This advanced course provides the technical expertise needed to perform detailed fire and smoke behavior modeling using computational fluid dynamics (CFD).

You will learn the core principles of CFD Analysis specifically for complex spaces like atriums and car parks. The training includes hands-on instruction on the principles of using industry-leading software tools, Fire Dynamics Simulator (FDS) and PyroSim, to visualize and predict smoke movement for performance-based design solutions.

Course Goal

The primary goal is to train engineers to competently use fire modeling tools to predict the performance of smoke control systems where code-based prescriptive solutions are insufficient.You will learn to properly set up, run, and interpret fire modeling scenarios, allowing you to validate design assumptions, optimize system performance, and provide robust, defensible results for regulatory approval in complex architectural environments.

Learner Outcomes (What You Will Achieve)

Upon completion of this course, you will be able to confidently:

• Understand Modeling Principles: Explain the difference between and appropriate use of Zone Models (simple) and CFD models (detailed).
• Set Up Simulations: Prepare and run fire simulations using the FDS calculation engine via the user interface of PyroSim.
• Model Complex Spaces: Apply specific modeling techniques to accurately predict smoke control system performance in challenging environments like atriums and car parks.
• Interpret Results: Extract and analyze key data from simulation outputs (such as temperature, visibility, and flow rates) to evaluate system effectiveness.
• Validate Design: Use modeling results to validate performance-based designs and present technical findings clearly to clients and authorities.

Who will benefit:

• Contractors
• Designers
• Engineers
• Fire marshals
• Building owners
• Facility managers