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Institute For Oil & Gas Training
OGI-1303 New

Pipeline Inspection and Integrity Assessment Training Course

Duration
5 days
CPD hours
15
Language
English
Next date
26 Oct 2026
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Overview

Pipeline Inspection and Integrity Assessment is a specialised professional training course delivered by Institute For Oil & Gas Training to strengthen the technical capabilities required to evaluate pipeline condition, identify defects, verify integrity and support reliable pipeline operations. The course addresses the practical challenges associated with pipeline inspection methods, pipeline condition assessment, integrity verification and pipeline defect assessment across oil and gas transportation and distribution systems.

Pipelines are critical assets within the oil and gas industry, connecting production facilities, processing plants, storage terminals, refineries and export infrastructure. Their operational reliability directly affects production continuity, environmental protection, personnel safety and commercial performance. Deterioration, corrosion, mechanical damage, manufacturing imperfections and operational stresses introduce integrity threats that require systematic identification and technically sound assessment.

Organisations responsible for pipeline networks need personnel who understand how to interpret inspection findings, evaluate defect severity and translate technical evidence into effective maintenance and integrity management decisions. Inspection activities generate valuable information, but that information delivers operational value only when engineers and inspection specialists can assess its significance, establish appropriate priorities and recommend suitable corrective actions.

The Pipeline Inspection and Integrity Assessment Training Course develops these capabilities through a structured examination of inspection planning, defect identification, condition evaluation, non-destructive testing, in-line inspection technologies and integrity verification practices. Participants explore the relationship between inspection data, pipeline operating conditions, material properties and degradation mechanisms to develop a more comprehensive understanding of pipeline fitness for service.

A central focus is the practical application of pipeline inspection methods to identify and evaluate common threats, including internal and external corrosion, metal loss, cracking, dents, deformation, coating deterioration and anomalies associated with fabrication or previous repairs. Participants learn how different inspection techniques contribute to defect detection and how the limitations of individual methods influence the confidence placed in inspection results.

The course also examines pipeline condition assessment as an essential component of asset management. Participants consider how inspection reports, historical operating records, corrosion monitoring data, maintenance documentation and engineering assessments contribute to a reliable understanding of asset condition. This integrated approach supports decisions about further examination, repair requirements, monitoring intervals and operational restrictions.

Pipeline defect assessment requires more than recognising an anomaly. Engineers must understand its dimensions, location, characteristics, potential growth and relevance to the pipeline operating envelope. The course therefore explores defect classification, data validation, assessment methodologies and the engineering considerations involved in determining whether a pipeline section remains suitable for continued operation.

Integrity verification is another important area of focus. Participants examine how inspection findings are reviewed against relevant engineering criteria, how uncertainties are identified and how conclusions are documented for operational and management use. These capabilities support consistent decision-making and improve communication between inspection contractors, integrity engineers, maintenance teams and operational management.

Institute For Oil & Gas Training positions this course for organisations seeking to improve inspection effectiveness, strengthen engineering judgement and establish a more disciplined approach to pipeline integrity. The programme connects technical inspection practices with operational risk management, maintenance planning and long-term asset performance.

By the end of the course, participants will have a clearer framework for planning inspections, interpreting defect information, evaluating pipeline condition and supporting integrity decisions. The resulting capability helps organisations manage pipeline threats more systematically, direct resources towards significant integrity concerns and maintain dependable pipeline infrastructure throughout its operating life.

Objectives

  • Explain the principles of pipeline inspection and integrity assessment within oil and gas transportation systems.

  • Identify common pipeline degradation mechanisms, including internal corrosion, external corrosion, cracking, metal loss, deformation and mechanical damage.

  • Select appropriate pipeline inspection methods according to asset characteristics, defect types, inspection objectives and accessibility.

  • Evaluate the strengths and limitations of visual inspection, ultrasonic testing, radiographic testing, magnetic particle testing and other relevant non-destructive examination techniques.

  • Explain the operating principles and applications of in-line inspection technologies used to examine pipeline conditions.

  • Interpret inspection reports, defect measurements, anomaly classifications and condition monitoring records.

  • Apply a structured approach to pipeline condition assessment using inspection findings, operating history and engineering information.

  • Conduct preliminary pipeline defect assessment by considering defect dimensions, location, characteristics and operating conditions.

  • Recognise when inspection findings require further examination, specialist analysis or detailed engineering assessment.

