Prelims
Smart Cities: A Panacea for Sustainable Development
ISBN: 978-1-80382-456-7, eISBN: 978-1-80382-455-0
Publication date: 5 April 2022
Citation
Oke, A.E., Stephen, S.S., Aigbavboa, C.O., Ogunsemi, D.R. and Aje, I.O. (2022), "Prelims", Smart Cities: A Panacea for Sustainable Development, Emerald Publishing Limited, Leeds, pp. i-xx. https://doi.org/10.1108/978-1-80382-455-020221016
Publisher
:Emerald Publishing Limited
Copyright © 2022 Ayodeji Emmanuel Oke, Seyi Segun Stephen, Clinton Ohis Aigbavboa, Deji Rufus Ogunsemi and Isaac Olaniyi Aje
Half Title Page
SMART CITIES
Title Page
SMART CITIES: A PANACEA FOR SUSTAINABLE DEVELOPMENT
BY
AYODEJI EMMANUEL OKE
Federal University of Technology Akure, Nigeria & University of Johannesburg, South Africa
SEYI SEGUN STEPHEN
Federal University of Technology Akure, Nigeria
CLINTON OHIS AIGBAVBOA
University of Johannesburg, South Africa
DEJI RUFUS OGUNSEMI
Federal University of Technology Akure, Nigeria
And
ISAAC OLANIYI AJE
Federal University of Technology Akure, Nigeria
United Kingdom – North America – Japan – India – Malaysia – China
Copyright Page
Emerald Publishing Limited
Howard House, Wagon Lane, Bingley BD16 1WA, UK
First edition 2022
Copyright © 2022 Ayodeji Emmanuel Oke, Seyi Segun Stephen, Clinton Ohis Aigbavboa, Deji Rufus Ogunsemi and Isaac Olaniyi Aje. Published under an exclusive license by Emerald Publishing Limited.
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British Library Cataloguing in Publication Data
A catalogue record for this book is available from the British Library
ISBN: 978-1-80382-456-7 (Print)
ISBN: 978-1-80382-455-0 (Online)
ISBN: 978-1-80382-457-4 (Epub)
Dedication Page
To God
Who Made All Things Beautiful
Contents
List of Tables and Figures | xv | |
About the Authors | xvii | |
Preface | xix | |
Part 1: General Introduction of the Book | ||
1 | General Introduction | 3 |
Introduction | 3 | |
Definition of Smart Cities | 4 | |
Evolution of Smart Cities | 5 | |
Concept of Smart Cities | 6 | |
Reasons for Smart Cities | 7 | |
Characteristics of a Smart City | 7 | |
Resilient City System, Economically Beneficial City | 7 | |
Objective of the Book | 8 | |
Conclusion | 8 | |
References | 9 | |
Part 2: Concept of Smart Cities | ||
2 | Introduction to Smart Cities | 13 |
Introduction | 13 | |
City and Smart City | 14 | |
History of City and Smart City | 14 | |
Definition of City and Smart City | 15 | |
Construction Industry and Smart Cities | 16 | |
Characteristics of Smart Cities | 17 | |
Economy | 17 | |
Environment | 18 | |
Society | 18 | |
Smart City Frameworks | 18 | |
Technology Framework | 19 | |
Human Framework | 19 | |
Institutional Framework | 20 | |
Features of Smart City | 20 | |
Conclusion | 21 | |
References | 22 | |
3 | The Smart City Process | 23 |
Introduction | 23 | |
The Conceptualisation of Smart Cities | 25 | |
Smart City Definitions | 26 | |
Traits of Smart City Areas | 27 | |
Smart Environment | 27 | |
Smart Economy | 28 | |
Smart Governance | 28 | |
Smart Living | 28 | |
Smart People | 28 | |
Smart Mobility | 29 | |
The Smartisation Process of a City | 29 | |
The Content of Smartisation Process | 30 | |
Development of Wireless City | 30 | |
Development of Smart Family | 30 | |
Smart General Administrations and Improvement of Social Administration | 31 | |
Development of Smart Transportation | 31 | |
Improvement of Smart Medicinal Treatment | 31 | |
Development of Smart City Administration | 32 | |
Development of Green City | 32 | |
Development Smart Vacationer Focus | 32 | |
Sustainability and ICT in Smart Cities | 32 | |
Smart Cities Drivers | 33 | |
Inadequate Infrastructure | 34 | |
Growing Stress | 34 | |
Growing Urbanisation | 34 | |
Growing Environmental Challenges | 34 | |
Growing Economics Competition | 35 | |
Growing Expectations | 35 | |
Rapidly Improving Technology Capabilities | 35 | |
Smart City Barriers | 35 | |
