李 齊 LI, CHI
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PORTFOLIO
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CV
[CONTENTS]
李
CV
齊 HOUSE 101 DONGSHAN RAILWAY STATION
LI, CHI
SANYIN METRO RENOVATION OF ZHONGZHENG MILITARY COMMUNITY CENTER
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PORTFOLIO
HUWEI CULTURAL RECREATION PARK LIGHT VASE CHINGNIAN SOCIAL HOUSING URBAN VENTILATOR PROMENADE BRIDGE 2
Credential
Experience
Licensed Architect of Taiwan(R.O.C)
work
st
Education
Master of Architecture University of Californina, Berkeley (Cal) Aug, 2017 - May, 2018 (expected) Studio-One, Bio-inspired Design
Master of Architecture National Taiwan University of Science and Technology (NTUST) 2013 //Research Field
Architecture Design Parametric Design Structure System Architectural Lighting
Li , Chi
Mar 21 , 2016
Bio architecture Formosana 九典聯合建築師事務所
Designer Mar, 2015 - Aug,2017
//project experience
Green Energy Technology Demonstration Site of Shalun Green Energy Science City
//Design Competition - 1st prize / SD / BIM
Taiwan Water Corporation Building in Taipei
//Design Competition - 1st prize //SD / DD / BIM //SD / DD //Design Competition - 1st prize //SD //Design Competition - 2nd prize //Design Competition - 1st prize //Design Competition - 1st prize
Huwei arts and culture leisure park WanHwa ChingNian Social Housing SanYin Metro Line FungTai Agricultural Park Tainan Public Library Reconstruction of NTUST 1st Dormitory NTUT Academic Building & Student Activity Center MaGang Hot Spring Resort MEDIATEK Hsinchu Headquarter
//Advisor
//SD //Design Competition - 3rd prize
Chiou, Yun-Shang & Wei, Hao-Yang
intern Town-Set Construction Co., Ltd. experience Sep, 2013 - Aug, 2014
//Publication
Li, Chi, “A Dialogue with Site Context Parametric oriented Architecture Design of DongShan Railway Station”
Y.P.Lin & Associates, Architect
Bachelor of Architecture National Taiwan University of Science and Technology (NTUST) 2010
Organizer: Taiwan Institute of Steel Construction rd
Promenade Bridge - 3 prize
C U R R I C U L U M V I TA E
李齊
Awards The Third Pedestrian Bridge Design Contest 2011-2012
Jul - Aug, in both 2008 & 2009
international Exchange Student@CalPoly Pomona, CA, USA experience Mar - Jul, 2013 Rotary Club Youth Exchange Program@Germany Jul 1st - 26th, 2010
Apr, 2012 2011 CTBUH “WHY TALL?” High-rise building competition
Relevant Skills
Urban Ventilator - Top 16 Nov, 2011 Undergraduated Design Studio (NTUST)
Taiwan Pavilion, 2010 Shanghai WORLD EXPO - 1st prize Fall/Spring semester, 2009 rd
3 NTUST Installation Art Contest
Cubic Montage - 2nd prize, the Best Cross-Field Intergration
Mobile Address USA (+1) 510 666 5590 2299 Piedmont Ave. TW (+886)972 950 310 I-House Rm. 39L Berkeley, CA 94720 USA Email 4F, No.62, Yongli Rd., m9913017@gmail.com Yonghe Dist., New Taipei City 23450 Taiwan
Jan, 2007
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CV
parametric design 3d modeling bim rendering digital fabrication lighting analysis cad 2d digital dark room
Rhino Grasshopper, Kangaroo Physics, Microstation GC Rhino, Microstation, Sketchup Revit, ArchiCAD VRay Render, Revit Render, Microstation Luxology Lazar Cutter, 3D printing, CNC Ecotect + Radiance AutoCAD Adobe Creative Suite (Photoshop, InDesign, Illustrator) CorelDraw Adobe Lightroom
House 101 CATAGORY DATE CLIENT SITE TEAM
The first drawing of a 4-year-old architect Summer, 1991 Dear mom & dad Somewhere called home Personal Work
the Characteristic of an Architect
House 101
I was born in a lovely family. My mom has a great interest in art. My dad was trained to be a civil engineer since high school, and now he owns an office of general contractor. Apparently, it’s my nature to love architecture.
I can still remember the day I learned how to use ruler from my mom. It’s so exciting since I discover that a tool can help me to draw a line straight. Then, I took out my pencil and crayon and drew my dream house and tried to pretend I was working like my father.
