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Institute For Oil & Gas Training
OGI-1321 New

Pipeline Construction, Commissioning and Maintenance Training Course

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

The Pipeline Construction Commissioning and Maintenance Training Course by Institute For Oil & Gas Training develops the technical and operational capabilities required to manage pipeline construction, pipeline commissioning, and long-term pipeline maintenance across the oil and gas industry. The course addresses the practical skills gap between construction completion and reliable pipeline operation, helping organisations coordinate engineering requirements, construction quality, testing procedures, commissioning activities, and maintenance planning throughout the pipeline lifecycle.

Pipeline infrastructure plays a critical role in transporting crude oil, natural gas, refined petroleum products, and other process fluids between production facilities, processing plants, storage terminals, and distribution networks. The integrity and availability of this infrastructure depend on disciplined construction practices, effective installation controls, systematic testing, and structured maintenance strategies. Failures in these areas lead to operational delays, asset damage, environmental exposure, unplanned expenditure, and disruption to supply commitments.

The Pipeline Construction Commissioning and Maintenance programme from Institute For Oil & Gas Training examines the activities that determine pipeline readiness from initial construction planning through mechanical completion, commissioning, operational handover, and ongoing maintenance. It provides a practical understanding of pipeline construction methods, welding quality controls, materials handling, trenching and installation, coating protection, backfilling, pressure testing, flushing, drying, and the verification activities required before introducing a pipeline into service.

The course also addresses the coordination challenges that arise between project engineering, construction contractors, inspection teams, commissioning specialists, operations personnel, and maintenance departments. These interfaces require clear responsibilities, accurate technical documentation, effective quality assurance, and a common understanding of acceptance criteria. Participants examine how to identify construction deficiencies, manage outstanding work, control technical changes, and maintain traceability from installation through operational handover.

Pipeline commissioning requires more than confirming that construction work is complete. It involves verifying that the installed system meets its design intent, that testing and inspection records are acceptable, that safety-critical equipment is functional, and that operating teams are prepared to assume responsibility. The course explores commissioning plans, system boundaries, test packs, pre-commissioning activities, punch-list management, start-up coordination, and operational readiness reviews.

Maintenance planning forms the next essential stage of pipeline lifecycle management. Pipeline operators need structured inspection schedules, preventive maintenance programmes, condition monitoring, corrosion control, defect assessment, and repair strategies that reflect asset condition and operating risks. Participants examine how maintenance teams use inspection findings, operating history, failure information, and asset criticality to prioritise interventions and reduce avoidable downtime.

The programme connects construction quality with long-term pipeline performance. Defects introduced during installation, inadequate coating application, poor weld quality, incomplete documentation, and ineffective testing can create problems that persist throughout an asset's operating life. Understanding these relationships helps professionals strengthen construction oversight, improve commissioning decisions, and establish maintenance arrangements that support safe and reliable operations.

Delivered by Institute For Oil & Gas Training, this course is intended for professionals involved in pipeline projects, construction supervision, inspection, commissioning, operations, maintenance, and asset integrity management. It combines established industry practices with practical decision-making exercises to help participants apply consistent technical controls across pipeline projects and operating assets.

By the end of the programme, participants will have a clearer understanding of the controls required to move a pipeline from construction to operational service and maintain it effectively thereafter. They will be better equipped to coordinate multidisciplinary activities, evaluate technical records, identify readiness gaps, and support decisions that protect asset integrity, operational continuity, and organisational performance.

Objectives

  • Explain the principal stages of pipeline development, construction, commissioning, operation, and maintenance.

  • Evaluate pipeline construction methods and identify the quality controls required during installation.

  • Interpret pipeline design information, construction specifications, inspection requirements, and project documentation.

  • Identify the requirements for material verification, pipe handling, alignment, welding, and non-destructive testing.

  • Assess coating application, corrosion protection, lowering-in, backfilling, and reinstatement activities.

  • Develop an understanding of construction inspection plans, inspection and test plans, and quality assurance records.

  • Explain pipeline testing requirements and distinguish between relevant pressure testing, leak testing, flushing, and drying activities.

  • Identify commissioning prerequisites, system boundaries, test documentation, and mechanical completion requirements.

  • Evaluate punch-list items and determine their implications for commissioning and operational readiness.

  • Apply structured approaches to handover documentation, operating procedures, and maintenance preparation.

  • Develop pipeline maintenance planning strategies based on asset condition, inspection findings, criticality, and operational risk.

  • Recognise common pipeline degradation mechanisms, including corrosion, coating deterioration, mechanical damage, and integrity-related defects.