Lack of a Smart City Visionary | 36 | |
Lack of Citizen Engagement | 36 | |
Lack of Integrated Services | 36 | |
Lack of ICT Know-how | 37 | |
Lack of Finance | 37 | |
Siloed, Piecemeal Implementations | 37 | |
Smart Cities Benefits | 38 | |
Enhanced Sustainability | 38 | |
Enhanced Liveability | 38 | |
Enhance Workability | 39 | |
Conclusion | 39 | |
References | 39 | |
4 | Smart City Theories and Models | 45 |
Concept of Smart City | 45 | |
Smart City Theories and Models | 46 | |
Energy and the Environment | 48 | |
Mobility | 49 | |
Economy | 49 | |
Governance | 49 | |
Society | 49 | |
Technology Framework | 50 | |
Digital City | 50 | |
Virtual City | 51 | |
Information City | 51 | |
Intelligent City | 51 | |
Ubiquitous City | 52 | |
Human Framework | 52 | |
Creative City | 53 | |
Learning City | 53 | |
Humane City | 53 | |
Knowledge City | 54 | |
Institutional Framework | 54 | |
Conclusion | 55 | |
References | 55 | |
Part 3: Smart Cities Stakeholders | ||
5 | Smart Cities Team Members | 59 |
Introduction to Smart Cities Team Members | 59 | |
Definitions of Smart City | 60 | |
Characteristics of Smart Cities | 61 | |
Management of Smart Cities | 64 | |
Stakeholders Involved in the Management of Smart Cities | 65 | |
Technological Management of Smart Cities | 67 | |
Management of Government Policies of Smart Cities and Education of Smart Citizens | 68 | |
Conclusion | 69 | |
References | 69 | |
6 | Smart City Team Partnership | 71 |
Introduction | 71 | |
Definition of Smart Cities | 72 | |
Smart Cities Development | 73 | |
Economy | 73 | |
Environment | 74 | |
Society | 74 | |
Problems of Smart Cities | 74 | |
Opportunities in Smart Cities Projects | 75 | |
Features of Smart Cities | 76 | |
Team Members, People and Participant Involved in the Creation of Smart Cities in Some Countries | 76 | |
United States of America | 77 | |
India | 79 | |
Australia | 79 | |
United Kingdom | 80 | |
Europe (London and Dublin) | 82 | |
Conclusion | 83 | |
References | 83 | |
Part 4: Sustainable Development (SD) | ||
7 | Sustainable Development: Definition and Principles | 87 |
Introduction | 87 | |
The Term: Sustainable Development | 89 | |
The Contradictory Discourse of Sustainability in SD | 89 | |
Development and Sustainability | 89 | |
Contemporary Challenges of the Concept of SD | 91 | |
Drivers of SD | 92 | |
Innovation and SD | 92 | |
Thinking about Innovation and Technology | 93 | |
How Companies Manage Innovation | 94 | |
Barriers to Smart Cities Development | 94 | |
Further Barriers to Smart Cities Development | 95 | |
Economic Sustainability | 95 | |
Social Sustainability | 96 | |
Environmental Sustainability | 96 | |
Same Objective but Different Challenges, Trends and Needs | 97 | |
Economic Development and the Financial Change | 97 | |
Conclusion | 98 | |
References | 98 | |
Part 5: Smart Cities and Sustainable Development | ||
8 | Quality of Life | 103 |
Introduction | 103 | |
Meanings of Smart Cities | 104 | |
Quality of Life of Smart Cities Citizens | 105 | |
Time Loss Eradication | 106 | |
Ease of Doing Things | 106 | |
Waste Minimisation and Control | 106 | |
Good Transport Management | 107 | |
Conclusion | 107 | |
References | 108 | |
9 | Socially Inclusive City: Socially Inclusive and Economically Beneficial Smart Cities | 109 |
Introduction | 110 | |
Descriptions of Smart Cities | 111 | |
The Smart City Concept | 112 | |
Smart City as a Socially Inclusive City | 113 | |
Smart City as an Economically Beneficial City | 115 | |
Conclusion | 116 | |
References | 116 | |
Part 6: Enhancing Smart Cities for Sustainable Development | ||
10 | Drivers of Smart Cities | 121 |
Introduction | 121 | |
Brief Explanation of Smart City | 122 | |
Drivers of Smart City | 122 | |
Energy and the Environment | 124 | |
Economy | 125 | |
Mobility | 125 | |
Society | 125 | |
Governance | 125 | |
Measures of Smart City Performance | 126 | |