The image of my dad working in front of drawing desk is branded clearly in my mind because he always work with me in his arms. It fully explains why I can understand architectural drawings, such as master plan and sections when I was four. By the way, It’s never boring for a 4-year old boy to stay with his father when he is allowed to play with sand, wood and hammer.
LI, CHI - 4 YEARS OLD (PHOTO RECORD)
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House 101 - the First drawing of a 4-year-old architect
Like an architect, I projected what I have dreamed and what I have seen through the vision of a 4-year old kid, so I drew a pitched roof house with robots. Bathroom, bedroom, fire place with chimney and even robotic arms to deal with trashes were all portrayed scrupulously. Since this time, my dream to become an architect has been sparked.
LI, CHI AND HIS PARENTS (PHOTO RECORD)
"HOUSE 101" (PICTURE RECORD)
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House 101 - the First drawing of a 4-year-old architect
CONCEPT SKETCH - "VIEWING BRIDGE"
Dongshan Railway Station CATAGORY DATE SITE TEAM
Design Study and Master Thesis Jan-Dec,2012 Dongshan Township., Yilan County, Taiwan Personal Work
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Dongshan Railway Station - Design Study & Master Thesis
"VIEWING BRIDGE" CONCEPT PRESENTS IN 1/100 MODEL (MODEL PICTURE RECORD)
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Dongshan Railway Station - Design Study & Master Thesis
Motivation
We were taught that “site context” and “concept” are the foundation for an architect to make decisions, and this is why we need architect. Without these foundations, the identity of architecture would be hardly manifested.
A TYPICAL ARCHITECTURE DESIGN APPROACH
In this research/study, I try to link up the design process: Site/Program, Concept, Form Finding and Digital Fabrication. Because I believe by doing this, the gap between a typical architecture design and digital fabrication can be filled up. And we can have a greater view in architecture by using digital tools.
+ DIGITAL FABRICATION DESIGN APPROACH
=
COMBINATION OF ARCHITECTURE DESIGN AND DIGITAL FABRICATION
DIAGRAMS OF DESIGN APPROACHES INTEGRATION
L
SITE PLAN
Site
Rain
L, M and S
Dongshan Station sits on a polarized environment with rural rice field on the Northeast, but facing elevations of orthogonal street blocks on the Southwest. It becomes a transition between natural opening and man-made scene.
Several records and researches showed that the high frequency rain of Yilan is due to its location, facing the monsoon from the Northeast. In addition, precipitation becomes greater in the afternoon. So, people of Yilan developed their unique living style to get along well with its rainy days.
There are 3 scales of relation between Dongshan and train station. On the Large perspective, station is blended into the Yilan plain. The roof of the station can be observed as landscape when we take a view on the mountain. On the Medium perspective, as we take a closer view, the concrete structure of station begin to dialogue with surrounded building. When it comes to smallest view, we can find out that station structure turns into a shelter for locals, providing an open space on the end of the streets.
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Dongshan Railway Station - Design Study & Master Thesis
M
S L, M & S SCALES OF OBSERVATION ON SITE
Concepts BIG SHELTER To respond Yilan’s high precipitation, offering a big roof for locals can meet their needs of a sheltered space when it rains in the afternoon. Besides, creating a continuous freeform roof would follow the connection to the context like it was, a dialogue with open field and multi-peaked mountain. "A LIFTED STATION" CONCEPT SKTECH
BRIDGE IN BETWEEN PLATFORM AND CORE AREA
VIEWING BRIDGE
LIFTED STATION
The initial demand of bridge is offering passengers to transfer between platforms. Sitting on the transition between nature and town, a bridge can also be an observatory which gives visitors an opportunity to see a greater views on both town and open field.
To maintain the continuity on ground floor, a lifted station will achieve this goal without interrupting the traffic through the station. Besides, it follows the similar direction of the first concept – Big Roof.
"MAN-MADE LANDSCAPE" 1/500 MODEL RECORD
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Dongshan Railway Station - Design Study & Master Thesis
Guiding Design Progress by Accumulated Models
By study a series of physical models, I acquired greater overview than we checked simulated models on screen. Furthermore, once we regard physical models as the only media to present our idea, we are forced to take the simplest, the most decisive approach to construct those imagination into reality. It makes a design process solid. Even the task is about building up a complex freeform, these accumulated model really guide me to reach the final result.
