Jingbin Wu Portfolio - Upenn MLA 2020 - TJU M.Arch 2018

JINGBIN WU | PORTFOLIO SELECTED WORKS FROM 2017-2020 Master of Landscape Architecture candidate 2020 University of Pennsylvania jingbinw@design.upenn.edu | 267 530 8448

CONTENTS SAND OPERATIONS Barrier Island Development Lab | 01 CO-OP CROSS NYC Tri-Boro Station Corridor | 06 THE FUTURE OF DEATH IS A FOREST Mt Moriah Cemetery | 10 LIVINGSCAPE OF HUANGJUEPING Self-Regeneration of Historic Community | 14 ARCHITECTURE WORKS Forest Library Extension, Cloud Church | 17 PROFESSIONAL WORKS John Ball Zoo Entry Valley, Sanlin InCity Mall | 20 CATALOGUE OF OTHER WORKS Research, Hand Craft | 23

CONTENTS SAND OPERATIONS Barrier Island Development Lab | 01 CO-OP CROSS NYC Tri-Boro Station Corridor | 06 THE FUTURE OF DEATH IS A FOREST Mt Moriah Cemetery | 10 LIVINGSCAPE OF HUANGJUEPING Self-Regeneration of Historic Community | 14 ARCHITECTURE WORKS Forest Library Extension, Cloud Church | 17 PROFESSIONAL WORKS John Ball Zoo Entry Valley, Sanlin InCity Mall | 20 CATALOGUE OF OTHER WORKS Research, Hand Craft | 23

SAND OPERATIONS | Barrier Island Development Lab Fall 2018 | Landscape 601Studio | University of Pennsylvania Instructor: Mark Thomann

TRANSFORMING PROCESS WITH STORM AND FOR STORM

01

2032 Hurricane Green

2049 Hurricane Juno

2075 Hurricane Grant

2078 Hurricane York

Coastal Area

Back Bay Area

Centrol Area

Highland Area

Springboard Open Inlet Remove Jetty Wetland Consolidate

Sand Machine Breach Widened Habitat Wetland Growth

No Car Entry Trail and Jetty

Visitor Facility Research Center

SAND OPERATIONS | Barrier Island Development Lab Fall 2018 | Landscape 601Studio | University of Pennsylvania Instructor: Mark Thomann

TRANSFORMING PROCESS WITH STORM AND FOR STORM

01

2032 Hurricane Green

2049 Hurricane Juno

2075 Hurricane Grant

2078 Hurricane York

Coastal Area

Back Bay Area

Centrol Area

Highland Area

Springboard Open Inlet Remove Jetty Wetland Consolidate

Sand Machine Breach Widened Habitat Wetland Growth

No Car Entry Trail and Jetty

Visitor Facility Research Center

Flood Risk | Habitat Loss | Misconception Release | Restore | Reprogram 85% of New Jersey shore is defensed by barrier islands - the first natural barrier against storm. However, 90% of them are shrinking due to intense development. They can grow higher with sea level rise and keep protecting the inland if they are allowed to. Rather than maintaining present under increasing risk of destructive storms, new relationship between water and land is needed to restore natural barrier function and redirect development pattern.

85% of New Jersey shore is surrounded by barrier island - the first natural barrier against flood.

This experimental project is the phase 1 for future island development.

Initiated after future storm destruction, to remove hard built surface, build sediment springboard with recycled material, restore historical estuary and reinforce marsh edge. Combining research and visiting, the barrier island development lab will reclaim the land of nature, maintain the island’s vitality, keep holding the fragile coastal ecosystem and explore the future of coast in the changing climate.

Vulnerable Coasts

Damaged Barriers

In the FEMA 1% Flood Zone:

On these barrier islands:

350,302

Developed Land

Residents

Highlands and Rumson Borough

Shoreline Engineered

Schools

6

$ 65B

39

6 $ 65B6 $ 65B Police Station F

Hurricane Sandy

6

Rebuild Island

Rebuild Island

Ft Beach Erosion

F

Ft Beach Erosion

$ 1.5B 96 $ 1.9B$ 1.5B $ 1.9B Fire Station 25 Years Shore

25 Years Shore

Maintain Project

Brick, Toms River and Forked River Borough and Berkeley Township

Ft Beach Erosion

$ 1.5B $ 1.9B

Rebuild Island

$ 1.5B $ 1.9B

Bay Head

Maintain Project

+87%

$ 65B Frequency of

Ft Beach Erosion

25 Years Shore

Rebuild Island

Sea Bright Monmouth Beach

>50%

61

F

F

69%

Sandy Hook

Maintain Project

Intense hurricane

$3.4B

Maintain Present Shoreline Ortley Beach

Seaside Heights

Seaside Park Island Beach

25 Years Shore

Maintain Project

Stafford Township Little Egg Harbor Township and Tuckerton Borough

Long Beach Island

Beach Haven Great Bay

Absecon, Pleasantville, Northfield, Linwood, Somers Point and Tuckerton Borough

Pullen Island

Brigantine Island Atlantic City

Ocean City Peck Beach

Sea Isle City Avalon Ludiam Beach Seven Mile Beach

Diamond Beach Cape May

02

Flood Risk | Habitat Loss | Misconception Release | Restore | Reprogram 85% of New Jersey shore is defensed by barrier islands - the first natural barrier against storm. However, 90% of them are shrinking due to intense development. They can grow higher with sea level rise and keep protecting the inland if they are allowed to. Rather than maintaining present under increasing risk of destructive storms, new relationship between water and land is needed to restore natural barrier function and redirect development pattern.