  • Explain the principles of integrity verification and the importance of validating inspection data before reaching engineering conclusions.

  • Assess the implications of inspection uncertainty, incomplete records and inconsistent measurements for pipeline integrity decisions.

  • Relate inspection findings to maintenance planning, repair prioritisation and continued operational suitability.

  • Understand the role of recognised pipeline standards and regulatory frameworks in inspection planning and integrity assessment.

  • Improve the quality, consistency and traceability of pipeline inspection documentation.

  • Communicate technical findings and integrity concerns effectively to engineering, maintenance and operational stakeholders.

Training methodology

The Pipeline Inspection and Integrity Assessment Training Course uses a practical, industry-focused delivery approach that connects established engineering principles with the operational demands of oil and gas pipeline systems. Institute For Oil & Gas Training combines technical presentations, inspection case studies, defect evaluation exercises, scenario-based discussions and collaborative problem-solving to develop capabilities that participants can apply within their organisations.

The methodology focuses on understanding how inspection information supports engineering decisions rather than treating inspection techniques as isolated technical procedures.

Technical Presentations and Guided Discussions

Structured presentations establish the technical foundation for pipeline inspection and integrity assessment. Topics include pipeline construction, material characteristics, degradation mechanisms, inspection technologies, defect classification and engineering assessment principles.

Guided discussions connect these concepts with common operational challenges, including ageing infrastructure, difficult inspection access, incomplete inspection histories, changing operating conditions and competing maintenance priorities. Participants examine how these factors influence inspection planning and the interpretation of inspection results.

Pipeline Inspection Case Studies

Realistic case studies examine pipeline defects and integrity concerns involving corrosion, metal loss, cracking, mechanical damage and coating failure. Participants review inspection findings, consider the reliability of available evidence and identify the additional information required to reach defensible conclusions.

These exercises develop the ability to distinguish between detected anomalies and defects that require further engineering investigation. They also demonstrate why inspection results must be considered alongside pipeline design information, operating history and previous maintenance activities.

Inspection Data Interpretation Exercises

Participants work through representative inspection reports, condition records and defect descriptions to develop a structured approach to data interpretation. Exercises cover defect location, dimensions, orientation, classification, reporting quality and uncertainty.

The activities highlight the importance of data validation before inspection findings are used for engineering decisions. Participants examine how inconsistent measurements, missing information and differences between inspection techniques affect assessment confidence.

Scenario-Based Defect Assessment

Practical scenarios require participants to assess hypothetical pipeline conditions and determine suitable next steps. Each scenario considers defect characteristics, operating conditions, inspection evidence and potential consequences.

Participants compare possible responses, including additional inspection, engineering assessment, repair planning, monitoring and escalation to responsible technical authorities. The emphasis is on applying a consistent decision-making process rather than relying on assumptions or isolated inspection readings.

Group Exercises and Technical Collaboration

Collaborative exercises reflect the multidisciplinary nature of pipeline integrity management. Participants consider the respective responsibilities of inspection personnel, pipeline engineers, maintenance specialists, corrosion engineers and operations teams.

Group discussions focus on communicating findings clearly, documenting engineering assumptions and establishing priorities that reflect technical significance and operational requirements. This approach strengthens coordination between departments responsible for pipeline reliability.

Application to Workplace Responsibilities

Throughout the course, participants relate the material to their existing work processes. They identify opportunities to improve inspection scopes, standardise reporting practices, strengthen defect assessment and establish clearer links between inspection findings and maintenance decisions.

The methodology supports practical learning for professionals with different levels of pipeline inspection experience while maintaining a corporate focus on technical quality, operational reliability and asset integrity.

Organisational impact

Effective pipeline integrity management depends on reliable inspection information, consistent assessment practices and timely operational decisions. The Pipeline Inspection and Integrity Assessment Training Course supports organisations in strengthening these interconnected activities.

Improved Inspection Effectiveness

Personnel develop a clearer understanding of inspection objectives, appropriate techniques and the information required to evaluate pipeline condition. This supports better-defined inspection scopes and improves the relevance of collected data.

Organisations can use these capabilities to reduce avoidable inspection gaps, improve reporting consistency and make more effective use of inspection resources. Inspection activities become more closely aligned with the defects and degradation mechanisms that matter to the integrity of each asset.

Stronger Defect Identification and Assessment

A structured approach to pipeline defect assessment helps personnel distinguish between routine observations, significant anomalies and findings that require urgent technical attention.