STUDY MDOEL NO.1
STUDY MDOEL NO.2
>>>>>>>>
STUDY MDOEL NO.3
>>>>>>>>
STUDY MDOEL NO.4
>>>>>>>>
PHOTO RECOARDS OF MODEL STUDIES
Peak Study
The multi-peaked roof generation is according to the void on 3rd floor plan to portrait a flowing scale variation of emptiness which would bring visitor a gradual changing perception when traveling through station. In order to make it easier to identify roof as a symbol of mountain, four 1/500 models were built for study. The observation can be feedback to adjust algorithm in parametric tools.
Openings
OPEN AREA BASED ON SUN LIGHT HEAT GAIN (LEFT) PATTERN OF OPENING FROM INDOOR PERSPECTIVE (RIGHT)
"VOID" ALGORITHM (LEFT) COMPARISON OF MUTLI-PEAKED FREEFORM INDENTITY (RIGHT)
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Dongshan Railway Station - Design Study & Master Thesis
In order to avoid unpleasant direct sunlight from the South, shrink the open area as much as possible and even extend an overhang on the edge. Contrarily, diffuse light comes from the North is welcomed, so the openings close to the North is bigger to take the advance of natural light.By responding lighting environment, a gradual change on opening is explored.
"BIG SHELTER" OPEN SPACE FOR LOCAL PRESENTS IN 1/100 MODEL (MODEL PICTURE RECORD)
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Dongshan Railway Station - Design Study & Master Thesis
Light Receiver
Section
Dongshan Station establishes a three-layered section and features 4 kinds of spaces (concourse, two platforms, and ground floor public space) to meet the demand as a railway station. There space featured different spatial experience by filtering natural light. It’s easy to feel the subtle variation of lights by observation on physical models.
There are 3 layers (roof, concourse, and platform) in front of ground floor. Though there a several voids on roof and concourse, lights will be blocked by platform deck. As a community open space, insufficient lighting on ground floor become a problem. My solution is changing solid pavement on the platform in to translucent one. And surprisingly, the effort is successful. It’s proved when we saw bright dots on the ground floor of the model, -natural light can penetrate though roof and deck to the ground. SECTION (UP) PERSPECTIVES ON 4 DIFFERENT ZONING IN STATION (DOWN EIGHT)
TOP LEVEL - CONCOURSE
MIDDLE LEVEL - NORTHERN PLATFORM
MIDDLE LEVEL - SOUTHERN PLATFORM
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Dongshan Railway Station - Design Study & Master Thesis
GROUND FLOOR - IN / OUT PUBLIC SPACE
DONGSHAN RAILWAY STATION 1/100 MODEL
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Dongshan Railway Station - Design Study & Master Thesis
LB01 -A LIFTED GREEN HOUSE
Sanyin Metro Line CATAGORY DATE SITE CLIENT TEAM STATUS
Competition - 1st Prize 2015-Present Sanxia Township., Tucheng Township., YinGe Township.,New Taipei City, Taiwan New Taipei City Government Office related professional work-Bio-architecture Formonsana (BaF) CH Chang, April Yang, PW Lai, YR Hsieh, KP Shih, YC Lee Design Process
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Sanyin Metro Line - Design Competiton & SD
Rural
Nature
MASTER PLANNING OF SANYIN METRO
a pure "BOX" "BOX" is the concept for interacting with our city environment. Its simplity, silence and clearity can not only mute the visual noise, but also hightlight the outline of every metro station itself.The simplicity of the box make the metro construction much easier. A station can be decomposed into three layers - structure, skin and roof. /Structure The layer of structure is constructed by modulized steel members. By utilizing the advantage of steel, all the members can be pre-fabricated in nearby factories. /Skin In order to present local feature, cladding the skin layer all over the box can manifest different characteristic of each place. A PURE BOX CONCEPT DIAGRAM
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Sanyin Metro Line - Design Competiton & SD
/Roof A big roof can be used to generate solar power by installing solar panels.
LB01 -A LIFTED GREEN HOUSE
LB01 an Elevated Green House The main concept of agriculture is translated into a green house in LB01. White metal mesh is widely used throughout the station, so the simpilicity, the lightness and the transparency are well-presented. In order to build a place for plants to grow, the natural sunlight and wind become necessary. The void spaces on the metal made green house possible - the sunlight and air can easily penerate the station. Besides, the metal mesh is also a good surface for plants to grow on.
PLATFORM FLOOR (LEFT) SECTION OF LB01 (DOWN)
BRIDGE FLOOR (RIGHT)
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Sanyin Metro Line - Design Competiton & SD
GREEN HOUSE INTERIOR OF LB01
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Sanyin Metro Line - Design Competiton & SD
LB08 Tree of Earth
"Tree of Earth" is the concept for LB08, the hightlight station. Due to its history of pottery industry, YinGe has become the one of famous tourist spot in Taipei. Therefore, "tree" and "clay" , which orignates earth become two elements to represent YinGe local feature. Tree structure becomes our first option of structure system. Because of its clear hierarchy, a tree is decomposed into trunk, branch, leaves and tree crown.
