Programs

Outlines:

Chapter 1: Introduction to AutoCAD Plant 3D:

• Working on a Project

1. About Projects
2. Project Components
3. About the Project Manager

• Opening a Drawing
• Exploring the User Interface

1. Task Specific Workspaces
2. Task Specific Ribbons
3. The Welcome Screen
4. Tool Palettes
5. On-Screen Tools

Chapter 2: AutoCAD P&ID:

• Creating a New Drawing

1. Creating Project Folders and Sub-Folders
2. Creating a New Drawing
3. Adding Existing Drawings to the Project

• Equipment and Nozzles

1. Adding Equipment
2. Adding Nozzles

• Piping

1. Attaching Lines to a Component
2. Annotating Lines
3. Grouping Lines
4. Inserting Valves
5. Editing Techniques

• Instruments

1. Adding General Instruments
2. Adding Inline Instruments
3. Instrumentation Lines

• Off-Page Connectors
• Validating
• Data Manager and Reports

1. Description of the Data Manager
2. Generating Reports Using Report Creator

Chapter 3: AutoCAD plant 3D:

• Creating Project
• Steel Modeling

1. Structure Tools
2. Part Modification
3. Configure the Settings

• Equipment Modeling

1. Creating Equipment
2. About Nozzles

• Piping Basics

1. Routing Pipe
2. Modifying Pipe
3. Pipe Support
4. Piping Editing and Advanced Topics

• Working with P&ID Data in Plant 3D
• Orthographic views
• General Layout

1. Editing Views
2. Adjacent Views
3. Annotations and Dimensions

• Isometric Drawings

1. Iso Annotations
2. Production ISO

What you'll learn:

• Basic viewing, drawing, and editing commands.
• Create, open, and add drawings using the Project Manager
• Add and control the project using Project Setup
• Create and modify P&IDs
• Annotation and Tagging
• Creating Structural Model [Grids, Footing, Members, Platforms, Ladder, Stair and Railing]
• Create, place, and modify the equipment in a 3D model
• Adding and modifying nozzles in a 3D model
• Routing pipe in the 3D model
• Adding pipe support in a 3D model
• Create, view, and edit a spec
• Add parts to a spec sheet from a catalog.
• Working on a Catalog Builder to create your own piping components.
• Control and specify how annotations, dimensions, and symbol scales can be displayed in your Iso drawings.
• Define the title block for each isometric style
• Create production iso from line number or multiple including BOM, Weld, and Cut Piece tables.

Who this course is for:

Chemical Engineer

Mechanical Engineer

Civil Engineer

Students in mechanical, chemical, civil engineering department

Designers