Learn the foundational concepts and applications of building information modeling (BIM) in this course that guides you through the transition from traditional 2D drafting to intelligent 3D modeling. Explore how data integration in the model fosters collaborative workflows, improving project efficiency and decision making.

Begin your journey by gaining an understanding of the core concepts of BIM and how it integrates geometry, data, and collaboration to drive better outcomes. Learn firsthand how to turn flat 2D drawings into dynamic 3D models using Revit, allowing you to better visualize designs and coordinate across disciplines.

Discover the power of the Common Data Environment (CDE) with platforms like Autodesk Construction Cloud for seamless collaboration, secure data sharing, and efficient project management. Learn how model validation and coordination processes, such as clash detection and data accuracy checks, enhance quality assurance and team synergy using BIM.

Explore the final stages of project completion, focusing on handover deliverables like as-built models and data for facilities management. Understand the importance of key documentation and information standards that shape project outcomes.

Delve into sustainability practices using Revit, Autodesk Construction Cloud, and Forma to conduct energy analyses, optimize resources, and support environmentally responsible designs.

Connect theory with practical application through real-world scenarios and hands-on exercises. By the end of this course, you’ll not only understand BIM workflows but also be equipped to contribute effectively to modern AECO projects.

After completing this course, you'll be able to:

Describe BIM principles and workflows.
Define and use key BIM documentation.
Convert 2D drawings to 3D models.
Use a Common Data Environment (CDE).
Work collaboratively with other disciplines to coordinate conceptual models.
Develop bridging documents and models to transfer knowledge of the building to future stakeholders.
Incorporate sustainability in outcome-based BIM workflows.

Modeling for BIM

Module overview

Module outline