PERSPECTIVEA BOX ELEVATED BY TREE STRUCTURE
DAY VIEW ON PLATFORM
NIGHT VIEW ON PLATFORM
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Sanyin Metro Line - Design Competiton & SD
EXPOLDED DRAWING OF LB08
DETAIL OF WIRE MESH
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Sanyin Metro Line - Design Competiton & SD
Green Route
LB08 is between YinGe railway station and Museum of New Taipei City, so a passing route is requested by government of New Taipei City. A senario of passing experiences is set to respond the concept of "Green Transportation". The existed landscape of YinGe become a nature advantage. By adding some vertical vegetation along the handrail, travelers whoever enter or leaving LB08 can enjoy this vital green experience.
SECTION OF GREEN ROUTE (UP) PERSPECTIVES ALONG THE GREEN ROUTE (DOWN)
ENTERING LB08 FROM MUSEUM
MAIN ENTERANCE / BRIDGE / RENDTAL BIKE
TICKETS / CONCOURSE
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Sanyin Metro Line - Design Competiton & SD
ENTERING LB08 FORM YINGE RAILWAY STATION
SECTION OF LB09
LB-09 -a Louver Box
As a typical station, the main goal of LB09 is to accommondate all different kind of functions and spaces into its body properly. Spaces such as concourse, platform, machine room, escalators, office are placed inside a 4-storey structure. By taking the BOX concept into practice, all the functions and spaces above can be organized properly into this slotted box. The louver openings can allow nature light and ventilation to penertrate. Beside, louver creates a contrasted lighting environment on the platform.
OUTDOOR PERSPECTIVE OF LB09 (MIDDLE TWO) PLATFORM OF LB09 (DOWN)
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Sanyin Metro Line - Design Competiton & SD
Renovation of Zhongzheng Military Community Center CATAGORY DATE OFFICE SITE
Internship Jul-Aug,2009 Y.P.Lin, T.W.Ho & Associates, Architect Bade Dist., Taoyuan City, Taiwan
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Renovation of Zhongzheng Military Community Center - Intern works
Summary
an Old Militery Theater
In the 3rd year of my college, I got an intern opportunity to participate a renovation project in Miss Lin’s office. Even though the duration is only about 70 days, as a beginner of historical building, it’s good enough to get a close view on how renovation project works in an architecture studio.
Zhongzheng military activity center were built in 1963. It was built to meet temporary needs for military families as community center after work. So it was designed as a movie theater to play movies for entertainments. After 1990, troops were withdrew from Bade district. The initial living needs for military were on longer existed, and the building condition decay through time. In 2007, Taoyuan city government nominated Zhongzheng military activity center as historical building for preserving its value as a record of Taiwanese military building typology after 1950. Besides, they expect Zhongzheng military activity center can be fixed and reopen to local people.
INTERN LIFE (UP)
READING AREA IS PLUGGED IN TO PLACE WHERE THE AUDITORIUM WAS (UP) FINK TRUSS IS PRESEVERED AS AN MILITARY IDENTITY (MIDDLE) PHOTO RECORDS OF ZHONGZHENG MILITARY COMMUNITY CENTER IN 1974
BOOKSHELVES & FINK TRUSS ROOF (DOWN)
ALL PHOTO RECORDS ARE PROVIDED BY Y.P., LIN & T.W., HO & ASSOCIATES, ARCHITECT
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Renovation of Zhongzheng Military Community Center - Intern works
Public Library
The renovation are taken over by Lin’s team. To meet current needs in local communities, theater is renovated as a public library. Regarding it was a movie theater, part of auditorium are enclosed as a smaller multimedia Room. The stage (movie screen) is transformed into bookshelves and the most of seats which were for audience are now served for readers. By doing this, the memories of theater can be preserved and the function of public library can still be offered. The tectonic of roofing is emphasized. 70-year-old roofing craftsman were invited as a consultant for this project, to make sure the roof are preserved as it was. In order to remind local people their own military history, several learning camp were held in Zhongzheng military activity center to show people how the building was built and inspire children the senses of architecture. The renovation is no longer about fixing and preservation but strengthen the connection between architecture and people.
