CHIA JING HUI ARCHITECTURE 2019 PORTFOLIO
Content
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About me
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Curriculum vitae
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Urban & Architecture
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Experimental Architecture
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BIM Project
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Model Making
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LANDSCAPE
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Others
About me
Architecture fascinates me. With a desire to explore and create.
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Curriculum vitae Education 2015-present
Computer Skills National Taiwan University Bachelor of Horiticultural and Landscape Architecture Minor in Civil Engineering
Award AUG, 2017
First Placing
Selected Eddible Garden of Taichung World Flora Exposition
DEC, 2018
Office Suite Rhinoceros Sketch Up
River Landscape Improvement Competition of Taichung, Hanxi MAY, 2018
Adobe Creative Suite
Champion BIM Technology and Application Center Final Presentation
Experience
V-ray, Lumion Grasshopper Revit AutoCAD Visual Studio ArcGIS
Languages
AUG, 2017
Participatory Design in Hanxin River Workshop
JUL, 2017
Internship Nature Living Design Sdn Bhd.
2017-2017
Part time job Graphic Design
JUL, 2018
AA Shanghai Summer School
Mandarin English Malay Cantonese Hakka
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INTRODUCTION Humans possess biophilia, an innate tendency to focus on life and life-like processes ( Wilson, 1984). Biophilic design is to create the space that fulfills human’s long for mother nature by naturalistic element and place-baesd sensation. However our city, Taipei, doesn’t provide us an ideal place place to live in for now, there are many problems to be solve. As the growth of industrial and commercial development, urban space and the way people livebiophilia, had greatly altered. environmental Humans possess an Then, innate tendency to problems thrived, concerns in residents’ physical and mental health as focus on life and life-like processes ( Wilson, 1984). well. Global environment deterioration leeds to problems in Taipei such Biophilic design is totemperature create the space that like extreme climate, widen between summer and fulfills winter, worsen airlong quality,for etc. mother in addition to the highby building density, human’s nature naturalistic eleimpermeable paving, and so on, we need to face to unbearable heat in ment and place-based sensation. However our city, the summer, flooding caused by heavy rain or typhoon, which cost a Taipei, doesn’t provide us antheideal place to inoffor large amount of resources to restore city. Moreover, the live pattern the city blocks the wind flow, the buildings and the boards shadows now, there are many problems to be solve. As the the sunlight, making living in Taipei displeasing. The problems growth of industrial and commercial development, mentioned had also led to the local animals to disappear, unbalanced urban spaceinand the way people livethehad di eco-system the Taipei.Biophilic design emphasizes accessgreatto ly altered. environmental problems nature. In theThen, traditional Chinese culture, we regard the naturethrived, composed of yin-yang five elements: wood, fire, mental earth, metal,health concerns intheresidents’ physical and and water. And we found that the five elements matches the means for asTaipei well. Global environment deterioration leeds to to become a biophilic city: wood stands for plants and animal, problems insunlight, Taipeiearth such like widen fire stands for stands forextreme space, metalclimate, means air, and finally, water stands for water. temperature between summer and winter, worsen
Biophilic city
between romoting
air quality, etc. in addition to the high building density, impermeable paving, and so on, we need to face to unbearable heat in the summer, flooding caused by heavy rain or typhoon, which cost a large amount of resources to restore the city. Moreover, the pattern of the city blocks the wind flow, the buildings and the boards shadows the sunlight, making living in Taipei displeasing. The problems mentioned had also led to the local animals to disappear, unbalanced di the eco-system in Taipei. Biophilic design emphasizes the access to nature. In the traditional Chinese culture, we regard the nature composed of the yin-yang five elements: wood, fire, earth, metal, and water. And we found that the five elements matches the means for Taipei to become a biophilic city: wood stands for plants and animal, fire stands for sunlight, earth stands for space, metal means air, and finally, water stands for water.
