
Learn the basics of AutoCAD Plant 3D, including project creation, PNID setup, equipment and nozzle modeling, and isometric and piping layout extraction, to prep for tool tests.
Create and tag centrifugal pumps in AutoCAD Plant 3D, configure nozzle sizes, and copy pumps across drawings. Model a basic 3D structure with grid, beams, and xref placed equipment.
Route piping from three pump suction lines in AutoCAD Plant 3D, assign line numbers, and generate production and quick isometrics, then create piping orthographic views for the plant.
Model a vertical tank in plan3d using standard equipment and solid modeling, adding cylinder and cone, legs, tags, elevation, top plate, and nozzle n2.
Model standard equipment nozzles in AutoCAD Plant 3D using line, radial, bottom, and top nozzle methods, covering sizing and plan 3D alignment.
Learn to model custom equipment in AutoCAD, convert it to a Plant 3D equipment, and attach nozzles with center and direction, including nozzle size setup.
Learn piping modeling in plant3d by building a PNID with a tank and pump, then route lines with line numbers, eccentric and concentric reducers, valves, and spools.
Learn isometric extraction in plan 3d using quick iso and production iso, configure break, start, and location points, place iso symbols and flow direction, and generate bom visuals.
Learn structural modeling in plan3d by configuring member, rail, footing, stair, and ladder settings, creating grids and levels, placing columns and beams, and applying various modeling views.
Master structural modeling in AutoCAD Plant 3D by creating plate and grating, setting thickness and material, building staircases with rails, and adjusting beams, polyline guides, and colors.
Master structural member modification in AutoCAD Plant 3D, covering lengthen (delta, total), cutback, miter cuts, trim and extend (two-point or three-point), and trim to plane via WCS or UCS.
Learn to extract bill of material in plant 3d for 3d models and orthographic drawing, using data manager, order by type, select active and child nodes, and export to Excel.
Learn how to use the xref command in AutoCAD Plant 3D to attach or overlay DWG files of equipment and structure, manage xrefs, and create coordinated 2D and 3D views.
Create and configure a centrifugal pump in Plant 3D, define dimensions, edit nozzles and frames to match GA drawings, and explore other pump types for piping readiness.
Learn to create a custom spec in AutoCAD Plant 3D Masterclass 2026 by modeling a nonstandard part and converting it into a spec with ports, blocks, and the spec editor.
Learn to create a miter bend specification in plan3d by configuring the catalog, selecting miter bend, setting size and radius, and updating the spec to reflect catalog changes.
Explore how to create and customize pipe supports in Plant 3D, from opening the spec to adding U clamps, pipe shoes, and welded stanchions, and adjusting sizes and properties.
explore tolerances in slope piping and how to modify them in AutoCAD Plant 3D masterclass, including butt weld slope tolerances and practical 4-degree connections.
Welcome to the AutoCAD Plant 3D Masterclass, your complete guide to mastering AutoCAD Plant 3D from scratch to advanced levels. This course is designed for anyone who wants to gain real-world skills in industrial, chemical, and process plant design using Autodesk Plant 3D. Whether you are a beginner with no prior experience or an engineer looking to upgrade your skills, this course will guide you step by step through all aspects of plant design, P&ID creation, piping, instrumentation, and 3D equipment modeling.
What You’ll Learn
Start from the basics with the AutoCAD Plant 3D interface, toolbars, commands, and navigation.
Learn essential workflows and best practices used in industrial plant projects.
Model standard and custom equipment and integrate it into complex plant layouts.
Design detailed piping systems and route 3D pipes following industry standards.
Master P&ID creation, including smart P&IDs, pipe diagrams, and DTI instrumentation.
Build 3D structural models to support piping and equipment layouts.
Generate isometric and orthographic drawings and learn to interpret them accurately.
Create specifications for piping components and equipment to ensure consistency and standardization.
Work on real-world integration projects with step-by-step exercises simulating industrial plant scenarios.
Coordinate equipment, piping, and structures into fully integrated plant layouts.
Produce complete plant documentation, including bill of materials, renderings, and professional drawings.
Gain deep understanding of plant design principles, instrumentation, and process control.
Progress from beginner to advanced, achieving complete mastery of AutoCAD Plant 3D.
Develop skills to independently plan, design, and execute industrial and chemical plant projects.
We start from the basics, introducing you to the AutoCAD Plant 3D interface, toolbars, commands, and navigation. You will become familiar with all the essential workflows and best practices used in industrial plant projects. As you progress, you will learn how to model both standard and custom equipment, create detailed piping systems, and route complex 3D pipes in accordance with industry standards.
One of the core skills you will develop is P&ID creation. You’ll learn how to design smart P&IDs, including pipe diagrams and DTI instrumentation, and understand the logic behind each component. By working on practical examples, you will gain confidence in creating accurate, professional P&IDs that integrate seamlessly into your plant design projects.
This course also covers 3D modeling of structures and equipment. You’ll learn to build structural models to support piping and equipment layouts, generate isometric and orthographic drawings, and understand how to interpret these plans correctly. You will also practice creating specifications for piping components and equipment to ensure consistency, standardization, and professional project delivery.
To make your learning experience practical and hands-on, this course includes real-world integration projects. You will follow step-by-step exercises that simulate real industrial plant projects, allowing you to apply your knowledge in a realistic environment. You will learn how to manage complete plant layouts, coordinate between piping, equipment, and structural elements, and produce full plant documentation, including bill of materials and renderings.
By the end of this masterclass, you will have mastered AutoCAD Plant 3D, from the basics to advanced workflows. You will be able to independently plan, design, and execute industrial and chemical plant projects, integrate 3D equipment, piping, and structural layouts, and produce professional drawings and documentation that meet industry standards. You will also gain a deep understanding of plant design principles, instrumentation, and process control, giving you the skills needed to work confidently in professional engineering environments.
Whether you are a student, engineer, designer, or professional working in plant design, piping, or industrial projects, this course will equip you with the knowledge and practical experience to succeed. By combining theoretical concepts, software skills, and hands-on projects, this masterclass ensures that you progress from beginner to advanced and achieve complete mastery of AutoCAD Plant 3D.
Join this course today and take your plant design skills to the next level. Learn P&ID creation, piping design, 3D equipment modeling, isometric and orthographic drawings, and full plant layout integration in one comprehensive, step-by-step training. By the end, you’ll be prepared to tackle professional plant design projects with confidence, efficiency, and industry-ready results.