PEI CHIN LIN DESIGN 2 0
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Pei Chin Lin Email peichinlin1988@gmail.com Phone +886-955-675-031
CONTENTS
PRESERVER
THE PRESENT DAY ARK TYPHOON CLASS SUBMARINE OPEN IDEA COMPETITION 01
URBACULTURE
URBAN DESIGN FOR DOWNTOWN LOS ANGELES 13
LIVING SKYSCRAPER
THE SYMBIOTIC RELATIONSHIP BETWEEN HUMAN AND NATURE
31
HOME
YANGMINGSHAN NATIONAL PARK SUNLIGHT FARMHOUSE COMPETITION 37
URBAN ZIP
CLEVELAND DESIGN COMPETITION - LAKEFRONT STATION 51
PROFESSIONAL WORKS 61
PHOTOGRAPHY WORKS 73
RESUME 75
P r e s e r v e r
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PRESERVER THE PRESENT DAY ARK Competition Top Idea Nominee Summer 2014
Russian Typhoon Class submarine
The largest nuclear submarine ever built. This weapon of mass destruction was designed by Rubin Design Bureau in 1975 and became a part of the Soviet fleet in 1980. It has incredible dimensions – 175m long and 23 meters wide. In 2010 the decision has been made that the remaining 3 submarines will serve until 2019. In 2013 Russian authorities announced that two of remaining submarines are going to be utilized in a close future due to outdating of the electronical systems on board and high maintenance costs. The remaining submarine will still serve as a training facility until 2017. After this period the same fate awaits them as their predecessors. The dismantling costs are about 10 mln. USD according to the Russian mass media. For this reason Rubin Design Bureau is looking for alternatives for a reuse of the submarines.
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INTRODUCTION
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During the Cold War, Typhoon class submarine was one of the largest man-made weapons, a symbol of violence and mass destruction. As time went by and the war ended, people today strive for a safe and peaceful world for future generation. Our goal of this project is not only to reuse the submarine in the architecture scale but also to transform its former symbolism. We see both the potential and responsibility of the submarine to save world’s ecological system and preserve Earth’s species.
2014 / PRESERVER: The Present Day Ark 4
THE PAST DAY WEAPON
Russian Typhoon Class submarine The Cold War is over and the world has to become a more friendly space. And we believe it’s a right time to get rid of nuclear weapons of mass destruction aiming to turn the Earth into ashes in several seconds. One of the symbols of these frightening times was a Russian Typhoon Class submarine - the largest nuclear submarine ever built. This weapon of mass destruction was designed by Rubin Design Bureau in 1975 and became a part of the Soviet fleet in 1980. It has incredible dimensions – 175m long and 23 meters wide. By placing it vertically the Typhoon class submarine could be compared with Mies van der Rohe Seagram building or Swiss Re high-rise by Norman Foster. In 2010 the decision has been made that the remaining 3 submarines will serve until 2019. In 2013 Russian authorities announced that two of remaining submarines are going to be utilized in a close future due to outdating of the electronical systems on board and high maintenance costs. The remaining submarine will still serve as a training facility until 2017. After this period the same fate awaits them as their predecessors. The dismantling costs are about 10 mln. USD according to the Russian mass media. For this reason Rubin Design Bureau is looking for alternatives for a reuse of the submarines. There were alternative plans to redesign the submarine into a submarine cargo vessel with 15 000 tons capacity. This project has not been realised due to the lack of finance and practical reasons - not all ports can accommodate the submarine. As a result three out of the six built submarines were already dismantled.
Type: Displacement: Length: Beam: Draught: Propulsion: Speed: Endurance: Test depth: Armament:
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Ballistic missile submarine 23,200–24,500 t surfaced 33,800–48,000 t submerged 175 m (574 ft 2 in) 23 m (75 ft 6 in) 12 m (39 ft 4 in) 2 × OK-650 pressurized-water nuclear reactors, 22.22 knots (41.15 km/h; 25.57 mph) surfaced 27 knots (50 km/h; 31 mph) submerged 120+ days submerged[1] 400 m (1,300 ft) 1 × 9K38 Igla SAM 6 × 533 mm (21 in) torpedo tubes RPK-2 Viyuga cruise missiles 20 × RSM-52 SLBMs
THE PRESENT DAY ARK
In the Holy Bible, Noah’s Ark is the vessel saves Noah, his family, and a remnant of all the world’s animals from divine retribution, the Deluge. Although the Ark remains a biblical story, today’s world suffers from apocalyptic events and disasters that threaten to destroy both civilization and biology system. Therefore, we decide to make the Typhoon class submarine the present day Ark because it has the quality to survive in doomsday situation and severe disasters like storm, earthquake, tsunami, and unclear disaster. Submarine could submerge under water for months and avoid danger and harsh situation on the ground and sea surface. The Typhoon class submarine shares similar dimension with Noah’s Ark; 300 cubits long (137.16 m, 450 ft), 50 wide (22.86 m, 75 ft), and 30 high (13.716 m, 45 ft). The great volume could accommodate the genes of all species on the planet. Turn into a gene bank, the violent nature of the submarine is transforming to a care of life.
