TINA YUN TING TSAI PORTFOLIO
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SHANSHUI TRANSCRIPTS The Redefinition of Hsinchu Harbor NCKU / Year 5, Final Thesis Project / 2016
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RIGHT TO REMAIN Adaptability of Staying under Rising Water and Eco-migration GSD / Option Studio / 2019
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TERRA FIRMA, AQUA FLUXUS The Articulation of Boston New Coast”line” GSD / Core III Studio / 2018
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BOSTON CLT Growing Out Socioeconomic Inequity in South Boston GSD / Core III Studio / 2018
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ROUND UP CAMPUS Campus of NCKU Architecture Department NCKU / Year 3, Core Studio / 2014
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PIRANHA Taichung Red Light District upon Urban Enclave NCKU / Year 4, Option Studio / 2015
APPENDIX Academic / Professional 2018 / EMBRACE THE WILDNESS / GSD 2241 Geomorphological Analysis Visualization 2019 / EAT-SCAPE / GSD 6322 Mapping: Geographic Representation and Speculation 2019 / GENERATIVE LANDSCAPE / GSD 6338 Introduction to Computational Design 2014-2019 Professional Works, Competitions References
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L Landscape Architecture
SHANSHUI TRANSCRIPTS The Redefinition of Hsihchu Harbor NCKU Year 5 Thesis Project, 2016
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Advisor: Hsu-Yuan Kuo
Info
Awards: 2016 AILUS Awards / 1st place 2016 THESIS DESIGN AWARD / 1st place 2016 Cross-Straits Architecture Competition / Honorable mention
Program / Mix-use Harbor Site / Hsinchu, Taiwan Area / 600,000 sq m
THESIS RESEARCH
https://issuu.com/baboo0221/docs/20151223_sansui_transcripts
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PHYSICAL SITE MODEL, 1/2000 TRANSCRIPTION CONCEPT SAND EROSION OBSERVATION SITE CONTEXT
Since the research of Chinese Shanshui, I noticed that artifacts that intervene in the environment graphically make dialogues — as a new vessel to define human and nature — that are akin to those Chinese artists’ memories of the sceneries which remind of them and subsequently transform into abstract Chinese Shanshui paintings. I wondered that such glamorous transcription could be potentially realized by architectures inserted into the nature. Located between mountains and seas, Hsinchu Harbor was at the mouth of Touqian River, thus it experiences environmental fluctuation like harbor siltation and the loss of sandy coast — impacted tremendously by strong winds and sand siltation. After the opening of navigation with Pingtan, new cultures and trading will combine with the existing industrial activities without influencing the original environment, in order to improve the harbor both qualitatively and quantitatively. My design was based on regional planning, aiming to stimulate the entangled landscape into an endless duration that could be accomplished by the ambiguous relationship between human and nature.
SITE PROJECTION / ANALYSIS It is the inappropriate regional planning of the Hsinchu Harbor that evoked my motivation to project my thesis research onto such a barren site, which is obstructed by the massive land reclamation that was implemented as a tremendous commercial harbor planning. Noticing the potential wetland ecosystem and the energetic natural forces such as wind erosion and sand siltation, instead of planning the entire harbor in a business-directed way, I add artifacts to reconstruct a new landscape to reduce the gap between human and nature.
CONSTRUCTION PROCESS I begin with the reduction of the siltation beside the harbor, construction frames would be settled to collect the excess mud and thereafter transform those substrates into semi-artificial lawn. After the construction process, the frames which are for workers or earthwork might turn into pavilions erecting between elevated lawns. The construction ceases in the year of 2030, thus remaining the left to be taken over by the nature, allowing the natural effects to put down their traces on the artifacts to portrait and extend an endless variable masterpiece.
