Navigate the updated CSA S16:24 standard to proactively mitigate liabilities, bridge the gap between engineering and execution, and safeguard steel projects from costly delays.
The release of CSA S16:24 introduces important updates that extend beyond structural design calculations, influencing fabrication, inspection, quality assurance, and project delivery across Canadian steel construction. To successfully implement the new standard, engineers must understand not only the technical changes but also how they affect coordination, documentation, compliance, and risk management throughout the project lifecycle.
This course provides a practical guide to applying CSA S16:24 in real-world steel projects. Participants will explore key changes from CSA S16:19, examine how updated requirements impact design and construction workflows, and learn strategies for managing technical, fabrication, and construction risks while improving collaboration between engineers, fabricators, contractors, and project stakeholders.
Key Topics Discussed:
Senior Structural Engineer | Structural Design & Heavy Infrastructure Specialist
Ramy Yassa, P.Eng., PMP, RMP, is a Senior Structural Engineer with extensive experience in the design and analysis of steel and concrete structures for heavy industrial and infrastructure projects. His expertise spans structural design, modelling, project coordination, and engineering analysis, with project experience across Canada, the United States, Guinea, Indonesia, the United Arab Emirates, and Egypt. Throughout his career, Ramy has contributed to the delivery of complex engineering projects involving structural calculations, proposal development, and value-driven design solutions. A licensed Professional Engineer and certified Project Management Professional (PMP) and Risk Management Professional (RMP), he combines strong technical expertise with a practical approach to delivering safe, efficient, and innovative structural engineering outcomes.