Improved defect classification and reporting support clearer communication between inspection contractors and asset owners. Engineering teams receive more useful information for evaluating defect significance, determining additional assessment requirements and developing suitable responses.

Better Maintenance Prioritisation

Inspection findings provide a foundation for maintenance decisions when their significance is evaluated consistently. Participants learn to connect defect characteristics and operating conditions with appropriate engineering review and maintenance planning.

Organisations benefit from clearer prioritisation of inspection follow-up, repair activities and monitoring requirements. This supports more disciplined allocation of personnel, equipment and maintenance budgets while reducing dependence on informal judgement.

Enhanced Operational Reliability

Undetected or inadequately assessed pipeline defects can contribute to unplanned shutdowns, product losses, emergency repairs and interruptions to production or transportation. Better inspection interpretation and condition assessment help organisations identify integrity concerns before they develop into more serious operational problems.

The course strengthens the processes used to evaluate inspection findings, identify deterioration trends and support decisions concerning continued operation. These improvements contribute to more reliable pipeline assets and more informed maintenance strategies.

Strengthened Safety and Environmental Protection

Pipeline failures can expose personnel, surrounding communities and the environment to significant hazards. Although training alone cannot eliminate these risks, improved inspection and assessment practices strengthen the identification and management of conditions that threaten pipeline integrity.

Participants develop a more systematic approach to identifying defects, documenting concerns and escalating findings that require engineering or operational intervention. This supports preventive risk management and reinforces the importance of technical evidence in safety-related decisions.

More Consistent Integrity Verification

Organisations require defensible evidence to demonstrate that inspection findings have been reviewed appropriately and that resulting integrity decisions follow established engineering processes.

The course reinforces data validation, technical documentation, assessment traceability and the importance of recognised standards. These practices improve the transparency of engineering decisions and help organisations maintain more consistent integrity records.

Better Use of Inspection Data

Pipeline operators often maintain substantial volumes of inspection reports, historical measurements, maintenance records and monitoring information. The value of these records depends on their quality and effective interpretation.

Participants learn to consider inspection data in context, identify information gaps and recognise the importance of comparing findings across inspection campaigns. This supports better trend analysis and more informed decisions about inspection frequency, further investigation and maintenance requirements.

Improved Cross-Functional Coordination

Pipeline inspection involves cooperation between engineering, operations, maintenance, corrosion management and external inspection providers. Inconsistent reporting or unclear responsibilities can delay decisions and weaken the response to significant findings.

The course establishes a common technical understanding that supports clearer communication across these functions. Organisations benefit from more effective handovers, better-defined assessment requirements and stronger coordination between inspection findings and operational actions.

More Disciplined Asset Management

The capabilities developed through the programme support a more structured approach to pipeline integrity across the asset lifecycle. Inspection planning, condition evaluation, defect assessment and maintenance decisions become more closely connected.

Organisations can assess the effectiveness of these improvements through operational indicators such as inspection report acceptance rates, defect assessment turnaround times, overdue integrity actions, repeat inspection findings and the proportion of identified defects with documented follow-up decisions. These measures provide a basis for tracking process improvement without assuming predetermined financial or operational results.

Personal impact

The course strengthens the technical confidence and professional capability of personnel responsible for pipeline inspection, engineering assessment and asset integrity management.

Stronger Technical Understanding

Participants develop a broader understanding of pipeline materials, degradation mechanisms, inspection technologies and defect characteristics. This enables them to interpret inspection findings with greater awareness of the engineering factors that influence pipeline condition.

The ability to relate inspection evidence to operating conditions supports more informed discussions with specialist engineers and inspection service providers.

Improved Inspection Interpretation

Participants gain a structured approach to reviewing inspection reports and identifying the information needed for effective condition assessment. They learn to recognise data limitations, evaluate defect descriptions and identify circumstances that require additional investigation.

These skills strengthen the quality of technical reviews and help participants ask more relevant questions when inspection findings are unclear or incomplete.

Greater Confidence in Defect Assessment

Pipeline defect assessment requires sound judgement and an understanding of the boundaries between preliminary evaluation and detailed engineering analysis. The course helps participants distinguish between identifying an anomaly, assessing its significance and confirming the suitability of a pipeline for continued operation.

This improves their ability to contribute to technical discussions, recommend appropriate follow-up activities and refer complex cases to the relevant engineering specialists.