137m Noah’s Ark
175m Typhoon Class Submarine
2014 / PRESERVER: The Present Day Ark 6
Phases
We classify our proposal into 4 phases; gene and seeds collecting and preservation, education and promotion, submerging and escape, rebooting and rebirth. At the first phase, genetic information will be collected and stored in the submarine. The second phase starts once the database and genetic lab is established; an additional structure which acts as pier, visitor center, and exhibition space will be built around the submarine, inviting people to understand our mission statement and the submarine’s new role. The third phase will be activated during global destructive event; the submarine will submerge under the ocean, “escape” from danger and protect the precious resource for future generation. At the final phase, when the world environment is not threatening to organism anymore, the submarine will emerge from the ocean and begin to “regenerate” and “revive” life to our mother earth.
Phase 1 Collect and Preserve
Phase 2 Education and Promote
Phase 3 Submerge
Location
Phase 4 Rebirth
(right page) Consider the integrity of this project; we decide to locate the re¬maining three submarines at different locations, in the three major oceans; Pearl Harbor in the Pacific is our primary location, the other two are Portsmouth in the Atlantic, and Perth in the Indian. We choose these locations based on the ability of the harbor to accommodate submarine and the distance to existing gene banks. The three submarines will strengthen the cooperation between gene research facilities and create a network of biology preservation.
Proportioin of forest areadesignated for conservation of biodiversity by coountry, 2010
Gene Research Facilities and Gene Banks
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Portsmouth Pearl Harbor Perth Berlin San Diago
New York
Hyderabad Melbourne
Pretoria
Aucklland
Gene Bank Natural Disaster Hotspots Washington, D.C.
London
Tokyo
2014 / PRESERVER: The Present Day Ark 8
PLAN & SECTION
A
Control Room
Lab
Lab
Seed Vault
Restaurant, Mess
Mess and Bathroom
Section CC
Crew Bunk
Section AA Cryopreservation Tank
Section DD
Nuclear Plant
Mechanical Department and Turbine
Section BB
Lab
Section EE
A
Seed Vault
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Cryopr
C
D
B
B
reservation Tank and Lab
C
Control Room & Operation Consoles
D
E
E
Nuclear Plant, Mechanical Department and turbine (remained)
2014 / PRESERVER: The Present Day Ark 10
Gondola Pier
Gene Bank and Submarine Museum Genes and Seeds Preservation
While Noah’s Ark carries pairs of animal, the new Typhoon class submarine will collect sperms, eggs, and cellular pieces of species. It will become the database and library for genetic information of all living organisms. To enhance the concept of switching destruction into regeneration, our transformation of the submarine focus on the weapon stowage space, 533mm torpedo tubes, and R-39 ballistic missiles shafts. Each space will be transform to accommodate different types of species, storage unit, and laboratory device. The torpedo stowage and tubes will become storage for sealed seeds. The 3000m3 space has capacity to hold approximately 1.5 million distinct seed samples. The 3.3m diameter ballistic missiles shafts will be arranged based on biological classification of organisms; 3 shafts will be used to preserve fungi, 17 will be used for mammals, reptiles, fishes, birds, amphibians, and invertebrates. These shafts have a total of 2800m3 (140m3 x 20) volume to store approximately 18000 liquid nitrogen tanks with genetic pieces.
GENE DISTRIBUTION
X20 missiles
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PERSPECTIVES
2014 / PRESERVER: The Present Day Ark 12
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URBACULTURE URBAN DESIGN FOR DOWNTOWN LOS ANGELES Architectural Design Studio Instructor: Luis Hoyos RA / Andy Wilcox ASLA Spring 2012 Los Angeles, CA
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Repurposing polluting industrial sites into a vibrant mixed use neighborhood will revitalize Los Angeles. By breaking through the existing grid, circulation of pedestrians, bicyclists, and vehicles can better navigate the city. Mixed use vprovides opportunity for residents to live close to work and have amenities right outside of their doors. The development of urban agriculture in Los Angeles is necessary; it can be incorporated into our building structures and provides fresh food for residents. Grey water reclamation and purifcation provides the urban agriculture with recycled water. Once the water has been used twice, it flvows into a wetland to allow for water percolation. Composting on site will directly benefit our urban agriculture. Utilizing green infrastructure creating a system that reuses products is self sustaining and gives back to its residents and the community. Developing a more sustainable city, we can improve the quality of life in Los Angeles and would allow for advancement and transformation over time.
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CIVIC PARK
UNION ST
THE CORNFIELDS
SITE
TATION
20 M
inu
tes
Wa lk
40 M
inu
tes
Wa lk
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BACKGROUND INTRODUCTION The North Industrial District, or Dogtown, is both one of Los Angeles’s oldest and most obscure neighborhoods. It’s also occasionally referred to as either Naud Junction or Mission Junction, after two area junctions of the Southern Pacific Railroad, the entity perhaps most instrumental in the neighborhood’s development The California Drop Forge, which opened in 1901. Inside masked workers forge aluminum, nickel base, steels, and titanium. Behind and connected to it is LA Recycling Center. Throughout the day it belches smoke and steam and cold days.
CONTEXT ELEMENTS
CORNFIELD HISTORIC PARK
WILLIAM MEAD HOMES
HOMEBOY INDUSTRIES DROP FORGE RECYCLING FACILITIES
CHINA TOWN
CALIFORNIA ENDOWMENT
UNION STATION
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URBAN GRID Two huge but not effective planning and utilizing street block lie on the east side of the site, where drop forge and recycling facility placed. Through site analysis and observation, we extend current road network into the site, scale down blocks, and aim to create a comfortable and effective connection for citizens.