85% of New Jersey shore is surrounded by barrier island - the first natural barrier against flood.

This experimental project is the phase 1 for future island development.

Initiated after future storm destruction, to remove hard built surface, build sediment springboard with recycled material, restore historical estuary and reinforce marsh edge. Combining research and visiting, the barrier island development lab will reclaim the land of nature, maintain the island’s vitality, keep holding the fragile coastal ecosystem and explore the future of coast in the changing climate.

Vulnerable Coasts

Damaged Barriers

In the FEMA 1% Flood Zone:

On these barrier islands:

350,302

Developed Land

Residents

Highlands and Rumson Borough

Shoreline Engineered

Schools

6

$ 65B

39

6 $ 65B6 $ 65B Police Station F

Hurricane Sandy

6

Rebuild Island

Rebuild Island

Ft Beach Erosion

F

Ft Beach Erosion

$ 1.5B 96 $ 1.9B$ 1.5B $ 1.9B Fire Station 25 Years Shore

25 Years Shore

Maintain Project

Brick, Toms River and Forked River Borough and Berkeley Township

Ft Beach Erosion

$ 1.5B $ 1.9B

Rebuild Island

$ 1.5B $ 1.9B

Bay Head

Maintain Project

+87%

$ 65B Frequency of

Ft Beach Erosion

25 Years Shore

Rebuild Island

Sea Bright Monmouth Beach

>50%

61

F

F

69%

Sandy Hook

Maintain Project

Intense hurricane

$3.4B

Maintain Present Shoreline Ortley Beach

Seaside Heights

Seaside Park Island Beach

25 Years Shore

Maintain Project

Stafford Township Little Egg Harbor Township and Tuckerton Borough

Long Beach Island

Beach Haven Great Bay

Absecon, Pleasantville, Northfield, Linwood, Somers Point and Tuckerton Borough

Pullen Island

Brigantine Island Atlantic City

Ocean City Peck Beach

Sea Isle City Avalon Ludiam Beach Seven Mile Beach

Diamond Beach Cape May

02

STUDY OF HISTORICAL SHORELINE AND WATER SYSTEM

SUSTAINABLE STRATEGY MARSH REINFORCEMENT

Shoreline Changes and Water Flow of the Coast 1984 - 2016

ISLAND RESTORATION

SECOND BARRIER ISLAND

Legend Shoreline of each year through 1984-2016 1984

Storm

1

2016 Shoreline of every 30 years through 1836-2000

Storm Damage

1841 1871 1899 1933

Great Bay

1950

Marsh

2

1977 2000

INLET ACCELERATING

Water Dynamics Water flow Sediment Direction Site of interest

0

2,000'

4,000'

Sand Springboard

Sand Operations

Island Capture

Build with Salvaged Material

OVERFLOW DIRECTING

ACCRETION RETAINING 8,000'

Edge Capture

More Storms River Delta

3

Sediment Accumulation

4

Rising & Migrating with Sea Level

INLET SHIFTING CATCHING Sea Level Rise Planting with Succession

Storm Surge Sediment

Dune Marsh

ALKWAY LIFTED W

SEC ON

DB AR

RIE

SAND FIELD LE WALKAB

Bay

R IS

LAN

JETTY

Inlet

AR BO

D

G

IN

Open Sea

SE CO N

D

R SP

D

Dune

03

Beach

BA R

RI

ER

ISL

AN

D

STUDY OF HISTORICAL SHORELINE AND WATER SYSTEM

SUSTAINABLE STRATEGY MARSH REINFORCEMENT

Shoreline Changes and Water Flow of the Coast 1984 - 2016

ISLAND RESTORATION

SECOND BARRIER ISLAND

Legend Shoreline of each year through 1984-2016 1984

Storm

1

2016 Shoreline of every 30 years through 1836-2000

Storm Damage

1841 1871 1899 1933

Great Bay

1950

Marsh

2

1977 2000

INLET ACCELERATING

Water Dynamics Water flow Sediment Direction Site of interest

0

2,000'

4,000'

Sand Springboard

Sand Operations

Island Capture

Build with Salvaged Material

OVERFLOW DIRECTING

ACCRETION RETAINING 8,000'

Edge Capture

More Storms River Delta

3

Sediment Accumulation

4

Rising & Migrating with Sea Level

INLET SHIFTING CATCHING Sea Level Rise Planting with Succession

Storm Surge Sediment

Dune Marsh

ALKWAY LIFTED W

SEC ON

DB AR

RIE

SAND FIELD LE WALKAB

Bay

R IS

LAN

JETTY

Inlet

AR BO

D

G

IN

Open Sea

SE CO N

D

R SP

D

Dune

03

Beach

BA R

RI

ER

ISL

AN

D

PLANTING DESIGN 2020 Foredune Grass As storm surge brings sediment to the basin, pioneer beach grasses are planted to stabilize shifting sand.

