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Piping Engineering
Introduction
The Advanced Certificate Course in Piping Engineering is a specialized program designed for graduate engineers aiming to build a strong foundation in the design, layout, and analysis of industrial piping systems. This course bridges the gap between academic knowledge and industry requirements, covering essential topics such as pipe stress analysis, material selection, 3D modeling, international codes, and practical drafting techniques. With a curriculum aligned to the needs of EPC companies and process industries, it prepares students for high-demand roles in oil & gas, power plants, refineries, and infrastructure projects worldwide.
Courses
MODULE 1: Introduction to Piping Engineering
- Overview of piping engineering in industries (oil & gas, chemical, power plants, etc.)
- Codes & Standards (ASME, ANSI, API, ASTM, ISO)
- Piping components overview (pipes, fittings, flanges, valves, gaskets)
MODULE 2: Pipe Material Selection & Specification
- Material properties and classification
- Corrosion and material compatibility
- Pressure-temperature ratings (P-T charts)
- Pipe specifications (ASTM, API standards)
MODULE 3: Piping Design Basics
- Piping layout fundamentals
- Plot plan and equipment layout
- Line routing and optimization
- P&ID and PFD interpretation
MODULE 4: Pipe Stress Analysis
- Thermal expansion and stress categories
- Static & dynamic loading
- Expansion loops, anchors, and guides
- Introduction to Caesar II or equivalent software
MODULE 5: Fluid Mechanics for Piping Systems
- Flow types and Reynolds number
- Pressure drop calculations
- Pump and compressor fundamentals
- Control valve sizing
MODULE 6: Piping Support Design
- Support types (rigid, spring, snubber)
- Load transfer mechanisms
- Support span calculations
- Standard support drawings and fabrication
MODULE 7: Piping Isometrics and Drafting
- Orthographic and isometric drawings
- Dimensioning and annotations
- BOM (Bill of Materials) generation
- 2D to 3D conversion and vice vers
MODULE 8: 3D Modeling & Design Tools
- Introduction to 3D piping software (PDMS, SP3D, AutoCAD Plant 3D)
- Clash detection and model reviews
- Integration with structural and instrumentation models
MODULE 9: Piping Fabrication, Welding, and Inspection
- Fabrication shop processes
- Welding procedures and NDT (RT, UT, PT, MT)
- Hydrotesting and pressure testing procedures
- QA/QC documentation
MODULE 10: Construction & Commissioning
- Erection procedures
- Field engineering challenges
- Punch listing and pre-commissioning
- Final documentation and handove
MODULE 11: Special Piping Systems
- Cryogenic piping
- Jacketed and lined piping
- Vacuum and high-pressure lines
- Subsea and offshore piping basics
MODULE 12: Project Case Study & Capstone
- Real-world project simulation
- Hands-on with 3D design and analysis software
- Presentation and documentation
- Industry evaluation or viva
Scope
The scope of a Piping Engineering course is both vast and highly in-demand, as piping forms the lifelines of any industrial plant—carrying fluids, gases, and chemicals safely and efficiently. As industries expand globally, there’s a growing demand for skilled piping engineers who can design reliable, safe, and cost-effective piping systems that comply with international standards. From oil refineries and chemical plants to nuclear facilities and water treatment systems, piping engineers play a critical role in ensuring smooth plant operations. With expertise in layout planning, stress analysis, material selection, and modern 3D tools, graduates of this course are well-equipped for high-impact roles in EPC firms, design consultancies, and global infrastructure projects—making them indispensable to industrial progress.
Reference
- “Piping Handbook” by Mohinder L. Nayyar ,
- “Process Piping: The Complete Guide to ASME B31.3” by Charles Becht IV,
- “Pipe Stress Engineering” by Liang-Chuan Peng and Tsen-Loong Peng
- “Piping Design Handbook” by John J. McKetta Jr.
- “The Planning Guide to Piping Design” by Richard Beale and David R. Sherwood