CHIA JING HUI ARCHITECTURE 2020 PORTFOLIO
CONTENT
04
About me
05
Curriculum Vitae
06
Forest City
Biophilic city for connecting human and nature
12
Augmented Realities AR Build Assist
16
Pocket House
Multifunction Earthquake Shelter
18
The Rhythm of Rain
Campus building Rain Garden design
24
Between Green and Grey
A green water infrastructure strategic process for planning and designing on Highland Urban drainage
32
Breathing Facade
Adaptive Facade for improving indoor thermal comfort
34
Photography
About me
Architecture fascinates me. With a desire to explore and create.
4
Curriculum vitae Education 2015-present
Computer Skills National Taiwan University Bachelor of Science in Horticulture and Landscape Architecture Minor in Civil Engineering
Award DEC 2018
Best Final Presentation BIM Technology and Application Center Final Presentation
SEP 2018
Finalist Social Innovation and Entrepreneurship Competition
MAY 2018
AUG 2017
Adobe Creative Suite Office Suite Rhinoceros & SU AutoCAD Revit V-ray & Lumion Grasshopper
Finalist
Visual Studio
Eddible Garden of Taichung World Flora Exposition
ArcGIS
First Placing River Landscape Improvement Competition of Taichung, Hanxi
Experience
Languages Mandarin
2016 - Present
Graphic Designer, Freelance
AUG 2019
Project Leader, Prototyping the Future International Workshop
JUL 2018
Project Leader, AA Shanghai Summer School
AUG 2017
Project Leader, Participatory Design in Hanxin River Workshop
JUL 2017
Landscape Designer, Intern Nature Living Design Sdn Bhd.
English Malay Cantonese
5
INTRODUCTION
Forest City
Humans possess biophilia, an innate tendency to focus on life and life-like processes ( Wilson,process 1984). Biophilic design is to create andthe space for planning strategic A biophilia that fulfills human’s long for mother nature by naturalistic element and citydoesn’t provide us an in a crowded designing place-baesd sensation. However our city, Taipei, Taipei : Songshan, Location 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 live had greatly altered. Then, environmental 2017 Summer (Junior) problems thrived, concerns in residents’ physical and mental health as Period: 3 months well. Global environment deterioration leeds to problems in Taipei such like extreme climate, widen temperature between summer and winter, worsen air quality, etc. in addition to the high building density, project | Academic | Extracurricular Group 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 : None the city blocksSuperv the windisor 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 eco-system in Taipei.Biophilic design emphasizes the access to the Humans possess biophilia, an innate tendency to focus on nature. In theprocesses traditional Chinese culture,1984). we regard the naturedesign life and life-like ( Wilson, Biophilic composed of the yin-yang five elements: wood, fire, earth, metal, mother between is to create the space that fulfills human’s long for And we found that the five elements matches the means for bywater. naturalistic element and place-based sensaromoting natureand Taipei to become a biophilic city: wood stands for plants and animal, tion. However our city, Taipei, doesn’t provide us an ideal for for sunlight, earth standsare for space, metal means air, and place fire to stands live in now, there many problems to finally, be water stands for water. solve. As the growth of industrial and commercial devel-
opment, urban space and the way people live had greatly altered. Then, environmental problems thrived, concerns in residents’ physical and mental health as well. Global environment deterioration leeds to problems in Taipei such like extreme climate, widen temperature between summer and winter, worsen 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.
6
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.
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
7
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.
8
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
9
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.