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forest CIty A songshan where inhabitants can find a balance between the urban, natural and agricultural sphere while promoting biophilic design and biodiversity of cultures.
HISTORY OF TAIPEI
ecology
pressure index
climate change work hours
population
CONCEPT
PROBLEMS
Note: Panels 2 and 3 may be combined into a single ‘landscape’ format panel
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The site is located in SongShan,Taipei. It is a trasition zone entitled to elements of both nature and city.HAving a decent amount of vacant spaces, it is the best cadidate base for biophilic design in addition to exxistence of Taipei railway workshop. Also, there’s a mutliple of users nestled in that particular area, mainly of those who are working under hectic hours. After having a site analysis, we found that the urban is poor at dissipating heat due to over-intensive construction. The only wind source at the location is form the river nearby. In the right figure shown , there indicates the percentages of people of all ethnics within site, their mobility, pressure index, activeness and dynamic range. Whereas the firgure shown on the lower right denotes the main distictive species within the site.
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Resident Apartment Firstly, we twist the resident apartment as this typology can get more spaces in vertical part and the angle will let more sunlight come in through the building. Secondly, we seperate every floor inprototype this building, and join with a steel structure, RESIDENT APARTMENT as the wind can go through the building it also can provide a rest point for the birds in the city. Once again, we can SITE get more space for greening by enlarge TAIPEI RAILWAY WORKSHOP every vertical floor s. At last, we let the buildings looks more bionic by smoothing the shape. According this typology it’s not only provide function for the building and also to the site. The users and animals can share the buildings together with these functions and typology. Taipei Railway Station Our aim is to let the citizen can feel like living in forest in the city. What we have to do is we imitate the forest typology and feeling with our building structure. We try to use digital modeling to imitate tree shade by ceiling, tree structure by the pillar and tree stick forest by the wall. In addition, we also plant much green surrounfing the building and inside the building. With this typology user can feel light and green even in the building.
twist
seperate
enlarge
prototype
smooth
twist
seperate
LIGHT FOREST BUILDING
enlarge
smooth
LIGHT FOREST BUILDING
RESIDENT APARTMENT
green terrace
rooftop farming
SITE
vertical greening
rainwater roof water harvesting storage
curiosity
TAIPEI RAILWAY WORKSHOP
participation
green rooftop bionic architecture terrace
landscape
interwaving of architecture and landcape
CURIOSITY
landscape
activities
architecture
function
tree shade LONGER TIME
reFLectors
SUNLIGHT
tree structure ecology system
participation
reuse of vacant space
landscape
interwaving of architecture and landcape
bird rest point
wind tunnel
function
happy
bionic architecture
rainwater roof water
bird rest point
LONGER TIME SUNLIGHT
curiosity
social recreational indigenous interaction function materials
architecture
reFLectors
vertical greening
harvesting reuse of vacant space storage
social recreational indigenous interaction function materials
wind tunnel
farming
happy tree stick ecology forest system
CURIOSITY
landscape
activities
tree shade
tree structure
tree stick forest
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Firstly, buildings on one side of the green path are torn down for the wind to come in, which is how wind path formed. Then, this wide wind path is planted with trees and shrubs. Moreover, the pave are changed to grass that is water permeable, and the traffic is moved to a underground tunnel which is right below the green path, letting the pedestrian enjoy a save linear park. The green system can be seen by the masterplan of dot, line, surface. Another function of the linear park is that it can collect the purified waste water by the buildings from both sides and reuse it to create pleasant water fountain which can trigger biophilic delight. Form these green and blue system, it is possible for wild animals to come inside the city by providing them suitable habitat and foods. as it is mentioned upon, the traffic is moved underground so the linear park can only accessed by foot and by public transportation means, which is more friendly to pedestrians.