Meeting Room Office Media room Reading Area Bookshelves Imformation Restroom Kitchen Control Room 0
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堂 正 中
寄 車 處
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FLOOR PLAN , ELEVATIONS, SECTIONS ARE PROVIDED BY Y.P., LIN & T.W., HO & ASSOCIATES, ARCHITECT
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Renovation of Zhongzheng Military Community Center - Intern works
Modeling My responsibility is to build a model which can present as more detail as possible. The model would be a media to communicate with craftsmen and community for better renovation. At first, I have to build up initial theater model with box office, simulated texture of bricks, tiles and roof. This part is regarded as a foundation of preservation. Then input new function which is brought up by architect into this model. Every proposal are removable but the initial model itself cannot be damaged after replacing newer objects by time to time.
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Renovation of Zhongzheng Military Community Center - Intern works
Huwei Arts and Culture Leisure Park CATAGORY DATE SITE CLIENT TEAM STATUS
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SD, DD and Permit Drawing 2015-Present Hobe(Huwei) Fort, Tamsui Dist., New Taipei City, Taiwan Fabulous Group Office related professional work-Bio-architecture Formonsana (BaF) YC Kuo, YF Chen, PL Liao, MJ Lee, PJ Lin Design Process
Huwei Cultural Recreation Park - SD, DD & Permit Drawing
PLAN -GROUND FLOOR (UP)
HUWEI FORTRESS PHOTO RECORD (UP)
SITE PLAN (RIGHT)
CONCEPT DIAGRAM (DOWN)
The Arch - Huwei Fortess Arch is the most important expression in this project. The historical heritage-Huwei Fortress, sites on the north, so a classical architectural language, Arch, is reinturduced to our site. In order to emphasize the natural scene of TamSui river, the hotel balconies is designed into arched form. The scene framed by arch directly corresponds the local context. HUWEI PARK PERSPECTIVE (LEFT)
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Huwei Cultural Recreation Park - SD, DD & Permit Drawing
Elevations
WEST ELEVATION
SOUTH ELEVATION
NORTH ELEVATION
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Huwei Cultural Recreation Park - SD, DD & Permit Drawing
Studies on Green Ramp GREEN RAMP
CHARPEL WEDDING
CIRCLE SKYLIGHTS ON RAMP
MAIN ENTRANCE
SECTION OF GREEN RAMP (UP)
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Huwei Cultural Recreation Park - SD, DD & Permit Drawing
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25
樓版平面圖#5_旅館區(+1610)
A2 15
15
A2
空調機房 15 151
314.39
15
20
DN
14@28=392
15 DN
安全梯-B梯+戶外梯_M梯_樓版#4平面詳圖 1 : 50
工程名稱
新北市滬尾藝文休閒園區 興建營運移轉工程
修
正
B2
2
12 13 14 15 DN 16
B2
6 A5-02
核准
B2
3
郭英釗
日期 2016/06/01 圖名
校核
陳欣宜
A1=1/50 SCALE A3=1/100
繪圖
李齊
設計
業務號碼
#1328
郭英釗
70
75 15 10 138.5 12.5
D9b f60A/S
安全梯-B梯_樓版#5平面詳圖 1 : 50
安全梯-B梯、戶外梯-M梯 平面詳圖、剖面詳圖
張號
圖號 A5-02
執照圖
PERMIT DRAWING OF STAIRS
30
17 15
235
安全梯‐B梯
Huwei Cultural Recreation Park - SD, DD & Permit Drawing
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12
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簽
審
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級高15.71 cm 級深26.00 cm 階踏數21
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15 203
10 9 8 7 6 5 4 3 2 1
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149
15
15
149
15
樓版平面圖#5_旅館區(+1610)
30
10 15
70
D8a f60A D1
125
7@26=182
25 26
15
15
7@26=182
30 30
24 23 22 21 20 19 18 17
1 : 50
台北市忠誠路一段111號5F TEL：(02)2831-3377 FAX：(02)2838-7712
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16
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61.21
安全梯-B梯_樓版#4平面詳圖(夾層)
九典聯合建築師事務所
15 45.0 0°
安全梯‐B梯 B2
112.5
70
40
32
161
149
空調機房
20
17
10@26=260 13
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75 15
130
72.5
D10b f60A/S
45.0 0°
15
UP
6 A5-02
125
125
15
D1
161
安全梯‐B梯
177
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
7@26=182
UP
15
9@26=234
112.5
30 30
20
127
130
164.5
15
A2
151
10
9
樓版平面圖#6(+1940)
18
135
224
174 125
30 30
127.5
A2
級高15.63 cm 級深26.00 cm 階踏數32
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A2
15@26=390
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19
11 8
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3
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1 20
75
D10b f60A/S
級高15.63 cm 級深26.00 cm 階踏數32
564
183
260
9 10 11 12 13 14 15
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108.5
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15 60
6
203
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182
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161
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140
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12
315
330
295
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21@15.71=330
