
Master of Landscape Architecture & Urban Design Certifcate University of Pennsylvania
Bingjian@upenn.edu https://bingjian.page
March 2021
"La cité du Fleuve 2050" Kinshasa, D.R. Congo
Master of Landscape Architecture & Urban Design Certifcate University of Pennsylvania
Bingjian@upenn.edu https://bingjian.page
March 2021
"La cité du Fleuve 2050" Kinshasa, D.R. Congo
Hudson River, NY, U.S.
2020.10
LA+ Creature Competition
Collaborator: Esther Jung, Heejun Shin
American eels are known to be a mysterious nocturnal creature. They spawn in remote and nutrient-poor places in the seas, and travel long miles from ocean to small creeks, eventually return back to where they spawn, to die into the abyss. Despite their great ecological value, the populations of American eels has dropped by more than 90% in the past four decades.
The project consists of two part: “Eel Oasis“ for creating habitat modules for eels on diferent parts of the Hudson river and tributaries where the ecosystem became non-functional; “Eel Ladder“ for creating fsh path on dams where glass eel(early stage eels) have trouble climbing up or using existing fsh ladder designs.
WINNING - DESIGN
Newburgh, NY
Dams
Eel Migratory Route
Disconnected Route
Environmentally Critical Zones
Project Site: Newburgh, NY & Freshkill Creek
Eel’s Life Cycle
Designed for All Sizes
Diferent types of dams have built over time along the tributaries of the Hudson River. These dams obstruct eels along with other migratory fsh to travel upward towards smaller streams and creeks where they stay most of their life. Eel ladder is designed to facilitate even small glass eel to pass through diferent sizes of dams.
Unimpeded Paths for Young Eels
The eel oasis, composed of connected foating modules along the shores of the Hudson River, improves the migration route with more rest stops for the eels. These modules create a shaded, hospitable underwater environment, which conforms to the favorable environment of eels. The oasis could also provide public space for humans in the adjacent urban area.
Eel Habitable Limbs
Wetland Plants
Soil
Wood Chips
Coconut Fiber
Plastic Bottles
Wood sticks
Nutrient Uptake Roots
bottles
2018.12
Young Architects Competition - Common Ruins
Instructor: Manus Leung
Collaborator: Yusheng Huang, Yumeng Liu
Located in France’s most famous valley, the castle of la Mothe Chandeniers is a uniquely romantic landmark, stunningly crafted, shrouded in mystery and spectacularly taken over by nature. Throughout its history, its halls have witnessed decadent feasts, silent abandonment, ambitious reconstruction works, a tragic fre and, more recently, an unlikely collection of guardians.
Embedded in the calm waters of Mothe Chandeniers’ castle, the newly inserted 300m long structure serves to connect the castle with its surrounding nature. Without removing any existing trees or structures, the design is a sequence of outdoor and semi-indoor gathering spaces, with a strong vertical and horizontal spatial experience that has a close reference to the castle’s towers and bridges respectively.
What is a castle? The aerial of the ruin tells the obvious answer: a series of towers linked together. The towers, as iconic space of the romantic castle, is essentially space of verticality.
A sequence of outdoor and semi-indoor gathering spaces, with a strong vertical and horizontal spatial experience that has a close reference to the castle’s towers and bridges respectively.
Each of the towers frame the sky in their own unique shape and size to allow for various light and spatial quality to take place.
Seen from a distance, the scattered towers appear as a contemporary ruin among the existing overgrown trees. Overtime, the newly built will age and become even more camoufaged among the trees. Nature completes the design of mankind by taking space back according to its own pace.
Newburgh City, New York
2019.8 - 2019.11
LARP601 Design Studio, University of Pennsylvania
Instructor: Nate Wooten Independent Work
Adjacent to numerous transportation features, Newburgh is a crossroads of the region and the gateway of Hudson Valley. The possible vast tourism service market would create numerous job opportunities, enrich local communities, and bring new economy patterns, which would make Newburgh a thrive region center in 2050.
However, the current Newburgh city is not enough for such new tourism for the disconnection to the waterfront and the lack of public transportation both to the airport and within the city. To achieve the future vision and take advantage of transportation and scenery resources, Newburgh should frst become a city of better urban mobility and better economic model.
Phase 1: Connect the Waterfront
Phase 2: Connect the City Phase 3: Connect the Region New Bus Route
The current public transportation does not provide access to the waterfront. Even for privite transportation, a detour has to be made to reach the ferry dock. A seamless connection between the city and the waterfront should be established to serve both commuters and tourists.
Rail
The current public transportation does not provide easy access to the waterfront. A seamless connection between the city and the waterfront should be established to serve both commuters and tourists.
Current
Proposing
Original Grading Plan
Modifed Grading Plan
The design provides a new way for people to enter the waterfront, as well as making the whole waterfront more resilient. Diferent transportations are integrated in the center of the park space, opens new opportunity for the Hudson River. A sloping walk taking people down from the hill at the end of a pedestrian bridge; an esplanade along the river that linked the whole waterfront; and a newly constructed wetland garden to slow the rain fow before it reaches the Hudson River.
Chicago, Illinois
2020.01 - 2020.05
LARP 602 Design Studio 602, University of Pennsylvania
Instructor: Karolina Czeczek
Collaborator: Wentao Zhong
First proposed in 1849 by real estate investor John S. Wright, the Parks and Boulevard System of Chicago was an urban infrastructure that supposed to serve as a mobility corridor and a leisure gathering place around the city. Connecting several large parks, however, the boulevard itself has not yet built an identity, nor it is a pleasant space for leisure yet. The project focused on the southwest corner of the Parks and Boulevard System, near the New City and Eaglewood neighborhoods. By proposing a new loop line as part of the city’s railway system along the Boulevard, the project discussed the potential urban framework to revitalizing the neighborhood.