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CONSTRUCITON PROCESS PERSPECTIVES INCREMENTAL INTERVENTION INTERIOR
COMMUNITY PLAZA ON ELEVATED HILLS
SAND PAVILION WITH ACCRETION
LIVING LANDSCAPE The sand accumulation made by lawn activities and the change of the light and shadow were all symbolic and spatial. Vividly and continuously, the progressive succession perceived in the entire harbor region is down to the smallest detail. Human has been tempted by the pure mother nature for centuries since the prevalent technology and progress industry monopolized our daily lives. As a boundary of civilization and nature, terrestrial land and massive water, two different cultures, Hsinchu Harbor is suggested to balance and negotiate those paradoxes and synthesize such a complex into an endless scroll painting.
02 L Landscape Architecture
RIGHT TO REMAIN
Adaptability of staying under rising water and eco-migration
Harvard GSD Option Studio, 2019
Advisor: Gary Hilderbrand
Info
Awards: Nomintaed for GSD Frances Loeb Library Archive
Program / Poly-culture Site / Willis Wharf, VA Area / 0.82 sq mile
The project aims to address how Little Hog Island residents co-produce a new aquaculture landscape with changing coastal plant species and rising sea level. Under climate change and sea level rise, people’s migration toward inland areas is common. At Willis Wharf, Approximately half of the residents came from Broadwater on Hog Island, hence the nickname of the town: Little Hog Island. As their second root, people here imparted their traditional fishing techniques, crops, dishes and literal cultures to their descendants by barging and implementing materials on the land. However, shrinking terrestrial areas and weak productive efficiency harness the necessaries for people to develop from mono-aquaculture to poly-culture at Willis Wharf. At the same time, traditional housing modification like lifting or relocating structure is no longer an absolute way to deal with sea level rise. They own the rights to remain on their lands due to heavy reliance on aquaculture. In case, I summarize the plant species biotic succession provided by EPA and USCA, and propose a new type of poly-culture living scenario that could co-exist with the mangroves in 40 years with rising water level and temperature. In this proposal, the dynamic changes of water and plant species becomes a sustainable support to help people remain in their places on Little Hog Island.
ECOLOGICAL TOLERANCE OF DIFFERENT SPECIES
LIFE CYCLE OF SYMBOLIC CROPS: OYSTER, CLAM, SALICRONIA, HOG ISLAND FIG
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INCREMENTAL STRATEGIES By looking EPA’s Level 4 Eco-regions and USDA’s Plant Hardiness Zones, we are able predict the northward shifting traces of the vegetation. Hence, there should be a new type of living scenario that could co-exist with the mangroves in 40 years with rising water level and temperature. As a preparation for the implementation, more oyster reefs are placed in Hog Island Bay to reduce wave energy which might hamper the mangrove’s growth. Willis Wharf Road is slightly raised as a dike for transportation and protection.
The intrusion of brackish water brings more expansion of poly-culture dike and aquaponic ponds, and the amounts of valve that control the saltwater intrusion gains gradually. As the brackish intrudes more, it happens to trigger a series of migration and replacement of crops in the Hog Island. In 2060, succession and daily tide dynamics are on display at littoral cultivated ponds, while salt fields beside the dike detain and evaporate sea water, creating dynamic salt spa and gathering place for visitors and residents. There are two prototypes that picture the changing process: The commercial harbor + recreational waterfront, The residential + Farming fields.
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ISOMETRIC SITE PLAN MANGROVE RESTORATION SECTION FLOATING DECK SYSTEM SECTION OYSTER NURSERY SECTION SITE IMAGE
ECO-TOURISM PLAZA Facing the inner bay (old nature preservation), the restoration of coastal foundation species provides a platform for eco-tours along floating farms, education fields and fig orchards.
AQUACULTURE WORKING PLATFORM The existing aquaculture companies share a working platform with the Willis Wharf Road on the same elevation to sustain the working and transportation efficiency.