10
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 Realities AR Build Assist Location: Shanghai, China 2017 Summer (7 days) Group project | Acaedemic
Supervisor : Soomeen Hahim, Igor Pantic and Wenqian Yang info@soomeenhahm.com
12
Project Framework
Algorithm Studies- Salesmans walk
Struture Analysis
Timing/Aesthetics/Buildability
Algorithm StudiesSalesman walk
Final Decision
Feasibility Study of Joints
3 Methods to generate pipe Modifying the path of Salesman walk
The Grid
Set the Start and End Points
Installation Sphere Obstacle & Modify the points
Modifying the Box
Set Start and End (X-X)
Modifying Sphere & Box Density
Modifying the Shape of The Grid
Set Start and End (X-Y)
Modifying Sphere & Box Density
Modifying the Density
Set Start and End (Z-X)
Modifying Sphere & Box Density
13
Design generation
Component Details
30mm
50mm
2mm
Original Grid
Original Points
30mm 70mm
70mm
100mm
70mm
Sphere Obstacle 20mm Diameter Pipe Feasibility Study of Joints
100mm
Modified Size of the Grid
Points Cloud
Salesman Walk 01
Salesman Walk 02
80
35
Salesman Walk 01
15
30
25
14
Salesman Walk 02
Result
Top
Front
Back
Left
Right
15
Pocket House Multifunction Earthquake Shelter
From the previous statistics reveal that, huge earthquake is not frequently occur . So that by offering a lowcost and sustainable solution that can be built by the community, reducing the wasted of temporary shelter. Moreover, the state of emergency time is reduced as inhabitants are able to quickly build their housing at the stadium. After post-disaster, these shelters are able to provide a new landmark and function for the people.
Location: Taipei , Taiwan 2019 Summer (Fifth Year) Period : A month Individual project | Academic
Supervisor : Xiuxing Chen adoffice@mail.ntust.edu.tw
GOAL
LOCATION
DELIVERY
ASSEMBLY
MULTIFUNCTION
TAIWAN
REUSE
TAIPEI
TRACK & FIELD STADIUM
MULTIFUNCTION
SLEEPING SPACE
16
TIMELINE
REST SPACE
POCKET LIBRARY
EMERGENGY RESPONSE
BOOTH
AUDITORIUM
REHABITATION & RECOVER
COMMUNITY CENTER
DEVOLOPMENT
S T E P S ASSEMBLY
STEP 2
STEP 1
STEP 1
STEP 3
STEP 4
STEP 2
STEP 5
STEP 3
STEP 4
WATER REPELLENT
TENT FABRIC
4 WAYS -JOINT
TENON
LOCK
T-JOINT
DETAIL
STAND
TENON
FOLDABLE STRUCTURE
COMPONENTS
LOCK
TENT FABRIC II
HOOKS FOR HANGING WINDOW
NET PROCTECTION FROM INSECTS
The Rhythm of Rain NTU Campus Rain Garden Design Location : National Taiwan University, Taipei 2017 Summer (Junior) Period: A month Group project | Academic
Supervisor : Chia-Kuen, Cheng chiakuen@ntu.edu.tw
As impermeable surface became ubiquitous through urbanization, flooding tend to occurs in low areas. This project is aimed to demonstrate Low Impact Development that meets the need of runoff detention and water storage through the design of a Rain Garden, and to display the involvement of water-recycling techniques in garden design. The design takes place at courtyrad in NTU, which is enclosed by historical lecture buildings of Department of Engineering for Sustainable Environment. Thus, space function for student’s activities, such as relaxation, socailization and educational purposes, should be taken into considerations.
SITE ANALYSIS
CONCEPT
MASTER PLAN
20
VEGETATION
21
STROM WATER SYSTEM RAINWATER GARDEN SYSTEM
RAINWATER HARVERST BIKE STAND
NTU HISTORICAL SYMBOL CONVERSION IN NEW DESIGN
22
23
Between Green and Grey A Green Water Infrastructure strategic process for planning and designing on Highland Urban Drainage Location: Lin-Kou New Town, Taiwan 2018 Summer - 2019 Summer Individual project | Academic
Supervisor : Po-Hung Liu Classicdesign0528@gmail.com
The project aims to explore how to prevent rainwater runoff from increasing through integrating community activities into water management. Before the development of Lin-Kou New Town, the method LID-BMP (LOW IMPACT DEVELOPMENT - BEST MANAGEMENT PRACTICE) was adopted to bring k rainwater runoff under control. Initially, the LID facility was set up based on the stimulation of SWMM (STROM WATER MANAGEMENT MODEL), providing resilience for the urban space. This practice not only establishes a temporary rainwater storage, but also slows down the runoff, therefore reducing the flood at down area. Lastly, it also provides a livable ecological space for urban dwellers.
