
Master AutoCAD Plant 3D from basics to advanced by editing catalogs and specs, modeling processes, and generating isometrics, orthographic drawings, and customized reports.
Create a new AutoCAD Plant 3D 2024 project with the six-step setup, set metric units while keeping diameters in inches, and choose the PIP standard.
Explore the AutoCAD plant 3d 2024 working spaces, project management, and pnid and isometric workflows, including data management, component insertion, and cross-model validation.
Explore essential AutoCAD classic commands, the menu bar, command bar, and shortcuts for AutoCAD Plant 3D. Build terrain with Loft, Extrude, Subtract, and Press-Pull to create elevations and openings.
Define pipe specifications and piping classes in the spec editor to drive BIM data, linking components to catalogs and generating reports and material lists for project documentation.
Explore AutoCAD Plant 3D catalogs and the spec editor, learn to build from templates in the catalog builder, export to Excel, and customize piping and fittings.
Modify and manage piping catalogs with the catalog editor, applying filters and duplicating components like a 90-degree mitred elbow, aligning nominal diameters, ports, and item codes in the spec.
Create non-parameterized valve components in AutoCAD Plant 3D by converting 3D blocks into block-based parts, assigning ports, and adding them to the CS150 specification for isometric-ready modeling.
Learn to manage AutoCAD Plant 3D specifications with the Spec Editor by viewing, editing, creating, and customizing catalogs, diameters, schedules, and descriptions.
Explore building and configuring a branch table in AutoCAD Plant 3D 2024 to assign fittings to pipe branches, including T, reducers, and OLET options, and simplify 3D modeling.
Discover how to configure AutoCAD Plant 3D 2024 project settings, including drawing properties, file name formats, paths, and custom properties for P&ID and orthographic drawings.
Discover P&ID configuration in AutoCAD Plant 3D, edit symbols and end connections, adjust line behaviors, and use Data Manager for Excel export and custom views with spec mapping.
Configure Plant 3D settings to align 3D models with project standards by adjusting data manager exports and imports, layer and color schemes, piping connections, and P&ID mappings.
Explore configuring isometric drawings in AutoCAD Plant 3D 2024, including symbols, iso-styles, dimensions, annotations, and title block previews from a PCF file.
Discover ortho view configuration in project setup, including default settings, hidden line behavior, elbow centerlines, and offsets. Use the DWT template to create precise orthographic drawings with tailored title blocks.
Learn to configure templates and project data in AutoCAD Plant 3D 2024, including title block templates, attributes, and PNID or isometric plotting setup.
Learn to create and validate a P&ID in Plant 3D by placing equipment, assigning tags, connecting lines, and resolving flow and connection errors with the Project Manager and Data Manager.
Access the Data Manager from the Project Ribbon to view current drawing data, Project P&ID data, and reports, filter and customize views, export to Excel, and re-import edits.
Create and edit a 3d structural grid in autocad plant 3d, configure structural members, apply 45-degree cuts, add platforms, stairs, railings, and a ladder to build a complete structure.
Learn to create predefined equipment in AutoCAD Plant 3D by selecting a type like a horizontal centrifugal pump, setting tags, editing parametric dimensions, and placing the equipment in the model.
Create horizontal vessels from parametric shapes in AutoCAD Plant 3D 2024, edit dimensions, add saddles, then place nozzles via Change Type and Change Location options including straight flange connections.
Explore creating equipment in AutoCAD Plant 3D from AutoCAD objects, using 3D solids, pipe routing, and blocks; compare three methods with a block-based approach offering the most flexible edits.
Continue the exercise by building terrain and equipment in AutoCAD Plant 3D 2024, placing a 9-meter diameter tank, enclosure, pumps, nozzles, and a horizontal vessel with elevations.
Master AutoCAD Plant 3D pipe modeling by inserting parts, routing pipes, and managing specs, tags, elevations, and flange fittings for accurate P&ID alignment.
Learn how to create and connect custom parts in AutoCAD Plant 3D piping modeling, using parametric shapes or AutoCAD blocks, set ports, specs, and ISO symbols, and test connections.
Master the compass option in AutoCAD Plant 3D to specify routing angles, control tick marks, snap angles, and welding tolerance, and customize compass color and size.
Learn to model piping in AutoCAD Plant 3D by setting the center of the pipe elevation to 500 and applying horizontal and vertical offsets, then define rise and run slopes.
continue the piping exercise by loading external references and building the PNID, edit the spec to add an eccentric reducer and a wafer check valve, and export schedules via Excel.
Continue placing parametric supports in AutoCAD Plant 3D 2024, including U-bolts and footings, align to guidelines, copy positions, and convert to blocks with data manager descriptions.
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.
The course content is as follows:
Lesson 01 - Getting Started with AutoCAD Plant 3D: [Creating a Project, Workspaces]
Lesson 02 - AutoCAD Review: [Menu Bar, Model and Layout Tabs, Command Bar, Properties Palette, 3D Solids]
Lesson 03 - Specifications and Catalogs: [Spec Editor: Opening and Modifying an Existing Spec, Creating a New Spec, Adding Fittings from Catalog, Adding Valves from Catalog, Modifying Actuators in Valves - Branch Table - Catalog Editor: Modifying a Catalog Item, Duplicating and Editing a Catalog Item, Creating a New Item and Adding It to the Catalog]
Lesson 04 - Project Setup: [Project Setup Configurations, General Settings, P&ID Configuration, Plant 3D Settings, Isometric Drawing Setup, Orthographic Drawing Settings]
Lesson 05 - P&ID: [P&ID Design, Workspace, Inserting Equipment, Connecting Lines, Validation (Errors and Error Repair), Editing Schematic Lines, Inserting Valves and Control Valves, Inserting Fittings, Assigning Tags to Lines, Equipment, Valves, and Fittings]
(Data Manager: Class Tree, Components and Filters, Exporting Data to Excel, Importing Data from Excel, Editing Data)
Lesson 06 - Structures: [Creating and Editing Grids, Adding Structural Members, Creating Stairs and Handrails, Adding Marine Stairs, Creating Platforms, Creating Foundations, Configuring the Representation of Structural Members, Editing Structural Members]
Lesson 07 - Equipment: [Creating Equipment from Predefined Types, Creating Equipment from Parametric Geometric Shapes, Creating Equipment from AutoCAD Objects]
Lesson 08 - Piping Routing: [Inserting Parts - Custom Parts - Compass or Orientation - Elevation and Slope - Data Manager]
Lesson 09 - Supports: [Inserting Parametric Supports - Supports in Supports - Support Point Block in Supports - Custom Supports]
Lesson 10 - Orthographic Views: [Modifying Orthographic Cube, Generating and Modifying Views, Bill of Materials and Annotations]
Lesson 11 - Isometrics: [Annotations in Isometrics, Modifying and Creating Isometric Symbols, Isometric Style Setup, Customizing Isos with IsoConfig]
Lesson 12 - Generating Reports: [Creating Report Templates]