Local Streets
Main Streets
Pedestrian
SITE PROBLEM
Pollution
Brown Fields
Lack of Identity
Underutilized Space
Disconnected From Community
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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PROGRAM DISTRIBUTION We want to create a mix use neighborhood by removing drop forge and recycling facility, and adding residential and retail space. Proposing urban agriculture and creating more open green belts and community gardens, will help developing downtown Los Angeles.
RESIDENTIAL
Support: 3,000 units 9,000 people Lowest: 33 unit/acre Highest: 300 unit/acre Total: 3,312,200 Sq. Ft.
COMMERCIAL + RETAIL Approx: 70 Retail Stores Total: 368,000 Sq. Ft.
URBAN AGRICULTURE Total: 520,500 Sq. Ft.
Metro System COMMUNITY GARDEN Total: 205,600 Sq. Ft.
Road Network
OPEN SPACE
Total: 463,600 Sq. Ft.
CULTURAL
Total: 108,000 Sq. Ft.
INFRASTRUCTURE Total: 412,000 Sq. Ft.
COMPOST
Total: 62,000 Sq. Ft.
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PROGRAM PROPOSAL
CONDITOIN ANALYSIS United State
CALIFORNIA
LOS ANGELES
DOWNTOWN LOS ANGELES
SITE
RESIDENTIAL
RETAIL
URBAN AGRICULTURE
OPEN COMMUNITY GARDEN
OPEN SPACE
PERFORMANCE SPACE
PARKING
TRASPORTATION: CAR
PEDESTRAIN
COMPOST
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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WATER RECYCLING SYSTEM Grey water reclamation and purifcation provides the urban agriculture with recycled water. Once the water has been used twice, it flvows into a wetland to allow for water percolation.
Treated Wetland Water Stoage
ROOFTOP GARDEN
Improving Water Quality Improving Flood Control Enhancing Wildlife Habitat Providing Education
VERTICALURBAN ARGRICULTURE
Recreation
RE-USEABLE WATER
Treated Water Storage Chlorine Residual Protection Ultraviolot Disinfection Ultrafiltration Biological Treatment Aerobic Screening Grey Water Collection Point
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2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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PLANT ZONING
Urban Agriculture
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Street trees / Pollinators
Wetland/Bioswale
Ornamental Vegetation
URBAN ARGRICULTURE The development of urban agriculture in Los Angeles is necessary; it can be incorporated into our building structures and provides fresh food for residents.
Street trees
Wetland/Bioswale plants
Hymenosporum flavum [Sweetshade Tree]
[Butterfly Bush]
[sweet olive]
[Basin Wildrye]
[Lavender]
Pittosporum undulatum
Leymus condensatus
[Victorian Box]
Lupinus excubitus
[Giant Wildrye]
[Lupine]
Cercis Canadensis
Muhlenburgia dubia
Salvia spp.
[Pine Mulhy]
[Sage]
[Redbud]
AVG YIELD/ACRE : 29,000 lb VERTICAL YIELD EST.: 7,540 lbs
Quercus agrifolia
AVG YIELD/ACRE : 1,000 lb VERTICAL YIELD EST.: 260 lbs
Buddleja davidii
Lavendula spp
Crop Rotaion
CITRUS
[Mulefat]
Leymus cinereus
Osmanthus fragrans
TOMATOES
Baccharis salicifolia
Ornamental Vegetation
[Coast Live Oak]
Muhlenburgia rigens [Deer Grass]
Platinus racemosa [California Sycamore]
BROCCOLI
AVG YIELD/ACRE : 15,300 lb VERTICAL YIELD EST.: 4,000 lbs
BELL PEPPERS
AVG YIELD/ACRE : 36,500 lb VERTICAL YIELD EST.: 9,500 lbs
SOY BEAN
AVG YIELD/ACRE : 2,600 lb VERTICAL YIELD EST.: 680 lbs
ROMAINE LETTUCE
AVG YIELD/ACRE : 31,4000 lb VERTICAL YIELD EST.: 8,150 lbs
STRAWBERRIES
AVG YIELD/ACRE : 28,300 lb VERTICAL YIELD EST.: 7,350 lbs
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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COMPOST SYSTEMS
Do not compost
fat, oil, fish, bones, diseased plants, and meat
Greens
Plant cuttings, fruits, vegetables, egg shells, rice, and pasta
Browns
Bread, paper napkins, coffee filters, tea bags
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Compost Site
Creates Unhealthy Compost
Nitrogen Rich
Carbon Rich
Collecting
Composting
Curing
OPEN COMMUNITY GARDEN Providing open community garden to encourage residents doing outdoor activities, and create opportunity to meet others. In the day time, parents can bring their children to do sports, play games, and even just want to get closer to the nature.
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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WETLAND & AGRICULTURE Building up grey water recycling system and wetland area is important for our proposal. It’s the heart of urban agriculture system. Grey water reclamation and purifcation provides the urban agriculture with recycled water. Once the water has been used twice, it flvows into a wetland to allow for water percolation.
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BUILDING TYPOLOGY In this mix use neighborhoood contains different living functions, vproviding opportunity for residents to live close to work and have amenities right outside of their doors. In order to meet various needs, we provide several types of residential unit to fullfil families which have different numbers of member.
UP
DN
UP UP
UP
UP
UP
Urban Agriculture
Studio
1 Bed Room
2 Bed Room
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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RETAIL & COMMERTIAL SPACE At the intersection of N. Alameda Street and Main Street, which are the main streets in our site and can easily connect to other places, we suggesting turn this block into a commertial space which also including performance space.
