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Institute For Oil & Gas Training
OGI-1390 New

Offshore Corrosion Management and Control Training Course

Duration
5 days
CPD hours
15
Language
English
Next date
09 Nov 2026
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Overview

Offshore Corrosion Management is a critical discipline for maintaining the structural integrity, operational reliability and long-term performance of offshore oil and gas assets exposed to aggressive marine environments. The Offshore Corrosion Management and Control Training Course by Institute For Oil & Gas Training equips industry professionals with the technical knowledge and management capabilities required to identify corrosion threats, implement effective offshore corrosion prevention strategies and control deterioration across offshore installations, platforms, subsea infrastructure and associated production facilities.

Offshore oil and gas facilities operate under demanding environmental conditions that accelerate material degradation and increase the complexity of asset integrity management. Continuous exposure to seawater, atmospheric salt deposits, humidity, temperature variations, marine organisms and industrial contaminants creates multiple corrosion mechanisms that affect structural steelwork, pipelines, pressure-containing equipment, storage systems and production infrastructure. These conditions require a systematic approach to corrosion assessment, prevention, monitoring and mitigation to maintain safe and dependable operations.

Corrosion represents a significant operational challenge throughout the offshore asset lifecycle. Structural deterioration affects platform jackets, topside structures, risers, subsea pipelines, splash-zone components and marine equipment. Internal corrosion also threatens production pipelines, water injection systems, process vessels and hydrocarbon handling facilities. Without appropriate corrosion management strategies, deterioration progresses into equipment failures, production interruptions, costly repairs and increased exposure to operational hazards.

The course addresses the technical and organisational skills gap associated with managing corrosion across complex offshore environments. It develops a practical understanding of corrosion mechanisms, material degradation, protective coating systems, cathodic protection, corrosion monitoring techniques and risk-based inspection approaches. Participants examine how environmental conditions influence corrosion behaviour and how engineering teams select appropriate prevention and control measures for different offshore operating conditions.

Particular attention is given to offshore coatings and their role in protecting structural and mechanical assets against seawater exposure, atmospheric corrosion and chemical contamination. Participants explore coating selection, surface preparation, application procedures, inspection requirements and degradation assessment. The programme also examines cathodic protection systems, galvanic anodes, impressed current systems and their contribution to protecting submerged offshore structures and subsea assets.

Effective corrosion mitigation requires coordination between corrosion engineers, inspection specialists, maintenance personnel, operations teams and asset integrity managers. The course therefore connects engineering principles with operational decision-making, enabling participants to evaluate corrosion risks, prioritise intervention activities and establish consistent corrosion control practices across offshore facilities.

Developed for the oil and gas industry, Institute For Oil & Gas Training delivers this programme through an operationally focused approach that reflects the challenges encountered throughout offshore exploration, production, processing and transportation activities. Participants develop the capability to assess corrosion threats, evaluate protective systems and contribute to integrated asset integrity programmes.

By strengthening offshore corrosion management capabilities, organisations improve the reliability of critical infrastructure, support safer working environments, control maintenance expenditure and protect the long-term value of offshore investments. The programme provides a structured foundation for professionals responsible for maintaining offshore assets under demanding marine operating conditions.

Objectives

  • Explain the fundamental principles of corrosion science and their application to offshore oil and gas facilities.

  • Identify the environmental factors that accelerate corrosion in marine environments.

  • Distinguish between atmospheric, splash-zone, submerged and internal corrosion mechanisms.

  • Evaluate the effects of seawater exposure, salinity, humidity and temperature on offshore materials.

  • Identify corrosion threats affecting offshore platforms, pipelines, risers, structural steelwork and subsea infrastructure.

  • Assess the suitability of metallic materials for different offshore operating environments.

  • Understand the selection and application of offshore coatings for structural and mechanical protection.

  • Evaluate surface preparation, coating application and inspection requirements.

  • Explain the operating principles of sacrificial anode and impressed current cathodic protection systems.

  • Identify common cathodic protection deficiencies and their implications for asset integrity.

  • Apply corrosion monitoring techniques to evaluate material degradation and equipment condition.

  • Interpret corrosion inspection findings and thickness measurement information.

  • Understand the application of risk-based inspection principles to offshore corrosion management.