  • Explain the role of inspection programmes, condition monitoring, preventive maintenance, and defect assessment.

  • Assess the importance of repair planning, technical approval, isolation arrangements, and post-repair verification.

  • Strengthen coordination between construction, inspection, commissioning, operations, and maintenance teams.

  • Identify opportunities to improve project delivery, reduce rework, strengthen technical records, and support reliable pipeline operation.

Training methodology

Institute For Oil & Gas Training uses an applied, industry-focused delivery approach that connects pipeline engineering principles with construction execution, commissioning management, and maintenance requirements. The methodology emphasises practical judgement, technical coordination, risk awareness, and the consistent application of documented procedures rather than purely theoretical instruction.

The programme incorporates the following learning approaches.

Industry Case Studies

Participants examine representative pipeline project scenarios involving construction defects, delayed mechanical completion, incomplete test documentation, coating damage, commissioning constraints, and maintenance-related failures. These case studies help participants understand how technical weaknesses develop, how they affect downstream activities, and how effective controls prevent recurring problems.

Case-based discussions also explore the consequences of poor coordination between contractors, inspectors, project teams, and operating departments. Participants evaluate the decisions required to resolve outstanding issues without compromising technical acceptance criteria or operational safety.

Practical Pipeline Construction Scenarios

Construction scenarios address route preparation, material receipt, pipe handling, alignment, welding coordination, non-destructive testing, coating inspection, lowering-in, backfilling, and reinstatement. Participants consider the inspection checkpoints required at each stage and the documentation needed to demonstrate compliance with approved project specifications.

These exercises develop a systematic approach to construction supervision and quality control. They also demonstrate how deficiencies discovered late in a project increase repair work, affect commissioning schedules, and create additional costs.

Commissioning and Testing Exercises

Participants work through representative commissioning sequences, including system boundary identification, test-pack preparation, pressure testing, reinstatement checks, flushing, drying, leak verification, and handover documentation. Exercises focus on confirming prerequisites, reviewing acceptance records, and resolving discrepancies before a system proceeds to the next stage.

Operational readiness scenarios require participants to assess whether outstanding construction items, safety arrangements, operating procedures, maintenance resources, and emergency response provisions are adequately addressed before start-up.

Maintenance Planning Workshops

Maintenance exercises focus on pipeline asset registers, inspection findings, corrosion threats, defect prioritisation, maintenance work orders, repair planning, and the allocation of resources. Participants evaluate how asset condition and operational consequences influence maintenance priorities.

The workshops also explore the relationship between preventive maintenance, condition-based maintenance, risk-based inspection, and reliability improvement. Participants practise translating inspection information into practical maintenance actions supported by clear priorities and records.

Group Exercises and Technical Discussions

Multidisciplinary group activities encourage participants to consider pipeline lifecycle decisions from the perspectives of construction, quality assurance, commissioning, operations, and maintenance. These discussions strengthen communication, clarify technical interfaces, and develop a shared understanding of responsibilities.

Participants review realistic project constraints, propose corrective actions, and justify decisions using engineering requirements, documented procedures, and risk considerations.

Knowledge Assessment and Workplace Application

Knowledge checks, scenario reviews, and practical discussions reinforce the principal learning outcomes. Participants identify opportunities to apply the methods covered in the programme to current projects and operating assets.

The delivery approach is designed to improve technical consistency, strengthen cross-functional coordination, and support the practical transfer of learning into pipeline project execution and ongoing asset management.

Organisational impact

The Pipeline Construction Commissioning and Maintenance Training Course supports organisations seeking stronger control over pipeline project delivery, technical acceptance, commissioning performance, and asset lifecycle management. Its organisational value lies in improving the consistency of decisions made across the stages that determine pipeline reliability and availability.

Improved Construction Quality

A structured understanding of pipeline construction methods helps supervisors and project teams establish appropriate inspection points, verify workmanship, and identify deficiencies before they become more difficult and expensive to correct. Better control of welding, coating, installation, and backfilling activities strengthens the quality of the completed pipeline.

Organisations benefit from more consistent construction records, improved contractor oversight, and clearer acceptance decisions. Early identification of defects also reduces avoidable rework and supports better coordination between construction and commissioning teams.

More Effective Commissioning

Commissioning delays frequently arise from incomplete construction work, missing documentation, unresolved punch-list items, unclear system boundaries, and inadequate coordination between responsible departments. The course helps participants recognise these constraints and apply structured methods to verify completion and readiness.