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N WETLAND OPEN SPACE COMMUNITY GARDEN EXISTING PARKING RESIDENTAIL RESIDENTAIL / RETAIL RETAIL COMMERCIAL COMPOST
2012 / URBACULTURE: Urban Design for Downtown Los Angeles
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LIVING SKYSCRAPER THE SYMBIOTIC RELATIONSHIP BETWEEN HUMAN AND NATURE Competition Instructor: Shen-Guan Shih Fall 2011
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INTRODUCTION Skyscraper Co-living System CO2 + Fertilier
Bamboo Skyscraper
The Green Architecture which highlights the sustainability is the prevailing design nowadays. We emphasis great importance on active and/or passive energy savings in design process. But it seems that we have forgotten about “we are living with the nature.”
O2 + Shelter
To obtain the concept of symbiosis, which can be beneficial to natire and human, we use bamboo as the material. Especially, we use “living bamboo” and an unique techniquw to build the living skyscraper. With predictable population growth, we need to understand the relationship between the ever expanding of city and the unavoidable shrinking of nature, and find a symbiotic way to create a sustainable future.
CONCEPT
HUMAN
HUMAN
-
+
-
+
NATURE
NATURE
LIMITED LAND
LIMITED LAND
HUMAN
HUMAN
+
NATURE
LIMITED LAND
LIMITED LAND
+ +
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-
-
NATURE
HUMAN
HUMAN
+
-
LIMITED LAND
LIMITED LAND
+ +
NATURE
Existing Situation
-
NATURE
Living Skyscraper
WHY BAMBOO? Bamboo is a sheap, but is strong for construction. People have used Bamboo in architecture for thousands of years. Today, we find many benefits by using living Bamboo in architecture.
CO2 Emisiion Rate
The anount of CO2 emission from bamboo is about four times larger than trees.
Growing Rate
The growing rate of bamboo is much higher, compared to tree.
Effective Length
There are many kinds of bamboo; some of which are more than 100m lond. And, the effective length of most bamboo used in architecture is longer than 15m.
Too Wide
Effective Length: 15-100m
Too Thin
2011 / LIVING SKYSCRAPER
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THE SYMBIOTIC RELATIONSHIP BETWEEN HUMAN AND LIVING SKYSCRAPER When the populations, which are caused by the population growth, can be reutilized by this building, the symbiotic relationship is beneficial to both sides. Also, through the rainwater and sunlight collection system, we hope tp reduce the heavy load of nature caused by human activity, and to recovery the green land by our skyscraper design.
GROWTH SIMULATION
CONSTRUCTION
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2011 / LIVING SKYSCRAPER
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HOME YANGMINGSHAN NATIONAL PARK SUNLIGHT FARMHOUSE COMPETITION Competition / House Renovation Top Prize Summer 2011 Taipei, Taiwan
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Calla Field
Irrigation Ditch
Existing Buildings
Fishpond
Trail
Main Entrance
Background Introduction The site is located in Beitou District, Taipei City, also is located in the Yangmingshan National Park. Yangmingshan National Park has the shortest distance to metropolis in Taiwan, offers many attractions to the citizens and travelers, becoming citizens’ garden.
Calla Field
The site is located in Bamboo Lake valley, and there is one existing building within the site. Our main goal is to analysis existing condition of the building, then, to provide renovation principles and strategies in this design project. To create a prototype farmhouse design as a sample for other farmhouse within Yangmingshan National Park.
Local Elements
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Humid and Rainy
Traditional Settlement
D A
E F
B C
A
B
C
D
E
F
Inside the Site The site is separated from its surrounding by fence, thus, the sight is relatively limited inside the site. There is one building located in the west side of the site, lies northeast toward southeast, and three fishponds at the east. The ponds and the building are lack of connection because of poor landscape design.
Design Principle Review
City vs. Countryside Issue
Concept
Pratice
Achievement
Natural Environment Respond
City
National Park
Derived
The goal is to bring traditional rural life style into the project of renovation of farmhouse design. To create a prototype of farmhouse design to respond the national park environment, even a life style. To provide not only entertainment for citizen, but also a home, a shelter.
2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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Settlement
Settlement
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Path
Points
Settlements
Trial
Hydrology
Entrance
Wind Direction
Views
Calla Field
Sun Path
Outdoor Space
Barrier
CITY vs.COUNTRYSIDE
City Closed / Crowded / Chaos
In city’s life, working as a main constituent, business activities continued after work, light vocals never stop, fast-paced. Returning home at night, such as back to the hotel. Working in the company accumulates a lot of pressure in the day time, then going back to home don’t want to talk, eating with TV shows, rushing to bed. There is no life quality, only tired......
Countryside Open / Spacious / Simple
Yangmingshan National Park, where is not far from Taipei city, is citizens’ backyard garden. With respect to the weekend's urban population, aboriginals live here for many years; birds, flowers and insects, as well as in the soil, water and even air and the stars. They were interfered all because of the city's entertainment, but they do not speak, do not protest, only quietly retreat to near extinction extinct......
CONTEXT ELEMENTS Respect to the site environment. Observation and concern for the environment are sources of inspiration for the design. For instance, using local, natural materials, can enhance sustainable, ecological building. Otherwise brings warm feeling and sense of belonging, making artificial building has more integrations with nature environment.
