Rethinking Basic Design in Architectural Education provides historical and computational insights into beginning design education for architecture. Inviting the readers to briefly forget what is commonly known as basic design, it delivers the account of two educators, Denman W. Ross and Arthur W. Dow, from the turn of the twentieth century in Northeast America, interpreting key aspects of their methodology for teaching foundations for design and art. This alternate intellectual context for the origins of basic design as a precursor to computational design complements the more haptic, more customized, and more open-source design and fabrication technologies today. Basic design described and illustrated here as a form of low-tech computation offers a setting for the beginning designer to consciously experience what it means to design. Individualized dealings with materials, tools, and analytical techniques foster skills and attitudes relevant to creative and technologically adept designers. The book is a timely contribution to the theory and methods of beginning design education when fast-changing design and production technology demands change in architecture schools' foundations curricula.

Rethinking Basic Design in Architectural Education provides historical and computational insights into beginning design education for architecture. Inviting the readers to briefly forget what is commonly known as basic design, it delivers the account of two educators, Denman W. Ross and Arthur W. Dow, from the turn of the twentieth century in Northeast America, interpreting key aspects of their methodology for teaching foundations for design and art. This alternate intellectual context for the origins of basic design as a precursor to computational design complements the more haptic, more customized, and more open-source design and fabrication technologies today. Basic design described and illustrated here as a form of low-tech computation offers a setting for the beginning designer to consciously experience what it means to design. Individualized dealings with materials, tools, and analytical techniques foster skills and attitudes relevant to creative and technologically adept designers. The book is a timely contribution to the theory and methods of beginning design education when fast-changing design and production technology demands change in architecture schools' foundations curricula.

This book constitutes selected papers of the 17th International Conference on Computer-Aided Architectural Design Futures, CAAD Futures 2017, held in Istanbul, Turkey, in July 2017. The 22 revised full papers presented were carefully reviewed and selected from numerous submissions. The papers are organized in topical sections on modeling urban design; support systems for design decisions; studying design behavior in digital environments; materials, fabrication, computation; shape studies.