This book brings together cutting-edge exploratory research findings to show how a vision for sustainable communities can be enabled by digital transformation.
This book brings together cutting-edge exploratory research findings to show how a vision for sustainable communities can be enabled by digital transformation. It attempts to apply existing knowledge about digital transformation and sustainable communities and compare, interpret, diagnose, and evaluate a variety of digital solutions to ascertain their suitability for the delivery of a more sustainable built environment. Chapters examine a breadth of issues including how digital transformations could:
· Provide digital/physical working/living environments that anticipate emerging lifestyles
· Blend digital engagements into the physical engagements within the built environment
· Support business and social activity in physical and online venues
· Use advanced information and community-oriented technologies for efficient management of urban services
· Promote sustainability
· Express narratives that celebrate the experience of place and community
· Leverage transformation of educational systems
· Foster linkages between universities, and between universities and businesses
· Facilitate working relationships among small and large companies
· Foster new processes and arrangements for innovation in the built environment
By comparing the key principles of digital transformation with those of sustainable communities, the contributors seek to justify or discount the applicability of digital change for achieving more sustainable communities. The research presented in this book is essential reading for architecture, urban planning, quantity surveying, building surveying, real estate, and construction management professionals and academics.
Part 1: Introduction
Chapter 1: Introduction
Part 2: Enablers, Tools, and Methods for Physical Sustainability
Chapter 2: Building Information Modelling for Deep Retrofitting of
Residential Properties by Stephen Phillips (London Southbank University, UK)
Chapter 3: Enhancing Sustainability through High Performance Weather
Adaptive Facades by Kishor Zingre, (Northumbria University, UK)
Chapter 4: Exploring Sustainable FM KPIs and the Role of Digital Twins for
Sustainable FM Gökhan Demirdöen, (Yildiz Technical University, Turkey);
Zeynep Ik, (Yildiz Technical University, Turkey); Yusuf Arayici,
(Northumbria University, UK)
Chapter 5: Stranded Assets in Built environment: Evaluation of Information
in Energy Performance Certificates by Kevin Muldoon-Smith, (Northumbria
University, UK); Paul Greenhalgh (Northumbria University, UK); Stephen
Philips (London Southbank University, UK)
Part 3: Go Green with Digital for Environmental Sustainability
Chapter 6: The Digital Foundations for Sustainable Social Housing
Decarbonisation by Richard Watson, Tara Hipwood and Zahirah Mokhtar Azizi
(Northumbria University, UK)
Chapter 7: Promoting Built Asset Flood Resilience for Sustainable
Development through Data Advantage by Onaopepo Adeniyi, (Northumbria
University, UK)
Chapter 8: Measuring Walkability in the Digital Age: Open-Source Data and
Spatial Modelling by Ayse Ozbil Torun, (Northumbria University, UK)
Chapter 9: Dealing with Uncertainties of Embodied Carbon Estimates in the
Digital Age by Zaid Alwan & Amalka Ranathungage, (Northumbria University,
UK)
Part 4: Waste Removal and Lean Practices with Digital for Economic
Sustainability
Chapter 10: Knowledge Pipelines: Coordinating Data and Information in the
Digital Built Environment by Kevin Muldoon-Smith, (Northumbria University,
UK)
Chapter 11: Critical barriers to blockchain-enabled smart contracts adoption
in public-private partnership projects: An exploratory study by Ameyaw Ernest
and Bimal Kumar, (Northumbria University, UK)
Chapter 12: Digital Public Procurement Philosophies for SMEs to Function
Effectively in Social Housing Projects by Richard Humphrey, (Northumbria
University, UK)
Chapter 13: Circular Economy for Sustainable Built Environment through
Building Information Modelling by Bahriye Ilhan Jones, (Northumbria
University, UK); Hatidza Isanovic, (Istanbul Technical University, Turkey)
Chapter 14: Life Cycle Costing Assessment of Circular Building by Haibo
Feng, Tarek Ahmed, (Northumbria University, UK)
Part 5: Values and Inclusivity with Digital for Social Sustainability
Chapter 15: A Multi-Level Perspective View to Sustainable Smart Cities as a
Decarbonisation Pathway by Hidayati Ramli, Zahirah Mokhtar Azizi, Niraj
Thurairajah, (Northumbria University, UK)
Chapter 16: Rendering the digital future Understanding the social-spatial
perception of dynamic IoT-based activities by Jiayi Jin, (Northumbria
University, UK)
Chapter 17: Transforming Perceptions Through Design: How Interactive
Technology and Spatial Design Bring Digital Advances to Wider Audiences by
Ben Couture and Tarek Ahmed, (Northumbria University, UK)
Chapter 18: Radical Sustainability and Architectural Imagination: Can
Digital Technologies Enhance Alternative Narratives of Place? By Nadia
Bertolino, Cameron McEwan (Northumbria University, UK)
Part 6: Conclusion
Chapter 19: Summary and Conclusion
Yusuf Arayici is Professor of Built Environment at Northumbria University.
Niraj Thurairajah is Associate Professor of Built Environment at Northumbria University, where he leads the Sustainable Construction Futures research group.
Bimal Kumar is currently Professor of Innovative Digital Construction Technologies at the University of Strathclyde in Glasgow, UK.
Rohkem infot Taylor & Francis e-raamatute kohta