Master the Art of Industrial Plant Design and Management with AutoCAD Plant 3d from scratch to professional level

What you'll learn

• Lesson 01: Getting started with AutoCAD Plant 3D, creating projects, and setting up workspaces.
  
• Lesson 02: AutoCAD basics, menu bar, tabs, command bar, properties palette, and 3D solids.
  
• Lesson 03: Spec Editor, creating and modifying specs, adding valves, fittings, and editing catalogs.
  
• Lesson 04: Project setup, general settings, P&ID configuration, and isometric drawing setup.
  
• Lesson 05: P&ID design, inserting equipment, connecting lines, editing valves, and managing data.
  
• Lesson 06: Creating grids, adding structural members, and designing stairs, platforms, and foundations.
  
• Lesson 07: Creating equipment from predefined types, parametric shapes, and AutoCAD objects.
  
• Lesson 08: Routing pipes, inserting custom parts, and adjusting elevation and slope.
  
• Lesson 09: Inserting parametric supports, support blocks, and customizing supports.
  
• Lesson 10: Modifying orthographic views, generating views, and working with materials and annotations.
  
• Lesson 11: Creating and modifying isometric symbols, configuring isometrics, and customizing with IsoConfig.
  
• Lesson 12: Creating and customizing report templates.
  

Requirements

It is recommended to have the software to practice the lessons learned, and some knowledge of AutoCAD is also recommended.

Description

This course is designed to equip students with solid skills in AutoCAD Plant 3D, a software that directly competes with CADWorx. The course covers the vast majority of features offered by the software, enabling students to complete an industrial plant project from start to finish, with a strong focus on the piping area. It is highly recommended to practice the knowledge acquired to reinforce learning.

This course is also highly beneficial for professionals who already use AutoCAD Plant 3D but need additional knowledge to achieve an advanced level.

The course is aimed (but not limited) to students, designers, and engineers in the fields of mechanical, chemical, industrial, and civil engineering who seek a more comprehensive understanding of the tool.

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