Rietveld Schroder House
Chuck Hoberman
Shoei Yoh
Reactive and Adaptive Architecture
36 Custom Textures
Final Tutorial Marking Sheet
Draft Model Developed From Section
Selected Architectural Plans
Using the cross section of Frank Gehry's Guggenheim I have redeveloped it in order to suit the required spaces for the school. In Gehry's design, each vertical headspace was used to serve both a functional purpose of air flow but also used to emphasize on the circulation of the building. These have now been rotated and readapted as individual rooms that still have a clear definition of the curvature and leaving the central area as an access path.
Readapted Cross Section to Floor Plan
Frank Gehry-Guggenheim
I have selected Frank Gehry as he has contributed significantly towards computational design and his work features both aesthetically and functionally efficient elements that provide a different approach to architecture.
Cross Section
Top Floor Plan
2 Moving Elements
Inspired by Chuck Hoberman's use of engineering and having collapsible facades combining both form and function. I have implemented a design of using a folding shutter design, where each individual shutter is detachable from the entirety and controls the amount of light that is allowed in order to balance energy efficiency but also to cater to individual needs.
Continuing off this design is another similar moving element, using the basic shape of a fan and iris, it allows vertical light and ventilation as well, it tracks the suns location and depending on the position and climate, opens and closes for energy efficiency for optimisation.
Half Open
Three Quarters Open
Selected News Article
Actuated Adaptive Architecture-http://icd.uni-stuttgart.de/?p=8682
Formulated Question-
How does computational design affect the way buildings are designed and why form and function are important?
Two Point Perspectives
Perspectives of Drawing 1
One Point Perspectives
#1
Extending modularity with formality
Functionality blends with extensions
Stacked modules provide form
#2
Dynamic functionality in space
Embedded forms and function
Efficiency and dynamism blended
#3
simplicity and modularity
Efficiency of dynamics
Embedded adaptive modularity
Expressiveness and adaptive modularity
Simplicity of modularity
Consumption and efficiency in expressive form
#5
Subtracted expressive modules
Embedded modularity in simplicity
Variable consumption in efficiency
#6
Differentiated abstraction and modularity
Embedded dynamics in modularity
Abstracted efficiency of modularity
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