Due to steep slope of sand accumulation, coconut fiber fixed by stakes are applied to help grass establishment and avoid instant wind erosion.

American beachgrass

bitter panicgrass

Sea oats

2050 Backdune Grass After several storms, early plants were burried but their roots continue to hold sand and some started to migrate to shallower sand. Earlier fixed surface acts as sand fence and collects more sand. Backdune grasses are planted on gentler slope.

saltmeadow cordgrass

coastal little bluestem

seaside goldenrod

beach pea

eastern red cedar

American holly

sassafras

pitch pine

2100 Shrub / Trees Bayberry

As sand accumulates, shrubs and trees can be planted on thick sand. The dune plant community is fully established and has the ability to migrate and take up more space in the planting area. The rising of sand catches speed of sealevel rise, keeps the barrier island healthy.

04

Beach plum

Winged sumac

PLANTING DESIGN 2020 Foredune Grass As storm surge brings sediment to the basin, pioneer beach grasses are planted to stabilize shifting sand.

Due to steep slope of sand accumulation, coconut fiber fixed by stakes are applied to help grass establishment and avoid instant wind erosion.

American beachgrass

bitter panicgrass

Sea oats

2050 Backdune Grass After several storms, early plants were burried but their roots continue to hold sand and some started to migrate to shallower sand. Earlier fixed surface acts as sand fence and collects more sand. Backdune grasses are planted on gentler slope.

saltmeadow cordgrass

coastal little bluestem

seaside goldenrod

beach pea

eastern red cedar

American holly

sassafras

pitch pine

2100 Shrub / Trees Bayberry

As sand accumulates, shrubs and trees can be planted on thick sand. The dune plant community is fully established and has the ability to migrate and take up more space in the planting area. The rising of sand catches speed of sealevel rise, keeps the barrier island healthy.

04

Beach plum

Winged sumac

NATURAL PROCESS

LANDSCAPE OF SAND AND RESILIENCE Landscape Of Sand

System Of Water

Surge water drains fast through sand surface

Currents circulate through Inlets

Walkable Jetty

System Of Sand

Infiltration leaves sand deposit in “basins” behind springboards.

Circulation brings sediment to marsh and second barrier island.

05

NATURAL PROCESS

LANDSCAPE OF SAND AND RESILIENCE Landscape Of Sand

System Of Water

Surge water drains fast through sand surface

Currents circulate through Inlets

Walkable Jetty

System Of Sand

Infiltration leaves sand deposit in “basins” behind springboards.

Circulation brings sediment to marsh and second barrier island.

05

CO-OP CROSS | NYC Tri-Boro Station Corridor Spring 2019 | Landscape 602 Studio | University of Pennsylvania Team: Yun Wang | Instructor: Christopher A. Marcinkoski

06

CO-OP CROSS | NYC Tri-Boro Station Corridor Spring 2019 | Landscape 602 Studio | University of Pennsylvania Team: Yun Wang | Instructor: Christopher A. Marcinkoski

06

Disconnection | Car dependent | Poor Residential Area Metro Extension | TOD | Public Green Co-op city is the largest cooperative community in the US, providing affordable housing for more than 50,000 people in New York. However, it systemically faces financial crisis and suffers from the poor accessibility and flooding risks. The community is isolated from the rest of city by the I-95 and the Hutchinson Parkway. We are proposing a development plan based on phases to introduce investments, provide accessibility and reconnect the community to the city.

Start with a new metro station on the branch of Tri-Boro line funded by the government. Commercial offices, retails and a technology campus will come to build the decking with the new buildings over the I-95, to connect the station and people of the surrounding communities. As the core area expands, the boulevard will reach into the town house communities anchored with a community park, then become the campus green that will extend to the riverfront and improve the living condition of Co-op City residents with more programmed public space and flood protection. If the model succeeds, there is a potential to build another station and the decking system on northern part of Co-op City, bringing more intervention to the community with internal circulation and some possible infills and finally connect the whole area.

WHAT IF Co-Op city is

... revived by the commercial development on its vacant lots?

... densified to extreme to generate profits from real estate?

07

... improved with new public facilities therefore raises its rent?

Disconnection | Car dependent | Poor Residential Area Metro Extension | TOD | Public Green Co-op city is the largest cooperative community in the US, providing affordable housing for more than 50,000 people in New York. However, it systemically faces financial crisis and suffers from the poor accessibility and flooding risks. The community is isolated from the rest of city by the I-95 and the Hutchinson Parkway. We are proposing a development plan based on phases to introduce investments, provide accessibility and reconnect the community to the city.

Start with a new metro station on the branch of Tri-Boro line funded by the government. Commercial offices, retails and a technology campus will come to build the decking with the new buildings over the I-95, to connect the station and people of the surrounding communities. As the core area expands, the boulevard will reach into the town house communities anchored with a community park, then become the campus green that will extend to the riverfront and improve the living condition of Co-op City residents with more programmed public space and flood protection. If the model succeeds, there is a potential to build another station and the decking system on northern part of Co-op City, bringing more intervention to the community with internal circulation and some possible infills and finally connect the whole area.

WHAT IF Co-Op city is

... revived by the commercial development on its vacant lots?

... densified to extreme to generate profits from real estate?

07

... improved with new public facilities therefore raises its rent?