Enhanced Decision-Making Skills

Participants develop a more systematic method for considering defect dimensions, inspection confidence, operational conditions and potential consequences. This provides a stronger foundation for evaluating inspection priorities and supporting maintenance decisions.

They also learn to communicate uncertainty and explain why additional inspection or specialist analysis is necessary in particular circumstances.

Improved Professional Communication

The course strengthens participants ability to present inspection findings in a clear and technically relevant manner. They develop a better understanding of the information required by pipeline engineers, maintenance managers and operational decision-makers.

This capability supports more effective reporting, clearer recommendations and better coordination between technical and non-technical stakeholders.

Increased Professional Versatility

The skills addressed in the programme are relevant to inspection engineering, pipeline maintenance, corrosion management, asset integrity and operational assurance. Participants gain a broader understanding of how these disciplines contribute to pipeline reliability.

This cross-functional knowledge supports professional development and prepares participants to take on more complex inspection coordination, technical review and integrity management responsibilities within their existing roles.

Practical Workplace Application

Participants leave with a structured approach to reviewing inspection findings, evaluating pipeline condition and identifying suitable next steps. They can apply the learning to inspection planning meetings, technical report reviews, maintenance discussions and integrity management activities.

The course also encourages a more evidence-based approach to professional judgement, supporting continuous improvement in inspection quality and engineering decision-making.

Who should attend

  • Pipeline Integrity Engineers: To strengthen defect evaluation, condition assessment and integrity verification practices.

  • Pipeline Inspection Engineers: To improve inspection planning, technique selection and interpretation of inspection results.

  • Pipeline Inspectors: To develop a more systematic understanding of defect identification, inspection reporting and follow-up requirements.

  • Asset Integrity Engineers: To connect inspection findings with integrity management strategies, maintenance priorities and asset lifecycle decisions.

  • Corrosion Engineers and Specialists: To understand how corrosion inspection results contribute to pipeline condition assessment and degradation management.

  • Non-Destructive Testing Personnel: To improve their understanding of how NDT findings support pipeline defect assessment and engineering evaluation.

  • Pipeline Operations Engineers: To interpret inspection findings in relation to operating conditions, pipeline performance and operational restrictions.

  • Maintenance Engineers and Supervisors: To use inspection evidence when planning repairs, prioritising maintenance and coordinating technical interventions.

  • Inspection and Integrity Coordinators: To improve inspection scope development, contractor coordination, reporting quality and action tracking.

  • Mechanical Engineers: To broaden their knowledge of pipeline materials, defect characteristics and inspection-based assessment.

  • Quality Assurance and Quality Control Professionals: To understand inspection documentation, examination quality and the traceability of technical findings.

  • Technical Consultants and Engineering Contractors: To strengthen their ability to review pipeline inspection deliverables and support asset owner requirements.

  • Reliability and Risk Engineers: To understand how defect assessment and inspection information contribute to risk-informed maintenance and integrity decisions.

  • Pipeline Project Engineers: To develop an understanding of inspection requirements during pipeline construction, commissioning, operation and maintenance.

  • Engineering Managers and Maintenance Managers: To improve oversight of inspection programmes, defect prioritisation and integrity-related resource allocation.

  • Technical Supervisors and Department Heads: To establish clearer expectations for inspection quality, engineering review and the management of integrity findings.

Course outline

This module establishes the technical foundation for pipeline inspection and integrity assessment in oil and gas operations. Participants examine pipeline construction, material characteristics, operating conditions and the degradation mechanisms that influence pipeline condition throughout the asset lifecycle.

The module focuses on recognising common integrity threats and understanding how they affect inspection planning. Participants explore internal and external corrosion, erosion, cracking, mechanical damage, manufacturing imperfections and deterioration associated with operating conditions. The relationship between defect characteristics, inspection objectives and operational consequences provides the foundation for subsequent modules.

  1. ASME B31.8

    • Establishes requirements for gas transmission and distribution piping systems, including relevant design, construction, operation and maintenance provisions.

    • Provides a recognised technical framework for understanding pipeline integrity considerations in gas pipeline systems.

    • Supports consideration of pipeline operating conditions, material suitability and integrity-related requirements throughout the asset lifecycle.

    • Helps participants understand how inspection and maintenance activities fit within a broader pipeline engineering framework.

    Learning Outcomes

    • Explain the principal components and operating characteristics of oil and gas pipeline systems.

    • Identify common pipeline degradation mechanisms and their potential effects on asset integrity.