The Floor-to-Area-Ratio of the current developments are far lower than in the zoning code, especially along the Ashland Avenue, a commercial corridor that runs through the city. The project proposed a denser development on the Ashland, enable more investment and more public realms along it.
Kinshasa, Democratic Republic of the Congo
2020.10 - 2020.12
LARP701 Design Studio, University of Pennsylvania
Instructor: Christopher Marcinkoski
Collaborator: Yufei Yan
The project is part of “Speculations on Future Settlement: Urbanization Beyond Neoliberalism” Studio. The studio shares an imagined future condition where the African continent abandons the Neoliberalism practice and decoupling from the world, aiming to provide intentionally provocative visual stories ofering novel views of future urban life.
This project is focused on Kinshasa, D.R. Congo. The frst part of this project conducted a series of researches on local culture, history, and artists; The second half was a short animation focusing on the storytelling of a speculative future inspired by La Sape culture. The full project could be viewed here:
https://www.speculationonsettlement.net/kinshasa(Desktop Only) https://bingjian.webfow.io/kinshasa
Interactive web illustration inspired by Congo artists and mythology 5
ACT 1-1
A short animation warning a future when consumerism takes
ACT 1-2
takes dominance, and the city itself becomes a commodity.
INTERLUDE Deconstruction
Contrasting
ACT 2-1 The Ugly Truth
Paying the Debt
ACT 2-2 The City Revealed
By using comic-style drawings, the project frst created a semi-dystopian narrative inside an imagined future urban form inspired by the Congo artist Bodys Isek Kingelez.
Sketched on iPad with Photoshop. 3D modeled with Rhino
Watch ”The Day - An Interpretation of Bodys Isek Kingelez’s Art ”: https://vimeo.com/460293928
The project tries to ask two questions for the imagined future: what will the urban form be when the technology frees the urban from the agglomeration efects? what defnes who we are in an absolute equal society? Inspired by Congo artists and the historic La Sape culture, the project created a narrative where consumerism is prioritized, and the city itself becomes a commodity. This “dark” story, where everything is about the spectacle society, gives us a chance to refect on our current world.
3D Modeled with Rhino. Styled with Adobe Photoshop. Animated with Grasshopper, Adobe After Efects, and Adobe Premier Pro.
2019.3 - 2019.6
Eight-University United Graduation Studio, Chongqing University
Instructor: Hao Long, Li Zuo
Collaborator: Xindi Wang, Zhou Wu
Kulangsu Island is one of the earliest sited listed as UNESCO world heritage in China. Located on the estuary of the Chiu-lung River and facing the city of Xiamen, Kulangsu is the city’s pride and a key tourism attraction. Kulangsu is an exceptional example of cultural fusion during the early 20th century, which remains legible in its urban fabric and the Amoy Deco style buildings, which is a synthesis of the Modernist style of the early 20th century and Art Deco.
This plan attempts to strengthen the subdivision of existing space, providing more small programs into diferent groups of communities. A guideline was developed for local property owners to renovate towards more subdivided buildings, and some typical or key buildings are designed as examples.
As the start point of the project, a typology mapping was conducted to analyze the potential of subdividing the existing building space on the island. The typology study includes community survey, literature review and digital tools.
To make the guideline more fexible and more specifc, a guideline matrix is set for each zone based on the location relationship between the building and the street and the aimed program that the community is looking for. The property owners or the community could decide the renovation based on the guideline and certain programs.
There are several focused locations of each zone that are selected to do more detailed design as to provide a trigger to the renovation as well to be examples for the landowners.
Chongqing, China
2018.5 - 2018.7
Urban Design Studio, Chongqing University
Instructor: Zhen Yang
Collaborator: Yiwen Gao, Kangdi Lei
The site once belonged to TieMa (Iron Horse) Industry, the only arm plant in South-west China that produce tanks and other military vehicles. The TieMa Industry has a history that traced back to World War II. Founded in 1941 as Chongqing Textile Machinery Factory to supply the Anti-Japanese army, the TieMa Industry started its arm produce in 1964 as part of the Third-front Movement against the Soviet Union.
As part of the urban regeneration plan, the factory will be relocated in 2019, and this once forbidden place is about to open to the city. How to re-create an icon for the district to attract tourist, and reduce the side efect like social exclusion and gentrifcation caused by the regeneration process in these years, are the main topics in the design project.
water starwortCallitriche palustris
pond lilyNuphar lutea
pondweedPotamogeton natans
celery Vallisneria americana
Marsh/Pond Edges Emergent soft rush Juncus effusus
Dwarf St. John's-wortHypericum mutilum
FlatsedgeCyperus odoratus
cernuus
BlueflagIris versicolor
Cattail Typha latifolia
Lance-leaf Violet Viola lanceolata
Fern Thelypteris palustris
Mint Mentha arvensis
Rush Juncus articulatus
LobeliaLobelia siphilitica
chain fernWoodwardia virginica
Lilium canadense
Fern Matteuccia struthiopteris
Scirpus cyperinus
Andropogon virginicus
Osmunda regalis
Tripsacum dactyloides
Collaborator: Zien Chen
Stadium Design Project Model. Laser-cut basswood board, 3D printing, other material.
Academic Studio Project 2018
Left: Environmental analysis using Grasshopper. Network analysis with ArcGIS
Below: Pavilion and landscape pattern generated according to the shadow analysis. Building volume generated according to a set F.A.R.
“Trend and Trajectory”
Parametric Design with Rhino, Grasshopper, and ArcGIS Desktop
Animation with Rhino and Grasshopper For full animation please visit: https://www.speculationonsettlement.net/kinshasa
https://bingjian.page