TOD CORE AREA SITE PLAN 1. Bike Parking 2. Lawn Berm 3. Tri-boro Station 4. Train Platform Below 5. Grand Canopy 6. Bike Storage

LANDSCAPE OF MOVEMENT: FAST, SLOW, STAY 7. Grove Garden 8. Bike Express Bridge 9. Pine Grove 10. Multifunctional Plaza 11. Sunken Lawn 12. Pavilion Plaza

13. Grand Lawn 14. Amphitheater 15. Pond 16. Planter

0

100'

200'

400'

16

14

13

12

11

7 6 5 3

8 10 9

2

4

1

08

15

TOD CORE AREA SITE PLAN 1. Bike Parking 2. Lawn Berm 3. Tri-boro Station 4. Train Platform Below 5. Grand Canopy 6. Bike Storage

LANDSCAPE OF MOVEMENT: FAST, SLOW, STAY 7. Grove Garden 8. Bike Express Bridge 9. Pine Grove 10. Multifunctional Plaza 11. Sunken Lawn 12. Pavilion Plaza

13. Grand Lawn 14. Amphitheater 15. Pond 16. Planter

0

100'

200'

400'

16

14

13

12

11

7 6 5 3

8 10 9

2

4

1

08

15

WALKING EXPERIENCE ALONG THE CORRIDOR

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WALKING EXPERIENCE ALONG THE CORRIDOR

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THE FUTURE OF DEATH IS A FOREST | Mt Moriah Cemetery Fall 2019 | Landscape 701 Studio | University of Pennsylvania Instructor: Bart Brands, Darius Reznek, Marit Noest, Rachel Johnston, Meaghan Lynch EXISITNG

MINIMUM

TRANSITION

MAJOR TRANSFORMATION

ESTABLISHED: DAILY ROUTINE

VOLUNTEER GROUP GROWTH & MAINTENANCE INTENSITY

10

THE FUTURE OF DEATH IS A FOREST | Mt Moriah Cemetery Fall 2019 | Landscape 701 Studio | University of Pennsylvania Instructor: Bart Brands, Darius Reznek, Marit Noest, Rachel Johnston, Meaghan Lynch EXISITNG

MINIMUM

TRANSITION

MAJOR TRANSFORMATION

ESTABLISHED: DAILY ROUTINE

VOLUNTEER GROUP GROWTH & MAINTENANCE INTENSITY

10

Global Warming | Abandoned Cemetery | Overgrown Cemetery x Forest | Ritual x Maintenance | Artifact x Plant Mt Moriah Cemetery locates at the breaking point of the lush forest along the Cobbs Creek. After being abandoned, overgrown takes over the lawn landscape. For years community of volunteers have been trying to mow the woods back to lawn. But the invasive species grows faster. And the large number of unmarked burials makes it hard to locate vacant lot to sell. Without new burial and new related volunteer group, keeping this endless and demanding maintenance is questionable.

Future of Death Is A Forest project studies the long-term maintenance strategies for the Cemetery and proposes an alternative plan to turn the cemetery into a forest through new burial rituals. Time is the key to maintenance, closely related to people, maintenance intensity and plant succession. The first 20 years of the plan is to establish the forest ecosystem and the later years until 2100 to adapt and adjust for climate change.

Maintainted Lawn

NATURAL FOREST SUCCESSION - 150 YEARS

+0.5 Year Weed

+1 Year Shrub

+5 Year Tree

PLANTING A FOREST - 10 YEARS

o et g Du rin se catte a e ecr sh S ll D nd A i sW ea ree at g T Clim n sti ng Exi armi W

Salt & alkaline resistant

r nce rkembra a M e ing em Liv of R s A e es im Tre ith T d w se po ded Pro bed Em

EXISITNG

CLEAN UP

SUPPLEMENT PLANTING

MASS PLANTING

11

DIVERSE SPECIES

+150 Year Forest

Global Warming | Abandoned Cemetery | Overgrown Cemetery x Forest | Ritual x Maintenance | Artifact x Plant Mt Moriah Cemetery locates at the breaking point of the lush forest along the Cobbs Creek. After being abandoned, overgrown takes over the lawn landscape. For years community of volunteers have been trying to mow the woods back to lawn. But the invasive species grows faster. And the large number of unmarked burials makes it hard to locate vacant lot to sell. Without new burial and new related volunteer group, keeping this endless and demanding maintenance is questionable.

Future of Death Is A Forest project studies the long-term maintenance strategies for the Cemetery and proposes an alternative plan to turn the cemetery into a forest through new burial rituals. Time is the key to maintenance, closely related to people, maintenance intensity and plant succession. The first 20 years of the plan is to establish the forest ecosystem and the later years until 2100 to adapt and adjust for climate change.