Improved commissioning preparation supports more predictable project handovers and reduces the likelihood of discovering preventable deficiencies during start-up. It also helps organisations distinguish between documentation gaps, technical defects, and outstanding tasks requiring resolution before operation.

Stronger Operational Readiness

Operational readiness depends on the alignment of technical, procedural, personnel, and maintenance requirements before a pipeline enters service. The course highlights the importance of approved operating procedures, functional safety arrangements, emergency response preparation, equipment availability, and complete handover records.

These practices help organisations establish clearer start-up responsibilities and improve communication between project delivery teams and operating departments. A well-controlled transition also reduces the risk of operational teams inheriting unresolved construction issues without adequate information or resources.

Better Maintenance Planning

A structured maintenance planning approach enables organisations to use inspection results, defect information, asset criticality, and operating history to prioritise work. Participants learn how these inputs contribute to preventive maintenance programmes, condition-based interventions, repair schedules, and resource allocation.

The resulting improvements support more effective maintenance backlogs, clearer work priorities, and better coordination between inspection and maintenance functions. Organisations also gain a stronger basis for evaluating whether planned maintenance activities address the most significant threats to pipeline integrity.

Reduced Operational Disruption

Unplanned pipeline outages affect throughput, production schedules, delivery commitments, and maintenance expenditure. Stronger construction quality, reliable commissioning records, and proactive maintenance planning help reduce avoidable disruptions caused by preventable defects and poorly coordinated interventions.

The course supports better identification of emerging problems and more disciplined planning of inspections, repairs, and maintenance activities. Although operational results depend on asset condition and management decisions, these practices provide a sound basis for improving availability and controlling lifecycle costs.

Enhanced Safety and Environmental Protection

Pipeline construction, pressure testing, commissioning, and maintenance involve hazards associated with stored energy, hazardous fluids, excavation, lifting, welding, isolation, and the release of hydrocarbons. The course reinforces the importance of risk assessments, approved work procedures, permit controls, isolation verification, and emergency arrangements.

Improved understanding of these controls helps teams recognise unsafe conditions and coordinate work more effectively. Better defect management and maintenance planning also support the prevention of leaks, releases, and failures that threaten personnel, communities, and the environment.

Improved Documentation and Assurance

Accurate documentation provides the evidence needed to demonstrate construction quality, confirm testing results, support commissioning decisions, and maintain reliable asset records. Participants examine the role of inspection reports, material certificates, welding records, non-destructive testing results, pressure test packs, as-built drawings, and maintenance histories.

Consistent records strengthen technical assurance, support future inspection planning, and improve the traceability of decisions throughout the pipeline lifecycle. They also make it easier for organisations to identify recurring defects and direct corrective action towards the underlying causes.

Stronger Contractor and Departmental Coordination

Pipeline delivery depends on effective collaboration between engineering, procurement, construction, quality, inspection, commissioning, operations, and maintenance teams. The course establishes a shared understanding of the interfaces between these functions and the information required for successful handover.

Improved coordination supports clearer accountability, more effective progress reviews, and faster resolution of technical issues. It also helps organisations align contractor deliverables with operational requirements and long-term asset management objectives.

Personal impact

The course develops the practical knowledge and professional judgement required to contribute effectively to pipeline construction, commissioning, inspection, operations, and maintenance activities.

Broader Pipeline Lifecycle Knowledge

Participants gain a structured understanding of the pipeline lifecycle, from construction planning and installation through commissioning, operational handover, inspection, and maintenance. This broader perspective helps professionals understand how decisions made during one stage affect subsequent stages of asset performance.

Stronger Technical Evaluation Skills

Participants develop a more systematic approach to reviewing construction quality, testing records, inspection findings, commissioning prerequisites, and maintenance requirements. They learn to recognise gaps in technical documentation, identify issues requiring escalation, and support decisions using established acceptance criteria.

Improved Commissioning Confidence

The course strengthens participants' understanding of mechanical completion, test packs, punch lists, pre-commissioning activities, and operational readiness. This knowledge supports more effective participation in commissioning meetings, readiness reviews, and technical handover activities.

Better Maintenance Planning Capability

Participants improve their ability to interpret inspection findings and understand how defects, corrosion threats, asset criticality, and operating conditions influence maintenance priorities. They gain a stronger foundation for contributing to maintenance schedules, repair plans, and integrity improvement initiatives.

Enhanced Risk Awareness

Professionals develop a clearer understanding of the risks associated with construction defects, pressure testing, hazardous work, pipeline deterioration, and premature start-up. They learn to recognise the importance of documented controls and timely escalation when technical or operational requirements remain unresolved.

