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Course Outline
Template Design for Parts and Equipment
- Understanding the architecture of Plant 3D templates and project setup for government
- Creating equipment templates with parametric properties to enhance efficiency and accuracy
- Standardizing naming conventions, attributes, and annotation styles to ensure consistency
Component Library Modification
- Structure of component libraries: catalogs, specifications, and classes for government projects
- Importing, editing, and versioning library components to maintain up-to-date resources
- Best practices for sharing libraries across multiple projects to promote collaboration and efficiency
Isometric and Orthogonal Drawings
- Generating isometric drawings from piping models to support detailed documentation
- Creating orthographic (plan/elevation) views and detailing for comprehensive project visualization
- Customizing isometric styles and annotation templates to meet specific project requirements
Templates to Optimize Repetitive Activities
- Designing templates for recurring assemblies and skids to streamline workflow processes
- Using data shortcuts and project templates to accelerate delivery timelines and improve productivity
- Scripting repetitive tasks and automating template application to enhance efficiency and accuracy
Integration with Mechanical Design Elements
- Linking Plant 3D piping models with mechanical equipment models for seamless integration
- Managing connections, supports, and mechanical couplings to ensure structural integrity
- Coordination workflows between piping and mechanical teams to foster effective collaboration
Detailed Structural Modeling and Interaction
- Modeling structural members and platforms within Plant 3D to support comprehensive project design
- Defining interaction points between piping and structural components to ensure proper alignment and functionality
- Considering load factors and implementing practical placement strategies to optimize performance
Advanced Interference Checking and Conflict Resolution
- Running clash detection: configuring settings, tolerances, and generating detailed reports for government projects
- Prioritizing and classifying clashes to facilitate efficient conflict resolution
- Documenting conflict resolution processes and updating models for final sign-off and compliance
Summary and Next Steps
Requirements
- An understanding of fundamental AutoCAD drawing and navigation techniques
- Experience with three-dimensional modeling concepts
- Familiarity with piping or mechanical design principles
Audience
- Piping designers and plant engineers for government projects
- CAD librarians and configuration specialists for government applications
- Structural and mechanical CAD professionals for government initiatives
14 Hours
Testimonials (2)
Anil was very understanding and explained the course content in detail. With more time the outcome of the course would be better instead of rushing the content, but over all Anil is very familiar with the software CATIA and is a great trainer,
Jaydon - GRI Towers South Africa
Course - Learning CATIA
Learning all the things that I wasn't understand it.