MANGROVE RESTORATION Inundated areas become a swamp for marsh migration and mangrove restoration – a marsh-mangrove transition zone. FLOATING DECK SYSTEM The flexible connection is implemented around solid structures or the dikes, in order to merge the eco-tourism into the dynamic tidal range accompanied with a series of spontaneous vegetation flourishes alongside the dikes. OYSTER NURSERY The upweller nursery system applies on floating decks to adapt in saline waters and different tidal ranges. With coastal foundation flora species, the nursery system is ideally protected.
PROTOTYPE 1: COMMERCIAL + RECREATIONAL WATERFRONT The dike at commercial harbor provides transportation and protection for coastal labors such as aquaculture firms and fisherman. The Fig farm works as a welcoming spot in the middle of the land. By the year of 2060, the farm is replaced by Mangrove-Marsh Transition Zone with more decks for potential eco-tourism in the future. Till then, Synergistic relationships between aquaculture and tourism at Willis Wharf are mature: commercial buildings, ambient mangroves and streets at the dike supply foundation and nutrition to the aquaculture industry.
POLY-CULTURE DIKE The poly-culture dikes are much smaller than the main one; they are constructed for cultivation separation between different crops and fishes. Mangroves are able to be planted along the dikes to sustain and stabilize the ecological environments of the fields.
RESIDENTIAL AREA Houses in the residential area are supported with new buoyant foundations to adapt to the littoral environment. More than just an ecological stabilizer, mangroves serve as curtains for privacy between house owners along the dike.
VALVE The sluice gate on th In growing seasons, harvest season, dry r
BOUYANT HOUSING FOUNDATION As a new adaptation for Little Hog Island residents along poly-culture dike, the new foundation supports a detachable slab that holds the house structure during different tidal ranges. Combined with the floating deck, the fishermen and residents are able to do waterworks near to their dwellings.
he poly-culture dike controls the supply of brackish water during different seasons: sea water intrusion creates water body for aquaculture and aquaponic uses; after riverbeds provide an ideal habitats for wildlife.
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ISOMETRIC SITE PLAN SITE IMAGE VALVE SECTION BOUYANT HOUSING SECTION
PROTOTYPE 2: RESIDENTAL + POLY-CULTURE FIELDS The prototype of residential and farms expresses more how people remain their properties and even utilize the intrusion as a supply for their economy. Fisherman houses implement a new buoyant system to prolong the durability of both the structure and waterworks. The different elevation of the farms creates dynamic tidal ranges that flourish halophytes and aquaculture relying on different degrees of salinity. The mangrove dike can either be exported into bio-fuel and medicinal economies, or processed into fish meal and turned back into the aquaculture system.
03 XL Landscape Urban Design
TERRA FIRMA, AQUA FLUXUS The articulation of new Boston coast “line“ Harvard GSD MLA Core III Studio, 2018
Advisor: Sergio Lopez-Pineiro
Info
Co-worker: XiJia Zhang, Wei Dou, Yoni Carnice
Program / Public realms Site / Fenway, MA Area / 5.6 sq mile
Contribution: Primitive Design, Programmatic Concept, Master Planning, Modelling, Incremental Phases, Fabrication
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The coastline of Boston is reexamined and reconstructed as a medium of exchange and discrepancy between land and water. To look at the anthropogenic timeline of Boston’s historical land making projects is to engage with a history of “urban development”, through terraforming operations such as land reclamation and dredging, which have reinforced the idea of a fixed and static coastline. Our project reconsiders the framing of the shoreline by re-appropriating the urban landscape with hydrological processes to define a new public realm, one that could be messy, unpredictable and strange and one that unravels the supposed determinate nature of the coastline.
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2075 PROJECTION SITE PLAN HISTORY OF INDUSTRIAL TERRAFORMING CONCEPT OF MUDDY RIVER REIMAGINATION SITE PERSPECTIVES
In the wake of sea level rise, the project reevaluates the historical land making operations that have constructed Boston’s present-day shoreline to propose new design strategies that intentionally bring water in to the public realm. As an anthropogenic, cultural legacy that functioned as a sewer infrastructure in Boston, and a natural urban park that links various land uses, the role of Muddy River will be dynamically reactivated through different phases during the move of new coastline.
