ABSTRACT
Construction technologies are classified into cast-in-situ, prefabrication, and 3D printing. For the most part, cast-in-situ construction is an extensively used traditional on-site construction in many developing nations, such as Lebanon and India. In addition, 3D printing is a relatively nascent construction technology projected to capture a sizable market share. However, several civil projects in wealthy nations and some emerging countries have favored prefabrication and modular construction in recent decades. A rising number of scholars and professionals have been acknowledging the benefits of using this advanced technique to address critical challenges in various areas, including energy consumption, project budget and schedule, and construction durability and safety. This article discusses many essential concerns for prefabrication and modular building technologies, including their impact on civil health, project safety, building sustainability, management effectiveness, and stakeholder engagement. The analytical process relies on a comprehensive literature review and secondary data collection. The final results verify the advantages of prefabrication on building sustainability, civil health and safety, construction project management, and stakeholder engagement. The inferred conclusions can support the favorable implication of prefabrication in construction projects, effectively facilitating the sustainable development of the local construction industry in China and other urbanized countries.