Benefits of Smart City to the Citizens | 127 | |
Conclusions | 128 | |
References | 128 | |
11 | Smart City Dimensions | 131 |
Introduction | 131 | |
Cities | 131 | |
Smart City | 132 | |
Formation of Smart Cities | 132 | |
Smart Economy | 134 | |
Smart Transportation | 134 | |
Smart Environment | 134 | |
Smart Individuals | 134 | |
Good Governance | 135 | |
Smart Living | 135 | |
Idea of Smart City | 136 | |
Barriers to Smart City Development | 136 | |
Complexity of Smart City System | 137 | |
Economic Barriers | 138 | |
Technological Barriers | 138 | |
Social Barriers | 139 | |
Unclear Vision | 139 | |
Information and Awareness | 139 | |
Governance and Coordination Barriers | 139 | |
Legal and Regulatory | 139 | |
Financial Barriers | 140 | |
Solutions to Smart City Development Barriers | 140 | |
Public Sector References | 140 | |
To Overcome Complexity Barriers | 140 | |
To Overcome Economic Barriers | 140 | |
To Overcome Technological Barriers | 140 | |
To Overcome Social Barriers | 141 | |
To Overcome Governance Barriers | 141 | |
Private Sector References | 141 | |
To Overcome Complexity Barriers | 141 | |
To Overcome Economic Barriers | 141 | |
To Overcome Technological Barriers | 141 | |
To Overcome Social Barriers | 142 | |
To Overcome Governance Barriers | 142 | |
Conclusion | 142 | |
References | 142 | |
12 | Challenges in Smart Cities Development | 145 |
Introduction | 145 | |
Factors Posing Challenges to Smart Cities Development | 146 | |
Information Technology (IT) Infrastructure | 146 | |
Security and Privacy | 146 | |
The LoT | 147 | |
The Cloud | 148 | |
Big Data Management | 148 | |
Cost | 149 | |
Efficiency, Availability and Scalability | 149 | |
Social Adaption | 150 | |
Application Development | 150 | |
Cities in Africa | 151 | |
Conclusion | 152 | |
References | 152 | |
13 | Procurement in Smart City Development | 155 |
Introduction | 155 | |
Smart City | 156 | |
Procurement | 157 | |
Brief on Public Procurement | 158 | |
Public Procurement System | 158 | |
Procurement Methods | 159 | |
Procurement of Smart Cities | 160 | |
Common Drawbacks to Smart Cities Procurement | 161 | |
Measures to Challenge of Procurement of Smart City | 162 | |
Conclusion | 162 | |
References | 162 | |
Index | 165 |
List of Tables and Figures
Tables
Table 3.1. | Content of Smartisation Process | 30 |
Table 7.1. | Different Perceptions on Sustainability | 90 |
Table 7.2. | Different Author’s Theories on Development and Sustainability | 91 |
Table 9.1. | Features of a Smart City. | 113 |
Figures
Figure 2.1. | Performing Variables Indicator of a Smart City | 17 |
Figure 3.1. | Content of Smartisation Process | 31 |
Figure 4.1. | Some of the Levels of Becoming Smart City | 48 |
Figure 7.1 | SD Survival Policies | 88 |
Figure 11.1. | Smart City Chain of Dimension | 133 |
Figure 13.1. | Public Procurement System | 159 |
About the Authors
Ayodeji Emmanuel Oke is a Senior Lecturer in the Department of Quantity Surveying, Federal University of Technology Akure, Nigeria and a Senior Research Associate with cidb Centre of Excellence, Faculty of Engineering and Built Environment, University of Johannesburg, South Africa. With more than 250 publications, his research interest is in sustainable infrastructure management (SIM), emphasising sustainable construction, value management and quantity surveying and construction in the digital era.
Seyi Segun Stephen is a Graduate of Quantity Surveying at the Federal University of Technology, Akure, Nigeria. He is a Social Psychology and Behavioural Sciences Enthusiast. He also has a flair for literature and his areas of specialisation are academic consultancy, psychological education and teaching. He is a Construction Manager and has authored books including Sustainable Construction in era of the Fourth Industrial Revolution published by Taylor & Francis, Routledge.