Project Framework Section 1 Efficient Analysis
Data Collection Paper reference
Model setup (SWMM)
Quantity Suggestion
Section 2
Apply the data to site selected
Case Design Evidence-based Site Design
Design a way for water to not only imporve The Health of Environment but also The Community of Lin-Kou New Town
24
Site Info
Strategy
Sealevel 200m
1.
120,000 100,000 80,000 60,000 40,000
Before Developed implementing LID facilty, and using LID-BMP to remain the runoff at Q50.
20,000 0
Topography
Site feature
2008 20092010 20112012 20132014 20152016 20172018 2019
Population
Soil Type
Environmental Analysis Watershed Catchment >1000000 80000 - 100000 60000 - 80000 40000 - 60000 20000 - 40000 10000 - 20000 0 - 10000 UNITS : SQUARE METER
Landuse Center Commercial Area Residential Office / Research Park School Mixed-Use Industrial
Pavement Rain Garden
Caculated Areas Detention Basin
Grassed Swales
Detention Basin
Roadway Drainage
2.
Integrating green spaces by using pedestrian to connect each green space.
3.
Accoding site-specific and users demand to create diversity activities.
Road System County Highway District Road
Drainage outlet
Bicycle Road
Issues developed, drainage system 1. After can’t support Q50 stormwater
area are too small 2. Greenandspaces lack of connection
3.
Unfriendly Environment
25
Stratergy 1 Define Data Input
Simulation The stromwater control effecient of detention basin on Drainage Outlets
Building coverage ratio Data Collect Paper reference
50%
15%
Residential Area
70%
Model setup (SWMM)
Commercial Area
Regulation of building coverage ratio Caculate the ratio of imprevious area can be replace by LID Caculate the ratio of imprevious area at 3 different stage without LID
Flood strategy scenario setup Detention efficient scenario LID efficient scenario BMP-LID efficient at 3 different stage scenario
50%
Parking Area
50%
Cultural Area
Education Area
Impervious area percentage at 3 different stage without LID Before Developed
Landuse Commercial Area Residential Area
Present 2018
35.6%
43.6%
19.54%
5.54%
Education Area
9.8%
9.8%
2%
9.6%
Park Area Others
20.2%
8.56%
Impervious Percentage
Before Developed
65% Present 2018
75.4%
Fully Developed
LID occupation of Infiltration rate LID Facility
Conclusion & Suggestion
Present
Fully Developed
9.83%
9.83%
Permable Pavements
18.27%
18.27%
Infiltration Area
28.1%
Biorentention & Grassed Swales
DRAIN OUTLET NO 1 2 3 4 5 6 7 8 9 10 11 12 13 14 16 17 18 19 20 21 22 23 24
42.16%
DETENTIO N NO
SUM O F WATERSHED P ERCENTAGE
E1-9 P21 P22 E15 E2-3 E3-3 P10 E1-3 P12 P13 E1-5 P11 E1-1 P14 E1-3 P14 P32 E1-17(2) G E1-18 E1-17 P33 P35
U
L
Y J X B V R P Z T Q S
FLO O D P EAK FLO O D P EAK REDUCTIO N BEFO RE REDUCTIO N AFTER SETUP RATE O F SETUP RATE O F FLO O D DETENTIO N DETENTIO N RUNO FF BASIN P EAK BASIN
10.31
19.31
19.32
<0.01
<0.01
26.76
40.3
40.31
<0.01
<0.01
82.93
8.78
8.00
9.73
7.49
17.08
45.29
44.63
1.48
0.92
26.07
11.38
11.17
1.86
2.67 0.01
3.19
20.56
20.55
<0.01
22.07
10.11
10.12
<0.01
1.25
11.4 1 36.86 40.59