Maintainted Lawn

NATURAL FOREST SUCCESSION - 150 YEARS

+0.5 Year Weed

+1 Year Shrub

+5 Year Tree

PLANTING A FOREST - 10 YEARS

o et g Du rin se catte a e ecr sh S ll D nd A i sW ea ree at g T Clim n sti ng Exi armi W

Salt & alkaline resistant

r nce rkembra a M e ing em Liv of R s A e es im Tre ith T d w se po ded Pro bed Em

EXISITNG

CLEAN UP

SUPPLEMENT PLANTING

MASS PLANTING

11

DIVERSE SPECIES

+150 Year Forest

OVERALL MAINTENANCE PLAN

SPATIAL MAINTENANCE INTERVENTIONS Existing Landscape Types

Modified Landscape Types

LAWN MOWER

GARDEN TRACTOR

FOREST MULCHER

BOBCAT

Tools & Major Interventions

12

OVERALL MAINTENANCE PLAN

SPATIAL MAINTENANCE INTERVENTIONS Existing Landscape Types

Modified Landscape Types

LAWN MOWER

GARDEN TRACTOR

FOREST MULCHER

BOBCAT

Tools & Major Interventions

12

ABANDONED CEMETERY TO A MANAGED FOREST

2020 Current Vegetation

Lawn

Weed

Woodland

Young Forest

Established Forest

Lawn to Meadow

CONCEPT MODEL - TRANSFORMATION OF THE FOREST

Weed to Forest

2100 Future Vegetation

Forest Preserved

Lawn to Forest

13

Landmark Emphasize

Woodland to Forest

Meadow

Urban Forest

Historic Landmark

Established Forest

Topography

ABANDONED CEMETERY TO A MANAGED FOREST

2020 Current Vegetation

Lawn

Weed

Woodland

Young Forest

Established Forest

Lawn to Meadow

CONCEPT MODEL - TRANSFORMATION OF THE FOREST

Weed to Forest

2100 Future Vegetation

Forest Preserved

Lawn to Forest

13

Landmark Emphasize

Woodland to Forest

Meadow

Urban Forest

Historic Landmark

Established Forest

Topography

LIVINGSCAPE OF HUANGJUEPING | Self-Regeneration of Historic Community Spring 2018 | 8-Univeristy United Graduation Thesis | Tianjin University Team: Yuchen Wang, Peixu Lin | Instructor: Yuhang Kong, Xinnan Zhang, Shanchao Xin Self-Constructed Structures

Closed Roof

Vegetable Field

Pedestrian Path (No-build Zone)

Multifunctional Community Public Space

14

LIVINGSCAPE OF HUANGJUEPING | Self-Regeneration of Historic Community Spring 2018 | 8-Univeristy United Graduation Thesis | Tianjin University Team: Yuchen Wang, Peixu Lin | Instructor: Yuhang Kong, Xinnan Zhang, Shanchao Xin Self-Constructed Structures

Closed Roof

Vegetable Field

Pedestrian Path (No-build Zone)

Multifunctional Community Public Space

14

Historic Streetscape | Poor Public Facility | Low-Income Livingscape | Shared Space | Self-Construction Method

COMPOSING LIVINGSCAPE SPONTANEOUS USE OF SPACE

Huangjueping is a historical community in Chongqing. We discovered the street between industrial lands forgotten by the city still preserved lively scene of daily life of street, strongly contrast to modern residential compounds. But the deterioration of houses and masses on street accumulated with time are calling for community regeneration, otherwise the place will be demolished and the residents will be relocated. Houses along the street were built by residents by them selves. We looked into the sense of ownership and freedom, and human-scale space of the site, abstracted space prototypes, wrote regional development codes to set up basic rules to the place, and self-construction manual for residents to improve their living space with sustainable easy constructions. I chose 3 nodes of public open space on the street and proposed design of multi-functional community place to stimulus community activities. I also researched tectonics of bamboo houses and detailed the low-cost construction method of community houses.

Huangjueping 17 codes

SELF-CONSTRUCTION UNITS

SELF-CONSTRUCTION PROCESS Foundation

Column

Daily Huangjueping: A Self-Construction Manual for the Residents

15

Facade

Beam

Roof

Historic Streetscape | Poor Public Facility | Low-Income Livingscape | Shared Space | Self-Construction Method

COMPOSING LIVINGSCAPE SPONTANEOUS USE OF SPACE

Huangjueping is a historical community in Chongqing. We discovered the street between industrial lands forgotten by the city still preserved lively scene of daily life of street, strongly contrast to modern residential compounds. But the deterioration of houses and masses on street accumulated with time are calling for community regeneration, otherwise the place will be demolished and the residents will be relocated. Houses along the street were built by residents by them selves. We looked into the sense of ownership and freedom, and human-scale space of the site, abstracted space prototypes, wrote regional development codes to set up basic rules to the place, and self-construction manual for residents to improve their living space with sustainable easy constructions. I chose 3 nodes of public open space on the street and proposed design of multi-functional community place to stimulus community activities. I also researched tectonics of bamboo houses and detailed the low-cost construction method of community houses.