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VEGETATION
FIGURE GROUND
WATER RECYCLE SYSTEM
CAR LANE
SIDEWALK
UNDERGROUND TUNNEL
BIRDS FLIGHT NETWORK
BUS ROUTE
BIKE LANE
MRT ROUTE LAND ANIMALS NETWORK
U-KIE STATION MRT STATION
ECOLOGY NETWORK
PEDESTRIAN NETWORK
ROAD TRANSPORTATION NETWORK
The biophilic designed site located between the most prosperous part of city ant the nature area which includes mountains and rivers. Thus, the site from the ecological aspect can be seen as a bridge that introduces wild life to the urban area; From the social aspect, it is connection between different WATER RECYCLE SYSTEM user groups that long for nature. The transformation that alerts the network includes the vegetation system and CAR LANE SIDEWALK the waterscape system. By different combination of these two system the biophilic network is formed among BUS ROUTE BIKE LANE Taipei. For instance, the birds habit ROUTE in the mountains and by the MRT rivers, regardless of the city center by green U-KIE STATION network provided by Songshan MRTvegeSTATION tation system. Other animals ROAD TRANSPORTATION NETWORKsuch like frogs also can reach the spots suitable in the city as their new habitat, just by the native ecology culverts. By these means the biophilic designed site enriched the biodiversity not only the site itself but also the surrounding areas, even the whole city. UNDERGROUND TUNNEL
To sum up the effects caused, this biophilic designed site brings three main benefits city as forest, healthy lifestyle, and cultural heritage.
augmented (urban) realities Method
Design generation
The First Box
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The Grid
Sales Man’s Walk
Selected Points in Grid
Structure Study
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Struture Analysis
Timing /Aesthetics/ Buildability
4 Selected Furniture
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Feasibility Study of Joints
Final Decision
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BIM Project Skill Basic Modeling Clash Detection Quantitive Take off Model View(front)
Component Modeling 4D SimulationAnd Energy Saving
Model View(Back) 16
Component Modeling
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Class Competition 4D Simulation And Energy Saving Problem The building is an elderly security center, and medical equipments are placed in the second floor. The security center will purchase a linear accelerator. Due to the large size of the accelerator, it is necessary to consider the installation during the construction phase. Simulate the placement of the accelerator in the new construction schedule of the building after design changes. Only LOD 100 is needed for the accelerator model.
Answer We assume that Linear Accelerator will be install after the second floor’s stair finished.Then, we assume that it only need one day to install.
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Problem On the third floor, which is the top floor, due to the geographical location of the center, it is necessary to operate the air conditioner for a long time to lower the room temperature, resulting in high electricity bill in the summer. Without changing the structure of the building, Please make a proposal for reducing the energy consumption of the third floor by at least 10%.
Answer We started out with changing the materials of glass.But we discovered that the changes have no affect on reducing energy. We finally settled with using materials that filters out light and changing the transparency of materials
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BIM Project Influence of the controlled louver on indoor illumination, thermal environment, and energy efficiency
Process Chart Find the maximum window angle according to the sun angle Calculate the increased consumption of illimination and thermal
Iterating from zero to maximum window angle to find the minimum energy and optimization angle Compare with a fixed 90 degree to find out the energy efficiency
Energy saving Indicator
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Optimization Angle
Hypothesis 1.No dark clouds for the summer sunny days. 2.Assume that only windows can transfer heat to the house. 3.All illimination behaviors are linear behavior. 4.Assume that the maximum illumination of the indoor sun is 800 lux. 5. Indoor illumination must be greater than 500 lux. 6.Indoor temperature must maintain 26 degrees
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Model Making This is a smart technology window. We’ve pictured that the window can be utilised to manipulate room temperatured to its optimal degree celsius through the size of the window’s hole. The size of the hole will be changed according to the sun’s intensity to maintain the favourable room temperature. Futhermore, the alteration of the hole may provide a varaition of the light intensity.
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The rhythm of rain
site analysis
concept
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master plan
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vegetation
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storm water system rainwater garden system
rainwater collection bikestand
ntu history spirit coversion in newdesign
photography
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THank you