The potential for facilitating faster, safer, and more sustainable construction processes through the adoption of smart construction technologies is widely recognized. However, the limited adoption of these technologies in construction projects highlights the significance of identifying the technological needs of major stakeholders and the prioritization of research and development investment. In this study, the quality function deployment technique is employed to extract and prioritize the required technologies (RTs) from various stakeholders, while a thematic literature review is conducted to identify challenges and future research directions. The findings improve the efficiency of resource allocation, allowing policymakers to strategically address pressing issues. This can facilitate collaboration and communication among researchers, stakeholders, and the wider community, fostering a shared vision and understanding of future research goals and outcome.

通过采用智能施工技术促进更快、更安全和更可持续的施工过程的潜力已得到广泛认可。然而，这些技术在建设项目中的有限采用突出了确定主要利益相关者的技术需求和研发投资优先顺序的重要性。在本研究中，采用质量功能部署技术从各个利益相关者中提取所需技术 (RT) 并确定其优先级，同时进行专题文献回顾以确定挑战和未来研究方向。这些发现提高了资源分配的效率，使决策者能够战略性地解决紧迫问题。这可以促进研究人员之间的协作和交流，