6.92 10.42 9.81 3.67
6.29 9.33 8.36 3.33
9.13 11.68 17.45 9.99
1.81 3.95 5.22 14.97
46.6
9.24
7.50
23.2
26.39
12.48
5.91
5.37
9.96
6.14
NO 1 2 3 4 5 6 7 8 9 10 11 12 13 14 16 17 18 19 20 21 22 23 24
DRAIN OUTLET U
L
Y J X B V R P Z T Q S
DETENTIO N NO
P ERCENTAGE O F DB IN WATERSHED
REDUCTIO N O F FLO O D P EAK
E1-9 P21 P22 E15 E2-3 E3-3 P10 E1-3 P12 P13 E1-5 P11 E1-1 P14 E1-3 P14 P32 E1-17(2) G E1-18 E1-17 P33 P35
5.26 5.05 1.83 11.38 6.06 5.22 2.27 82.93 7.40 9.68 8.34 17.73 2.01 1.18 11.88 10.19 11.4 1 36.86 40.59 29.37 17.23 12.48
0.473 0.217 0.972 0.007 0.856 1.273 0.562 0.779 0.806 1.807 0.574 0.939 0.009 0.031 2.23 0.258 0.855 1.09 1.458 0.313 0.267 0.028 0.004
The LID effecient on 3 stages DRAIN OUTLET U L Y J X B A V R P Z T Q S O
SUM RUNO FF SUM RUNO FF IN AFTER P RESENT(2019) DEVELO P ED
47731.64 140441.60 19188.91 104587.10 29212.81 61742.81 11127.70 28444.39 15228.98 23152.89 19697.31 7895.28 17094.92 13290.55 6562.36
SUM RUNO FF AFTER SETUP LID
51393.93 26347.25 150069.4 105293.76 20616.81 12671.78 112757.6 70047.83 31389.33 21336.95 67498.45 91889.77 11764.59 7324.05 30604.62 19911.81 16403.58 11696.92 25034.64 15581.16 21488.88 14330.67 8185.98 6355.48 18163.63 14088.42 14446.96 9303.79 7284.66 2829.33
REDUCTIO N SUM RATE O F REDUCTIO N FLO O D P EAK O F RUNO FF
18.61 10.63 31.73 0.19 15.26 39.61 6.66 9.73 63.89 42.48 65.47 42.08 1.03 1.55 70.62 7.21 64.44 11.68 17.44 12.28 16.19 1.45 0.30
12.62 1275.18 2939.23 22.71 318.55 6271.42 1354.58 1445.00 788.70 2870.61 10.10 457.80 4.66 5.71 1766.61 683.72 321.13 914.30 1020.56 412.20 912.22 33.73 135.17
FLO O D P EAK FLO O D P EAK FLO O D P EAK AM O UNT AM O UNT IN AM O UNT AFTER AFTER SETUP P RESENT(2019) DEVELO P ED LID
19.32 40.31 8 44.63 11.17 20.55 4.53 10.12 6.29 9.33 8.36 3.33 7.5 5.37 3.11
Conclusion
After developed the capacity demand and the capacity supply from LID
The stormwater control effecient of detention basin at Q50
12.86% 22.9%
Indurtrial Area
48% Result
50%
Hospitality Area
10%
Indurtrial Area
Define Data Input
Park Area
60%
Result
21.76 42.27 8.22 47.15 11.92 22.41 4.64 10.58 6.47 9.5 8.48 3.39 7.66 5.61 3.67
17.75 40.53 6.54 39.42 10.65 19.88 4.33 9.92 5.94 8.77 7.81 3.09 7.09 4.99 2.87
DRAIN OUTLET
Capac ity De mand of Stormwate r at De ve lope d
U L Y J X B A V R P Z T Q S O
16872.00 72973.00 11689.00 60727.00 15631.00 20246.00 4348.00 10395.00 6632.00 6148.00 7125.00 3566.00 11008.00 5360.00 3168.00
1.
Capac ity P rovide d at P re se nt
Total Capac ity De mand of Stormwate r
Total Capac ity Supply from LID
15622.00 47862.00 11689.00 38232.00 9027.00 9959.00 0.00 4920.00 3895.00 7596
1250 25111 ok 22495 6604 10287 4348 5475 2737 ok
17221
9838
0
3168
21384.39 35147.84 6517.13 34539.27 7875.86 29853.04 3803.65 8532.58 3532.06 7571.73 5366.64 1539.80 3006.50 3986.76 3733.03
After developed total demand capacity of Stormwater at Q50
75.4% V
Impervious Percentage
U
Q X
T
J
R
B
S
Z
P
O
A
After developed total demand capacity of Stormwater at Q50 with LID facility.