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2075 SITE PROJECTION IMAGE PERIODIC FLOOD STRATEGY SEA LEVEL RISE STRATEGY ECOLOGICAL SERVICE
PERIODIC FLOODS VS. SEA LEVEL RISE First of all, urban open spaces are redesigned to load different activities and functions during floods. For example, Parsons Soccer Field is fragmented into basketball courts at different heights, thus the park is remained active despite the intrusion of water. In contrast, during sea level rise, Back Bay housings and agencies are going through a series of land use shifting due to the retreat of the new shoreline. The buildings are remained during population shifts, and the foundations are left to capture sediments to frame new barriers.
ECOLOGICAL SERVICE The ecological layer of the redesigned Parsons Field is using the diversity of vegetation to create buffer zones between dry areas and floodable areas – plants vary with a range of shrubs and trees due to the water height of periodic floods. Shrubs such as Silky Dogwood and Sweetfern are planted at shallow water areas. Trees with different sizes of canopy are planted geometrically along the edges. The local eco service provides recreational public realms by creating an ideal environment with adequate shades and purified air qualities at the park. The new park will mainly serve its surrounded communities in Brookline.
04 XL Landscape Urban Design
BOSTON CLT
Growing Out Socioeconomic Inequity in South Boston Harvard GSD MLA Core IV Studio, 2019
Advisor: Rosalea Monacella
Info
Co-worker: Colin Chadderton, Ben Hackenberger
Program / Multiple Housing Site / South Boston, MA Area / 0.17 sq mile
Contribution: Primitive Design, Rendering, Animation, Master Planning, Modelling, Incremental Phases, Fabrication, Photography
INTRO VIDEO
https://vimeo.com/317162330
The South Boston Community Landscape Trust is an alternative development model for South Boston, MA via the creation of a community land trust (CLT) to unlock land for cycles of economic and ecological work, in turn creating and shaping a vibrant and walkable live-work community over time. Rather than viewing land as a commodity, the project views land as a site of labor - meaning people, plants, animals, fungi, and microorganisms are understood as creators and transformers of value within the landscape. The CLT site is a place of unpredictable temporal change, with the seasons, development cycles, hydrocarbon phytoremediation cycles, and sea level rise determining the organization and deformation of elements such as housing blocks, or soil banks and tree banks, which are created with material brought to the CLT from development sites throughout Boston. Preserved material enhances the CLT landscape creating varying spatial and microclimatic conditions, which creates aesthetically pleasing and socially active shared spaces for people to enjoy, and habitat for a wide range of animals. This project is situated in South Boston, MA, a historically working class neighborhood that has in recent years seen rising property values, and increased development and land banking of parcels for future development - resulting in less open and public recreational space for residents.
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SITE LAND VALUE ANALYSIS ITERATION OF ELEMENT ASSEMBLAGE 3 TYPES OF URBAN ASSEMBLAGE (2050) 3 TYPES OF URBAN ASSEMBLAGE (2020)
ELEMENTS OF THE CLT MODEL These elements and their associated work programs have an internal metabolism and are part of the metabolism of the Greater Boston area, by which we mean they have self contained processes and flows of energy and matter but are subject to external processes and flows of energy and matter: 1. Cohousing system that also integrates coworking space and data centers for data storage 2. Tree banks of trees transplanted from sites of development across boston with phytoremediation trees 3. Soil banks of clean excavated material from sites of development across boston 4. Light industry and small-scale agriculture - such as breweries and hops
3 TYPES OF SOUTH BOSTON ASSEMBLAGE These elements and their metabolisms are developed to enhance the potentials of existing site conditions: contamination from the hydrocarbon economy, predicted inundation due to sea level rise, the blue-collar working nature of South Boston. These are seen by the CLT as opportunities to retain industry in the area while opening up currently inaccessible waterfront land.
