1st Edition
Design to Value The architecture of holistic design and creative technology
Preface
1. Design to Value in the Built Realm Ministry of Justice, UK Soft-Drinks Factory, Africa, Circle Reading, UK, Toyota, Japan, Velodrome, UK, Woven City, Japan
2. A Design to Value Approach, Paimio Sanatorium, Finland, Lacaton & Vassal, France, Circle Reading, UK, London Olympic Stadium, UK, Pier Segregation Product, UK, GlaxoSmithKline Factory, Italy, San Francisco International Airport Wayfinding, USA.
3. Methodology of Design to Value, Data Visualisation, UK, Kitamoto Station West Square, Japan, Psychology of Collaboration, Asia, Takeley Primary School, UK, Autonomous Vehicle Planning, Germany, Riyadh City Planning, Saudi Arabia, Venice Court Housing, UK
4. How Value is Expressed in the Built Environment, Finding Places, Germany, Pharmaceutical Tablet Factory, India, Anglian Water Waste Water Treatment System, UK Centre Pompidou, France. The Greater Boston Food Bank, USA, York University Student Centre, Canada, The Forge, UK, US Embassy, UK, Afterword Bibliography and Further Reading
Biography
Mark Bryden is an architect and co-founder of tech-powered international design company Bryden Wood, where he continues to develop the company’s philosophy and practice while playing an active role in all aspects of the company’s work.
Professor John Dyson is Professor of Human Enterprise at the University of Birmingham, having previously spent more than 25 years at GlaxoSmithKline, where as VP, Head of Capital Strategy and Design, he developed a highly successful longterm strategic approach to asset management.
Jamie Johnston MBE is a Board Director at Bryden Wood, an author and global authority on the Platforms approach to Design for Manufacture and Assembly (P-DfMA) and a leading expert in new dataled, digital workflows for government and private sector clients around the world.
Martin Wood is co-founding architect of tech-powered international design company Bryden Wood, and focuses on exploiting the opportunities that new technologies represent to deliver the optimum solution to problems of significant complexity and scale.
