Development of a Building Information Modelling Threshold Capability Framework to Enable Global Curriculum Co-Integration

Author(s):  
Kerry London ◽  
Nicola Willand ◽  
Peng Zhang

The construction and project management graduates are entering an ever-changing workforce that will require a smarter way of working. Creation, use, and management of building information modelling (BIM) models is a critical part of this smarter world. The aim of this research is to develop a threshold capability framework within the context of a broader digital construction project management curriculum to enable the global integration of BIM into a construction management curriculum. This chapter reports the evaluation of the framework through an analysis of 21 interviews with key stakeholder groups. Much effort is required to guide Australian construction practitioners to embrace a greater use of BIM in practice. This research identifies that the concept of graduate resilience skills in students is critical for the success of such a transition. Infusing construction management digital literacy is a long term and evolving exercise, and confidence in delivery capability must be simultaneously built.

Author(s):  
Нечаева ◽  
Irina Nechaeva

The paper presents the analysis of the current status of Building Information Modelling implementation in Russian construction industry. The case study approach was chosen to investigate 20 cases of BIM application by different participants of construction projects at different stages of the project and product life cycle. Particular benefits of BIM spread in industry are defined and pitfalls AEC companies may encounter in construction project management processes are revealed.


Author(s):  
Aneetha Vilventhan ◽  
Rajadurai R.

Building information modelling has become a core topic in the architectural engineering and construction (AEC) industry, and its benefits have been realised over different phases of project construction. Adoption of nD BIM in the domain of infrastructure projects has provided challenges and is yet evolving. This chapter reviews the adoption of Building information modelling in the management of infrastructure projects. The use of nD planning (4D, 5D, 6D, 7D, and 8D planning) in infrastructure planning and management is discussed through Mapping n-D BIM with different applications in infrastructure projects. 4D BIM models are developed integrating the 3D models with the schedule and they support multiple construction management tasks. The implementation of 4D planning and management in infrastructure projects is demonstrated with the help of two case studies.


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