In this book, Michael Cassidy argues that the built environment should be designed to last physically for a very long time, saving on valuable material resources. By incorporating flexibility and adaptability into every design, buildings remain functionally useful for as long as they last without the need for wasteful demolition. This approach, which he calls Double-Design, has two complementary consequences. Firstly, design must accommodate changing uses beyond the initial one. Secondly, the users of buildings would be enabled to play their full part in ensuring the usefulness of buildings for as long as they last physically.
Through the assessment of compatibilities of the physical requirements for buildings serving different uses over time, the book suggests an approach that establishes a long-life infrastructure within which shorter-life and recyclable material may be used in the fit-out to serve each successive use. Over time, the implementation of Double-Design would provide buildings that are more suited to the changing needs of the future.
Guided by sixty years of professional experience as an architect, planner, and teacher, Dr Cassidy considers the underlying assumptions that provide the present context for design and construction. Building upon the work of many scholars and practitioners, he suggests that Double-Design could contribute to the reinvigoration of architecture by keeping it grounded in serving human needs.
This is essential reading for practising architects, those entering the profession, and anyone interested in the built environment's future. The book is considered an important contribution to the debate about the future of architecture in the new era of information.
In this book, Michael Cassidy argues that the built environment should be designed to last physically for a very long time, saving on valuable material resources. This is essential reading for practising architects, those entering the profession, and anyone interested in the built environment's future.
1. BASIS FOR DOUBLE-DESIGN
2. ARCHITECTURE AND PEOPLE
3. DESIGN
IMPERATIVES TO ACHIEVE USE LONGEVITY
4. DESIGN IMPERATIVES TO ACHIEVE
MATERIAL LONGEVITY
5. CASE STUDY AND PRECEDENTS
6. THE WAY FORWARD
7.
IMPLEMENTATION AND IMPACT
8. CONCLUSIONS AND FUTURE RESEARCH
Michael Cassidy graduated in 1962 with First Class Honours in Architecture from University College, London, and received his Master's degree in 1970 in City and Regional Planning from the University of California, Berkeley, where he was a Harkness Fellow. The University of Plymouth recently awarded him his Doctorate in Architecture. Following experience in hospital research, teaching and design, he was appointed leader of the Environmental Studies Group in the Greater London Council. From 1975, he worked as an architect and planner in private practice and has been responsible for the design and execution of more than one million square meters of buildings in twenty-six countries. He has held academic positions at University College, London, the Regent's Street Polytechnic (now University of Middlesex), Washington University, St Louis, the Centre for Planning and Development Research, UC, Berkeley, Kuwait University Department of Architecture and Gulf University for Science and Technology. He is a Registered Architect in the UK. He has published widely in the technical press and has held exhibitions of his paintings in Kuwait and Mexico.
Rohkem infot Taylor & Francis e-raamatute kohta