Solid / Void
Stack
Layers
Elevation Difference
2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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RENOVATION STRATEGIES
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Strategy 1 // Keep Original Structure
Corresponds to the demands of the national park conservation, building renovation should retain the original architectural structure system.Thus, it may reduce the removal and Construction wastes, pollutions. and Add auxiliary support when the strength insufficient.
Strategy 1 // Raise Ground Floor
Raise ground floor 60 cm above soil in respond to humid climate in Yangmingshan area, create well ventilation through the vents, even can avoiding dampness due to rains.
Strategy 1 // Separate Public and Private Space
Separating of public and private spaces, static and dynamic spaces. Emphasize functions of each spaces, different from urban residential space, improving quality of each space. By which can help people feel much more comfortable and releasing.
Strategy 1 // Increase Attic Space
By raising attic space, which can increasing air layer thickness between attic and second floor, thus, can improving ventilation and insulation.
Strategy 1 // Intermediary Space
Importing intermediary spaces, creating an efficient vertical connections, and want family members can also easily perceive the environment.
Strategy 1 // Explicit Ancestry Hall
Create sight connection between ancestry hall and living room.
Strategy 1 // Southwest Corner
Setting back ground floor massing to solve direct exposure to sunlight at the southwest corner of the building.
Strategy 1 // Asymmetrical Sloping Roof
To accelerate drainage in respond of heavy rainfall in Yangmingshan National Park.
EXISTING CONDITION & SOLUTION 1. Intermediary Space
The lack of intermediary or buffer space between spaces in the buildings and outside the building. Outdoor
Intermediary space
Intdoor
1 Floor
2. Block of Views
The plastic board at the northwest side not only blocks the views, but also inconsistent with the original building.
Louver
1 Floor
3. Darkrooms
Bathroom without natural light, has worse lighting and ventilation. lights
Bathroom
lights
Bathroom
2 Floor
4. Deserted Space
There are many deserted spaceniside the building without functions, but becoming places to put things.
2 Floor
Bring natural environment into indoor
5. Structure Blocks Sunlight
Openings beside the stair block light and sight.
2 Floor
6. Vertical Circulation
Needs to take the outdoor stair to reach the second floor.
Space
Stair
Space
Space
1 Floor
2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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SITE PLAN
Engawa (Dining Deck)
Private Backyard Calla Field
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Viewing Platform
Ecological Pond
PROGRAM DSTRIBUTION Living Space
Intermediary Space
Living Room
Dining Room
Living Room
Study Room
Ancestry Hall
Support and Service Space
Public / Private
Bathroom
Kitchen
Stairs
Attic
Engawa
Garden / Balcony
Terrace
Bed Room
2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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PLAN
Kitchen
Living Room
Dining Room
Ground Floor
BedRoom
Living Room
BedRoom
Study Room
Second Floor
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Ancestry Hall
Third Floor 28
SECTION A-A’ SECTION
B-B’ SECTION
Study Room
BedRoom
Dining Room
Kitchen
Private
Public
C-C’ SECTION
Living Room Living Room
Terrace Kitchen
Path
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2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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KITCHEN
In rural life, the dining space is an important space to gathering with your family. The Raised deck not only shows the importance of dining space, but also create a well connection between interior and exterior.
Engawa
Dining Room
Raised Deck
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INTERNEDIARY SPACE
Private
Public
2F
C-C’ SECTION
SCALE = 1/100
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Natural Lighting
Ventilation 31 31
2011 / HOME: Yangmingshan National Park Sunlight farmhouse Competition
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URBAN ZIP CLEVELAND DESIGN COMPETITION - LAKEFRONT STATION Competition Team Work 2009 Cleveland, USA Project 2009: Lakefront Station challenges entrants to propose designs for a Multi-Modal Transportation Center in Downtown Cleveland at the north end of the historic Mall. This new transportation center will provide the city with a state-of-the-art rail station ready to support high speed passenger rail service, a facility capable of integrating and balancing the needs of various transportation modes, and a pedestrian connector from the Mall to Cleveland’s lakefront. The current site configuration creates a confusing juxtaposition of infrastructure, smaller transit facilities, rail lines, and largely un-useable residual land. Solutions for a new multi-modal transit facility must evaluate the relationships between infrastructure, facility, adjacent evelopment opportunity, and pedestrian wayfinding to develop uniquely integrated design and planning strategies. The site provides a number of sectional issues and opportunities in exploring how this new Multi-Modal Transportation Center will redefine and enhance the connection from Downtown to North Coast Harbor and Lake Erie. Successful solutions must provide the city with a connection to Cleveland’s history as an important rail hub and prepare the city for the next evolution of transportation. Linked into a High Speed Passenger Rail network, Downtown Cleveland would be an important national rail center among a network of connected American cities, a fitting gateway to the City of Cleveland.
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STUDY In a way so called the “Silent Line of the City�, railways and highways have cut off Cleveland City in which resulted the difficulty of the combination between the energy of the city downtown and the waterfront area.
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Not only the downtown business crowds are unable to extend to lake shore, the eco-regions of the city in both sides of the railine are also separated. In this way, the city roads which crossing the “Silent Line of the City” are the important corridors in the connection between the urban area and lake shore. Thus, every transportation construction must be re-positioned based on the vision of urban development, and given the task of not only serving for single transportation but also other purpose and functionality. If we take the Terminak Tower Station as an example, then you’ll see the co-construction with the transportation infrastructures has brought about opportunities.