Reduction of Flood peak
Decline flood peak strategy
Decline run off strategy time
From the simulation reveals that LID and Detention Basin have different function on stromwater management, which are reducing runoff and reducing Flood peak respectively.
2.
LID is effective on stormwater management.
13.71% 36.91%
Reduction of Flood peak
Reduction of Runoff
3. Design site demonstration
56.7%
25,111m
3
Impervious Percentage
V
13.71% 36.91%
Prevent run off threshold
Before developed, at the area allowed from regulation of building coverage ration implement LID, which is able to provide a significant reduction of stormwater runoff at Q50. Whereas there is a limit of LID while Q100.
L
Y
LID-BMP
run off
Research Framework
U
Reduction of Runoff Y
L Q
X J B
T R P
A
Z
S
O
The site is be selected for the following reasons. Firstly, it is the most lacking capacity of stormwater watershed. Secondly, it is the core commercial area with detention and retention.
Design Strategy
Retention Capacity
Drainage System Runoff Distribution According different type of the street in urban,implementing appropriate LID facility. After integrated green space, apply activities through site-specific
Runoff Ease The runoff will infiltrate through the LID facility first, while the amount of rainfall is greater than soil storage capacity, the stormwater only flow into the drainage system then
After designed detention capacity Linkou Sport Center 2300m
FG Forest Park
Runoff Control
900m
Car park 2
2100m
JX Square
On channel underground detention will be added at mid-aqueduct, while the stormrain is coming, the stormwater is absorbed through pump into the detention, for soothing the drainage system
Runoff Added Channel
TYPE TYPE TYPE TYPE
Infiltration Area
SUM
Drainage System
705m
Car park 1
1 2 3 4
705m
336m
5400m
290m
5000m 25111m
Stormwater Path Flow Diagram Site Underground Detention
Ease the water flow at drainage system
Ease the water flow at drainage system
Retention
flow
Detention
Retention
Rainfall
Grassed Swales
Flow in through Pump
Pavement
Flow out after storm
Drainage System
Flow in spontaneous
Flow out after storm
Rainfall >Infiltration Rate
Runoff Rain Garden
Planter Box
Drainage System
Flow out after storm Primary collecting the runoff from watershed
Underground Detention Detention Roadway Drainage
Storage capacity is full
27
Stratergy 2
Integrating open space
The open space was dissected by traďŹ&#x192;c lane
Existing Pedestrain circulation & open space connection
Maximize the open space by integrating the separate lane
Proposed Pedestrain circulation & open space connection
After the open space integrated, the connection of each open space will be greater
Widen pedestrian
From the lane criterion, know that there is extra space from 0.5m-1m
According each lane criterion, minimize the lane.
While maintaining the car lane amount, giving the extra space to pedestrian
Existing Street Section TYPE 1
Adding a signiďŹ cant crosswork between the seperated open space
Existing type of open space
TYPE 2
Retention
TYPE 3
Before
TYPE 4
Detention
After
Pedestrain circulation
Pedestrain circulation
Open space
Open space
Car park
Proposed Street Section TYPE 2
TYPE 1
TYPE 4
TYPE 3
JW pavement
8m
28
Roadway Drainage
4m 4m Pedestrian Rain Garden
9.5m Car lane
1m Grassed Swales
3m 1m 2m
Pedestrian Bike Rain Lane Garden
9.5m Car lane
1m
Grassed Swales
3m 2m Permeable Planter pavement Box
13m Car lane
Stratergy 3 Topography adjustment of retention basin
Topography adjustment of detention basin After rain, part of standing water
After rain, standing water
More connection between users and the space
Shallow pool
Existing condition (Detention Basin)
Proposed Concept (Detention Basin)
Standing water will occupy whole place in detention, and there is a gap between the user and detention space.
Make connection between retention Only a simple topography and and open space with a gentle slope. function Moreover, focus the place of stading water.
