AutoCAD Plant 3D Design Essential Traning is designed to give you a sold understanding
on the feature & capabilities of AutoCAD Plant 3D software. In this course you will learn
from generating 2D drawing from 3D modelling, creating Projects and P&IDs to Isometric
Drawings, Creating an Orthographic Drawing & Working with the data & Report Creator.
You will also learn how to use the AutoCAD Plant 3D software to complete a Plant design
project including P&ID. The traning guide provides a comprehensive overview that includes
all common workflows for plant design plus a focus on project setup.
Field Scope & Importance
- Integrated Plant Design Solutions
- Industry-Standard Compliance
- Enhanced Project Coordination
- Error Reduction & Risk Mitigation
- Faster Design-to-Documentation Cycle
- High Demand in EPC and Industrial Projects
Working Steps for Autoplant 3D
Project Setup
Initialize the project environment by defining specifications, component catalogs, and drawing settings for accurate 3D modeling.
3D Modeling
Create detailed piping, equipment, and structural models using intelligent, spec-driven tools for process plant design.
Component Placement
Accurately place valves, nozzles, supports, and other components with automated alignment and connectivity features.
Isometric & Drawing Extraction
Generate isometric, orthographic, and BOM drawings directly from the 3D model for construction and documentation.
Curriculum
- Introduction to AutoCAD Plant 3D
- Creating Projects and P&ID’s
- Creating Structures
- Creating Equipment
- Adding Specification and Catalogs
- 3D Routing Pipes
- Adding Valves, Fittings and Pipe Supports
- Technical Drawing
- Creating Isometric Drawings in Plant
- Creating Orthographic Drawings in Plant
- Managing Data & Creating Reports
Compliance-Focused Training
Code-Compliant Component Selection
Teach best practices for selecting valves, fittings, and materials aligned with industry codes.
Safety-Centric Modeling Practices
Instill knowledge on integrating safety zones, spacing, and emergency provisions into plant layouts.
Audit-Ready Documentation Protocols
Equip learners with methods to create and maintain records suitable for internal and external reviews.
Adherence to Global Design Codes
Train engineers to apply ASME, ANSI, ISO, and other international standards in every stage of the design process.
Regulatory Drawing Accuracy
Ensure all generated layouts and isometrics meet documentation standards for audits and approvals.
Validation and QA/QC Procedures
Train users on verifying models against project specifications and regulatory checklists for compliance assurance.
