Inspection and Quality in Oil and Gas
Learn inspection and quality practices in oil and gas, including API standards and NDT techniques, to ensure asset integrity, safety, and regulatory compliance. Gain practical knowledge of pressure vessels, piping systems, and storage tanks, along with corrosion control and risk-based inspection methods. Develop the skills to identify defects, improve reliability, and maintain safe, efficient operations in oil and gas facilities.
Overview
The Inspection and Quality in Oil and Gas course provides a comprehensive understanding of the techniques, standards, and best practices used to ensure the integrity, safety, and reliability of critical equipment in oil and gas facilities. It covers key industry standards such as API 510 (pressure vessels), API 570 (piping systems), and API 653 (storage tanks), along with essential non-destructive testing (NDT) methods used to detect defects without damaging equipment.
Participants will learn how to inspect, assess, and maintain assets, identify corrosion and damage mechanisms, and apply risk-based inspection (RBI) strategies to optimize maintenance planning. The course emphasizes real-world applications, safety compliance, and quality assurance practices, enabling professionals to enhance operational efficiency, prevent failures, and ensure regulatory compliance in oil and gas operations.
Course Outline
- Role of inspection in oil and gas operations
- Asset integrity management (AIM) concepts
- QA/QC principles and lifecycle approach
- Overview of API and ASME standards
- API standards overview (API 510, 570, 653)
- ASME codes and international standards
- Regulatory requirements and compliance
- Inspection documentation and reporting (ITP, checklists)
- Types, design, and components of pressure vessels
- Inspection methods, intervals, and procedures
- Damage mechanisms and corrosion assessment
- Fitness-for-service (FFS) and repair guidelines
- Piping systems, materials, and components
- Inspection planning and thickness monitoring
- Corrosion circuits and risk areas
- Repairs, rerating, and alterations
- Tank types, construction, and design basics
- Inspection methods and scheduling
- Bottom, shell, and roof inspection techniques
- Tank integrity and maintenance strategies
- NDT methods (UT, RT, MT, PT, VT) and principles
- Selection of appropriate NDT techniques
- Defect identification and evaluation
- Advantages, limitations, and safety in NDT
- Types of corrosion (pitting, SCC, erosion, MIC)
- Material degradation and failure modes
- Corrosion monitoring and control techniques
- Inspection of corrosion-prone areas
- RBI methodology and risk assessment
- Inspection prioritization and planning
- Reliability-centered maintenance (RCM) basics
- Data-driven decision-making
- Welding processes and defects
- WPS, PQR, and welder qualifications
- Welding inspection techniques
- Quality control in fabrication and repairs
- Inspection planning and scheduling
- Safety during inspection activities
- Reporting, documentation, and audit practices
- Real-world case studies and industry applications
Prerequisites
- Basic knowledge of mechanical, piping, or industrial systems
- Understanding of oil and gas operations (preferred)
- Familiarity with engineering drawings or technical documents
- Suitable for engineers, technicians, and QA/QC professionals
- No prior certification required (API/NDT not mandatory)
Who Should Attend
- Basic knowledge of mechanical, piping, or industrial systems
- Understanding of oil and gas operations (preferred)
- Familiarity with engineering drawings or technical documents
- Suitable for engineers, technicians, and QA/QC professionals
- No prior certification required (API/NDT not mandatory)
Certification
Participants will receive a Certificate of Completion by GraspSkill upon successfully finishing the course.
This certification confirms that participants have gained and demonstrated essential skills in inspection and quality practices, including API standards (510, 570, 653), non-destructive testing (NDT), corrosion analysis, risk-based inspection (RBI), and asset integrity management in the oil and gas industry.
About Trainer
The training will be delivered by an industry expert with 10–15+ years of experience in oil and gas inspection, QA/QC, and asset integrity management, with strong expertise in API standards (510, 570, 653), non-destructive testing (NDT), corrosion assessment, and risk-based inspection (RBI). The trainer brings extensive hands-on experience from real-world projects and is skilled in delivering practical, industry-focused training.
