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Course Outline
Framework Development for Components and Assets
- Analyzing Plant 3D framework architecture and project configuration standards
- Developing parametric asset templates with defined properties
- Establishing uniform protocols for naming conventions, attributes, and annotation styles
Component Library Management
- Navigating the structure of component libraries, including catalogs, specifications, and classes
- Managing the import, modification, and version control of library components
- Implementing best practices for cross-project library dissemination
Isometric and Orthographic Documentation
- Producing isometric drawings derived from piping models
- Generating orthographic views (plan and elevation) and associated details
- Customizing isometric styles and annotation templates to meet project requirements for government
Templates to Streamline Repetitive Tasks
- Designing templates for standardized assemblies and skid packages
- Leveraging data shortcuts and project frameworks to enhance delivery efficiency
- Automating routine tasks and template application through scripting
Integration with Mechanical Design Assets
- Connecting Plant 3D piping systems with mechanical equipment models
- Coordinating connections, supports, and mechanical couplings
- Establishing coordination workflows between piping and mechanical engineering teams
Detailed Structural Modeling and Interactions
- Modeling structural members and platform configurations within Plant 3D
- Defining interaction interfaces between piping and structural components
- Evaluating load considerations and optimizing placement strategies
Advanced Clash Detection and Resolution
- Executing interference checks with defined settings, tolerances, and reporting mechanisms
- Prioritizing and categorizing clashes for systematic resolution
- Documenting conflict resolutions and updating models to meet approval requirements
Summary and Strategic Next Steps
Requirements
- Demonstrated proficiency in fundamental AutoCAD drafting and interface navigation
- Practical knowledge of three-dimensional modeling methodologies
- Working understanding of piping or mechanical design standards applicable for government projects
Target Audience
- Piping designers and plant engineering staff
- CAD data librarians and configuration specialists
- Professionals specializing in structural and mechanical CAD services
14 Hours
Testimonials (1)
The practices and the fact that you can share your screen for guidance from the trainer