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Advanced Piping Engineering & Software Training Program with AutoCAD 2D and Plant 3D

This industry-oriented combo course equips you with both core piping engineering fundamentals and advanced software skills needed for professional work in the oil & gas, petrochemical, power, chemical and process industries. You’ll gain practical expertise in piping design principles, drawing standards, layouts, isometrics, material take-off, and plant-level modelling using AutoCAD 2D and AutoCAD Plant 3D.

This unique program blends theory, real-world case studies and software application, making you job-ready for roles such as Piping Designer, Piping Engineer, CAD Modeler, Junior Design Engineer, and Drafting Engineer.

Who Should enroll

  • Engineering graduates (Mechanical, Chemical)
  • Diploma holders (Mechanical / Chemical / Drafting)
  • CAD/Design professionals seeking specialization
  • Working engineers aiming to upskill into piping design
  • Freshers targeting hands-on design-software expertise

What You Will Learn

  • Role of piping engineering in EPC projects
  • Types of pipes, fittings, valves, flanges and their selection
  • Codes & Standards (ASME B31.3, API, ANSI, ASTM)
  • Pipe sizing, thickness calculation & pressure considerations
  • Equipment layout, plot plan basics
  • Pipe supports & routing principles
  • P&ID (Piping & Instrumentation Diagrams) interpretation
  • Isometric and Orthographic drawing basics
  • Material Take-Off (MTO) and Bill of Materials (BOQ)
  •  Interface, settings and drafting fundamentals
  •  Creating Piping Layouts & Schematics
  • Dimensioning, annotation and detailing standards
  • Generating 2D GA (General Arrangement) Drawings
  • Drawing templates, layers, blocks and standards
  • Plotting and publishing engineering drawings
  • Introduction to Plant 3D environment
  •  Spec-driven piping design workflows
  • Creating and managing Project Specifications
  • Equipment placement, pipe routing & fittings
  • Branch connections, elbows, tees, reducers
  • Pipe work hierarchy and connect methods
  • 3D modelling best practices and pipe routing strategies
  • Creating Isometric drawings from 3D model
  •  Clash checking, tagging & data validation
  •  Exporting deliverables: Isometrics, MTOs, and reports
  •  AutoCAD Plant 3D provides real-world 3D modelling capabilities used widely across engineering companies.
  • Industrial piping layout project
  • From P&ID to 3D model creation
  • Isometric drawings and fabrication outputs
  • MTO and report generation
  • Team-based project review and feedback
  • Hands-on training with live software sessions
  • Industry-oriented syllabus aligned with current standards
  • Real project files and case studies
  •  Downloadable course materials & templates
  •  Certificate of Completion
  •  Placement assistance support

Career Path & Opportunities

Graduates of this course are prepared for roles such as:

  • Piping Design Engineer
  • CAD Drafter – Mechanical/Piping
  • 3D Piping Modeler
  • Project Engineering Assistant
  • EPC Design Office Roles
  • Piping Documentation Specialist

Software & Tools Covered

  • AutoCAD 2D
  • AutoCAD Plant 3D

Frequently asked questions

This is a combo course that covers core piping engineering concepts along with hands-on software training in AutoCAD 2D and AutoCAD Plant 3D. It prepares students to handle real-world piping design, drafting, 3D modeling, and project deliverables used in EPC industries.

This course is suitable for:

  • Mechanical / Chemical Engineering graduates
  • Diploma holders (Mechanical, Civil, Chemical, Drafting)
  • Freshers looking for industry-ready skills
  • Working professionals aiming to upgrade into piping design
  • CAD drafters seeking specialization in piping

No prior piping experience is mandatory.

No. The course starts from basic AutoCAD fundamentals and gradually moves to advanced piping drawings and Plant 3D modeling, making it suitable for beginners as well.

The following industry-standard tools are covered:

  • AutoCAD 2D – for P&ID, GA drawings, layouts, and isometrics
  • AutoCAD Plant 3D – for 3D piping modeling, isometrics, reports, and MTO

Yes. The course includes:

  • Piping engineering theory (codes, standards, components, calculations)
  • Practical software training
  • Industry-based projects and case studies

This ensures a strong balance between conceptual understanding and hands-on skills.

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