AutoCAD Plant 3D Core Overview

AutoCAD Plant 3D enables plant designers and piping engineers to build modern, spec-driven 3D plant models efficiently. GreenLeaf IT Consulting offers comprehensive corporate training and implementation programs structured around spec-driven 3D piping design, parametric equipment creation, seamless P&ID data integration, and automated orthographic and isometric drawing extraction tailored for EPC and process plant operations.

Spec-Driven Piping Design Create and utilize project-specific pipe specs, fitting catalogs, and valve databases.
Equipment Modeling & Placement Parametric 3D modeling of pumps, vessels, heat exchangers, and tanks.
Intelligent P&ID Integration Sync 3D piping layouts with Process & Instrumentation Diagrams for data integrity.
Automated Drawing Generation Extract precise orthographic views, BOMs, and PCF/isometric drawings automatically.

Course Logistics & Key Info

Program Duration & Format

Flexible corporate bootcamps, hands-on workshop modules, and on-site implementation training tailored to active project schedules.

Target Audience

Piping designers, plant layout engineers, CAD administrators, and EPC project teams looking to standardize 3D plant design workflows.

Key Deliverables

Custom spec creation, project template setup, catalog configuration, and a complete real-world 3D plant modeling portfolio.

AutoCAD Plant 3D Master Class Modules

Parametric Equipment Creation

Modeling pumps, nozzles, vertical/horizontal vessels, heat exchangers, and custom equipment shapes with precise nozzle placement parameters.

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Piping Routing & Controls

Spec-driven routing, inline fittings placement, branch tables, pipe slopes, sloped lines, and pipe support modeling.

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P&ID Data Mapping & Validation

Linking P&ID data tags with 3D models to ensure zero mismatch in line numbers, valve tags, and equipment attributes.

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Automated Orthographic Views

Generating floor plans, elevation views, section views, annotations, dimensions, and automated Bill of Materials (BOM) tables.

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