05 M Architecture
ROUND UP CAMPUS
Vertical campus of NCKU architecture department NCKU Year 3 Campus Design, 2014
Advisor: Maw Chang Yen
Info
Awards: SHINJINSEN 2014 in Taiwan, Far Eastern Architectural Young Talent Award / 1st place SHINJINSEN 2014 in Asia / Honorable mention
Program / Education Site / Tainan, Taiwan Area / 4270 sq m
What should an architecture department act like? The National Cheng Kung University Department of Architecture, located between the perplexing urban interfaces and urban renewal boundaries, stands out as a nontraditional campus building to serve both the public and the education. In order to release the urban density and to reconnect the gulf across the Tainan Train Station, the campus, comprised of educational areas and community spaces, no longer act as an insular and heterogeneous space in the urbanity. At the premise of Underground Railway Project beside the site, the campus is opened to compensate the closeness of the vehicle underpass toward the downtown.
As a mediator between the public and the campus, the project integrates the intricate hierarchy of architecture education in two different dimension — horizontal publicness and vertical functions. It is the space of exhibition and presentation that offsets the drawbacks of the lengthy vertical circulation in such high erection. To extent this point, the projects are conducted in a spiral arrangement to reach the optimal balance between functions and urban issues.
06 M Architecture
PIRANHA FLOWER
Advisor: Chih Yin Chien
Taichung Red Light District upon urban enclave NCKU Year 4 Option Studio
Info Program / Red Light District Site / Taichung, Taiwan Area / 13,000 sq m
INTRO VIDEO
https://www.youtube.com/watch?v=Vr6vXfgvPV0
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BATH HOUSE SYSTEM TAICHUNG FIRST SQUARE AS URBAN ENCLAVE HISTORY OF TAICHUNG FIRST SQUARE SPATIAL SEQUENCE OF RED LIGHT BATH
This is a conceptual red light district which embeds into Taichung City center, challenging the thresholds of exotic cultures and urban borders, and subsequently ignites the sense of lust deep down below our consciousness. As an enigmatic piranha flower that lures people dangerously, the architecture is composed of fabric structures — which symbolizes and mimics the sexual unclothing actions — and bathing systems. Traces of bathing and encountering strangers were projected onto the fabric surfaces layer upon layer, absorbed by the flirtatious piranha transforming its appearance — to escape from strict regulations as an equivocal industry which lies in the grey area of the society. After haunted by two fatal fire disasters and the Ghost Ship myth, Taichung First Market has been occupied by those foreign labors recently as urban enclaves, due to the proximity to Taichung Train Station. At the premise of the homesickness, eroticism enjoyment is the major way for those labors to release their repression of freedom. Hoping to bring back the prosperous images of the district, the bathing house is served to graft discrepant cultures, thus redefines the essence of Taichung City into a place that both radically respects discriminative cultures and histories.
CAMOUFLAGES & HINTS
PLACEBO FOR FOREIGN LABORS
A quaint series of camouflages and hints were contrived to protect the bathing house. Certain elements were utilized to mask the porn industry from prosecution, while the stains on the fabric implying the intrinsic spatial events. A sequential duration of the bath house was designed to ensure its existence. Due to both the flexibility and the lightness of the fabric system, the bath house is able to reconstruct against prosecutions.
After finally entering the bathing spaces, humid and intimate atmosphere supersedes the dry air outside the structure, enchanting people’s minds with mysterious darkness. With voluptuous pleasure ignited, the labors are allowed to enjoy the mental liberation and consolation. More than just a red light district, the bath house protects the territory where the labors seek their freedom in such an urban enclave. With this placebo, foreign labors soothe their homesickness.
