| OBJECTIVES | SITE AND PROGRAM | |||
| This studio
investigates
Hong Kong with a special concern on issues of density and sustainability. With finite agricultural land resources, a reconfiguring economic infrastructure, and a massive migratory movement, the Pearl River delta region forces Hong Kong SAR into (another) redefinition. To directly
witness and experience the ever-changing nature of the city, the studio
travels
for 5 weeks in Hong Kong and to a lesser extend across Mainland China.
Our aim is to initiate a process of inquiry of the multiple conditions
that shape the city, its built environment and open environment.
The studio is also a laboratory to engage specific issues, in particular, density and scale as they are culturally informed |
To enable
the students to investigate The studio
program is mixed-use comprising |
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| METHOD | ||||
| Parallel
to gathering data on Hong Kong and its general context, such as climatic
data among others,
the studio first engages a series of non site-specific exercises as to increase
our awareness of the underlying factors shaping the place |
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Analysis of the skins
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of contemporary buildings: | link | ||
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showing a concern for how the building behaves under its specific environmental and cultural conditions. Exemplify the potential of a holistic approach to design, | |||
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Block densities testing
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using simplified fabrics at 3 built scales: | link | ||
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low-rise
(1-3 stories), mid/low rise (4-7 stories), and mid/high rise (10-30 stories).
Students explore designs by groups and individually. They assess and compare
their performance in terms of density, solar access, and natural ventilations
of habitation units. introduce a reflection on program and mixity of uses as carrying tremendous potential for a 'good city life', and also providing opportunity for high density. |
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Design strategies
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definition: | link | ||
| collection
in a diagrammatic form of design strategies coherent with the local environmental
conditions. Solar control in the form of protective devices and careful orientation. Wind control to increase natural ventilation in buildings. |
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| carried out to increase insights | more | |||
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into how the designs performs regarding natural ventilation. Also geared toward identifying potential problematic local situation due to excessive wind accelaration under normal wind conditions. |
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