Existing condition (Retention Basin)
Vegetation Strategy
Vegetation Selection
Vegetation System
Rain Garden TYPE 1 Exisiting Tree
8.0m
Pavilion design
Added a bridge for the purpose to connect users and retention Deep pool
Proposed Concept (Retention Basin)
Proposed Concept ( Pavilion)
Classify retention water level, and according diďŹ&#x20AC;erent water level to implement diversity activities
Designed a pavilion is able to provide shade and collect rain water.
Vegetation Restoration Rain Garden TYPE 2 O2 Dawn Redwood
Dawn Redwood
5.0m
P
Assimilation
P
N2
-
-
+0cm -30cm -60cm -90cm
Reed
Chinese pennisetum
Chinese silver grass
Marabutan
Fragrant Maple
Hoop Pine
Royal Poinciana
Replanting straight tree to make the visual more diverse.
-150cm
+0cm -50cm -100cm -150cm
-300cm
Reserve Replanting Move Rain Garden TYPE 1 Rain Garden TYPE 2 Man-Made Wetlands
Shredded Coconut
Shredded Coconut
Clay
Clay
Sandy Soil
Sandy Soil
Crenatae Waterclover
Egeria densa
Dead wood
Chinese water chestnut
Chinese silver grass
Ludwigia taiwanensis
Biodegradable
Chinese pennisetum
Suspension
Road
Chemical Suspend
Car pollution
Organic matter
Urban trash
Heavy metal
Cat-tail
60%
Subsurface ďŹ&#x201A;ow system
Buildings
Orange Daylily
OVER
Bioretention
-
NO3
Creeping Liriope
Reed Taiwan Euphorbia
-
PO 4
Extraction
Man-Made Wetlands
-200cm -250cm
-
NO3
Chinese silver grass
Formosan Michelia
Replanting Strategy
Cat-tail
Paper Reed
-100cm -120cm Beef Wood
-
NH 4
Absorb
Camphor tree Paperbark
Taiwan Golden-rain Tree
PO 4
Run off
NO3
Free water surface system
Over 60% water pollution is causing by rain pollution, rain melt most of the pollution substances from the air. After that rain water run off carry most of the pollution substance from the buildings, road and urban trash.
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Spatial Concept Site Specific
Retention Landscape
Resilent Flood Control
Detention Landscape
Activity Yard Landscape Hill
Man-Made Wetland
Waterfront Area
11m
Landscape Retention
25m
Green Pedestrian
Landscape Retention
Waterfront Area
4m
2
1
Green Pedestrian
Man-Made Wetland
Green Trail
Comunity Area Permeable Car Park
Green Pedestrian
Acitivity Yard
Sunken Square
Green Pedestrian
Activity Yard
Community
Green Pedestrian
Permeable Car Park
Multifunction Sunken Square
Hill Comunity Area
2
Hill playground Green Pedestrian
Leisure Activity
Open area Activities
Waterfront Interaction
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0.
1
Green Pedestrian
Resident Demand
Gathering
3.2m
1.8m
Water feature
Resting
1m
SECTION
Hill Playground
Hill Comunity Area
綠化步行空間
Permeable Car Park
Community Area
50m
3 Rain Water Collection
Design Details
Water roof Canvas
3
Water Collection Ring
Water Collection Ring
Rope Support
Drainage hole
Support Structure
.5m
25m
3m
1.5m 3m
4 Pedestrian
Stairs
Grass Slope
Stairs
Square
3
Permeable Pavement
Underground Detention
1.5m
B`
B
Climbing Challenge Area
Jumping Area
All Aged Climbling Area
Pathway
4
All Aged Run and Jump Area
1.5m
C`
C
Grass Slope
Pathway
Grass Slope
Pathway Vegetation
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Model Making This is a smart technology window. Weâ&#x20AC;&#x2122;ve pictured that the window can be utilised to manipulate room temperatured to its optimal degree celsius through the size of the windowâ&#x20AC;&#x2122;s hole. The size of the hole will be changed according to the sunâ&#x20AC;&#x2122;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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photography
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THank you
