Building Information Modeling (BIM) has become the standard of building construction, design, and operation. During the past decade significant changes have taken place in the nature of design and construction practices which has transformed the very nature of architectural representation. Architects no longer draw 2D deceptions of what they intend others to build, but they instead model, code, simulate and integrate the final built product virtually, alongside their colleagues and collaborators, architects, engineers and builders.
The production of an information rich BIM is the ground upon which all construction activities for advanced and complex buildings take place. BIM is also the origins of contemporary innovations in Integrated Design, the creation of collaborative platforms which aim to maximize the sustainable outcomes in the project delivery of buildings. Moreover, being able to collaboratively produce, share and query a BIM makes possible the global practice of design and construction. The course will familiarize students to this important?field of architectural practice. Water Shaping Architecture will challenge individuals to project possibilities for our disciplines and begin to inform students about the crucial role design plays in shaping this resource. How do our choices as architects impact access to water, and how are those issues predetermined on a building, local, regional and continental scale? How can our projects react resiliently to changing climate and changing reality? If Sustainability is about providing for our needs while allowing for future generations to do the same, how does our outlook on water shape our decision-making process? The class includes readings, short sketch assignments and case studies, field trips (in person as possible or virtual) and a final case study report.
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