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級高18.00 cm 級深28.00 cm 階踏數15 1
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70
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835
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141.53
75
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1490
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173.47
安全梯-B梯_樓版#7平面詳圖
A2'
155
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16
10@26=260 13
315
安全梯-B梯_樓版#6平面詳圖
135
141.53
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21@15.71=330
戶外梯-M梯_剖面詳圖
61.21
7
260
330
樓版平面圖#3(+740)
75
17
15
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173.47
樓版平面圖#7(+2270)
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125.61
安全梯‐B梯
D9b f60A/S
A5-02
75
級高15.71 cm 級深26.00 cm 階踏數21
(+2600)
315
330
10@26=260
9@26=234 15
6
B2
A2
23
203
24
15@26=390 10
9
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7
15
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75
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B2
11 12 13 14 15 16 17 18 19 20 DN 21
330
125
151
安全梯‐B梯
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B2
30 30
15 70
級高15.71 cm 級深26.00 cm 階踏數21
70
234
360
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260
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11 12 13 14 15 16 17 18 19 20 DN 21
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15 45.0 0°
75
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14@28=392
112.5
534
125
10 9 8 7 6 5 4 3 2 1
30 30
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190
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40
10 15
127
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108.5
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564 5 14
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樓版平面圖#4_旅館區(+1110)
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187
125
45.0 0°
138.5
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30 30
112.5
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70
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樓版平面圖#4_ 樓版平面圖 旅館區(+1110) #4_旅館(+1110)
COURTYARD ELEVATION
SKYLIGHT IN COURTYARD
SKY LIGHT
COURTYARD FACADE
COURTYARD FLOOR PLAN
CourtyardHeart of Huwei The courtyard - Heart of Huwei, is the center of the resort. Still, arches are repeated on the inner facade of courtyard. When the skylight penetrates into the void space, an modern maze is created. The boundries between nature, people and history are blurred.
CORRIDOR
LOBBY
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Huwei Cultural Recreation Park - SD, DD & Permit Drawing
SECTION
Light Vase CATAGORY DATE PROJECT CLIENT SITE
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Light Vase - Installation Art
Installation Art Jan-Mar,2013 Lighting Device Design PSSDL (Photonic System Simulation Design Lab) National Taiwan University of Science and Technology
Summary
PSSDL (Photonic System Simulation Design Lab) built a cabin with light collecting bricks all over its roof. This mile stone proof that they can use replace artificial light by using collected nature light indoor. This natural lighting transportation system is matured, but irony, they need a lighting device to emphasis what they accomplished. So PSSDL asked me to design a decorative lamp, a lighting device, can put inside the cabin. Due to its limited space inside the cabin, the volume of this device should be under 30cm*30cm*30cm. However, it must be eye-catching and reminds visitors those skylight outside were all utilized in this ending device.
LIGHT BRICK MATRIX ON ROOF (LEFT) CABIN (UP) OPTICAL FIBER INSIDE THE CABIN (MIDDLE & DOWN)
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Light Vase - Installation Art
STUDIES OF OPTICAL FIBER & BEAM SPLITTER CUBE (UP 4) BEAM SPLITTER CUBE (DOWN)
LAYERS WITH GRADUAL ROTATION (RIGHT)
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Light Vase - Installation Art
3MM OPTICAL FIBER
F
E
D
C
B VASE SIMULATION IN RHINO GRASSHOPPER (LEFT) A0
FINAL PRODUCT (MIDDLE) LIGHT VASE & LIGHT TANK (RIGHT)
BEAM SPLITTER CUBE
Light Vase Different from architectural design, this time, the final
product would be filled up with light, so the most of the material are either transparent or translucent. PSSDL offered me a beam splitter cube– a transparent cube which can split a beam of light in two colors- , and a bundle of optical fiber in different radius. The Light Vase origin from beam splitter cube at the bottom as a light source, then splitting blue and yellow light into two bundle of optical fiber. With the flexibility of fiber, it’s easy to weave a turning vase by two colored bundle of fiber. After connecting to light tank, the twisted void can be rendered as a light vase by illuminated pipes.
