Abstract

With the boom of industry 4.0 technologies and their adoption in the built environment (BE), conceptual frameworks (CFs) are increasingly developed to facilitate the adoption. It is becoming increasingly important to develop a standard or guide for new BE research entrants and aspirants who want to conduct a systematic literature review and develop such CFs. However, they struggle to find a standard and reproducible procedure to conduct systematic literature reviews and develop CFs successfully. Accordingly, the current study based on requests and inspirations from nascent BE researchers presents guidelines about conducting such studies. A simplistic yet reproducible methodology is presented that can be followed by BE research aspirants to produce high-quality and well-organized review articles and develop a CF. Using an example of big data-based disaster management in smart cities, the current study provides a practical example of conducting a systematic literature review and developing a CF. It is expected that this research will serve as a baseline for conducting systematic studies in the BE field that other fields of science can adopt. Further, it is expected that this study will motivate the nascent BE researchers to conduct systematic reviews and develop associated CFs with confidence. This will pave the way for adopting disruptive technologies and innovative tools in the BE in line with industry 4.0 requirements.

Highlights

  • Introduction and BackgroundWith the advancements associated with Industry 4.0, various fields of science have been disrupted, and the built environment (BE) is no exception

  • Most of the retrieved articles are classified as original research others followed by conceptual frameworks and case studies

  • The significance of such clasand others followed by conceptual frameworks and case studies

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Summary

Introduction

Introduction and BackgroundWith the advancements associated with Industry 4.0, various fields of science have been disrupted, and the built environment (BE) is no exception. Disruptive technologies are challenging the BE field’s capabilities and changing its method of operations [4,5]. In the case of construction, blockchain’s smart contracts are replacing traditional construction contract methods that are more secure and free from manipulation of control of a single body [6]. This is made possible due to the shared keys of the blockchains and their distributed ledgers [7]. Another example is Architecture 2021, 1, 5–24.

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