  • Evaluate corrosion mitigation strategies for critical offshore equipment and infrastructure.

  • Develop practical recommendations for improving corrosion control programmes and maintenance planning.

  • Support integrated corrosion management strategies throughout the offshore asset lifecycle.

Training methodology

The Offshore Corrosion Management and Control Training Course adopts a practical, engineering-focused delivery methodology that connects corrosion science with the operational requirements of offshore oil and gas facilities. Institute For Oil & Gas Training combines technical presentations, offshore industry case studies, engineering exercises, inspection scenarios and collaborative discussions to develop a comprehensive understanding of corrosion prevention and control.

The methodology focuses on the relationship between environmental exposure, material selection, corrosion mechanisms and asset degradation. Participants examine how atmospheric, splash-zone, submerged and internal operating conditions influence corrosion rates and determine appropriate protection strategies.

Technical Presentations and Engineering Discussions

Structured technical presentations establish the fundamental principles of corrosion management in offshore environments. Participants explore electrochemical corrosion, galvanic effects, pitting, crevice corrosion, microbiologically influenced corrosion, erosion-corrosion and corrosion under insulation.

Engineering discussions examine how these mechanisms affect different offshore components and how corrosion engineers evaluate their significance when developing asset protection strategies. This approach strengthens participants' understanding of corrosion behaviour and its implications for offshore equipment reliability.

Offshore Industry Case Studies

Industry-focused case studies demonstrate the consequences of inadequate corrosion control and the operational value of effective prevention programmes. Participants examine representative scenarios involving offshore platform deterioration, coating breakdown, subsea pipeline corrosion, cathodic protection deficiencies and corrosion-related equipment failures.

These case studies encourage participants to identify contributing factors, assess deterioration patterns and recommend suitable corrective measures. The approach connects technical knowledge with the practical challenges encountered across offshore oil and gas facilities.

Coating Inspection and Protection Exercises

Participants explore the technical considerations involved in offshore coatings, including surface preparation, coating selection, application quality, environmental conditions and inspection procedures.

Practical engineering scenarios demonstrate how coating defects, mechanical damage, inadequate surface preparation and inappropriate application practices compromise protective performance. Participants develop a clearer understanding of coating assessment and the importance of maintaining effective corrosion barriers in marine environments.

Cathodic Protection Assessment Scenarios

Engineering exercises introduce the assessment of sacrificial anode and impressed current cathodic protection systems. Participants examine protection principles, system components, monitoring requirements and common performance deficiencies.

The sessions explain how cathodic protection supports corrosion prevention for submerged structures, pipelines and offshore marine infrastructure. Participants also explore the importance of evaluating protection system performance as part of an integrated corrosion management programme.

Corrosion Monitoring and Inspection Exercises

Participants work through representative corrosion monitoring scenarios involving ultrasonic thickness measurements, corrosion coupons, electrical resistance probes and inspection findings.

The exercises focus on interpreting inspection information, recognising deterioration patterns and establishing appropriate monitoring priorities. This practical approach strengthens participants' ability to understand corrosion assessment results and contribute to effective inspection and maintenance planning.

Risk-Based Decision-Making and Group Exercises

Collaborative exercises examine how organisations prioritise corrosion threats according to asset criticality, deterioration mechanisms, operating conditions and potential consequences of failure.

Participants evaluate inspection findings, compare corrosion mitigation options and develop recommendations for improving corrosion management programmes. These activities strengthen technical judgement and encourage coordination between engineering, inspection, maintenance and operations functions.

Through this integrated methodology, Institute For Oil & Gas Training ensures that participants understand both the technical principles of offshore corrosion control and their practical application in maintenance planning, inspection management, engineering decisions and operational risk reduction.

Organisational impact

Effective offshore corrosion management strengthens the ability of oil and gas organisations to protect critical infrastructure, improve operational performance and control asset deterioration. The Offshore Corrosion Management and Control Training Course by Institute For Oil & Gas Training develops the technical and managerial capabilities required to establish consistent corrosion prevention strategies, improve inspection planning and strengthen maintenance decision-making across offshore facilities.

