By E3D Training Professor 
In the world of industrial plant design, structural integrity is not just about steel and strength — it’s about precision, planning, and seamless integration. That’s where AVEVA E3D Structural Design plays a vital role. As one of the most powerful 3D design tools used in EPC (Engineering, Procurement, and Construction) projects, AVEVA E3D allows engineers to model complex steel structures with unparalleled accuracy and coordination.
Whether it’s designing a pipe rack for an oil refinery or a platform in a chemical plant, AVEVA’s structural module offers a dynamic environment to build intelligent models, automate fabrication drawings, and minimize design errors. In this blog, we’ll explore the essentials of structural modeling in E3D, highlight key features, and share practical insights to help beginners and professionals alike take full advantage of the software.
Module 1: Introduction to AVEVA E3D Structural Design
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Overview of AVEVA E3D environment
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Structural discipline workflow
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Role of structural modeling in EPC projects
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Interface tour and settings
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Catalogs, specifications & hierarchy
Module 2: Project Setup
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Creating a new project or accessing existing ones
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Understanding Design, Draft & Admin roles
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Setting up naming conventions
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Grid and level management
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Creating and managing work zones
Module 3: Steel Structure Modeling
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Placing columns, beams, and bracings
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Selecting standard and custom sections (AISC, IS, etc.)
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Managing elevations and alignments
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Using orientation tools: rotate, mirror, offset
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Structural member connections
Module 4: Advanced Modeling Techniques
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Staircase and ladder modeling
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Handrails and platforms
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Panel/plate modeling (floors, claddings)
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Welded vs bolted joints
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Parametric modeling and macros
Module 5: Editing & Modification
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Copying and modifying elements
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Using structure tools: stretch, align, mirror
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Managing part IDs and attributes
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Clash detection with other disciplines
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Use of filters and queries
Module 6: Drawing & Detailing
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Creating GA (General Arrangement) drawings
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Structural member detail drawings
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Annotations, dimensions, and symbol insertion
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BOM (Bill of Materials) generation
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Auto-updating drawings after model changes
Module 7: Report Generation
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Material Take-Off (MTO)
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Exporting structural BOM in CSV/Excel
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Report formatting and customization
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Integration with procurement and planning tools
Module 8: Interdisciplinary Coordination
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Linking with piping and equipment models
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Interference checking (Clash Manager)
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Revision management
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Navigating in AVEVA Review for structure validation
Module 9: Practical Projects & Assessment
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Mini-project: Pipe rack structural model
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Final project: Platform & staircase modeling + detailing
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Real-time clash check with a piping model
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Report generation and presentation
Software Skills Covered:
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AVEVA E3D Design (Structural Module)
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AVEVA Draft
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AVEVA Report Tool
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AVEVA Review (for coordination)
Conclusion
As industries evolve, the need for smart, clash-free, and fabrication-ready designs continues to grow — and mastering tools like AVEVA E3D Structural Design puts you at the forefront of that evolution. With its powerful modeling capabilities, integration with other disciplines, and automation tools, E3D not only saves time but ensures the quality and safety of your engineering output.
Whether you’re a student building your foundation, or a professional aiming to upgrade your skills, investing time in learning AVEVA E3D gives you a competitive edge in the design and construction industry. Keep exploring, keep modeling — and build structures that stand strong both in the model and on the ground.