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Sustainable construction is the utilization of eco-accommodating, eco-friendly and resources proficient development process for minimizing the environmental impact of a construction all through its lifetime. Based on the World Globalization Drive, the sustainable construction progress in worked on essentially at global level. Sustainable construction is acting as one of the main issues that had been dare by the local construction industry while implementing into one of the local construction projects. Certainly, compared with the conventional construction, sustainable construction will bring more challenges toward the project team. This study further describing on the barriers factors to implementing sustainable construction can further leading to crystal clear on the direction of the implementation should move forward. The systematic literature review has been used for this study with across 71 index journals as references. There are eight main challenger's factors has been identified which this may further enhance an existing knowledge to later appreciated by parties who involve in construction project. [ABSTRACT FROM AUTHOR]

Artificial Intelligent (AI) and Internet of Thing (IoT) becoming more broadly discussed by the researcher as well as their construction players includes Malaysians' construction players too. By having this implementation, the transmission of the data relating to the construction project can be successfully transfer and all the relevant parties who involves in the project can access it together at one time. However, there are a few barriers faces by the Malaysian construction players to adopt, practices and implementing these two concepts. The objective of this study is to investigate the barriers in implementing AI and IoT among Malaysian construction players. There are 384 numbers of questionnaires has been sent out and 167 respondents responded. The methodology use for this study is quantitative method where the questionnaire drives from systematic review of literature review. The data further analysed by using PLS-SEM. The findings show from 39 constructs, 31 constructs are fall under very true statement. The findings discuss may further overcoming the barriers faced by Malaysian construction industry turn to fully understanding on how this implementation should drives to. [ABSTRACT FROM AUTHOR]