2009 / URBAN ZIP: Cleveland Design Competition - Lakefront Station
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CONCEPT We have proposed the planning idea of “Urban Zip”, through a way of the co-construction among railways, highways, buildings, and open spaces, intergrating the 12-kilometer-long lakefront area and the city of Cleveland. Principles which we propose are as follows: 1. The city roads that crossing the railways and highways will become the important corridors in connecting the urban area and the lake shore, and to provide open spaces between those roads, which will enable the city crowds extend to lake 2. Enhance the connectivity between the main roads of the lakefront and the downtown area, re-arrange all transportation circulations, and re-place public transportations, such as RTA stations, bus stations. 3. The concept of “Urban Zip” pays attention to the characteristics, the conditions of the surrounding development, and the future developing visions for each and every selected site, rather than a single type of method.
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2009 / URBAN ZIP: Cleveland Design Competition - Lakefront Station
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SITE ANALYSIS The area between E9th St. and W3rd St. is the essence of Cleveland city; there are sports venues for three professional teams, high-rise commercial buildings, open spcae with historical significance, lakeshore recreation ares, as well as intensive transportation nework. How ever, the current rail and road facilities have blocked the connection between lakefront and the city center: thus, we believe this would be a great opportunity for the concept of “Urban Zip� to bg into play.
2
SITE
URBAN RESPONSE The three highs of the history, the downtown city, and the lakefront co-shape and sculpturre the city skyline stories. Sequence of meaningful urban open spaces become the feature and the charateristic of the city
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STRATEGY Functional Configuration
Respond to the charateristics of the E9th St., place commercial and transportation functions on the east side of the site, further provide a multi-functional building and becoming an important node between the lakefront and the city. The west side of the site is to provide community recreation center and ecological park, become a link of waterfront residential area and the site, and apublic space for the Browns stadium crowds. The center of the site continues the main axis of the Mall and connects to the lakefront area, with the installation arts to enhance the monimental charateristics. The open spaces would link both side of the siteand repond to the crowds and activities in the lakfront
Transportation network configuration
Overlap the railway and highway facilities; combine the rail station, highway ramps, and building mass, provide open spaces above rails. The existing parking lot under the City Hall connects with the newlly planned parking lots in a series. New bus stations and bus routes. Build up the transportation network among lake harbors, main roads in lakeshorearea, and roads in the city. Extend bicycle routes from the riverbank to the lakefront.
2009 / URBAN ZIP: Cleveland Design Competition - Lakefront Station
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MASTER PLAN
The eco-leisure park provide a greenery open space to accomodate the crowds from the RTA station, also provide an community activity opportunities and reconnecting the riverbank, the site, and the planned residential to the lake harbor, help to re-define the characteristics of the west regions of the city.
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In the central Vertical Core, which can look down the movement of the cars and trains. Through the penetration of the light to enhance the connecton between different levels. While bypassing the ring, the entire city view takes in sight to experience unique waterfront scenery of Cleveland.
In responding to the importance of the E9th.St., utilize the ground level of the composite building and use transportation facilities to connect the crowds from the city center. The building mass rising from the ground symbolizes the new landmark of lakefront development.
2009 / URBAN ZIP: Cleveland Design Competition - Lakefront Station
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of Yoai Street. The North Entrance of Tainan Police Station Museum enables e urban context (the backyard of the police station). The “backyard” of the outside and inside, life and art, and energy and serenity.
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友愛街的新起點 : 警察署近現代美術館後院公園，新的都市空間，而近 中庭與都市空間可連成一體，此入口彷彿一陳列廳入口，因警察局的建物
TURNKEY PROJECT FOR TAINAN FINE ART MUSEUM Professional Bio-Architecture Formosana 2014 Tainan, Taiwan Responsibilitis Included: On-Site Investigation / Design Development / Proposal Writing / 3D Model & Redering / Architectural Drawing
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「一個遮蔭的地方，一座美術館。」
民望之，若大旱望雲霓。但是長空萬里中，雲從何處來？雲云眾生，只要雲會說話，人就 聚集，如風虎雲龍般相互感應。當在溫度沒有變化的情況下，物質相變使空氣凝結成水， 同理的，當台南的城市空間一如往昔，地方文化精神的聚集乃是成就一座美術館誕生的主 要因素。
LATERE 的概念來自物態變化過程中吸收或釋放能量的潛熱，意為隱藏。我們試圖打造一座 看不見的美術館，飄浮在原有的公園綠地之上，使自然似之，讓民眾潛移默化。雲朵的使 命將繼承博物館的發展脈絡，這個珍奇箱（Cabinet of curiosities）不再是象徵財富、權力 的名貴收藏，而是收納看不見的時間元素以及當地活躍的各種小型策展。「只要有興趣， 一、設計理念 即納入收藏。」新的台南美術館將記錄當代正在發生的事，使觀者雲集，為舊有土地換上 a. Design concept 新的衣裝。
