Piping Engineering Course

The backbone of any process industry — whether oil & gas, chemical, power, or petrochemical — is its piping system. Designing these complex networks requires more than just theoretical knowledge; it demands practical expertise, software proficiency, and a strong understanding of industry codes and standards.

Module 1: Introduction to Piping Engineering

• Overview of Oil & Gas, Power, Chemical, and Pharma industries

• Importance of Piping in Process Plants

• Role of a Piping Engineer in EPC companies

• Basic definitions: Pipe, Tube, Fittings, Valves, Flanges

Module 2: Piping Components and Materials

• Types of Pipes (Seamless, ERW, etc.)

• Pipe Material Specifications (ASTM, ASME)

• Types of Pipe Fittings: Elbows, Tees, Reducers, Caps

• Types of Flanges and Ratings

• Gaskets, Bolts, and Fasteners

• Piping Material Codes (ASME B31.1 / B31.3)

Module 3: Piping Layout and Design

• Equipment Layout Basics

• Piping Layout Development

• Plot Plans and GA Drawings

• Nozzle Orientation and Equipment Connectivity

• Piping Layout for Pumps, Compressors, Heat Exchangers

Module 4: Pipe Supports and Flexibility

• Types of Pipe Supports (Spring Hangers, Guides, Anchors)

• Support Spacing and Load Considerations

• Expansion Loops and Expansion Joints

• Introduction to Pipe Stress Analysis

• Thermal Expansion and Flexibility Concepts

Module 5: Piping Isometrics and MTO

• Isometric Drawing Basics

• Dimensioning, Tagging, Northing

• Bill of Materials (MTO – Material Take Off)

• Weld Mapping and Spool Drawings

Module 6: Software Tools (Hands-On Training)

• Introduction to Piping Design Software:

  • AVEVA E3D / PDMS

  • AutoCAD Plant 3D

  • CAESAR II (for Stress Analysis)

• Practice Sessions on Isometric Drafting

• 3D Modeling of Piping Systems

Module 7: Codes, Standards, and Specifications

• ASME B31.3, B31.1, API Standards

• ANSI, ASTM, DIN, and ISO standards

• Process and Utility Piping Differences

• Interpretation of Piping Specs

Module 8: P&ID and Process Understanding

• P&ID Symbols and Reading Techniques

• Line List and Equipment List

• Understanding Process Flow and Control Systems

Module 9: Practical Case Studies

• Real-life case studies of oil & gas and refinery projects

• Equipment-piping interface handling

• Site photographs for explanation of layout

Module 10: Project Work and Interview Preparation

• Mini project on Piping Layout and Isometric

• Piping Design Calculations

• Mock interviews and resume guidance

• Job roles: Piping Design Engineer, Layout Engineer, Stress Analyst

Conclusion

This Piping Engineering Course is specially designed like Kagira’s industry-oriented program, focusing on real-time projects, practical applications, and design tools. Ideal for freshers, mechanical engineers, and working professionals aiming to step into EPC or oil & gas sectors with hands-on experience in piping design and layout.

Piping Engineering Course