This thematic area focuses on design computational techniques in architecture, landscape architecture and urban design and planning as they specifically relate to design and simulation processes and procedures. The array of topics addressed includes computational methods associated with form-generation, scripting and programming, geographic information systems, physical computing, and others.
The area broadly covers digital modeling, scripting, and visualization, but focuses also on advanced topics that reflect faculty interests. These interests include recent theories of form in architecture that employ computational methods for definition, description, and manipulation. From algorithmic design to open source and from virtual reality to robotics, many designers are seeking new tools to explore formal and functional properties as sources of ordering systems. Related procedures include developing algorithms and computational methods that encapsulate the processes that lead to the generation of meaningful form.
Other interests include the exploration of motion in architecture. Parametric design and related issues are explored in a variety of ways, but quite directly in relation to the GSD’s strong presence in the digital fabrication field noted previously. Also explored are the use of computer-based techniques for connecting distant users in the design process through integrated project models, and creating information linkages between participants in the spectrum of design manufacturing and construction processes via Building Information Models. Related faculty include Panagiotis Michalatos, Allen Sayegh, Andrew Witt, David Mah, and Andrea Hansen.
2408 Inorganic Assemblies
4335 Architecture, Science, and Technology
6331 Building Information Models
6338 Computational Design (Numerical Descriptions as Design Tools)
6415 Construction Automation
6418 Smart Materials
6426 Performance Domains
6432 Quantitative Aesthetics: The Environment as a Signal
6470 Simulation in Design