LATERE: Modern Cabinet of curiosities in Tainan
你去台南最想找尋到甚麼？ LATERE: Modern Cabinet of curiosities in Tainan 「一個遮蔭的地方，一座美術館。」
聚集，如風虎雲龍般相互感應。當在溫度沒有變化的情況下，物質相變使空氣凝結成水， “What are you looking for in the city of Tainan?” 同理的，當台南的城市空間一如往昔，地方文化精神的聚集乃是成就一座美術館誕生的主 要因素。 “A shade.” 民望之，若大旱望雲霓。但是長空萬里中，雲從何處來？雲云眾生，只要雲會說話，人就
LATERE 的概念來自物態變化過程中吸收或釋放能量的潛熱，意為隱藏。我們試圖打造一座 看不見的美術館，飄浮在原有的公園綠地之上，使自然似之，讓民眾潛移默化。雲朵的使
existing car park structure
existing car park level-1
a place at street level
vertical extension of the existing car park structure
park#11 surface
legal building coverage rate
maximum authorized footprint
project footprint surface
limit of the groundfloor impact limit of the groundfloor impact
Exhibition
Exhibition
mezzanine over the groundfloor
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Commercial
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Education
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Park
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Education ＋
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Park
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命將繼承博物館的發展脈絡，這個珍奇箱（Cabinet of curiosities）不再是象徵財富、權力 Looking up into the sky, there's an urging thirst for shade and water. But have you ever 的名貴收藏，而是收納看不見的時間元素以及當地活躍的各種小型策展。「只要有興趣， 即納入收藏。」新的台南美術館將記錄當代正在發生的事，使觀者雲集，為舊有土地換上 wondered, in the thousands miles of the sky, where does the cloud come from? As cloud 新的衣裝。 speaks, people gather and have conversation with each other and with nature. Local culture becomes the transcendent spirit, and further contributes to the birth of an art museum. LATERE: Modern Cabinet of curiosities in Tainan “What are you looking for in the city of Tainan?” LATERE comes from the process of ever changing state through absorbing and releasing “A shade.” heat, meaning it is hidden from any specific perspective. We design an invisible art Looking up into the sky, there's an urging thirst for shade and water. But have you ever wondered, in the thousands miles of the sky, where does the cloud come from? As cloud museum, floating on its original site. The museum will be seen as one with the nature. The speaks, people gather and have conversation with each other and with nature. Local culture becomes the transcendent spirit, and further contributes to the birth of an art cloud will continue the life and spirit of the art museum; the integration of cloud and the museum. museum is now a symbolism of the "Cabinet of Curiosities." This cabinet no longer has a LATERE comes from the process of ever changing state through absorbing and releasing heat, meaning it is hidden from any specific perspective. We design an invisible art connotation for storage of wealth and the authority, but it is a cultural exhibition for objects museum, floating on its original site. The museum will be seen as one with the nature. The cloud will continue the life and spirit of the art museum; the integration of cloud and the existing in an invisible timeframe. "Collect a Piece of You." The new art museum personifies museum is now a symbolism of the "Cabinet of Curiosities." This cabinet no longer has a connotation for storage of wealth and the authority, but it is a cultural exhibition for objects as the third person collecting contemporary events while the people are also living in the existing in an invisible timeframe. "Collect a Piece of You." The new art museum personifies as the third person collecting contemporary events while the people are also living in the "collections" of the art Museum. "collections" of the art Museum.
22th Century Tain
Street
Plaza
History
Turnkey Project for Tainan Museum of Fine Arts
22th Century Tainan Museum
first floor
second floor
roof square
restaurant & technical rooms
Turnkey Project for Tainan Museum of Fine Arts
未來的
思維。
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ng, the s of the eritage,
project nto the g to the
natural
全區配置圖
master plan 1/1000 20
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Turnkey Project for Tainan Museum of Fine Arts
街道剖立面圖
street section & elevation 1/200
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2014 / Turnkey Project for Tainan Fine Art Museum
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HUWEI CRAFT AND CREATIVE PARK Professional Competition First Prize In Progress Bio-Architecture Formosana 2013 Taipei, Taiwan Responsibilitis Included: Design Development / Proposal Writing / 3D Model & Redering / Architectural Drawing
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Huwei Craft and Creative Park Competition is a open idea proposal project held by New Taipei City government. Aim to Create a new entertainment resort to provide travel viewpoint and job opportunities near Tamsui area, and brings great development and revitalizing this historic town. In our design, we want to bring up a craft and creative park, including a hotel and traditional crafty department store. In respond to local elements such as Huwei Castle, we lower building massing and folding roof shape to respond dynamic landscape surround. We intergrate generative design and sustainable / green architetureal technology to build a environmental friendly architecture.