Clinton Ohis Aigbavboa is a Professor in the Department of Construction Management and Quantity Surveying, and Director of cidb Centre of Excellence & Sustainable Human Settlement and Construction Research Centre, University of Johannesburg, South Africa. He completed his PhD in Engineering Management and has published several research papers in the area of housing, construction and engineering management and research methodology for construction students. He has extensive knowledge in practice, research, training and teaching.
Deji Rufus Ogunsemi is a Professor of Quantity Surveying in the Department of Quantity Surveying, Federal University of Technology, Akure, Nigeria. He is currently the Deputy Vice-Chancellor (Academics), Federal University of Technology Akure, Nigeria. He is a Registered Quantity Surveyor and Registered Builder with research interest in cost management, procurement management and construction economics.
Isaac Olaniyi Aje is a Professor of Contract Management and Quantity Surveying in the Department of Quantity Surveying, Federal University of Technology, Akure, Nigeria. He is currently the Dean, School of Environmental Technology, Federal University of Technology, Akure, Nigeria. He is a Registered Quantity Surveyor with research interest in contractual arrangements and management, cost management and procurement management.
Preface
Change is constant with humans. There is always the urge to move from a state to another no matter the level of comfort enjoyed at that moment. And with the client being insatiable in nature coupled with the quest to dealing with scarcity, construction professionals in the construction industry needed to act swift in order to meet the growing expectations and providing sustainable alternatives to scarcities. Surplus and reusable are the major terminologies when dealing with concepts that gave birth to sustainable development (SD). In the search for better quality of life, residents migrate at a very high rate from less developed areas to developed ones. This has however increased the pressure on the available resources present in such civilised cities. The population’s growth is not slowing down soon at any moment hence the need to improve on what has been on ground. Smart cities come as a solution to the demands to the growing migrated population. The smartness of a city comes from the relationships between construction stakeholders and the citizens with general enhancement in mind as the targeted goal. It is believed that when there is a more technologically advanced society where operations are estimated and managed, there is bound to be improvements in all standards and ease of growth in social, physical and economic circumstances.
The smart city has been developed over the years and its benefits are numerous. As well as challenges and drivers that are part of its concept, the smart city framework inculcated into constructions will enhance the overall performances of cities as well as the citizens living in them. This book assists the readers in comprehending better what smart city in construction is all about. It starts by defining smart city to identifying concepts in it; also, the process, theories and models that are embedded in it are explicitly explained to give a solid basic understanding of the subject. The interaction between smart city and SD was affirmed in the context of the book. Furthermore, procurement in smart city development brings a new look to an angle presented in terms of functionality and acceptability of the smart city into construction processes even from the onset of planning to management of executions within a contract sum and duration.
As urbanisation continues to progress through several digitalisation processes, the architecture, engineering, construction and operation (AECO) industries are always saddled with delivering results due to the growing pressures within and outside the construction industry. The expected readers of the book are construction professionals in various fields; undergraduate and postgraduate students in the built environment discipline; policy-makers in the construction industry; procurement officers; government agencies in ministries, secretariats and functional integrated infrastructural project professionals; construction workers both in developing and developed countries; city and urban planners; building, civil and industrial stakeholders; value creators across several fields; individuals concerned with building a smart or sustainable city; building contractors and regulatory project personnel; financiers in terms of banks, bond, insurance companies; and local monarchs among other readers.
This book can serve as research guide, concepts and practices concerned in smart city development, construction management, SD, functionality and sustainability, and material notes for relating city development. It is of the hope that the readers will be educated and informed about the practices that are involved in smart city development.
Ayodeji E. Oke
Seyi S. Stephen
Clinton O. Aigbavboa
Deji R. Ogunsemi
Isaac O. Aje
- Prelims
- Part 1: General Introduction of the Book
- 1. General Introduction
- Part 2: Concept of Smart Cities
- 2. Introduction to Smart Cities
- 3. The Smart City Process
- 4. Smart City Theories and Models
- Part 3: Smart Cities Stakeholders
- 5. Smart Cities Team Members
- 6. Smart City Team Partnership
- Part 4: Sustainable Development (SD)
- 7. Sustainable Development: Definition and Principles
- Part 5: Smart Cities and Sustainable Development
- 8. Quality of Life
- 9. Socially Inclusive City: Socially Inclusive and Economically Beneficial Smart Cities
- Part 6: Enhancing Smart Cities for Sustainable Development
- 10. Drivers of Smart Cities
- 11. Smart City Dimensions
- 12. Challenges in Smart Cities Development
- 13. Procurement in Smart City Development
- Index