    • Distinguish between corrosion, cracking, metal loss, deformation and mechanical damage.

    • Explain how material properties and operating conditions influence pipeline deterioration.

    • Recognise the relationship between pipeline threats, inspection objectives and integrity management priorities.

    • Identify the information required to establish an initial understanding of pipeline condition.

This module examines the inspection technologies used to identify pipeline defects and collect information about asset condition. Participants evaluate the capabilities and limitations of different inspection methods and consider how inspection requirements vary according to pipeline characteristics, accessibility and anticipated defect types.

The module covers visual examination, non-destructive testing, ultrasonic inspection, radiographic testing, magnetic particle testing, liquid penetrant testing and in-line inspection technologies where applicable. Participants also examine the importance of inspection preparation, method suitability, equipment limitations, personnel competence and reporting quality.

  1. API 1163

    • Establishes qualification requirements and performance considerations for in-line inspection systems used in pipeline integrity management.

    • Addresses the evaluation of in-line inspection performance and the confidence placed in inspection results.

    • Supports assessment of inspection tool suitability for the pipeline characteristics and anomaly types under consideration.

    • Helps participants understand why inspection system performance and data quality must be evaluated before engineering decisions are made.

    Learning Outcomes

    • Describe the operating principles of common pipeline inspection methods.

    • Explain the applications of relevant non-destructive testing techniques.

    • Compare inspection methods according to defect type, accessibility and examination objectives.

    • Describe the role of in-line inspection technologies in identifying pipeline anomalies.

    • Recognise the importance of inspection tool performance, calibration, data quality and technical limitations.

    • Identify the inspection information required for effective pipeline condition assessment.

    • Explain how appropriate inspection method selection improves the usefulness of collected data.

This module focuses on the interpretation of inspection findings and the evaluation of defects identified within pipeline systems. Participants examine how defect location, dimensions, morphology, distribution and operating conditions influence the assessment process.

The module addresses metal loss, corrosion features, dents, deformation, cracking and other relevant anomalies. Participants review representative inspection reports and explore the relationship between recorded measurements, defect classification, historical inspection data and engineering assessment requirements. Particular attention is given to data validation, uncertainty and the distinction between preliminary defect evaluation and formal fitness-for-service assessment.

  1. ASME B31G

    • Provides recognised methods for evaluating the remaining strength of corroded pipelines.

    • Addresses the assessment of metal loss and its effect on pipeline pressure-carrying capability.

    • Supports engineering evaluation of applicable corrosion defects using relevant dimensional and material information.

    • Provides a technical basis for understanding the limits of corrosion assessment and the need for appropriate engineering review.

    Learning Outcomes

    • Interpret pipeline inspection reports and identify important defect characteristics.

    • Explain the relationship between defect dimensions, material properties and operating conditions.

    • Distinguish between corrosion-related metal loss and other forms of pipeline damage.

    • Apply a structured approach to preliminary pipeline defect assessment.

    • Recognise the importance of validated measurements and reliable inspection records.

    • Identify uncertainties and information gaps that affect assessment confidence.

    • Explain when a defect requires additional inspection, specialist evaluation or formal engineering analysis.

    • Understand the role and limitations of recognised corrosion assessment methodologies.

This module examines the engineering processes used to verify pipeline integrity and determine appropriate responses to inspection findings. Participants explore how inspection data is reviewed against applicable assessment criteria, material properties, design information and operating conditions.

The module introduces the principles of fitness-for-service assessment, defect acceptance criteria, remaining strength evaluation and the management of assessment uncertainty. Participants consider the importance of traceable calculations, documented assumptions, independent technical review where appropriate and clear communication of engineering conclusions. The emphasis is on understanding how inspection evidence supports defensible decisions without treating inspection results alone as automatic confirmation of fitness for service.

  1. API 579-1/ASME FFS-1

    • Establishes recognised fitness-for-service assessment methodologies for evaluating identified flaws and damage in applicable equipment and components.

    • Provides assessment approaches for relevant damage mechanisms, including certain forms of metal loss, cracking and deformation.

    • Supports structured engineering evaluation using appropriate material data, defect information and operating conditions.

    • Helps participants understand the importance of selecting assessment procedures that match the damage mechanism and applicable component requirements.

    • Requires engineering judgement and appropriate technical expertise when determining the suitability and limitations of an assessment.

    Learning Outcomes

    • Explain the purpose and principles of integrity verification.

