This research topic focuses on convergence research into theoretical and/or practical progresses on infrastructure project management (IPM). The editors would like to take this unique opportunity to invite colleagues around the world to show the advances of IPM related solutions that can help enhance performances in the delivery of infrastructure projects at various levels covering project, enterprise, and industry in the construction sector. It is also expected that this research topic can support an evidence-based learning process to discuss and reflect the implications of digitalization oriented theory and praxis for IPM.
The scope of this research topic covers all issues relating to the theory and solutions of IPM in the context of construction management. Issues under this research topic could be connected to, but are not limited to, the following areas:
• Agile and lean IPM
• Artificial intelligence for IPM
• BIM (Building Information Modelling/Management) pervasive IPM
• Calculated decision making support
• Forensic overruns analysis
• Claims and dispute management for infrastructure project delivery
• Competence and due diligence in IPM
• Infrastructure operation and asset management
• Infrastructure project learning legacy
• Infrastructure quality assurance
• Infrastructure project informatics
• Infrastructure project procurement
• Infrastructure project sustainability
• Organizational structure design and dependability for IPM
• Project cost management
• Project change management
• Project risk management
• Project supply chain performance analysis
• Project time management
• Resources efficiency in IPM
• Systematic approaches to IPM
• Technical innovations for IPM
This research topic focuses on convergence research into theoretical and/or practical progresses on infrastructure project management (IPM). The editors would like to take this unique opportunity to invite colleagues around the world to show the advances of IPM related solutions that can help enhance performances in the delivery of infrastructure projects at various levels covering project, enterprise, and industry in the construction sector. It is also expected that this research topic can support an evidence-based learning process to discuss and reflect the implications of digitalization oriented theory and praxis for IPM.
The scope of this research topic covers all issues relating to the theory and solutions of IPM in the context of construction management. Issues under this research topic could be connected to, but are not limited to, the following areas:
• Agile and lean IPM
• Artificial intelligence for IPM
• BIM (Building Information Modelling/Management) pervasive IPM
• Calculated decision making support
• Forensic overruns analysis
• Claims and dispute management for infrastructure project delivery
• Competence and due diligence in IPM
• Infrastructure operation and asset management
• Infrastructure project learning legacy
• Infrastructure quality assurance
• Infrastructure project informatics
• Infrastructure project procurement
• Infrastructure project sustainability
• Organizational structure design and dependability for IPM
• Project cost management
• Project change management
• Project risk management
• Project supply chain performance analysis
• Project time management
• Resources efficiency in IPM
• Systematic approaches to IPM
• Technical innovations for IPM
