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1 / 14 Emmanouil Saratsis: prototypical adjacencies


Responsive Urban Code | 麻省理工大學波士頓濱水區改造參數化城市設計工作坊

Type | 類型: parametric model for Boston Waterfront development | 波士頓濱水區改造參數化城市設計
year | 年份: 2013
Host | 地點: Massachusetts Institute of Technology, Boston, USA | 美國麻省理工學院
Duration | 時間: 3 weeks | 3星期
Students | 學生: Chaewon Ahn, George Holton Beane, David Porter Birge, Agustina Gonzalez Cid, Gabriel Kozlowski Maia, Wenji Ma, Ariel Noyman, Caner Oktem, Emmanouil Saratsis, Kairav Rajiv Shroff, Difei Xu, Nai Chun Chen
Instructor | 教師: Nicola Saladino
Course tutor | 教師: Miho Mazareeuw

 
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2 / 14 Emmanouil Saratsis: site analysis


This workshop was our second experience at MIT, collaborating with the introductory urban design studio. For the second time we worked on Boston Waterfront, taking advantage of the previous research to achieve perhaps more ambitious goals.
In this occasion we analysed more in depth the socio-economic drivers of the development and explored multiple future scenarios for the harbour and the adjacent urban fabric, considering alternative evolutions of the local and global economy and how these could affect the urban morphology.

這是我們在麻省理工學院第二次參與城市規劃設計導論工作坊,我們在上次工作坊的研究的基礎上探索了更有趣的研究領域,主題還是波士頓市水邊地區。

這次我們更深入地分析了發展的社會因素,并探索了港灣及周圍市區的潛在的發展模式。我們考慮了地方性與全球性經濟的非傳統演變模式,以及其對于城市形態的影響。

 
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3 / 14 Emmanouil Saratsis: primary spine and urban cells


Students developed a parametric model of the area that could adapt to quite different spatial conditions through multiple typological deformations at different scales. The model was then tested in its ability to address changes on the macro structure, shifting the overall functional balance to make the future development match new economic targets.
In this sense, parametric tools were used both for their ability to generate flexible and yet specific formal outputs and at the same time for their efficiency in dealing with large databases, establishing complex relationships between multiple layers of information.

學生所開發的針對當地的參數化模型能夠以多尺度的多種形變來適應于較為不同的空間狀況。我們隨后測試了該模型指導宏觀結構變化的能力,使其總體的功能平衡發生轉變,以便將來的發展模式能夠適應新的經濟目標。因此,參數化工具的最大用處在于其既能夠長生靈活而具體的形式結果,又能夠高效地處理大量的數據、建立多種信息圖層之間的復雜關系。

 
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4 / 14 Emmanouil Saratsis: indexing and functional distribution


Schedule
Day 1
- General introduction to Parametric Design
- Lecture: AA Landscape Urbanism
- Introduction to urban prototypes
- Initial definition of the prototype (relevant variables and basic behavior)

進度表
第一天
參數化設計的簡介
講座:AA景觀城市設計
城市原型的介紹
原型的初步定義

 
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5 / 14 Emmanouil Saratsis: prototype layers


Day 3
What are the drivers of the design?
- Introduction to Indexing
Day 5
- Indexing: shared layers amongst groups

第三天
什么是設計的驅動因素
地段分析介紹

第五天
地段分析:多組之間分享的圖層

 
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6 / 14 Gabriel Kozlowski Maia: logic of the system (macro)


Day 8
- Prototype: relevant case studies
How does the prototype react to the different conditions?
Which geometric organization can better frame our design goals?
Day 10
- Indexing development (specific to each prototype)
- Prototype development: static model

第八天
原型:相關的參考案例
原型對不同條件的反應
那一種幾何結構能夠更好地制定我們的設計目標?

第十天
地段分析開發
原型開發:靜態模型

 
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7 / 14 Gabriel Kozlowski Maia: logic of the system (micro)


Day 12-15
- Prototype development: parametric model
Day 17
- Final prototypes catalogue
- Definition of different testing scenarios

第十二天至第十五天
原型開發:參數化模型

第十七天
最終原型目錄
不同測試模式的定制

 
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8 / 14 Gabriel Kozlowski Maia: development timeline and economic scenarios


Day 19
- Proliferation and assessment
Day 24
Final Review

第十九天
擴散與評估

第二十四天
終期復審評圖

 
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9 / 14 Gabriel Kozlowski Maia: scenario 3A - real estate crisis; predominance of harbour activities
 
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10 / 14 Gabriel Kozlowski Maia: scenario 3B - real estate boom; predominance of office and residential activities
 
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11 / 14 Gabriel Kozlowski Maia: two scenarios for the same urban block
 
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12 / 14 David Porter Birge: prototypes of industrial blocks
 
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13 / 14 David Porter Birge: proliferation and evaluation of the system
 
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14 / 14 David Porter Birge: system resilience - different scenarios
 
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