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Light Vase - Installation Art
CLOSE VIEW OF BOTTOM (DOWN)
Photo Records
TOP VIEWS OF LIGHT VASE (UP FOUR) TURNING SHAPE VASE (DOWN THREE)
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Light Vase - Installation Art
SPLITTED BLUE AND RED COLOR ILLUMINATES AT THE END OF OPTICAL FIBERS TOP VIEW OF LIGHT VASE (LEFT)
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Light Vase - Installation Art
Wanhwa Chingnian Social Housing CATAGORY DATE SITE CLIENT TEAM MEMBERS STATUS
DD & CD 2015-2016 Chingnian Rd., Wanhua Dist., Taipei City, Taiwan Taipei City Government YC Kuo, ZL Lin, ZY Chen, YS Chen, JJ Liu, YH Lee Under Construction
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Chingnian Social Housing - DD & CD
Youth Commuity
Housing has become a critical problem in Taipei, especially for who cannot afford a proper house young man. In order to solve the problem, Chin-Nian social housing project was funded by Taipei City Government. It is requested to accommodate at least 250 young families. These living units are only for renting. Picture frame is proposed as our concept. Hundreds of new, colorful lifes can be captured by these picture frames. At the same time, the colorful frames emphasize the energy of young people to this newborn social community.
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Chingnian Social Housing - DD & CD
3D Illusion
With in lack out government funding, practically constructing a 3D framing become unavailble. Therefore, the predicament force us to find an alternative - a 3D illusion. By painting a single color into three different brightness, observers from a distance would regard them as a protruding face. The contrasted brightness become a illusion of the bright/dark surfaces.
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Chingnian Social Housing - DD & CD
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Chingnian Social Housing - DD & CD
Publicity / Construction detailing
COMMUNITY STORE
EXPANDED MESH + VERTICAL GREENERY
PUBLIC BIKE SYSTEM
WHITE GRILLE
OFFERING LOCAL SERVICE FOR YOUTH COMMNITY. YOUNGMAN CAN ALSO RENT THE SPACE FOR STARTING UP NEW BUSINESS
COATED STEEL EXPANDED MESH WITH VEGETATION
BIKE PARKING PLACE OFFERING BIKERS TO TAKE/RETURN THE BIKES
COATED ALUMINUM GRILLE (3CM*15CM) WITH WHITE PAINT
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Chingnian Social Housing - DD & CD
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Chingnian Social Housing - DD & CD
Urban Ventilator CATAGORY DATE PROJECT SITE TEAM
Student Skyscrapper Competition Nov,2011 CTBUH Student Skyscrapper Competition - TOP 16 Taipei, Taiwan Carol Wang, Yi-Fan Chen, Wei-Chung Chou
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Urban Ventilator - Student Skyscrapper Competition
Why tall?
The appearance of high rise building is to solve the lack of living space in modern city. Now, the height of skyscraper face greater challenges in physical environment, such as greater wind pressure on higher level. It’s well known that the urban heat island (UHI) in inner city is more significant than in seacoast city. Generally, we believe that sea water can cool down the air nearby. Because of the poor air circulation, heat island become much more serious in inner city or basin area. Now, we place a stack-like skyscraper in Taipei basin. And solving urban heat island by strengthened the air circulation because of the feature of high rise building.
Why tree?
Trees play two roles in nature.
CONCEPT DIAGRAM TREE AS A CHIMNEY TO EASE URBAN HEAT ISLAND (UP)
To outside world, trees purify air and provide oxygen for another creature.
UTILIZE INSIDE AND OUTSIDE FORMING OF TREE AS A SKYSCRAPPER STRUCTURE SYSTEM (DOWN)
To inside world, trees are the shelters for small animals. So, “tree” can be a biomorphic form to high rise building. To outside world, lower down the urban heat island. To inside world, become a new type social space.
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Urban Ventilator - Student Skyscrapper Competition
Respond to Site
Da-an park (well known as the lung of Taipei) is on the west side of the construction site. There is an expressway between the park and the site. We try to extend the green field into the site to make our skyscraper like a real tree planting in the park. We set a sky bridge flying over the expressway. The sky bridge can be a gateway between the park and the skyscraper just like roots connecting a tree to the earth.
ROOTED ON THE SITE
SITE PLAN
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Urban Ventilator - Student Skyscrapper Competition
Functionality
A public library which provides spacious reading space and book shelves. Library also includes a small exhibition hall, a multi-media center, some offices and cafeteria. All of these massive spaces become like fruits hanging on the tree. The hanging-space-system provides people a new possibility of space experience.Jogging people in the park might wonder the activities taken places in colored massive space in the skyscraper. For the people in the building, the experience is just like reading under a tree shadow.
