Piping Course

Piping systems are the lifelines of process industries such as oil & gas, petrochemical, power plants, refineries, and water treatment facilities. The Piping Engineering Course is designed to provide a comprehensive understanding of piping systems—from design and layout to fabrication, installation, and maintenance.

This course equips aspiring engineers, diploma holders, and professionals with the essential skills and knowledge required to work in the field of piping engineering. You will learn industry-standard practices, interpretation of P&IDs and isometric drawings, material selection, stress analysis fundamentals, and hands-on usage of industry-relevant software tools such as AutoCAD, PDMS/E3D, and Caesar II.

Module 1: Introduction to Piping Engineering

• What is Piping Engineering?

• Role of a Piping Engineer in industries

• Types of industries using piping systems (Oil & Gas, Petrochemical, Power, etc.)

• Codes & Standards (ASME, ANSI, API, ISO, etc.)

Module 2: Process Piping Basics

• Piping Materials and Selection

• Piping components overview:

  • Pipes

  • Fittings

  • Flanges

  • Valves

  • Gaskets

  • Bolts & Nuts

• Piping sizes and schedules (ASME B36.10/B36.19)

Module 3: Piping Design and Layout

• P&ID (Piping and Instrumentation Diagram)

• PFD (Process Flow Diagram)

• Equipment layout

• Plot plan and plant layout

• Piping layout concepts (loop, branch, expansion)

• Nozzle orientation

Module 4: Piping Supports and Flexibility

• Types of supports: Rigid, Spring, Hanger

• Expansion loops and bellows

• Pipe stress and flexibility analysis basics

• Support spacing and placement

Module 5: Piping Isometrics

• What are piping isometric drawings?

• Symbols used in isometrics

• Northing/Easting/Elevation

• BOM (Bill of Materials)

• Dimensioning and annotation

Module 6: Pipe Stress Analysis (Intro)

• Why stress analysis is needed

• Primary vs secondary stresses

• CAESAR II (introductory overview)

• Thermal expansion and load cases

Module 7: Piping Fabrication & Erection

• Fabrication process (Cutting, Beveling, Welding)

• Fit-up and tack welding

• Site erection and field welding

• Hydrotest & Pneumatic test

Module 8: QA/QC in Piping

• Quality control during fabrication

• WPS, PQR, and Welder Qualification

• Inspection techniques (NDT, Radiography, PMI)

• Documentation and clearance

Module 9: Software Tools (Overview)

• AutoCAD for drafting

• PDMS / E3D / SP3D for 3D modeling

• Navisworks for review

• Caesar II for stress analysis

Module 10: Industrial Safety & Soft Skills

• Safety procedures in piping work

• PPE and safe welding practices

• Basic site communication skills

• Report preparation and coordination

Conclusion 

By the end of this course, you will have gained both theoretical knowledge and practical insights into the various aspects of piping engineering. You will be able to interpret key documents like P&IDs and isometrics, understand the importance of codes and standards, and contribute to piping design, fabrication, erection, and inspection processes.

The course serves as a solid foundation for launching a career in piping engineering and related domains. Whether your goal is to work in design, construction, quality control, or stress analysis, this course gives you the tools and confidence to succeed in the piping industry.

With a focus on industry-relevant content, hands-on practice, and exposure to real project scenarios, this course helps bridge the gap between academic learning and professional requirements.

Piping Course