Huangjueping 17 codes

SELF-CONSTRUCTION UNITS

SELF-CONSTRUCTION PROCESS Foundation

Column

Daily Huangjueping: A Self-Construction Manual for the Residents

15

Facade

Beam

Roof

ZOOM TO COMMUNITY LIBRARY

365

450

900

1500

5440

1137

100

127

1040

600

Deck: Cedar t=27mm w=100mm @105mm oil finish Floor joist 50×70mm @455mm Cement excelsior board t=15mm Structural Plywood t=15mm

Floor: Flooring t=18mm Structural plywood t=12mm Rigid insulation foam t=50 Floor joist 45×55 @455 Sleeper 105×105

16

ZOOM TO COMMUNITY LIBRARY

365

450

900

1500

5440

1137

100

127

1040

600

Deck: Cedar t=27mm w=100mm @105mm oil finish Floor joist 50×70mm @455mm Cement excelsior board t=15mm Structural Plywood t=15mm

Floor: Flooring t=18mm Structural plywood t=12mm Rigid insulation foam t=50 Floor joist 45×55 @455 Sleeper 105×105

16

XIBA TOFU VILLAGE DOCUMENTATION | Internship at Yuanhe Studio February 2018 - June 2018 | Booklet and Exhibition in the Berlin Studio Team: Xu Lian, Kenan Zhang, Li Li | Project Manager: Sibo Peng

17

XIBA TOFU VILLAGE DOCUMENTATION | Internship at Yuanhe Studio February 2018 - June 2018 | Booklet and Exhibition in the Berlin Studio Team: Xu Lian, Kenan Zhang, Li Li | Project Manager: Sibo Peng

17

TUBE FOREST | Campus Library Extension January 2017- May 2017 | 4th Year Architecture Studio | Tianjin University Team: Jiawei Qi | Instructor: Di Wang, Lu Dai, Xinnan Zhang BOTTOM LEVEL: TREE GARDEN

MIDDLE LEVEL: LIVE IN TREES

UPPER LEVEL: WALK BETWEEN LEAVES

18

TUBE FOREST | Campus Library Extension January 2017- May 2017 | 4th Year Architecture Studio | Tianjin University Team: Jiawei Qi | Instructor: Di Wang, Lu Dai, Xinnan Zhang BOTTOM LEVEL: TREE GARDEN

MIDDLE LEVEL: LIVE IN TREES

UPPER LEVEL: WALK BETWEEN LEAVES

18

CLOUD CHURCH | Community Spiritual Space Fall 2015 | 3rd Year Architecture Studio | National Cheng Kung University Instructor: Wei Fang RENDERING (REVIT) & PHYSICAL MODEL

EXPLODED AXONOMETRIC (REVIT)

Top: Coverage 95%

South: Coverage 100%

Elevator Tube L5 L4 L3

West: Coverage 81%

Fire secape L2 Column

L1 East: Coverage 38%

Cross North: Coverage 17%

19

CLOUD CHURCH | Community Spiritual Space Fall 2015 | 3rd Year Architecture Studio | National Cheng Kung University Instructor: Wei Fang RENDERING (REVIT) & PHYSICAL MODEL

EXPLODED AXONOMETRIC (REVIT)

Top: Coverage 95%

South: Coverage 100%

Elevator Tube L5 L4 L3

West: Coverage 81%

Fire secape L2 Column

L1 East: Coverage 38%

Cross North: Coverage 17%

19

JOHN BALL ZOO ENTRY VALLEY | Internship at CLR Design June 2019 - December 2019 | Phase 1 Currently Under Construction Team: Kristen Gill | Project Manager: Zac Caruolo PHASE 2 PYGMY HIPPO EXHIBIT DD (CAD)

SAMPLE LANDSCAPE DETAILS (CAD)

20

JOHN BALL ZOO ENTRY VALLEY | Internship at CLR Design June 2019 - December 2019 | Phase 1 Currently Under Construction Team: Kristen Gill | Project Manager: Zac Caruolo PHASE 2 PYGMY HIPPO EXHIBIT DD (CAD)

SAMPLE LANDSCAPE DETAILS (CAD)

20

JOHN BALL ZOO GUEST SERVICE BUILDING COMPLEX | Internship at CLR Design June 2019 - December 2019 | Phase 1 Currently Under Construction Team: Mike Nardella, Wayne Chang | Project Manager: Zac Caruolo PHASE 1 GUEST SERVICE BUILDING CD (REVIT)

RENDERING (LUMION)

A

B

C

6'-0"

22'-0"

3

4

1'-4"

3'-4"

John Ball Zoo Entry Valley

4

A130

A130

A120

6'-8"

3'-4"

1'-4"

3'-4"

3'-4"

3'-4"

lr

2'-0"

ENTRY VALLEY

RESTROOM BUILDING EXTERIOR

ARCHITECTURE LANDSCAPE ARCHITECTURE EXHIBIT DESIGN 833 chestnut street, suite 909 philadelphia, pa 19107

D E S I G N

Parking

t 215.564.0250 f 215.564.1154

1 A151

R1 107

106

105

104

PHASE 2

1

2

R4

7

9

A140

A140

R4

R2

New: blondish yellow Zoo

R3

FAMILY RR 106 46 SF

PHASE 1

IT & JANIROR CLOSET 104 38 SF

MOTHER'S ROOM 105 44 SF

4 EAST FULTON STREET, SUITE 200 GRAND RAPIDS, MI 49503

8'-3"

FAMILY RR 107 46 SF

REAL WOOD SIDING - FSC/LBC APPROVED

t 616.363.9801 f 616.363.2480

OS

1'-0"

OS

8 A140

2020 MONROE AVE NW, GRAND RAPIDS, MI 49505

1'-3 3/8"

1'-3 3/8"

OS

11

Aged: light amber brown

Entrance

t 616.456.9944 f 616.456.5936

A140

A130

12 A140 IT RACK 1'-6"

14'-8"

