AutoCAD Plant 3D Training
AutoCAD Plant 3D training teaches you to design process plants with P&IDs, 3D piping and equipment, and to generate isometrics and reports from the model. Book a free demo class and a counsellor will share the complete outline, fees and batch timings.
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Quick answer
AutoCAD Plant 3D is a toolset for process plant design. You draw P&IDs, place equipment, route pipes from specifications and catalogues, and generate piping isometrics, orthographic views and material reports directly from the 3D model.
- For
- Mechanical and chemical engineers, piping designers
- Prerequisite
- AutoCAD basics
- Mode
- Live online
- Output
- P&ID and piping model
- Duration
- Shared by counsellor
About the AutoCAD Plant 3D Course
A process plant is a network: tanks, pumps, exchangers and hundreds of pipes carrying fluids between them. Plant 3D handles this by linking two views of the same plant, the P&ID that shows process logic and the 3D model that shows physical layout. Learning to keep them in step is the heart of the course.
You begin with project setup, specifications and catalogues, which decide what pipe, fittings and valves the software offers. You then draw a P&ID, model equipment and route piping, and validate the model against the diagram.
The course ends with deliverables: orthographic views, isometrics and material reports. These are what a fabricator and a procurement team actually use, so you see how drawing quality feeds directly into cost and schedule.
Who should take the AutoCAD Plant 3D Course?
Mechanical and chemical graduates
Piping design is a common entry path at EPC firms.
Piping draftsmen
Move from 2D to model-based piping.
Plant engineers
Understand and review designs.
What you will be able to do
- Set up a Plant 3D project with specs and catalogues
- Draw a P&ID with equipment, lines and valves
- Model equipment and route pipes in 3D
- Check the 3D model against the P&ID
- Generate piping isometrics
- Produce material reports
Your first month. You set up a project, draw a simple P&ID and begin modelling a pump skid.
A worked example from class
You draw a P&ID for a pump taking suction from a tank with two valves and a pressure gauge, tag every item, and then model the same system in 3D. Plant 3D checks that the model matches the P&ID, and you generate an isometric with a bill of materials for the discharge line.
What you need to practise
- AutoCAD with the Plant 3D toolset
- Basic knowledge of process flow and piping
- A pipe spec and catalogue
- A capable graphics card
- Sample P&IDs for practice
How progress is assessed
A small plant section is assessed on P&ID accuracy, 3D routing, model-to-P&ID validation and isometric output.
AutoCAD Plant 3D Course syllabus
Your trainer adjusts pace and depth to the batch. The counsellor shares the detailed module list when you enquire.
1. Project setup
Topics covered
Topic list
- Project manager and specs
- Catalogues
2. P&ID
Topics covered
Topic list
- Equipment, lines, valves, instruments
- Data and reports
3. 3D plant model
Topics covered
Topic list
- Equipment modelling
- Pipe routing and supports
4. Outputs
Topics covered
Topic list
- Isometrics
- Orthographic views and MTOs
Module by module: what you actually do
Project and specifications
You set up a project folder, choose a pipe specification and understand how catalogues control the components you can place.
P&ID drawing
Equipment, lines, valves and instruments are placed with tags and properties, and data is checked with reports.
Equipment and piping
Equipment is modelled with nozzles, and pipes are routed using specs, with supports added where needed.
Validation
The model is compared against the P&ID to find missing lines or mismatched tags before drawings are issued.
Isometrics
Piping isometrics are generated with dimensions and a bill of materials, and styles are adjusted to office standards.
Reports and exports
Material take-offs and line lists are exported for procurement and review.
How the training works
- 1. Book a free demo class
- 2. Receive the course outline, fees and timings
- 3. Get matched with a suitable trainer
- 4. Attend live classes and draw along
- 5. Finish project drawings with feedback
- 6. Receive your completion certificate
Projects you will work on
- P&ID of a pump and tank system
- 3D piping around a pump
- Isometrics and a material list
P&ID vs 3D model
| Aspect | P&ID | 3D model |
|---|---|---|
| Shows | Process logic | Physical layout |
| Used by | Process engineers | Piping designers |
| Linked | Tags carry across | Validated against P&ID |
Mistakes we fix early
| Common mistake | What to do instead |
|---|---|
| Routing pipes without a spec | Choose the pipe spec first |
| Tags that do not match the P&ID | Keep line numbers and equipment tags consistent |
| Ignoring supports and access | Leave room for valves and maintenance |
| No validation | Run the P&ID to 3D check before issuing isometrics |
Who this is not for. If you have never worked with AutoCAD or know nothing about piping, start with the mechanical course and a piping basics course.
How this is used in real work
Plant design companies produce vast amounts of piping documentation. Automation of isometrics and reports saves time, but only when the model is correct, so design discipline matters more than speed.
Domain knowledge such as pipe sizes, flange ratings and process flow matters. We explain enough to let you draw sensibly, and your engineering background fills the rest.
Careers and next steps
Typical roles are piping designer, piping draftsman and design engineer in EPC and fabrication companies. Domain knowledge matters; pair the software with piping fundamentals.
Typical roles include piping draftsman, piping designer trainee and design engineer assistant at EPC and fabrication firms.
A portfolio with a P&ID, a model screenshot and one isometric sheet shows the complete workflow.
Useful reference: AutoCAD Plant 3D toolset (Autodesk).
Fees
Fees depend on the number of hours, batch type and track, so the counsellor shares the exact amount with your outline after the demo. See the fees guide to understand what changes the price.
AutoCAD Plant 3D Course FAQs
Is Plant 3D part of AutoCAD?
It is a toolset in the AutoCAD subscription. Confirm current inclusion on the Autodesk site.
Do I need piping knowledge?
Basics help; we explain as we go.
Is it only for chemical engineers?
No, mechanical engineers use it widely.
Free demo?
Yes.
Do I need to know piping?
Basic knowledge helps. We introduce terms as they appear.
Is it part of AutoCAD?
It is a toolset in the AutoCAD subscription. Check Autodesk for current inclusion.
Does the course cover stress analysis?
No. It covers drawing and modelling.
Which computer do I need?
A machine with good RAM and a supported graphics card, as 3D plant models are heavy.
Try a free demo class before you decide
Message us and a counsellor will share the outline, fees and batch timings, then match you with a trainer.