    • Describe the relationship between inspection results and formal engineering assessment.

    • Identify the information required to evaluate pipeline defects against relevant acceptance criteria.

    • Explain how fitness-for-service principles support decisions concerning damaged components.

    • Recognise the significance of assessment assumptions, data quality and technical uncertainty.

    • Distinguish between inspection findings, preliminary assessments and approved engineering conclusions.

    • Identify circumstances requiring detailed calculations, specialist review or additional examination.

    • Understand how engineering assessment outcomes support decisions concerning repair, monitoring and continued operation.

This module integrates inspection planning, condition assessment and engineering verification into practical pipeline integrity management. Participants examine how inspection findings are converted into documented actions, maintenance priorities and longer-term asset management decisions.

The module focuses on defect prioritisation, repair planning, monitoring requirements, inspection history, technical reporting and follow-up action management. Participants explore how organisations maintain traceable records, communicate integrity concerns and use inspection results to improve future inspection programmes. Case-based exercises reinforce the importance of proportionate responses, documented responsibilities and coordination between engineering, operations and maintenance functions.

  1. API 1160

    • Provides a recognised framework for managing the integrity of hazardous liquid pipelines.

    • Addresses integrity management processes for identifying, assessing and managing pipeline threats.

    • Supports the use of inspection information and engineering assessments in integrity-related decision-making.

    • Emphasises systematic evaluation, prioritisation and management of pipeline integrity concerns.

    • Helps participants understand how inspection findings contribute to an organised integrity management programme for applicable liquid pipeline systems.

    Learning Outcomes

    • Explain how inspection findings contribute to pipeline integrity management.

    • Prioritise defects for further assessment, monitoring or maintenance consideration according to documented criteria.

    • Identify the information required to support repair planning and corrective action decisions.

    • Explain the importance of inspection history and trend analysis in evaluating changing pipeline condition.

    • Prepare clear and traceable inspection findings for engineering and operational review.

    • Describe how inspection actions, assessment conclusions and maintenance decisions should be documented.

    • Recognise the importance of coordination between inspection, engineering, operations and maintenance teams.

    • Identify practical measures for monitoring inspection quality, assessment turnaround and integrity action completion.

    • Apply a structured approach to converting pipeline inspection findings into documented follow-up actions.

Certificate

Attendees who successfully complete the Pipeline Inspection and Integrity Assessment Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises participation in the programme and completion of its training requirements. Attendees are required to meet the course attendance requirement established by Institute For Oil & Gas Training to receive the certificate.

The Certificate of Completion confirms course participation. It does not represent a professional licence, statutory authorisation or independent certification in pipeline inspection or engineering assessment.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,800

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,800

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,800

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,800

Fees include tuition, course materials and refreshments. Need different dates or a different city? Ask about your preferred date.

Frequently asked questions

What is the Pipeline Inspection and Integrity Assessment Training Course about?

The course develops practical knowledge of pipeline inspection methods, pipeline condition assessment, defect evaluation and integrity verification. It examines inspection technologies, degradation mechanisms, inspection report interpretation and the engineering processes used to support maintenance and integrity decisions in oil and gas operations.

Who should attend this pipeline inspection training course?

The programme is suitable for pipeline inspectors, integrity engineers, inspection engineers, corrosion specialists, NDT personnel, maintenance engineers, operations professionals, reliability specialists and engineering managers. It is particularly relevant to personnel who review inspection findings, coordinate inspection activities or contribute to pipeline integrity decisions.

What inspection methods are covered during the course?

The course examines visual inspection, ultrasonic testing, radiographic testing, magnetic particle testing, liquid penetrant testing and applicable in-line inspection technologies. Participants explore their principal applications, limitations and suitability for different defect types and inspection requirements.

How does the course improve pipeline defect assessment skills?

Participants learn to interpret inspection reports, examine defect characteristics, assess data quality and recognise the limitations of inspection findings. They also develop a structured understanding of how defect information, operating conditions and recognised engineering assessment methods support decisions about further inspection, repair, monitoring and continued operation.

Will attendees receive a certificate, and what is the course duration?

Attendees who meet the attendance requirement receive a Certificate of Completion from Institute For Oil & Gas Training. The total course duration is 15 to 20 hours, covering five structured modules on pipeline integrity fundamentals, inspection methods, defect assessment, integrity verification and integrity management.

Next: 26 Oct 2026

4 dates available

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