• views: 195
• date: 1 June 2026
• posted by: voska89

What you'll learn

Understand API 510 code

Requirements

and inspection intervals for pressure vessels
Perform thickness measurements and calculate corrosion rates accurately
Apply various NDE techniques including UT, RT, MT, PT, and VT effectively
Calculate remaining life and establish appropriate inspection schedules
Identify and assess damage mechanisms affecting pressure vessels (CUI, SSC, CLSCC, HTHA, creep)
Prepare comprehensive inspection reports and maintain proper documentation
Execute repair, alteration, and rerating procedures per API 510 and ASME PCC-2
Understand jurisdictional

Requirements

and regulatory compliance (NBIC, OSHA PSM)
Implement best practices from real-world case studies across the UK, USA, Germany, and Singapore

Requirements

Basic understanding of mechanical engineering principles and material properties
Familiarity with pressure equipment and industrial process operations
Working knowledge of basic mathematics including algebra and geometry
Awareness of corrosion fundamentals and common damage mechanisms
Access to the API 510 code document is helpful but not required for the course
Professional experience in maintenance, inspection, or engineering is preferred

Description

This course contains the use of artificial intelligence.
Step confidently into one of the most respected technical disciplines in the oil, gas, refining, and petrochemical industries with this complete, industry-aligned training on the API 510 Pressure Vessel Inspection Code. Whether you are preparing for the API 510 certification examination, transitioning into a pressure equipment inspection role, or sharpening your skills as a working inspector, engineer.
You will begin with the foundations of API 510 — its scope, certification pathway, and how it links with ASME Section VIII, ASME Section V, ASME Section IX, ASME PCC-2, API 571, API 572, API 579, and API 580/581. From there, you will explore pressure vessel design, materials of construction, MAWP and MDMT, TMLs, corrosion rate calculations, and remaining life assessments. Dedicated modules dive deep into every major NDE technique (VT, UT, RT, MT, PT, PAUT, TOFD), damage mechanisms (CUI, SSC, CLSCC, HTHA, creep, brittle fracture, thermal fatigue), and full Fitness-for-Service workflows per API 579.
What truly sets this course apart is its practical orientation. You will work through real-world case studies from the UK, USA, Germany, and Singapore, plus advanced tips on TML optimization, multi-method NDE, statistical thickness trending, FFS screening, and stakeholder communication. By the final module, you will be able to plan inspections, calculate corrosion rates, evaluate damage, approve repairs and reratings, and prepare audit-ready documentation that stands up to any regulatory or third-party review.
ISO Xpert Academy is a specialist training provider focused on international standards, quality systems, and technical compliance for the energy, manufacturing, and engineering sectors. Our courses are designed by certified industry practitioners to deliver practical, audit-ready knowledge you can apply from day one.

Who this course is for

Pressure vessel inspectors preparing for API 510 certification
Quality assurance and quality control professionals in process industries
Mechanical, materials, and corrosion engineers working with pressure equipment
Maintenance supervisors, reliability engineers, and plant managers
NDE technicians seeking to expand into pressure vessel inspection
Safety and integrity professionals involved in pressure equipment programs
Technical consultants, third-party inspection agencies, and engineering contractors
Students and professionals transitioning into inspection or asset integrity careers




   
   
   

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