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BIM – Building Information Modelling

Building Information Modelling (BIM) is set to revolutionise the face of the architecture, engineering and construction industries. The dynamic building modelling software allows for the sharing of information and opportunity for collaborative team work that has never before been possible.

BIM allows design and construction teams to communicate about design and coordinate information across different levels that has been unseen before. This information remains with the project throughout its lifetime.

It can be used for a wide range of projects such as a new building or railway infrastructure. The use of BIM goes beyond the planning and design phase of the project, extending throughout the building life cycle, supporting processes including cost management, construction management, project management and facility operation.

Understanding BIM

• BIM in Design Co-ordination: Develop an advanced understanding of BIM approaches for retrieving, analysing and integrating information to aid decision-making, and using appropriate BIM tools.
• BIM in Construction Operation – Looks at a range of BIM approaches and applications for construction planning and operations, including simulating construction schedules and logistics, buildability forecasting and clash detection.
• BIM in Business and Practice – The opportunity to pursue a case study closely related to a company’s interests, and how they use BIM approaches and protocols. You will help the company with a BIM organisational strategic and implementation plan to ensure it’s aligned with their business strategy.
• BIM in Operation and Maintenance – Examine the role of BIM for building and asset operation and maintenance, and the challenges of BIM-Facilities Management (FM) integration.
• Low/Zero-Impact Buildings – Assesses the role of BIM in designing and operating comfortable buildings that significantly reduce or eliminate energy use. You will evaluate low or zero-carbon and renewable technologies, apply BIM to evaluate buildings’ environmental performance and explore the impact of Part L, BREEAM, LEED and EPC ratings.
• Construction Project Management Practice – Here you will integrate your project manager skills by selecting a project case study and analysing it in relation to environment, client objectives, feasibility, strategy, implementation, and commissioning.
• Construction Contract Law – Examines the allocation of risk in the context of the conditions of standard contracts, and assesses the roles of legal documents, including letters of intent and collateral warranties.
• Dissertation – This module will equip and guide you to undertake independent research on issues and topics relevant to construction and the built environment.

What will I learn?

1. The basic principles of BIM
2. Explain the term ‘BIM Level 2’
3. Explain the value of information through all stages of a project and asset lifecycle
4. Explain why BIM is a determining factor for delivering projects on time and without waste and inefficiencies
5. Explain the terminology relating to BIM
6. The definition of BIM and why it is important
7. Demonstrate the ability to use the standards that support BIM Level 2

International Student Fee : 500$ | 1,875 AED | 1,875 SAR

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