Professor Fang Zhao, Associate Dean Research and Enterprise, Staffordshire Business School
By 2050, two-thirds of the world’s population will live in towns and cities, resulting in the consumption of over 70% of energy, and the emission of an equal amount of greenhouse gases (European Commission, 2019). The Covid-19 pandemic is exacerbating the challenges that cities have already been facing from multiple fronts such as rapid urbanisation, digital disruptions, demographic, climate and environmental changes, economic restructuring and reforms. Covid-19 is changing how urban residents live, work and commute and reshaping economic structures and business models. In the current global battle against Covid-19, smart cities have a pivotal role to play in responding to the crisis in terms of track-and-trace of coronavirus cases using smart technologies, enforcing social distancing rules, getting homeless people off the streets, and special emergency measures for care homes, to give just a few examples.
The concept of a smart city has been seen as a strategy to tackle the grand challenges facing urban planning and development. Smart city is a fuzzy word with various terms being used – intelligent city, digital city, green city, knowledge city, and smart sustainable city. Research on smart city can be traced back to the 1990s, taking on many perspectives, mostly in four aspects: the technological aspect including the technological infrastructure and support network for building smart cities, the socio-cultural aspect, or citizen engagement, the political-institutional aspect, such as government support and policies, and the economic-business aspect, namely business models and profitability.
A team of researchers (Prof Zhao, Dr Olushola Fashola, Dr Tolulope Olarewaju and Dr Ijeoma Onwumere) at Staffordshire Business School have been investigating what has been done in smart city research over the past 20 years. After a systematic and comprehensive literature review, the research team found that smart city research tends to revolve around six key areas: digital technology diffusion, smart city strategy and implementation, supply chains and logistics, urban planning and governance, smart city entrepreneurship and innovation, and Smart city evaluation and measurement. The team also identified four major challenges for small city research: (a) smart city research is often fragmented and technology-driven; (b) many studies are on perceived benefits of smart cities and fewer on the downsides of the effect of technologies and failure projects; (c) there is a need to build new theories for smart city research; and (d) there is a lack of empirical testing of the conceptual frameworks developed in smart city research. Furthermore, the team found that there was very limited research on crisis management in smart city before 2020. However, the research landscape is changing with emerging literature investigating how smart cities respond to crises and pandemics, and exploring strategies that can be used to tackle swiftly the crisis effectively at both strategic and operational levels.
Directions for future research and practice in smart cities are proposed. If you want to know more and/or seeking for collaboration, please contact Prof Fang Zhao – Associate Dean Research and Enterprise at email@example.com.