A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Near Future Developments: Advances in Simulation and Real‐Time Feedback
This chapter discusses three overlapping and multi‐disciplinary themes in the architectural design process, including real‐time feedback, human behavior as a computational data source, and reconsiderations of comfort and experience to consider gradients of performance. The chapter highlights projects that are experimental structures pointing to promising new trajectories for 'computing the environment' that offer perspectives not seen in mainstream practice. These projects are part of a larger movement in architecture, both in school and in practice, to design and build 1:1 prototypes and pavilions that serve as influential test beds for new ideas. The impact of these temporary pavilions and pop‐ups has been studied in recent architectural essays, for the relevance they hold in relation to larger architectural ideas, in the context of digital design and virtual spaces, and these reveal a plurality of approaches. Architect Philippe Rahm is known for his experimental architectural proposals that push the boundaries of environmental design. The increasing ease and speed of gaining feedback from physical and virtual testing enables new ways of designing. Real‐time feedback, design for interaction with the environment, not only measuring or simulating its behavior, and the inclusion of new metrics like sound, are flourishing in experimental projects, and are likely to come to mainstream practice in the near future.
Near Future Developments: Advances in Simulation and Real‐Time Feedback
This chapter discusses three overlapping and multi‐disciplinary themes in the architectural design process, including real‐time feedback, human behavior as a computational data source, and reconsiderations of comfort and experience to consider gradients of performance. The chapter highlights projects that are experimental structures pointing to promising new trajectories for 'computing the environment' that offer perspectives not seen in mainstream practice. These projects are part of a larger movement in architecture, both in school and in practice, to design and build 1:1 prototypes and pavilions that serve as influential test beds for new ideas. The impact of these temporary pavilions and pop‐ups has been studied in recent architectural essays, for the relevance they hold in relation to larger architectural ideas, in the context of digital design and virtual spaces, and these reveal a plurality of approaches. Architect Philippe Rahm is known for his experimental architectural proposals that push the boundaries of environmental design. The increasing ease and speed of gaining feedback from physical and virtual testing enables new ways of designing. Real‐time feedback, design for interaction with the environment, not only measuring or simulating its behavior, and the inclusion of new metrics like sound, are flourishing in experimental projects, and are likely to come to mainstream practice in the near future.
Near Future Developments: Advances in Simulation and Real‐Time Feedback
Peters, Terri (author)
Computing the Environment ; 74-93
2018-02-09
20 pages
Article/Chapter (Book)
Electronic Resource
English
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