Topics Covered
In-depth training on using advanced CAD software specific to plant layout design, such as AutoCAD Plant 3D (Plant Design Management System).
Detailed study of industry standards and codes relevant to plant piping design, such as ASME B31.3, API 650, and ANSI/ISA-5.1.
Understanding and incorporating advanced piping components such as special valves, strainers, traps, and expansion joints in the design.
Advanced techniques for analyzing piping systems for thermal expansion, seismic loads, and other dynamic forces.
Advanced methods for routing piping to optimize layout, minimize interference, and improve constructability.
Detailed study of equipment layout and modeling techniques, including pumps, compressors, heat exchangers, and vessels.
Designing structural supports for piping systems, including racks, platforms, and supports for heavy equipment.
Creating and interpreting complex isometric drawings for piping fabrication and installation.
Advanced material selection criteria and specifications for piping components based on process requirements and environmental factors.
Hands-on training on using pipe stress analysis software such as CAESAR II for advanced stress analysis of piping systems.
Using 3D modeling software for plant layout design and clash detection to identify and resolve interferences.
Project Management in Plant Design: Understanding project management principles and practices specific to plant layout design projects, including cost estimation, scheduling, and resource management.
Advanced safety considerations and regulatory compliance requirements in plant layout design, including hazard analysis and risk assessment.
Analyzing and solving real-world plant layout design challenges through case studies and projects.
Exploration of emerging technologies and trends in plant layout design, such as digital twins, laser scanning, and virtual reality/augmented reality (VR/AR).