Improved Structural Integrity and Asset Reliability

Offshore platforms, jackets, topside structures, pipelines and subsea installations require continuous protection against corrosion. A stronger understanding of deterioration mechanisms enables engineering and maintenance teams to identify vulnerable components, evaluate corrosion exposure and implement appropriate protection measures.

Organisations benefit from more effective corrosion assessments, improved identification of coating deficiencies and better management of cathodic protection systems. These practices strengthen structural integrity, improve equipment reliability and reduce the likelihood of corrosion-related failures across critical offshore assets.

Reduced Maintenance and Repair Expenditure

Uncontrolled corrosion increases inspection requirements, repair activities, component replacement and maintenance expenditure. A structured corrosion management approach enables organisations to identify deterioration at earlier stages and prioritise intervention activities according to asset condition and operational risk.

Improved coating maintenance, corrosion monitoring and protective system management support better allocation of maintenance resources. Organisations strengthen maintenance planning, reduce avoidable corrective work and improve control over expenditure associated with offshore asset deterioration.

Enhanced Operational Safety

Corrosion-related failures create risks for personnel, offshore installations and surrounding marine environments. Pipeline leaks, structural degradation, pressure equipment failures and compromised containment systems can result in serious operational consequences.

The course strengthens organisational understanding of corrosion threats and their relationship with asset integrity. Improved identification, assessment and mitigation of these threats support safer operating conditions, more effective maintenance interventions and stronger protection of offshore personnel and infrastructure.

Improved Inspection and Maintenance Planning

Effective inspection programmes depend on understanding corrosion mechanisms, deterioration patterns and asset operating conditions. Participants develop the knowledge required to interpret inspection information and contribute to more targeted inspection strategies.

Organisations benefit from improved inspection prioritisation, more informed maintenance decisions and stronger coordination between inspection, engineering and operations functions. This improves the effectiveness of corrosion monitoring activities and supports more structured maintenance planning.

More Effective Offshore Coating Management

Protective coatings provide an essential barrier against corrosion in offshore environments. Inadequate coating selection, application defects and delayed maintenance compromise asset protection and accelerate material deterioration.

Improved knowledge of offshore coatings enables organisations to strengthen coating specifications, surface preparation controls, application quality and inspection practices. These improvements support more durable protective systems, better maintenance decisions and consistent preservation of offshore structures and equipment.

Stronger Corrosion Risk Management

A structured approach to corrosion assessment improves the identification and prioritisation of deterioration threats. Organisations develop stronger capabilities in evaluating corrosion consequences, assessing protective system performance and selecting appropriate mitigation measures.

This supports risk-informed maintenance planning and more effective management of critical offshore assets. Improved integration of corrosion assessments into asset integrity programmes also strengthens the organisation's ability to address emerging deterioration threats.

Improved Compliance and Engineering Governance

Offshore corrosion management requires engineering practices that align with applicable industry standards, technical specifications and organisational integrity requirements.

The programme develops awareness of recognised corrosion protection and inspection standards, supporting more consistent engineering decisions, technical documentation and maintenance governance. Organisations strengthen their approach to technical oversight and improve coordination across corrosion engineering, inspection and asset management functions.

Greater Operational Efficiency

Improved corrosion control reduces avoidable maintenance interruptions and supports more reliable equipment performance. Better coordination between corrosion engineering, inspection and operations teams also strengthens the execution of asset integrity activities.

Organisations gain a more integrated approach to asset protection, improving maintenance efficiency, supporting operational continuity and preserving the long-term performance of offshore facilities.

Personal impact

The Offshore Corrosion Management and Control Training Course develops the technical confidence and professional capabilities required to manage corrosion challenges across offshore oil and gas operations. Delivered by Institute For Oil & Gas Training, the programme strengthens participants' understanding of marine corrosion mechanisms, protective technologies, inspection practices and corrosion mitigation strategies.

Advanced Technical Understanding

Participants strengthen their understanding of corrosion mechanisms and the environmental conditions that influence material deterioration in marine environments. They develop the ability to recognise different corrosion forms, understand their causes and assess their implications for offshore structures, pipelines and production equipment.

This knowledge provides a stronger technical foundation for identifying corrosion threats and supporting effective corrosion prevention activities across offshore installations.

