As global energy demand intensifies and infrastructure ages, the design, safety, and integrity of piping systems are becoming increasingly critical to operational success across oil and gas operations. With pipeline failures posing significant risks to both safety and profitability, the need for highly skilled professionals who can design and maintain efficient piping networks has never been more urgent. Pideya Learning Academy proudly presents the Piping Design and Drafting for Oil and Gas Operations training program—an advanced course crafted to empower engineers, inspectors, and technical professionals with comprehensive knowledge of process piping systems in line with the globally recognized ASME B31.3 Code.
The ASME B31.3 standard is the backbone of pressure piping design across industries such as oil & gas, chemical processing, power generation, and petrochemicals. It sets rigorous criteria for the mechanical design, material selection, inspection, testing, and ongoing maintenance of piping systems that transport hazardous or pressurized fluids. According to a recent report by MarketsandMarkets (2023), the global pipeline monitoring systems market is projected to surpass USD 21.2 billion by 2026, expanding at a CAGR of 7.1%—a clear indicator of growing regulatory scrutiny and the heightened focus on operational integrity. This economic trend underscores the strategic value of equipping technical teams with the skills necessary to comply with stringent piping codes and mitigate risks proactively.
This Pideya Learning Academy course goes beyond theoretical understanding by translating ASME B31.3 concepts into industry-aligned insights. Through structured learning, participants will explore critical design parameters, fluid service classifications, and materials engineering—including both metallic and nonmetallic piping solutions. They will gain exposure to pressure containment methods, flexibility analysis, fabrication processes, and regulatory guidelines.
To maximize the value of this course, participants will benefit from the following key highlights:
Comprehensive walkthrough of ASME B31.3 design rules and flexibility analysis techniques
In-depth technical guidance on pressure containment and piping stress assessment
Insightful coverage of materials selection, including metallic and nonmetallic piping considerations
Detailed exploration of welding procedures, fabrication standards, and quality control protocols
Clarity on inspection methodologies and testing procedures such as hydrostatic and non-destructive testing
Inclusion of real-world case references to bridge theoretical knowledge with field implementation
Focused discussion on risk mitigation strategies through effective piping design and code adherence
Throughout the course, attendees will also gain valuable insights into how the ASME B31.3 Code addresses various fluid service categories—Normal, Category M (toxic), and High-Pressure systems. From welding procedure qualifications to post-weld heat treatments and Charpy impact testing, each topic is designed to equip professionals with the competence to meet high-stakes engineering demands.
By the end of this training, participants will be capable of applying ASME B31.3 principles with confidence—enhancing system safety, achieving code compliance, and supporting asset longevity across diverse operational environments. The Piping Design and Drafting for Oil and Gas Operations training by Pideya Learning Academy is essential for professionals seeking to elevate their technical expertise and deliver consistent value in the oil and gas industry.

Key Takeaways:

• Comprehensive walkthrough of ASME B31.3 design rules and flexibility analysis techniques
• In-depth technical guidance on pressure containment and piping stress assessment
• Insightful coverage of materials selection, including metallic and nonmetallic piping considerations
• Detailed exploration of welding procedures, fabrication standards, and quality control protocols
• Clarity on inspection methodologies and testing procedures such as hydrostatic and non-destructive testing
• Inclusion of real-world case references to bridge theoretical knowledge with field implementation
• Focused discussion on risk mitigation strategies through effective piping design and code adherence

• Comprehensive walkthrough of ASME B31.3 design rules and flexibility analysis techniques
• In-depth technical guidance on pressure containment and piping stress assessment
• Insightful coverage of materials selection, including metallic and nonmetallic piping considerations
• Detailed exploration of welding procedures, fabrication standards, and quality control protocols
• Clarity on inspection methodologies and testing procedures such as hydrostatic and non-destructive testing
• Inclusion of real-world case references to bridge theoretical knowledge with field implementation
• Focused discussion on risk mitigation strategies through effective piping design and code adherence