SMART CITIES

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

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)

To God

Who Made All Things Beautiful

List of Tables and Figuresxv
About the Authorsxvii
Prefacexix
Part 1: General Introduction of the Book
1General Introduction3
 Introduction3
 Definition of Smart Cities4
 Evolution of Smart Cities5
 Concept of Smart Cities6
 Reasons for Smart Cities7
 Characteristics of a Smart City7
 Resilient City System, Economically Beneficial City7
 Objective of the Book8
 Conclusion8
 References9
Part 2: Concept of Smart Cities
2Introduction to Smart Cities13
 Introduction13
 City and Smart City14
 History of City and Smart City14
 Definition of City and Smart City15
 Construction Industry and Smart Cities16
 Characteristics of Smart Cities17
 Economy17
 Environment18
 Society18
 Smart City Frameworks18
 Technology Framework19
 Human Framework19
 Institutional Framework20
 Features of Smart City20
 Conclusion21
 References22
3The Smart City Process23
 Introduction23
 The Conceptualisation of Smart Cities25
 Smart City Definitions26
 Traits of Smart City Areas27
 Smart Environment27
 Smart Economy28
 Smart Governance28
 Smart Living28
 Smart People28
 Smart Mobility29
 The Smartisation Process of a City29
 The Content of Smartisation Process30
 Development of Wireless City30
 Development of Smart Family30
 Smart General Administrations and Improvement of Social Administration31
 Development of Smart Transportation31
 Improvement of Smart Medicinal Treatment31
 Development of Smart City Administration32
 Development of Green City32
 Development Smart Vacationer Focus32
 Sustainability and ICT in Smart Cities32
 Smart Cities Drivers33
 Inadequate Infrastructure34
 Growing Stress34
 Growing Urbanisation34
 Growing Environmental Challenges34
 Growing Economics Competition35
 Growing Expectations35
 Rapidly Improving Technology Capabilities35
 Smart City Barriers35
 Lack of a Smart City Visionary36
 Lack of Citizen Engagement36
 Lack of Integrated Services36
 Lack of ICT Know-how37
 Lack of Finance37
 Siloed, Piecemeal Implementations37
 Smart Cities Benefits38
 Enhanced Sustainability38
 Enhanced Liveability38
 Enhance Workability39
 Conclusion39
 References39
4Smart City Theories and Models45
 Concept of Smart City45
 Smart City Theories and Models46
 Energy and the Environment48
 Mobility49
 Economy49
 Governance49
 Society49
 Technology Framework50
 Digital City50
 Virtual City51
 Information City51
 Intelligent City51
 Ubiquitous City52
 Human Framework52
 Creative City53
 Learning City53
 Humane City53
 Knowledge City54
 Institutional Framework54
 Conclusion55
 References55
Part 3: Smart Cities Stakeholders
5Smart Cities Team Members59
 Introduction to Smart Cities Team Members59
 Definitions of Smart City60
 Characteristics of Smart Cities61
 Management of Smart Cities64
 Stakeholders Involved in the Management of Smart Cities65
 Technological Management of Smart Cities67
 Management of Government Policies of Smart Cities and Education of Smart Citizens68
 Conclusion69
 References69
6Smart City Team Partnership71
 Introduction71
 Definition of Smart Cities72
 Smart Cities Development73
 Economy73
 Environment74
 Society74
 Problems of Smart Cities74
 Opportunities in Smart Cities Projects75
 Features of Smart Cities76
 Team Members, People and Participant Involved in the Creation of Smart Cities in Some Countries76
 United States of America77
 India79
 Australia79
 United Kingdom80
 Europe (London and Dublin)82
 Conclusion83
 References83
Part 4: Sustainable Development (SD)
7Sustainable Development: Definition and Principles87
 Introduction87
 The Term: Sustainable Development89
 The Contradictory Discourse of Sustainability in SD89
 Development and Sustainability89
 Contemporary Challenges of the Concept of SD91
 Drivers of SD92
 Innovation and SD92
 Thinking about Innovation and Technology93
 How Companies Manage Innovation94
 Barriers to Smart Cities Development94
 Further Barriers to Smart Cities Development95
 Economic Sustainability95
 Social Sustainability96
 Environmental Sustainability96
 Same Objective but Different Challenges, Trends and Needs97
 Economic Development and the Financial Change97
 Conclusion98
 References98
Part 5: Smart Cities and Sustainable Development
8Quality of Life103
 Introduction103
 Meanings of Smart Cities104
 Quality of Life of Smart Cities Citizens105
 Time Loss Eradication106
 Ease of Doing Things106
 Waste Minimisation and Control106
 Good Transport Management107
 Conclusion107
 References108
9Socially Inclusive City: Socially Inclusive and Economically Beneficial Smart Cities109
 Introduction110
 Descriptions of Smart Cities111
 The Smart City Concept112
 Smart City as a Socially Inclusive City113
 Smart City as an Economically Beneficial City115
 Conclusion116
 References116
Part 6: Enhancing Smart Cities for Sustainable Development
10Drivers of Smart Cities121
 Introduction121
 Brief Explanation of Smart City122
 Drivers of Smart City122
 Energy and the Environment124
 Economy125
 Mobility125
 Society125
 Governance125
 Measures of Smart City Performance126
 Benefits of Smart City to the Citizens127
 Conclusions128
 References128
11Smart City Dimensions131
 Introduction131
 Cities131
 Smart City132
 Formation of Smart Cities132
 Smart Economy134
 Smart Transportation134
 Smart Environment134
 Smart Individuals134
 Good Governance135
 Smart Living135
 Idea of Smart City136
 Barriers to Smart City Development136
 Complexity of Smart City System137
 Economic Barriers138
 Technological Barriers138
 Social Barriers139
 Unclear Vision139
 Information and Awareness139
 Governance and Coordination Barriers139
 Legal and Regulatory139
 Financial Barriers140
 Solutions to Smart City Development Barriers140
 Public Sector References140
 To Overcome Complexity Barriers140
 To Overcome Economic Barriers140
 To Overcome Technological Barriers140
 To Overcome Social Barriers141
 To Overcome Governance Barriers141
 Private Sector References141
 To Overcome Complexity Barriers141
 To Overcome Economic Barriers141
 To Overcome Technological Barriers141
 To Overcome Social Barriers142
 To Overcome Governance Barriers142
 Conclusion142
 References142
12Challenges in Smart Cities Development145
 Introduction145
 Factors Posing Challenges to Smart Cities Development146
 Information Technology (IT) Infrastructure146
 Security and Privacy146
 The LoT147
 The Cloud148
 Big Data Management148
 Cost149
 Efficiency, Availability and Scalability149
 Social Adaption150
 Application Development150
 Cities in Africa151
 Conclusion152
 References152
13Procurement in Smart City Development155
 Introduction155
 Smart City156
 Procurement157
 Brief on Public Procurement158
 Public Procurement System158
 Procurement Methods159
 Procurement of Smart Cities160
 Common Drawbacks to Smart Cities Procurement161
 Measures to Challenge of Procurement of Smart City162
 Conclusion162
 References162
Index165
Table 3.1.Content of Smartisation Process30
Table 7.1.Different Perceptions on Sustainability90
Table 7.2.Different Author’s Theories on Development and Sustainability91
Table 9.1.Features of a Smart City.113
Figure 2.1.Performing Variables Indicator of a Smart City17
Figure 3.1.Content of Smartisation Process31
Figure 4.1.Some of the Levels of Becoming Smart City48
Figure 7.1SD Survival Policies88
Figure 11.1.Smart City Chain of Dimension133
Figure 13.1.Public Procurement System159

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.

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