Joshua D. Lee – författare

This book questions flexibility as a design approach by providing a longitudinal analysis of an innovative architectural experiment called the School Construction Systems Development (SCSD) project. The SCSD pioneered the use of performance specifications to create an open, prefabricated, and integrated system of building components that provided four modes of flexibility. Educational facilities throughout California used the SCSD system and it spawned a variety of similar projects throughout North America. This book traces the development and subsequent use of the system over 50 years through archival research, personal observations, re-photography, re-surveying, plan evaluations, interviews, and an advertisement analysis. These new findings provide useful insights for architects, educators, historic preservationists, and others about the affordances of spatial flexibility, the difficulties associated with technological transfer, the impact of unstable market conditions, the importance of user input during the planning process, and the need for long-term social relations to sustain architectural experiments.

This book questions flexibility as a design approach by providing a longitudinal analysis of an innovative architectural experiment called the School Construction Systems Development (SCSD) project. The SCSD pioneered the use of performance specifications to create an open, prefabricated, and integrated system of building components that provided four modes of flexibility. Educational facilities throughout California used the SCSD system and it spawned a variety of similar projects throughout North America. This book traces the development and subsequent use of the system over 50 years through archival research, personal observations, re-photography, re-surveying, plan evaluations, interviews, and an advertisement analysis. These new findings provide useful insights for architects, educators, historic preservationists, and others about the affordances of spatial flexibility, the difficulties associated with technological transfer, the impact of unstable market conditions, the importance of user input during the planning process, and the need for long-term social relations to sustain architectural experiments.

Explore pivotal intersections and themes between strategies for buildings and cities to adapt to shifting circumstances.

Sustainable Design for Uncertain Futures introduces fourteen time-based strategies in architecture through a series of dialogues between experts. This format embraces a dynamic exploration of strategies ranging from Adaptive Reuse to Bio Design, revealing how each one addresses forces of change and adds adaptive capacity to the built environment.

The book’s structure invites readers to engage with these strategies on multiple levels. Each chapter begins with a framing of the fundamentals, providing context and key examples to situate the strategies in the wider field. At the core of each chapter is a moderated dialogue that offers key insights into how these strategies work in practice and how they can be used in combination. By presenting these strategies through dialogue, the editors demonstrate the collaborative thinking needed to address growing uncertainty in the built environment and provide readers with an actionable framework of technical and management approaches.

The book’s practical focus helps bridge the gap between theory and application, making this edited volume an invaluable resource for both academics and practitioners. Readers will find dialogues involving fifteen renowned experts in their respective fields:

Avi Friedman & Naomi Keena (Mass Customization) ↔ Michael Fox (Computationally Responsive Environments) / Bie Plevoets (Adaptive Reuse) ↔ John Dale (Open Building) / Aki Ishida (Metabolism) ↔ Michelle Laboy (Persistence) / Felix Heisel (Circular Construction) ↔ Jenni Minner (Preservation) / Kim Trogal (Repair) ↔ Brad Guy (Design for Disassembly & Adaptability) / Sarah Wigglesworth (Inclusive Design) ↔ Irena Bauman (Resilience) / Doris Sung (Smart Materials) ↔ Mitchell Joachim (Bio Design)

Sustainable Design for Uncertain Futures presents:

Academics, practitioners, and others interested in change in the built environment can use the strategies discussed in Sustainable Design for Uncertain Futures to develop architectural solutions that accommodate climate change, shifting demographics, new live-work patterns, and many other uncertainties.