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+26M 戀戀 淡 水 / 公共 露之園景 / 公共 2 00 4 淡水 和平公園
+26M 滬 尾漫步 / 飯店 雲之樓台 / 飯店
( 五 ) 開放空間構想 和平公園的延伸
+11.3M to 26M
+11.3M 旅人地圖
城憶 滬 尾
山 海交匯
光之迴廊
開放空間以七大主題空間串聯合和平公園與一滴水紀 念館既有的人行步道系統，使職人文創園區成為和平
+6.4M
公園的延伸，成為歷史文化旅遊節點的金三角。
階之 中 庭
+3M +3M
聚 落廣場
歇腳樹亭
+2.5M 淡水藝術線 - 滬尾站
海
淡水車站 紅毛城 方向
圖 4- 10 開放空間串聯 構想圖
Trail and Open Space Design 4 - 13
十八 、文化戲台 戲台模 組
4 - 14
一般舞台
後台
可收 納式 觀眾 席
需後台準備型舞台
活 動式 座位 席
可收納式觀眾席
婚禮、 尾 牙 戶 外廣場 小展演
活動式座位席
器 材準 備室
器材準備室
器材 準備室
活動拉 門 活動 拉 門
圖 4- 86 Ty pe1 一 般模式
圖 4 -88 Type3 需後台表演模式
微型舞台
後台
可收納式觀 眾 席
長型舞台
活動式座位席
可收納式觀眾席
圖 4 -9 0 Ty pe5 戶 外 小 展 演 模 式
大型 會議
戶 外廣場 戲台展 演
活動式座位席
器材 準備室
器材準備室
器 材準備 室
圖 4- 87 Ty pe2 微 型模式
圖 4 -9 2 Ty pe7 婚 禮 、 尾牙模式
活動拉 門
器 材準 備室
活動拉 門
圖 4-8 9 Type 4 長型伸展台模式
圖 4 -9 1 Ty pe6 戶 外 戲 台 模 式
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圖 4 -9 3 Ty pe8 大 型 會 議模式
Theater design
4 - 130
4 - 131
4 - 132
East Elevation 圖 4 -37 東 向立 面 圖
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2013 / Huwei Craft and Creative Park
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TAMSUI LIGHT RAIL TRANSIT PROJECT Professional Competition First Prize In Progress Bio-Architecture Formosana 2013 Taipei, Taiwan Responsibilitis Included: Design Development / Proposal Writing / 3D Model & Redering / Architectural Drawing
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Tamsui Light Rail Transit project is a Build–operate–transfer project held by New Taipei City Government. Aim to create a new transit connection between Taipei City and Tamsui Town in New Taipei City. Extending light rail line from Taipei to Tamsui, enhancing availability of the original MRT Tamsui Line. Inspired by the shape of beautiful mountain and the way that brings commuters home. And also comsidering environment condition, like wind direction and the hot and humid weather in Tamsui area. We want to make a form that can indicate the transition between mountain and home, people and nature, and create a comfortable and safe space for users. G05 Station
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G01 Station
Explotion Diagram / G01 Station
Elevation / G01 Station
2013 / Tamsui Light Rail Transit Project
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PHOTOGRAPHY
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Series of Central 1. 2014, London, UK 1
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2. 2013, Taipei, Taiwan 3. 2014, London, UK 4. 2014, London, UK 5. 2014, Taipei, Taiwan
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RESUME Pei Chin Lin Born Oct. 19. 1988 Taipei, Taiwan (R.O.C.) Email peichinlin1988@gmail.com Phone +886-955-675-031
EDUCATION National Taiwan University of Science and Technology, Taipei, Taiwan (R.O.C) Department of Architecture, Bachelor of Architecture | 09/2009 – 06/2012 California Polytechnic State University, Pomona, California, United States Department of Architecture, Exchange Program | 02/2012 – 05/2012 National Taiwan University, Taipei, Taiwan (R.O.C) Department of Civil Engineering | 09/2007 – 06/2009
DESIGN SKILLS 2D GRAPHIC SOFTWARE Auto-CAD, Photoshop, Photoshop Lightroom, Illustrator, Indesign, Aperture, Nik Software 3D MODELING SOFTWARE Rhinoceros, Grasshopper for Rhino, SketchUp, V-Ray ANALYSIS SOFTWARE Autodesk Eco-Tech, Autodesk Vasari FILM EDITING SOFTWARE Logic Pro, iMovie, Final Cut
LANGUAGES Emglish Mandarin Chinese
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PROFESSIONAL EXPERIENCE
Bio-architecture Formosana
Taipei, Taiwan | Full Time, Architectural Designer | Oct. 2013 – Present National Dr. Sun Yat-Sen Memorial Hall renewal and expansion project Won top prize for design of Kuang-Tse welfare residential project Won top prize for design of Huwei Craft and Creative Park Design competition for Tainan Museum of Fine Art
J.C. Architecture
Taipei, Taiwan | Intern, Design Assistant | Jun. 2011 – Jul. 2011 Architectural design and data analysis of a commercial building project Architectural design / analysis / diagram drawing
KRIS YAO | ARTECH
Taipei, Taiwan | Part-Time, Design Assistant | Sep. 2010 – Jun. 2011 Created model for HTC headquarter project Created model for MRT Wanda Line Station project
Creative Decoration Co., LTD.
Taipei, Taiwan | Intern, Supervisor | Jun. 2009 – Sep. 2009 Q Square Department Store, Taipei, Taiwan Interior construction of Q Square department store; supervised project and communicated between client and designer
AWARD Top Prize, Kuang-Tse welfare residential project competition | 2014 (Teamwork: Bio-architecture Formosana) Taipei City Government, Taiwan
Top 50, Typhoon Class Submarine Open Idea Competition | 2014 matterbetter LLP, UK
Editor’s Choice VSCO Grid Photography Collection | 2014 2 pieces of work, Visual Supply Company, California, United States
Top Prize, Huwei Craft and Creative Park Competition | 2014
(Teamwork: Bio-architecture Formosana) New Taipei City Government, Taiwan
Top Prize, Tamsui Light Rail Transit Competition | 2013 (Teamwork: Bio-architecture Formosana) New Taipei City Government, Taiwan
Top Prize, Yangmingshan National Park Sunlight Darmhouse Competition | 2012 Construction and Planning Agency Ministry of the Interior, Taiwan
Third Prize, Revitalization of Buksu-dong Project | 2011 Sungkyunkwan University, Seoul, Korea
Third Prize, Chi-Dong Street Design Project | 2009 National Taiwan University of Science and Technology, Taipei, Taiwan
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