#MINDUSTRY MASS DRIVER DRIVERS#

The need for constructing “sustainable buildings” that are environmentally friendly and resource-efficient has been highlighted in the literature.

Given that it may cause more serious issues in upcoming construction projects, this situation needs to be rectified. This highlighted the fact that poor project supervision is a widespread problem which contributes to the deplorable state of many countries, including Nigeria. For instance, estimates showed that 43% of developments failed to achieve all performance requirements in the year 2012. The diverse, uncertain, and dynamic nature of the majority of construction projects has created apparent difficulty concerning meeting their initial declared objective.

Recently, the predominant points in defining the success of a project have been the project cost, the duration of the project and the quality requirement of the project. Nevertheless, there is controversy about whether residential buildings are affordable for low-income earners. As a result, all governments have prioritized affordable residential buildings by initiating several affordable residence policies. These regions have undergone rapid development, which clearly highlights the key role of residential building in ensuring simple living. The speculation is that this figure will rise to 1.4 billion by 2020. In developing countries, it is estimated that 828 million poor people are living in slums and substandard homes. Consequently, rapid urbanization is impeding the access of low-wage earners to affordable housing in both developing and developed countries. The world’s population keeps increasing rapidly, and it recently reached over eight billion people. Nevertheless, in an ever-changing and urbanizing world, residential allocation cannot sufficiently meet demand. Over the years, the problem of project performance failure has gone untreated, and this has increased the negative impact on the building industry and the economy. The susceptibility of the building industry to poor management and performance due to its multifaceted nature has been acknowledged. Compared to other industries of the economy, such as the manufacturing, banking, and health sectors, there has been a lack of accurate standards and efficient project management practices in the building industry. Residential buildings consume about forty percent of global power and generate up to one-third of global greenhouse gas (GHG) emissions in developed and emerging nations. Residential construction is one of the essential community conditions that ensure a healthy quality of life and well-being for residents in any country. In addition, the professionals, contractors, authorities, and other stakeholders responsible for managing projects in the architecture, engineering, construction, and operations (AECO) industry should ensure effective coordination and collaboration between participants in the construction industry.

#MINDUSTRY MASS DRIVER DRIVERS#

This is one of the drivers of the adoption of 4IR in the construction industry. Judging from the analysis, there is a need for proper user training in engineering tools in the construction industry. In this way, variables that were not significant to the model were identified. Partial Least Square Structural Equation Modeling (PLS-SEM) was used for model development using the four groups of data. The data collected were analyzed using exploratory factor analysis (EFA) and categorized into operational, management, and demographic variables. The study was conducted using a questionnaire sent to experts in the construction industry. This study therefore investigated the critical factors for the adoption of 4IR technologies in the construction industry, with the aim of promoting sustainable construction project delivery. When fully implemented, various Fourth Industrial Revolution (4IR) tools have the potential not only to improve project planning and execution, but also to enhance project performance. The advent of digitalization has brought many benefits to all sectors of the economy, including construction.

Mindustry mass driver