1'-6"

10 A140

Mataverde® Garapa Rain Screen Siding, Hardwood, FSC available https://www.mataverdedecking.com

R1

R2 2'-6 1/2"

2

ENTRY VALLEY

RESTROOM BUILDING EXTERIOR 2

2 A151

A140

MEN RR 103 216 SF

5'-9 1/2"

2'-6 1/2"

3'-0"

2'-6 1/2"

3'-1"

LBC MATERIAL STUDY REAL WOOD SIDING - FSC/LBC APPROVED

3'-1"

103B

1'-4"

3'-4"

R1

1'-4"

DRINKING FOUNTAINS, SEE P-DWGS

ERV-1

Visiting Path

5'-0 7/8"

10'-0 1/4"

K

A140

9'-5"

R1 103A

Stroller Rental

3

1 A140

1'-6"

A120

Aged: silver grey

C.L. STUD

2'-6 1/2"

5'-5 1/4"

3'-11 1/4"

3

New: light straw color to dark red/brown

2'-6"

New: blondish yellow

Western Red Cedar Siding, Softwood, FSC available https://www.realcedar.com

Aged: light amber brown

COMPOSITE SIDING - REQUIRE DECLARATION

HP-1 1

14'-0"

WATER SERVICE & GEO ENTRY

5'-0 1/2"

SLOPE 1/4'' / FT

C.L. STUD

A120

R3 UTILITY CHASE 102 104 SF

R3

Mataverde® Garapa Rain Screen Siding, Hardwood, FSC available https://www.mataverdedecking.com R1

New: light straw color to dark red/brown 1'-7 1/2"

3'-1"

3'-1"

3'-1"

3'-1"

3'-1"

BID PACKAGE #3 CONSTRUCTION DOCUMENTS

1

5 R1 WOMEN RR 101 257 SF

4 5'-3 1/2"

6'-8"

Revisions

R2

'-

6 A140

Date

* Skylight shown above are for reference only.

Western Red Cedar Siding, Softwood, FSC available https://www.realcedar.com

A140

A140

R1

12'-0 1/4"

K

11'-0 3/8"

A130

101

Aged: silver grey

Submission

1'-4"

3

2'-6"

ENTRY VALLEY

COMPOSITE SIDING - REQUIRE DECLARATION

6"

R5

AU G U S T 201 9

IN PROGRESS PHOTOS

3"

Seal:

4 3'-10 5/8"

2'-6 1/2"

2'-6 1/2"

R1

2 A120

Nichiha® Fiber cement panels, Manufactured from a mix of Portland cement, fly ash, Sheet Title: silica, recycled rejects, and wood fiber bundles, https://www.nichiha.com

RESTROOM ENLARGED PLAN JBZ18ELV Drawing No.

Project No:

1

A110

Nichiha® Fiber cement panels, Manufactured from a mix of Portland cement, fly ash, silica, recycled rejects, and wood fiber bundles, https://www.nichiha.com

Project Manager:

ENLARGED FLOOR PLAN 1/2" = 1'-0"

GD

Scale: Drawn:

JW

Checked: MN ZC Date: 08/23/2019

A110

* Skylight shown above are for reference only.

21

ENTRY VALLEY

James Hardie® Fiber Cement Siding, https://www.jameshardie.com/products/hardieplank-lap-siding

James Hardie® Fiber Cement Siding, https://www.jameshardie.com/products/hardieplank-lap-siding

1

JOHN BALL ZOO GUEST SERVICE BUILDING COMPLEX | Internship at CLR Design June 2019 - December 2019 | Phase 1 Currently Under Construction Team: Mike Nardella, Wayne Chang | Project Manager: Zac Caruolo PHASE 1 GUEST SERVICE BUILDING CD (REVIT)

RENDERING (LUMION)

A

B

C

6'-0"

22'-0"

3

4

1'-4"

3'-4"

John Ball Zoo Entry Valley

4

A130

A130

A120

6'-8"

3'-4"

1'-4"

3'-4"

3'-4"

3'-4"

lr

2'-0"

ENTRY VALLEY

RESTROOM BUILDING EXTERIOR

ARCHITECTURE LANDSCAPE ARCHITECTURE EXHIBIT DESIGN 833 chestnut street, suite 909 philadelphia, pa 19107

D E S I G N

Parking

t 215.564.0250 f 215.564.1154

1 A151

R1 107

106

105

104

PHASE 2

1

2

R4

7

9

A140

A140

R4

R2

New: blondish yellow Zoo

R3

FAMILY RR 106 46 SF

PHASE 1

IT & JANIROR CLOSET 104 38 SF

MOTHER'S ROOM 105 44 SF

4 EAST FULTON STREET, SUITE 200 GRAND RAPIDS, MI 49503

8'-3"

FAMILY RR 107 46 SF

REAL WOOD SIDING - FSC/LBC APPROVED

t 616.363.9801 f 616.363.2480

OS

1'-0"

OS

8 A140

2020 MONROE AVE NW, GRAND RAPIDS, MI 49505

1'-3 3/8"

1'-3 3/8"

OS

11

Aged: light amber brown

Entrance

t 616.456.9944 f 616.456.5936

A140

A130

12 A140 IT RACK 1'-6"

14'-8"

