.

04 Concept

模擬在海洋中的情況, 水壓將膜撐起, 藉由水的張力與控制端收緊與放鬆間尋找構築的可能性 Simulate situations in the ocean, the water pressure will hold up the film. With water pressure and the control side to find the possibility of offshore construction.

04 Concept

Breeding system

Moving, hoisting system

Deck

Working area

Surface Gravel Seawater

Raw materials of surface Surface collector

Water infusion

Surface controller

04 Concept

曝砂場濾砂場採砂場

錨訂在海底沙漠中，隨著海砂漂流在海洋之中 Anchored to the seabed desert, with sea sand drifting in the ocean.

04 Concept

Breeding ground

4. Mix concrete

3. Desalted sea sand

2. Sand Sieving

5. Breeding ground

1. Sand pumping

針對海沙此一元素的特性，設計其構成Architectural Prototype 所需要的流程 Simulate situations in the ocean, the water pressure will hold up the film. With water pressure and the control side to find the possibility of offshore construction.

Sea sand 72

Breeding Factory

05 Design

First Floor Plan

05 06

02 03

09 08

10 11

01. 02. 03. 04. 05. 06. 07. 08. 09.

Sand pumping Sand sielving First desalted sea sand Second desalted sea sand Mix concrete Breeding ground Dock Dormitory Tow boat

Second Floor Plan 76

05 Design

Fourth Floor Plan

05 04

Third Floor Plan 78

05 Design

A-Aâ&#x20AC;&#x2122; Section 80

05 Design

B-Bâ&#x20AC;&#x2122; Section 82

05 Design

04 Design Self assembly

Cradle to Cradle circulation

建築沒入水面下的部分以有機的型態呈現，隨著時間的演變，將海洋垃圾，魚骨...等附上積累成為構造柱，同時固著海面上的結構，所形成的珊瑚礁也使生態恢復，使荒蕪的沙漠海底，起死回生。

Garbage, ﬁsh bones Ecological reefs

Biological nutrients. Undersea desert

Marine constructions, use ecological reefs as a formal concept of operations. Evolved over time, reefs will attach by the ocean garbage, ﬁshbones... etc. Accumulated become structural columns. Fixed the constructions on the sea. Reefs also make ecological recovery in the ocean. Bring the barren undersea desert, back to life. 87

04 Design

依照機制控制點變換不同曲面，製造開放空間及半開放空間 Surface transform in accordance with diﬀerent control point to semi-open space and open space. 88

04 Design Type A

Type B

Type C

Type D

Spring

Summer

Winter

建築底部生態魚礁設計，模擬在各季節海流流經時通過的流速及流量 Eco reef beneath, simulation currents flowing in different season when the flow rate and flow through.

04 Design

part A

Divided to pieces of each 10x30m unit, assembled and combined with tow boats.

Second Floor

part B First Floor

Input physical space according to program needs.

part C

Seabed ecosystems reef.

Exploded Diagram Analysis 90

04 Design

03 02

Aâ&#x20AC;&#x2122;

06 05 08

01. 02. 03. 04. 05. 06. 07. 08.

Room type 1 Room type 2 Open ketchien Lobby Dining area Outdoor space Dock Massage & Sauna

First Floor Plan 92

04 Design

01 03

01. Room type 3 02. Room type 4 03. Restaurant

Second Floor Plan

04 Design

Roof Plan

Elevation 95

04 Design

A-Aâ&#x20AC;&#x2122;Section 96

逢甲建築畢業展開幕-榮譽評圖(Top5) The Prize of Honour, FCU Department of Architecture Graduation Design. 98

Workshop /

USC School of Architecture (AAU) +FCU Department of Architecture +TKU Architecture International Workshop

2011, 10

WORKSHOP Actuating Geometry in Design

2012, 02

Urban Development Bureau, Taichung City Government-Regeneration of Taichung Old Town

2012, 08

100

101

充氣式的牆面與地面可在需要時改變整個空間的型態，亦可形成階梯、椅。

參數模型的應用，於展覽場時可依人數流量對空間做變動，甚至出現新的出入口以應對人數多時段。

設計中的動態幾何工作坊

透過Grasshopper, Processing 以及 Arduino來實現從數位思維到實體運算的設計過程

Actuating Geometry in Design WORKSHOP

102

Arduino 程式碼 #include <Servo.h> int pinServo = 2; Servo myservo; void setup(){ //set the digital pin for servo myservo.attach(pinServo); myservo.write(0); } void loop(){

}

中心軸

myservo.write(5); //buffer delay(900); myservo.write(183); //buffer delay(700); //myservo.write(0); //buffer delay(15);

Arduino 軟體操作- 動態仿生設計 Tutor/ 王識源老師

103

國際學術交流工作坊

美國南加州大學+ 甲大學建築系+淡江大學建築系 USC School of Architecture (AAU) +FCU Department of Architecture +TKU Architecture

International Workshop 104

1-100的家

於水

彭文苑老師作品經貿園區願景館未來玩城市

展過程

105

106

107