Appendix Academic
EMBRACE THE WILDNESS Data Visualization of Carcass Island Geomorphological Analysis Visualization, 2018
Advisor: Rosalea Monacella, Craig Douglas [Harvard GSD] Tool: ArcGIS, Rhino, Grasshopper, After Effect, Fabrication
As the largest of the west point island group of Falkland Islands, Carcass Island is a true shelter for various kinds of penguins and plants. The history of the sheep farms did not remain huge impact of its ecology and geomorphology. Yet, the island is gradually changing due to its surrounded huge water body. To make the process of island formation recognizable, I have conducted a series of geomorphological research including elevation and slope analysis via data visualization. As a tool of communication, the outcome could not only reinforce a scientific report, but also work as a promotion film for environmental conservation.
EAT-SCAPE
Representation of eating patterns in Cambrigde Mapping: Geographic Representation and Speculation, 2019 Advisor: Robert Pietrusko [Harvard GSD] Teammate: Meng Fu Kuo, Melissa GutiĂŠrrez Soto Contribution: GIS material, Model design, Laser cutting, Model assembly
FULL VIDEO
https://vimeo.com/311087467
Surface Transformation
Fertilization Simulation
The act of eating can be considered a rite with diverse cultural meanings, that usually brings friends and families together. However, due to accelerated routine and personal preferences, students can present different eating patterns. Through this interactive model we analyze student’s eating habits within the Cambridge area. Before comparing and layering the eating and land use data, we applied the Vonoroi diagram - a mathematical visualization method - to our point data, and transformed them into a series of webs with the ability to visualize the activity/land use density. This results in seven acrylic layers and a base that serves as a backdrop for acrylic layers to project data on its surface and compare it with other densities.
GENERATIVE LANDSCAPE
Fertilized Vegetation Patterns under Bird Courtship Dance Introduction to Computational Design, 2019 Advisor: Jose Luis Garcia del Castillo Lopez [Harvard GSD]
What could body motion be interpreted and visualized? And How does it generate a 2.5-dimensional space for a family of intense objects? We imitated bird courtship dance by spiral movements and made a collective points, which possess individual vectors and planes. By assuming that the footprints of bird movements may fertilize a series of vegetation growth in certain areas, we linked our motions to an external landscape, thus generate new vegetaion patterns that based on the distances between the ground and the birds, and the slopes of the landscape itself.
Teammate: Chen Kuan Ting Contribution: Animation, Coding, Grasshopper, Video Filming
FULL VIDEO
https://vimeo.com/370436497
Appendix Professional
STIMSON
We collaborate with REX Architect in the case of Brown PAC. The reflective material and linear openings of the faรงade demonstrates the nuance of dialogue between landscape design and architecture: several schemes of plant studies were taken to build up the public realms surrounding the art center, while meeting the basic requirement and ground depth for basement and ADA ramps.
JYCArchitect
Role: Landscape Designer Intern
Phase II of NEU ISEC landscape design focuses on a new tunnel and extended public places toward the second building designed by Payette. The layers of plant species function perfectly with water detention in the bioswale without losing the beauty that echoes the linear patterns in the stone paving.
Role: Junior Architect
Brown University Performing Arts Center, RI North Eastern University ISEC Phase II, MA Cambridge, MA, 2019
Supervisor: Glen Valentine, Laura Gomez Contribution: SD & DD & CD Drawings, Plant Studies, Grading, CA Assistance, Rendering, 3D Modelling, Presentation Preparation
Church of Shu-Guang Girls Senior High School, Hsinchu Chinhsin Community Housing Development, Taichung Taichung, Taiwan, 2017
Supervisor: Jing Yao Chang, Yu Cheng Lin Contribution: SD & DD & CD Drawings, Site Plan Studies, Furniture Design, Building Typology Studies, 3D Modelling, Rendering, Physical Model
The De-Si building is in the center of the campus, with its multi-purpose functions, a “podium” and “tower” volume is arranged to the building massing. The prayer room is located at the outermost end of the upper floor, comprised with the stained-glass French window facing to the road, marks a strong presence of the school and brings the city a renewal look. Chinhsin Commuinty locates near to the mountain area in Taichung, sharing a tremendous view facing to the downward of Dadu Mountain. With 4 housing types, 55 buildings were deployed among the graded terrain, and connected with one main road that circulated around developed areas and natural preservations.
