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.

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.

Learning by Building challenges today’s architects and students to experience the energy and creativity of construction. Based on the example of famous architects such as Frank Lloyd Wright and Le Corbusier, who considered construction an integral part of the design process, "design-build" is standard practice in growing numbers of today’s architecture firms. Architect and professor William J. Carpenter explores ways to integrate construction into architectural education, bridging the gap between theory and practice—between designing and building. Mr. Carpenter traces the history of construction in architectural education, from medieval times, to Jefferson’s Monticello, to the German Bauhaus. He cites twentieth-century artists such as Richard Serra and Donald Judd, whose work is generated by the process of making; like the artist, "the architect should be immersed in the potential of construction." Ten in-depth case studies of schools that have incorporated design-build into their curriculum illustrate how construction studios help future architects learn real-life pragmatics and collaboration. Through text and photographs, Mr. Carpenter recounts the diverse experiences of high-profile schools such as Cranbrook and Yale University, providing models for other schools that wish to include design-build in their curriculums. Mr. Carpenter also gives a helpful outline of the practical details involved in design-build, such as team issues, legal issues, and built applications of the process. Learning by Building is a wake-up call to architects and students alike to immerse themselves in the process of architecture—to rediscover, or witness for the first time, the excitement of building.

What kind of architectural knowledge was cultivated through drawings, models, design-build experimental houses and learning environments in the 20th century? And, did new teaching techniques and tools foster pedagogical, institutional and even cultural renewal? Architectural Education Through Materiality: Pedagogies of 20th Century Design brings together a collection of illustrated essays dedicated to exploring the complex processes that transformed architecture’s pedagogies in the 20th century. The last decade has seen a substantial increase in interest in the history of architectural education. This book widens the geographical scope beyond local school histories and sets out to discover the very distinct materialities and technologies of schooling as active agents in the making of architectural schools. Architectural Education Through Materiality argues that knowledge transmission cannot be reduced to ‘software’, the relatively easily detectable ideas in course notes and handbooks, but also has to be studied in close relation to the ‘hardware’ of, for instance, wall pictures, textiles, campus designs, slide projectors and even bodies. Presenting illustrated case studies of works by architects, educators and theorists including Dalibor Vesely, Dom Hans van der Laan, the Global Tools group, Heinrich Wölfflin, Alfons Hoppenbrouwers, Joseph Rykwert, Pancho Guedes and Robert Cummings, and focusing on student-led educational initiatives in Europe, the UK, North America and Australia, the book will inspire students, educators and professionals with an interest in the many ways architectural knowledge is produced and taught.