Improved Engineering Decision-Making

The programme develops the ability to evaluate corrosion threats, assess protective systems and contribute to appropriate mitigation decisions. Participants gain a stronger foundation for recommending engineering solutions based on operating conditions, inspection findings, material properties and asset requirements.

This strengthens their ability to contribute to technical assessments, maintenance planning and asset integrity decisions.

Practical Knowledge of Offshore Coatings

Participants develop a clearer understanding of protective coating technologies, surface preparation, application quality and inspection requirements. They gain insight into selecting appropriate coating systems for atmospheric, splash-zone and submerged offshore conditions.

This knowledge strengthens their involvement in coating selection, maintenance supervision, application quality assessment and protective system inspection.

Greater Cathodic Protection Competence

The course improves understanding of cathodic protection principles and their application to submerged offshore structures and subsea pipelines. Participants examine sacrificial anode and impressed current systems, including their operating principles, monitoring requirements and common performance deficiencies.

They gain greater confidence in evaluating cathodic protection information and supporting corrosion protection activities across offshore assets.

Stronger Inspection and Monitoring Capabilities

Participants improve their understanding of corrosion monitoring techniques and inspection practices. They develop a stronger appreciation of how ultrasonic thickness measurements, corrosion coupons, electrical resistance probes and inspection records contribute to asset integrity decisions.

This knowledge supports more effective interpretation of inspection findings and improves their ability to participate in corrosion assessment and monitoring programmes.

Enhanced Risk Assessment Skills

The programme develops a structured approach to evaluating corrosion threats and prioritising intervention activities. Participants strengthen their understanding of risk-based inspection principles and learn how equipment criticality, deterioration mechanisms and potential consequences influence inspection and maintenance decisions.

These capabilities improve their contribution to corrosion risk assessments and asset integrity management activities.

Improved Cross-Functional Collaboration

Corrosion management involves multiple technical and operational disciplines. Participants develop a broader understanding of the responsibilities of corrosion engineers, inspectors, maintenance professionals, materials specialists and operations personnel.

This knowledge improves communication and coordination when addressing corrosion-related issues across offshore facilities. Participants become better equipped to contribute to multidisciplinary engineering discussions and collaborative asset protection initiatives.

Professional Development and Career Progression

The knowledge gained strengthens professional capabilities in corrosion engineering, inspection, materials management, maintenance and asset integrity. Participants develop a broader technical perspective that supports increased responsibility in offshore engineering and asset management functions.

By understanding offshore corrosion prevention, protective coatings, cathodic protection, inspection methods and corrosion mitigation, participants enhance their professional contribution to the reliability and long-term performance of offshore oil and gas assets.

Who should attend

  • Corrosion Engineers: Professionals responsible for evaluating corrosion mechanisms, selecting protection systems and developing corrosion mitigation strategies.

  • Materials Engineers: Specialists involved in material selection, degradation assessment and engineering support for offshore facilities.

  • Asset Integrity Engineers and Managers: Personnel responsible for maintaining the structural and mechanical integrity of offshore installations.

  • Inspection Engineers and Inspectors: Professionals conducting corrosion assessments, thickness measurements and condition monitoring activities.

  • Maintenance Engineers and Managers: Personnel responsible for planning and supervising corrosion-related maintenance and repair activities.

  • Offshore Structural Engineers: Engineers involved in the design, inspection and preservation of offshore platforms, jackets and structural components.

  • Pipeline Engineers: Professionals responsible for the integrity and corrosion protection of offshore pipelines, risers and associated infrastructure.

  • Coating Inspectors and Supervisors: Personnel involved in coating specifications, surface preparation, application inspection and maintenance.

  • Cathodic Protection Specialists: Professionals responsible for evaluating and maintaining cathodic protection systems across offshore assets.

  • Production and Operations Engineers: Personnel managing offshore production facilities and addressing corrosion-related operational challenges.

  • Reliability Engineers: Specialists responsible for improving equipment reliability and reducing corrosion-related failures.

  • Technical and Engineering Managers: Senior professionals overseeing engineering standards, asset integrity programmes and offshore maintenance strategies.

  • Offshore Project Engineers: Professionals involved in the engineering, construction, commissioning and handover of offshore oil and gas facilities.

  • HSE and Technical Risk Professionals: Personnel involved in evaluating operational risks associated with corrosion-related equipment deterioration and loss of containment.

