Learn the principles of steel construction, from structural mechanics to BIM-driven project execution, through applied modules and case studies.
Building Information Modelling (BIM) in Steel Construction
Full Code
APP0201235
Module Type
E-learning
Description
Short description:
Explore how BIM enhances steel construction through collaborative 3D modelling and global project case studies.
Long description:
This final module presents the principles and applications of Building Information Modelling (BIM) in steel construction. It introduces 3D BIM as a collaborative design tool that integrates planning, engineering, and construction across project stakeholders. Learners explore case studies—such as Wembley Stadium, CCTV Towers, and Ski Dubai—that showcase how BIM facilitates structural accuracy, design complexity, and efficient project delivery. Emphasis is placed on how BIM ensures “as-built” precision, supports modern architectural ambitions, and transforms structural workflows through real-time multi-user coordination.
What you will learn
- Describe the core functions and benefits of BIM in steel construction.
- Analyze how 3D BIM supports complex architectural and engineering design.
- Evaluate BIM’s role in real-time collaboration across construction stakeholders.
- Examine case studies where BIM optimized steel construction workflows.
- Compare BIM models to traditional CAD in terms of project efficiency and precision.
- Apply BIM knowledge to identify key stages in design-to-construction integration.
Module content
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