
Overview of the course structure, importance of ASME codes in QA/QC, piping, and welding inspections. Introduction to refinery and oil & gas applications.
Learn about carbon steel grades, their mechanical properties, and ASME Section II Part A material specifications used in refinery piping.
Further discussion on low-temp and high-temp CS materials, code marking, and MTC (Material Test Certificate) compliance.
Understand the NACE MR0175/ISO 15156 standard and its importance for corrosion-resistant materials in sour service applications.
Covers the types, properties, and usage of alloy steels in high-temperature and pressure refinery applications as per ASME standards.
Introduction to stainless steel grades, their corrosion resistance, and ASME codes governing their use in process and utility piping.
Application of austenitic and duplex stainless steels in offshore and onshore environments, with example case studies.
Detailed walkthrough of material traceability, inspection test plans (ITPs), and code compliance requirements in QA/QC.
Detailed walkthrough of material traceability, inspection test plans (ITPs), and code compliance requirements in QA/QC.
Practical examples of QA/QC forms, welding inspection reports, and how to verify them per ASME guidelines.
Summary of refinery QA/QC practices, ASME code enforcement, and inspection tools used by engineers and inspectors.
Learn how ASME codes are structured (Sections, Parts, Appendices), code language, and interpretation with clause referencing.
Overview of pressure piping materials including ASTM standards, their chemical & mechanical properties, and usage in plant design.
Discuss pipe fittings (elbows, reducers, flanges, tees), their pressure ratings, dimensions, and manufacturing standards per ASME.
Covers AWS electrode classification, usability designations, storage conditions, and matching to base metal and process.
Detailed explanation of filler wire codes, selection methods for GTAW/SMAW, and storage and handling practices in QA/QC.
This course is your complete guide to the essential ASME codes widely used in the oil & gas, refinery, piping, and pressure equipment industries. Whether you're a QA/QC engineer, inspector, welding professional, or mechanical engineering student, this course helps you understand how to apply ASME B31.3, B31.1, Section IX, Section II Part A & C, This course is your complete guide to the essential ASME codes widely used in the oil & gas, refinery, piping, and pressure equipment industries. Whether you're a QA/QC engineer, inspector, welding professional, or mechanical engineering student, this course helps you understand how to apply ASME B31.3, B31.1, Section IX, Section II Part A & C, and Section VIII in real-world scenarios.
We begin by introducing each code's purpose and scope, then dive deep into welding procedure qualifications, material specifications, pressure design, fabrication rules, and piping systems. You’ll also understand code interpretations, clause-by-clause usage, and inspection/testing requirements as per ASME standards.
With practical illustrations and field-oriented guidance, you'll gain confidence in interpreting these codes for documentation, compliance, audits, and project execution. The course bridges theoretical knowledge with application-based clarity, ideal for professionals preparing for interviews, third-party audits, or promotions.
Whether you're involved in piping layouts, material procurement, welding QA/QC, or pressure vessel manufacturing, this course delivers relevant insights for day-to-day application. We also include tips on WPS/PQR formats, test requirements, acceptance criteria, material traceability, and code references that matter in technical documentation.
By the end of the course, you’ll be equipped with the practical knowledge and documentation awareness necessary to work confidently in projects requiring ASME compliance. Additionally, the course prepares you for international roles in industries where adherence to ASME codes is mandatory, including Gulf countries, offshore platforms, oil refineries, and fabrication yards.
This is not just theory — it's a practical guide built by industry experts with real experience, case studies, and simplified explanations. If you’re aiming to become a better inspection engineer, welding coordinator, or piping quality controller, this course is designed for you.and Section VIII in real-world scenarios.
We begin by introducing each code's purpose and scope, then dive deep into welding procedure qualifications, material specifications, pressure design, fabrication rules, and piping systems. You’ll also understand code interpretations, clause-by-clause usage, and inspection/testing requirements as per ASME standards.
With practical illustrations and field-oriented guidance, you'll gain confidence in interpreting these codes for documentation, compliance, audits, and project execution. The course bridges theoretical knowledge with application-based clarity, ideal for professionals preparing for interviews, third-party audits, or promotions.
By the end of the course, you’ll be equipped with the practical knowledge and documentation awareness necessary to work confidently in projects requiring ASME compliance.