ENSAMBLE STUDIO
BIG BANG TOWER, Multiple Sites in USA Madrid, Spain, 2015
Role: Architecture Designer Intern Supervisor: Anton Garcia-Abril Contribution: Fabrication, Rendering, 3D Modelling, Photography, Conceptual Model, Section Development
Based on the cityscape of Miami, this project aims to develop a new prototype of high erections which overthrows the old styles of urban edifices, which feature monotonous pile of identical floors and identical spaces. The spatial typologies are resulted from not only the material applications in which the metal beams (columns) connect the sheet iron floors, but also the urban interfaces in different heights of adjacent buildings. Therefore, the vertical structure could be elaborated in multiple variations. Following this concept, the erections are designed to serve the public flow of users and visitors.
Appendix Other Works References
OTHER PROFESIONAL WORKS HARDBERGER PARK BIRD BLINDS
HUWEI ARTS & CULTURE LEISURE PARK
Role: Landscape Designer Intern, 2019 Supervisor: Greg Tuzzolo [STIMSON] Site: San Antonio, TX Contribution: 3D Modelling, Grasshopper Scripting, Rendering Studies
Role: Architecture Designer Intern, 2015 Supervisor: Po Wei Lai [Bio-architecture Formosana, Taipei] Site: Taipei, Taiwan Contribution: Entrance Design, Landscape Design, Photomontage, 3D Model, Green building area calculation
CORNELL MEDICAL CENTER BUILDING
CYCLOPEAN HOUSE
Role: Landscape Designer Intern, 2019 Supervisor: Ryosuke Takahashi [STIMSON] Site: Ithaca, NY Contribution: DD Drawing, Rendering, Stormwater Diagram, Presentation Preparation
Role: Architecture Designer Intern, 2014 Supervisor: Anton Garcia-Abril [Ensamble Studio] Site: Brookline, MA Contribution: 3D Modelling, Physical Model, Photograph, Diagram
TAMSUI FATIMA CHURCH COMPETITION
MET X. MIT CAMPUS
Role: Junior Architect, 2018 Supervisor: Jing Yao Zhang [JYCArchitect] Site: Taipei, Taiwan Contribution: DD Drawing, 3D Modelling, Interior Design, Rendering, Animation
Role: Architecture Designer Intern, 2014 Supervisor: Anton Garcia-Abril [Ensamble Studio] Site: Cambridge, MA Contribution: 3D Model, Solar Simulation, Photomontage, Diagram
TAOYUAN SOCIAL HOUSING COMPETITION
MORI HOUSE
Role: Architecture Designer Intern, 2015 Supervisor: Hung Hsuan Shen [Ospace] Site: Taoyuan, Taiwan Contribution: Photomontage, Diagram, Hand-drawings, vegetation plan
Role: Architecture Designer Intern, 2015 Supervisor: Hung Hsuan Shen [Ospace] Site: Taichung, Taiwan Contribution: Physical Model, Architectural Design, Interior Design, Landscape Design
COMPETITIONS S.O.S (SHAPE OF SOUND)
Korean DMZ underground bathhouse 2017 ARCH OUT LOUD Open Idea Competition
Teammate: Yi Feng Huang, Fei Min Chang Site: DMZ, Korea Contribution: Primitive Design, Programmatic Concept, Hand drawing, Composition Award: 2017 Arch Out Loud_50 Finalist
BEYOND THE WALLS
Favignana Art Prision 2018 Young Architects Competitions
Teammate: Kuan Ting Chen Site: Favignana, Italy Contribution: 3D Modelling, Diagrams, Renderings, Building Plans, Site Planning Award: Finalist