Learning Outcomes
- Understand inspection principles and asset integrity management in oil and gas
- Gain knowledge of API standards (510, 570, 653) for vessels, piping, and tanks
- Apply non-destructive testing (NDT) methods for defect detection
- Identify and analyze corrosion and damage mechanisms
- Perform risk-based inspection (RBI) planning and decision-making
- Understand welding inspection and quality control practices
- Develop skills in inspection planning, documentation, and reporting
- Ensure compliance with international codes and safety standards
- Improve equipment reliability, safety, and operational efficiency
Student Reviews
""The course provided excellent clarity on API standards and inspection techniques. The practical approach to NDT and corrosion analysis was very useful for my role.""
""A highly informative program with strong focus on real-world inspection practices. The sessions on API 570 and RBI were particularly valuable.""
""Well-structured course covering inspection, quality control, and asset integrity. It helped me understand industry standards and compliance requirements clearly.""
""Great learning experience with real case studies and hands-on knowledge of inspection methods, corrosion control, and quality practices.""
Frequently Asked Questions
We offer live online sessions, self-paced modules and in-person workshops.
No, the certification is valid indefinitely, demonstrating ICE proficiency. While not mandatory, refresher training every 2-3 years is recommended to maintain skills and compliance.
Yes, you will be able to pay the course fees in instalments. Reach out to [email protected] to see the options available to you.
Yes, there will be an assessment of 20 questions based on the training topics at the end of the course, you will have to score 75% to pass.
You will get 2 attempts.
Sure, you can watch the recordings of the sessions you cannot attend and get back to us if you have any doubts to clear.
Group discounts are available to groups of more than three candidates. You can get up to 20% discount depending on the number of participants.
Yes, if you notify at least 24 hours in advance before the 1st class of the training and there is an availability in a different batch then you will be able to switch your start date.
Our courses are designed to provide high quality learning and outcomes that exceed expectations. If for some reason your expectations are not met. You will be given a refund in accordance with our 100% satisfaction policy.
You will receive meeting login for Zoom live classes and training materials.
All the participants will be added to WhatsApp/SMS group and email thread. You can clarify doubts at any time via WhatsApp, SMS or email.
Yes, we provide mentorship, doubt resolution, and guidance for assessment preparation.
The assessment tests practical understanding and application of instrumentation, controls and electrical systems concepts, with most participants successfully passing on their first attempt through full course participation.
The digital certificate is issued immediately upon passing the assessment.
Yes. The online training is accessible worldwide.
This course provides a clear and practical understanding of electrical power systems, instrumentation principles, control strategies and system integration used in industrial facilities. It is ideal for engineers, technicians, supervisors and operators who want to strengthen their technical foundation or advance in ICE-related roles.
You will be able to understand facility power systems, load lists and one-line diagrams; identify and evaluate electrical loads and protection systems; select and apply instrumentation for common process measurements; interpret and troubleshoot control loops and strategies; understand how safety, local control and communication systems integrate; and apply these key concepts to real-world industrial scenarios.
Yes. Our certification is widely trusted by engineering, oil and gas, utilities, manufacturing and EPC companies for validating technical competency in Instrumentation, Controls and Electrical Systems. Many companies use it for employee skill verification and internal career progression.
Not necessarily; the course is designed to accommodate both beginners or cross-discipline staff by explaining fundamentals clearly and experienced personnel by including practical insights and real-case applications.
Yes, we can.
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Upcoming Schedules
| Date | Time | Duration | Mode | Price | Action |
|---|---|---|---|---|---|
| 09:30 - 15:30 Kolkata (UTC+5:30) | 5 days, 30 hours (6 hours/ day)- Jun- 06, 07, 13, 14 and 20, 2026 | Live Online | $1,250.00 $990.00 |
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