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2. Demonstrate high level and independent research, design and problem-solving skills.


1. Demonstrate critical awareness of the key theories, principles and concepts of BIM and the digital built environment to deliver whole life value.


5. Critically evaluate how BIM supports collaboration, integration, energy efficiency/performance and sustainability, and whole lifecycle management through the design, construction and operational phases.


4. Interpret the drivers, opportunities, benefits and challenges in adopting BIM in digital built environment projects.


3. Critically appraise the deployment of BIM at the organisational and project level and through the different issues involved in process, technology and people change.


2. Apply integrated BIM in complex digital built environment projects with an understanding of the Level 2 requirements of the UK Government Construction Strategy.


1. Recognise and critically appraise the role of Building Information Modelling (BIM) in the collaborative digital built environment.


You have been asked to conduct a critical review of one of a private company’s/public sector organisation’s existing project against old and recent standards.


The design and construction consultants (architects, engineers, contractors, etc.) for the project have not yet been appointed. You may choose any project type that is normally procured by a Central/Local Government.


You have been employed by a Government Department as a project management consultant for the procurement of a new project.


Option 1: Application of BIM process to a project / organisation


This is often driven by these Government’s commitment and mandate to digital information delivery and Building Information Modelling (BIM) on public procured projects aimed to informing all stages of a built asset`s lifecycle


In recent years, the construction industry has witnessed an increased practical interest in digital transformation worldwide.


Building Information Modelling


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