MUTLI-FUNCTION (THE HANGING FRUIT)
CORE MAIN STRUCTURE
BUILDING LAYERS
PERSPECTIVE ON LIBRARY AND OFFICE
+
ENVELOPE
+
FACADE
+
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Urban Ventilator - Student Skyscrapper Competition
Form Generation Generating parametric form by using grasshopper as follows: 1. Determining the basic plane. (Define five control points O, A, B, C, D on plane) 2. Offsetting base surface 70 levels.4 meters height for each level. 3. Rotating every plan on axis +Z vector. in sequence with 90 degrees in the end. 4. Using function graphic to control magnification of every plan on axis +Z vector. 5. Lofting contour line on every level in sequence.
PERSPECTIVES
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Urban Ventilator - Student Skyscrapper Competition
Sustainability We regard this high rise building as a “solar chimney� of Taipei city. A
solar chimney can provide low pressure zone in building and activate indoor ventilation. In addition, it forms a comfortable reading place inside the building. In order to balance lower pressure inside the tower, urban airflow can run through the openings on building envelope. The gigantic solar chimney can strengthens urban air circulation and reducing urban heat island (USI).Besides, the series of rotated plans along the height of building creates a spiral stair ecosystem. This spiral stair ecosystem can also provide biologic continuity to the site.
SOLAR CHIMNEY & DOUBLE FACADE
LIBRARY FLOOR PLAN
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Urban Ventilator - Student Skyscrapper Competition
Promenade Bridge CATAGORY DATE PROJECT ORGANIZER SITE TEAM
Design Competition - 3rd prize Apr,2012 The Third Pedestrian Bridge Design Competition 2011-2012 Taiwan Institute of Steel Construction Da'an Park, Taipei, Taiwan Student Design Competition Xian-Rong Lin, Haui-Sheng Yang, Ying-Torng Chen
PROMENADE BRIDGE 1/100 SCALED MODEL RECORD
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Promenade Bridge - Student Design Competition
Concept Providing a convenient connection between two places is usually considered as a guideline when we talk about bridge design. This time, contrarily, we try to break this idea by illuminating the bridge-crossing process. Adding a series of viewing EVENTS into this bridge-crossing route, just like arranging movie scripts into this route and trying to realize Le Corbusier’s idea - Architectural Promenade -, into bridge design.
CONCEPT DIAGRAMS -CONTINOUS GREEN ROUTE
Curved Route It would be interesting if a bridge plays as a new role, a freeform curve, on the grid system of Taipei city. Different from orthogonal traffic system on the ground surface, PROMENADE BRIDGE provides a new route, which guides pedestrian to participate diverse viewing events.
CONCEPT DIAGRAM -WALKING UNDER THE TREES
A curved route offering exciting city-crossing experience to people. The route starts from Da-an district office and lands on the green field of Daan park, keeping pedestrian to continue his/her journey. In drivers’ point of view, PROMENADE BRIDGE filters skylight and renders into leafyshade lighting texture. It’s just like walking under a tree.
CONCEPT DIAGRAMS -COURVED ROUTE
Structure System BOX The BOX is the basic cell for constructing this freeform curved bridge. Despite the fact of freeform curve, all the framing of BOX are all unified. By utilizing parametric design tools, we can mass customizes different length of components in different BOXes.
A BOX UNIT
BOXES Linking BOX units by high strength bolt accomplishes the freeform route in space. The dead load is sustained by 70 cm-depth beam under BOXES. Loading can be deliver to ground floor by the beam. CONSTRUCTION DETAILS
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Promenade Bridge - Student Design Competition
CONNECTED BOXES
Roofing
the Harp
Promenade Bridge is located between urban and park. It represents a transition between artificial scene and nature. So, we try several way to portrait this walking sequence by adding pattern on the roof. The roofing of BOX try to replicate a leafyshade image. It extends the walking experience down the trees. Let the light falling through the ceiling can be filtered into some meaningful image, an image that reminds people of nature.
As an ethereal light curve floating above the streets of Taipei, we decided not to use columns to buttress Promenade bridge. To emphasis its lightness, we choose a harp tensile system to hang the bridge. The main post of the harp can still play as an attraction in park, For the rest of the part, extending beams against the surrounding buildings can hold the rest of dead load of the the bridge.
BIO-MORPHIC PATTERN STUDIES (UP) IMAGE OF FILTERED SKY LIGHT (DOWN)
THE HARP 1/100 SCALED MODEL RECORD
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Promenade Bridge - Student Design Competition
THE FILTERED SKYLIGHT 1/100 SCALED MODEL RECORD
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Promenade Bridge - Student Design Competition
LI, CHI
1 9 9 1 2 0 1 8
PORTFOLIO 54
Promenade Bridge - Student Design Competition