Course outline

This module establishes the scientific and engineering principles governing corrosion in offshore oil and gas facilities. Participants examine the relationship between electrochemical reactions, material properties and environmental exposure, developing an understanding of how marine conditions influence corrosion behaviour.

The module explores atmospheric corrosion, splash-zone deterioration, submerged corrosion and internal corrosion in offshore production systems. Particular attention is given to seawater chemistry, salinity, dissolved oxygen, temperature, humidity and biological activity as contributing factors in offshore material degradation.

  1. ISO 9223

    • Establishes the classification of atmospheric corrosivity based on environmental exposure conditions.

    • Defines corrosion categories relevant to atmospheric environments.

    • Identifies environmental parameters influencing atmospheric corrosion.

    • Supports the evaluation of corrosion exposure when selecting protective measures.

    • Provides a recognised basis for assessing atmospheric corrosion conditions affecting offshore structures.

    Learning Outcomes

    • Explain the electrochemical principles governing corrosion.

    • Identify major corrosion mechanisms affecting offshore oil and gas facilities.

    • Differentiate between atmospheric, splash-zone, submerged and internal corrosion.

    • Evaluate the influence of marine environmental conditions on material degradation.

    • Recognise corrosion-prone locations across offshore installations.

    • Explain how environmental exposure influences corrosion prevention requirements.

    • Identify the operational implications of uncontrolled offshore corrosion.

This module examines the engineering principles involved in selecting materials and establishing protective systems for offshore applications. Participants explore how material properties, environmental exposure, operating conditions and equipment requirements influence corrosion resistance and asset performance.

The module also examines the selection of protective coatings and cathodic protection systems. Emphasis is placed on matching protection methods to offshore exposure conditions, understanding system limitations and ensuring that corrosion control measures remain effective throughout the asset lifecycle.

  1. ISO 12944

    • Establishes requirements and guidance for protective paint systems used on steel structures.

    • Classifies environmental corrosivity categories and exposure conditions.

    • Provides guidance on protective coating selection and durability.

    • Addresses surface preparation and coating application considerations.

    • Supports the specification and maintenance of protective coatings in demanding industrial environments.

    Learning Outcomes

    • Evaluate material selection considerations for offshore environments.

    • Identify suitable metallic materials for different operating conditions.

    • Understand the limitations and benefits of corrosion-resistant alloys.

    • Explain the role of offshore coatings in corrosion prevention.

    • Assess the importance of surface preparation and coating application quality.

    • Distinguish between sacrificial anode and impressed current cathodic protection.

    • Understand how coatings and cathodic protection work together.

    • Recommend appropriate protection approaches for different offshore assets.

This module focuses on the inspection and monitoring activities required to identify corrosion threats and assess the condition of offshore equipment and infrastructure. Participants examine inspection technologies, monitoring methods and engineering assessment practices used to evaluate material deterioration.

The module connects inspection information with practical integrity management decisions. It addresses corrosion monitoring programmes, inspection data interpretation, thickness measurements, corrosion rate evaluation and the identification of coating and cathodic protection deficiencies.

  1. API 570

    • Establishes inspection, rating, repair and alteration requirements for in-service piping systems within its scope.

    • Addresses inspection planning and piping condition assessment.

    • Provides guidance on corrosion monitoring and thickness measurement.

    • Supports the evaluation of piping deterioration and remaining service condition.

    • Establishes recognised practices for managing inspection and maintenance activities involving process piping.

    Learning Outcomes

    • Identify suitable corrosion inspection methods for offshore assets.

    • Explain the application of ultrasonic thickness measurements.

    • Understand the use of corrosion coupons and electrical resistance probes.

    • Evaluate the importance of visual inspection and coating condition surveys.

    • Interpret basic corrosion monitoring and inspection information.

    • Recognise coating defects and cathodic protection deficiencies.

    • Understand corrosion rate trending and deterioration assessment.

    • Contribute to effective inspection planning and corrosion monitoring programmes.

This module examines the engineering and management strategies used to control corrosion risks across offshore facilities. Participants explore how organisations identify critical corrosion threats, assess deterioration consequences and select appropriate mitigation measures to protect operational assets.

