superblock+spine
an urban infrastructure for a more dynamic city Michael den Hartog
the super block
dimensions and time
area: block 1 230,000 sq m block 2 150,000 sq m
superblock+spine The proposed urban scheme challenges the notion of the master plan. The design is composed of a series of systems offering the possibility for multiple site outcomes. Its conception is a direct result of my experiences studying in China, specifically the rapid urban transformation occurring. Driven by speed and economic turnover, sites are torn down and rebuilt from scratch multiple times within the span of a few decades, with little regard for what was there before or what may be in the future. The proposed scheme is not a plan but rather a system which may be implemented to support continuous deconstruction and reconstruction of a site without having to demolish it completely. The city is in a state of continuous flux and the scheme seeks to accommodate this characteristic.
superblock+spine The presentation's organization is intended to explain the project as a series of components. Through subsequent development and integration,these components together form a larger whole or an urban system. In the case of this project one possible outcome of the system's implementation is examined in detail, expressing the qualities of the place in addition to its various components. The presentation begins with an overview of the project’s design development. Once the system is established I examine the detailed outcome. The urban system developed is seen as an infrastructural network which supports the site itself (the superblock) similar to how a subway network supports a larger city or a high speed rail system supports a region.
design development
developing an organizational site network
what is network?
spine established as infrastructural backbone,accommodating flexible growth
growth along spine nodes and intensities
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diagrammatic development
component interaction
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diagrammatic development
component interaction
network as infrastructure
generic framework accommodating dynamic possibilities
what is spine?
generic framework supporting dynamic possibilities
what is result?
collective urban form, hybridizing the informal/unplanned city with rigorous development
system compnents a breakdown
system overview
exploded components
component 1-groundscape
green network/vehicular
component 2-infrastructural spine
networking the site
component 2-infrastructural spine
spine plugs into various components forming horizontal connectivity
component 2-infrastructural spine
sectional development, component highlighted in red
component 2-infrastructural spine
infrastructural hub plan
component 2-infrastructural spine
infrastructural hub section
component 3-the village spine
the cores provide a vertical connection between the village spine and component 4 (the corporate office parks and residential towers)
component 3-the village spine
distribution study of informal development along the spine
component 3-the village spine
planar development,component highlighted in yellow
component 3-the village spine
sectional development,component highlighted in yellow
component 3-research and development,office,residential facilities
the generic tower block that most often defines chinese development is integrated into the urban system
component 3-research and development,office,residential facilities
distribution of high-rise along spine
component 3-research and development,office,residential facilities
integration study of spine and village components with high-rises
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GNGXCVGF EQPPGEVKQP component 3-research and development,office,residential facilities
study of integration of office park and spine
component 3-research and development,office,residential facilities
planar development
component 3-research and development,office,residential facilities
sectional development
component 4-flexible pancake
infrastructure to house unforeseen, future community and commercial programs
component 4-flexible pancake
large, flexible stacked floor plates punctured by specific programs
keep towers visually and physically connected to street front
connective ‘pancake’ layer structure
Articulate inbetween spaces to accomodate necessary interaction with adjacent context
Extrusion of articulated footprint to necessary height
with extruded volumes
Pancake boundries extruded
Tower cores establish areas of subtraction
‘pancake’ building which accomidates additional program, connects adjacent buildings, and adds shading to open spaces
component 4-flexible pancake pancake derivation and logic
component 4-flexible pancake
planar development
component 4-flexible pancake
sectional development
phasing
system is progressive, once infrastructural hub is established will grow towards areas of interest attracting and organizing new construction
phasing diagram
detailed investigation of possible outcome inhabitation
possible system expansion of entire site
anticipation of expansion off of site into context
birds eye view
anticipation of expansion off of site into context
model development
macro section
detail study of inhabitation of system components
mega plan
detail study of inhabitation of system components
mega plan detail
spine meets intersection
mega plan detail
interchange, void creates public plaza
experience
dynamic and generic
a system to support continuous development
a mediation between top down development and informal aggregation
superblock+spine I choose to close on the axonometric of system components because I feel it best represents the forces behind the project. It takes the place of the master plan, presenting a list of ingredients which accommodates various outcomes over time.