1'-6"

10 A140

Mataverde® Garapa Rain Screen Siding, Hardwood, FSC available https://www.mataverdedecking.com

R1

R2 2'-6 1/2"

2

ENTRY VALLEY

RESTROOM BUILDING EXTERIOR 2

2 A151

A140

MEN RR 103 216 SF

5'-9 1/2"

2'-6 1/2"

3'-0"

2'-6 1/2"

3'-1"

LBC MATERIAL STUDY REAL WOOD SIDING - FSC/LBC APPROVED

3'-1"

103B

1'-4"

3'-4"

R1

1'-4"

DRINKING FOUNTAINS, SEE P-DWGS

ERV-1

Visiting Path

5'-0 7/8"

10'-0 1/4"

K

A140

9'-5"

R1 103A

Stroller Rental

3

1 A140

1'-6"

A120

Aged: silver grey

C.L. STUD

2'-6 1/2"

5'-5 1/4"

3'-11 1/4"

3

New: light straw color to dark red/brown

2'-6"

New: blondish yellow

Western Red Cedar Siding, Softwood, FSC available https://www.realcedar.com

Aged: light amber brown

COMPOSITE SIDING - REQUIRE DECLARATION

HP-1 1

14'-0"

WATER SERVICE & GEO ENTRY

5'-0 1/2"

SLOPE 1/4'' / FT

C.L. STUD

A120

R3 UTILITY CHASE 102 104 SF

R3

Mataverde® Garapa Rain Screen Siding, Hardwood, FSC available https://www.mataverdedecking.com R1

New: light straw color to dark red/brown 1'-7 1/2"

3'-1"

3'-1"

3'-1"

3'-1"

3'-1"

BID PACKAGE #3 CONSTRUCTION DOCUMENTS

1

5 R1 WOMEN RR 101 257 SF

4 5'-3 1/2"

6'-8"

Revisions

R2

'-

6 A140

Date

* Skylight shown above are for reference only.

Western Red Cedar Siding, Softwood, FSC available https://www.realcedar.com

A140

A140

R1

12'-0 1/4"

K

11'-0 3/8"

A130

101

Aged: silver grey

Submission

1'-4"

3

2'-6"

ENTRY VALLEY

COMPOSITE SIDING - REQUIRE DECLARATION

6"

R5

AU G U S T 201 9

IN PROGRESS PHOTOS

3"

Seal:

4 3'-10 5/8"

2'-6 1/2"

2'-6 1/2"

R1

2 A120

Nichiha® Fiber cement panels, Manufactured from a mix of Portland cement, fly ash, Sheet Title: silica, recycled rejects, and wood fiber bundles, https://www.nichiha.com

RESTROOM ENLARGED PLAN JBZ18ELV Drawing No.

Project No:

1

A110

Nichiha® Fiber cement panels, Manufactured from a mix of Portland cement, fly ash, silica, recycled rejects, and wood fiber bundles, https://www.nichiha.com

Project Manager:

ENLARGED FLOOR PLAN 1/2" = 1'-0"

GD

Scale: Drawn:

JW

Checked: MN ZC Date: 08/23/2019

A110

* Skylight shown above are for reference only.

21

ENTRY VALLEY

James Hardie® Fiber Cement Siding, https://www.jameshardie.com/products/hardieplank-lap-siding

James Hardie® Fiber Cement Siding, https://www.jameshardie.com/products/hardieplank-lap-siding

1

SANLIN INCITY MALL RENOVATION | Internship at Hassell Studio June 2017 - August 2017 | Built in October 2018 Team: Howard Lui, Yi Tang | Project Manager: Klevis Koco PHOTOS

ARCHITECTURE DD (CAD, RHINO AND GRASSHOPPER)

22

SANLIN INCITY MALL RENOVATION | Internship at Hassell Studio June 2017 - August 2017 | Built in October 2018 Team: Howard Lui, Yi Tang | Project Manager: Klevis Koco PHOTOS

ARCHITECTURE DD (CAD, RHINO AND GRASSHOPPER)

22

CATALOGUE OF OTHER WORKS | Architecture, Research, Hand Craft NETWORK ANALYSIS IN PITTSBURGH | ArcGIS Practice

THE 5TH ECOLOGY OF LA | 701 Landscape Studio

THE COLONIAL HISTORY OF COMMON BAMBOO | Study of Botanical Gardens

SEDIMENT MOVEMENT IN OCEAN CITY, NJ | Urban Ecology

IMAGINING THE CITY OF FEZ | Landscape Representation

POTTERY AND WOOD WORK

23

CATALOGUE OF OTHER WORKS | Architecture, Research, Hand Craft NETWORK ANALYSIS IN PITTSBURGH | ArcGIS Practice

THE 5TH ECOLOGY OF LA | 701 Landscape Studio

THE COLONIAL HISTORY OF COMMON BAMBOO | Study of Botanical Gardens

SEDIMENT MOVEMENT IN OCEAN CITY, NJ | Urban Ecology

IMAGINING THE CITY OF FEZ | Landscape Representation

POTTERY AND WOOD WORK

23

JINGBIN WU jingbinw@design.upenn.edu 267 530 8448 3600 Chestnut St, MB 1177 Philadelphia, PA 19104