The module focuses on risk-based inspection principles, corrosion control planning, maintenance prioritisation and the integration of inspection findings into asset integrity management. Participants also examine the importance of coordinated engineering, inspection and operational activities in maintaining long-term asset performance.

  1. API 580

    • Establishes the principles and framework for risk-based inspection programmes.

    • Addresses the assessment of equipment failure probability and consequences.

    • Supports inspection planning based on identified risks.

    • Provides guidance on risk assessment and inspection prioritisation.

    • Helps organisations direct inspection resources towards equipment with higher assessed risk.

    Learning Outcomes

    • Identify appropriate corrosion mitigation strategies for offshore facilities.

    • Evaluate the suitability of corrosion inhibitors and protective systems.

    • Understand the principles of risk-based inspection.

    • Assess corrosion threats according to equipment criticality and potential consequences.

    • Prioritise inspection and maintenance activities using risk-based principles.

    • Recommend mitigation measures for identified corrosion mechanisms.

    • Understand how inspection findings support asset integrity decisions.

    • Contribute to structured corrosion management and maintenance programmes.

This module integrates the technical and managerial aspects of offshore corrosion management into a coordinated asset protection strategy. Participants examine how organisations establish corrosion management programmes, define responsibilities, monitor protective system performance and maintain effective corrosion control throughout the lifecycle of offshore installations.

The module also addresses engineering governance, performance evaluation, maintenance optimisation and continuous improvement. Participants consider how corrosion management information supports operational decisions, capital planning, asset life extension and long-term infrastructure reliability.

  1. ISO 55001

    • Establishes requirements for an organisational asset management system.

    • Provides a framework for managing asset performance and lifecycle value.

    • Supports the integration of risk management into asset-related decisions.

    • Addresses organisational objectives, planning and performance evaluation.

    • Provides a recognised management framework for coordinating asset integrity and maintenance activities.

    Learning Outcomes

    • Understand the structure and requirements of an integrated corrosion management programme.

    • Develop practical recommendations for improving offshore corrosion control strategies.

    • Explain the importance of corrosion management throughout the asset lifecycle.

    • Evaluate the performance of coatings and cathodic protection systems.

    • Integrate inspection findings into maintenance and asset integrity planning.

    • Identify opportunities for improving corrosion management efficiency.

    • Understand the relationship between corrosion control, asset performance and lifecycle costs.

    • Support continuous improvement in offshore corrosion management practices.

Certificate

Upon successful completion of the Offshore Corrosion Management and Control Training Course, attendees receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises participation in the programme and successful completion of its training requirements. Attendees are required to meet the minimum attendance requirement of 80 percent of the total course duration to qualify for the Certificate of Completion.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,900

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,900

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,900

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £3,900

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 Offshore Corrosion Management and Control Training Course about?

The course develops the technical and management capabilities required to identify, assess and control corrosion across offshore oil and gas facilities. It covers corrosion mechanisms in marine environments, material selection, offshore coatings, cathodic protection, corrosion monitoring, inspection techniques, risk-based inspection and corrosion mitigation strategies.

Who should attend this offshore corrosion management course?

The programme is designed for corrosion engineers, materials engineers, asset integrity managers, inspection engineers, maintenance professionals, pipeline engineers, coating inspectors, cathodic protection specialists, offshore structural engineers and operations personnel. It is also suitable for technical managers responsible for offshore asset reliability and corrosion control programmes.

What topics are covered in the course?

The course is structured into five modules covering offshore corrosion fundamentals, materials selection and protection systems, inspection and monitoring, corrosion mitigation and risk-based inspection, and integrated corrosion management. It also addresses recognised industry standards relevant to offshore corrosion protection and asset integrity.

How does the course help improve offshore corrosion prevention?

The programme develops practical knowledge of corrosion identification, coating inspection, cathodic protection, corrosion monitoring and risk assessment. Participants learn how to evaluate corrosion threats and recommend appropriate protection and mitigation measures, supporting improved asset reliability and more effective maintenance planning.

What certificate will participants receive after completing the course?

Attendees who successfully complete the course and meet the minimum attendance requirement of 80 percent receive a Certificate of Completion from Institute For Oil & Gas Training. The certificate recognises their participation and completion of the training programme.

Next: 09 Nov 2026

4 dates available

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