Deakin University

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A social network analysis model for analysing stakeholder-associated safety risks in infrastructure projects

conference contribution
posted on 2011-01-01, 00:00 authored by Jing Yang, P Zou, Xiaohua Jin
An important strategy in the long-term blueprint for making Australia's 18 capital and major regional cities more productive, sustainable and liveable is to develop high quality public infrastructure systems to improve civic quality of life. Because of the unique features of construction activities, such as long period, complicated processes, and dynamic organizational structures, infrastructure projects normally involve multiple stakeholders and are subject to various risks, especially safety issues. Any negligence or mismanagement of critical safety risks will have huge impact on achieving project objectives and success. Although many previous studies have identified and assessed various safety risks in construction industry, a main research gap is that these studies ignored a fact that most risks are interrelated and associated with internal and external stakeholders of the projects. The lack of a theoretical foundation and appropriate methods for analysing stakeholder-associated safety risks and their interdependencies in infrastructure projects hinders effective risk management processes and the formulations of decision strategies. This research aims at enabling higher performance in strategic safety risk management in infrastructure projects through the development of a holistic risk analysis model using Stakeholder and Social Network Theories. The outcomes can broaden project managers' awareness of emerging influential safety risks and enhance their ability to perceive, understand, assess, and mitigate safety risks in an effective and efficient way; thereby higher performance in strategic risk management could be achieved in infrastructure projects.



Information Technologies in Safety Management of Large Scale Infrastructure Projects. Conference (2011 : Wuhan, China)


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[The Conference]


Wuhan, China

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Wuhan, China

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Publication classification

E1 Full written paper - refereed


L Ding, H Li

Title of proceedings

ITSM 2011 : Proceedings of the International Symposium on Information Technologies in Safety Management of Large Scale Infrastructure Projects

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