Stronger Communication and Coordination

The programme improves participants' ability to communicate technical issues across engineering, construction, inspection, operations, and maintenance teams. This capability supports clearer reporting, more effective coordination, and better participation in multidisciplinary problem-solving.

Career and Professional Development

The knowledge gained supports professionals seeking to broaden their responsibilities in pipeline projects and asset management. It strengthens the practical foundation required for roles involving construction supervision, commissioning coordination, quality assurance, inspection management, pipeline operations, and maintenance planning.

Participants also gain a clearer understanding of the evidence required to support technical acceptance and operational handover. This perspective helps them contribute more confidently to project reviews, maintenance meetings, and lifecycle performance discussions.

Who should attend

  • Pipeline Engineers: Strengthen understanding of construction requirements, pipeline testing, commissioning procedures, and lifecycle integrity.

  • Construction Managers and Supervisors: Improve oversight of installation activities, contractor performance, quality checkpoints, and construction completion.

  • Commissioning Engineers and Managers: Develop stronger capabilities in commissioning planning, test-pack verification, punch-list control, and operational readiness.

  • Pipeline Integrity Engineers: Connect construction quality and commissioning records with long-term integrity assessment and defect prevention.

  • Inspection and Quality Assurance Personnel: Improve understanding of inspection and test plans, welding inspection, non-destructive testing, coating assessment, and technical documentation.

  • Maintenance Engineers and Planners: Strengthen pipeline maintenance planning, inspection scheduling, repair coordination, and resource prioritisation.

  • Pipeline Operations Personnel: Understand handover requirements, operational procedures, pipeline readiness, and the maintenance information needed for reliable operation.

  • Project Engineers and Project Managers: Improve coordination across engineering, construction, testing, commissioning, and handover activities.

  • Welding and Materials Specialists: Understand the relationship between welding quality, material traceability, inspection acceptance, and pipeline service performance.

  • Corrosion Engineers and Specialists: Develop a broader understanding of coating protection, corrosion threats, inspection findings, and maintenance interventions.

  • HSE Professionals: Strengthen awareness of construction hazards, pressure testing risks, commissioning controls, isolation requirements, and emergency preparedness.

  • Contractor and Subcontractor Managers: Improve management of technical deliverables, quality documentation, construction interfaces, and contractual completion requirements.

  • Asset Integrity and Reliability Professionals: Connect maintenance activities, inspection programmes, defect management, and asset performance objectives.

  • Technical and Engineering Managers: Improve oversight of pipeline lifecycle risks, project readiness, maintenance priorities, and technical assurance.

Course outline

This module examines the planning and execution activities required to construct pipelines in accordance with approved engineering specifications, project quality requirements, and applicable industry standards. Participants explore construction sequencing, material verification, site preparation, pipe handling, welding, inspection, coating protection, lowering-in, backfilling, and reinstatement.

The module also examines how construction quality affects commissioning readiness and long-term pipeline integrity. Emphasis is placed on inspection and test plans, contractor coordination, non-conformance management, material traceability, and the documentation required to demonstrate that completed work meets established acceptance criteria.

  1. API 1104

    • Provides recognised requirements for welding pipelines and associated facilities within its scope.

    • Addresses welding procedure qualification, welder qualification, and weld quality evaluation.

    • Supports consistent welding quality control and the identification of unacceptable weld discontinuities.

    • Helps construction and quality teams establish appropriate welding inspection and acceptance processes.

    Learning Outcomes

    • Explain the principal stages of pipeline construction and their technical dependencies.

    • Evaluate construction methods against approved specifications and project requirements.

    • Identify quality checkpoints for material handling, welding, coating, and installation.

    • Explain the role of welding procedures, welder qualification, and non-destructive testing in construction quality assurance.

    • Review construction records and recognise gaps in material and weld traceability.

    • Identify construction deficiencies requiring corrective action before commissioning.

    • Explain how construction quality influences pipeline reliability and lifecycle maintenance requirements.

This module focuses on verifying the integrity and readiness of a completed pipeline before it enters operational service. Participants examine test preparation, system boundaries, test packs, pressure testing, leak testing where applicable, flushing, cleaning, drying, reinstatement, and the review of test documentation.

The module distinguishes construction completion from technical acceptance. It explores the importance of approved testing procedures, defined acceptance criteria, calibrated instruments, controlled test conditions, and formal records. Participants also examine how testing requirements vary according to pipeline service, design conditions, governing standards, and project specifications.

  1. ASME B31.4

    • Establishes requirements for applicable liquid and slurry pipeline transportation systems within its defined scope.

    • Addresses design, materials, construction, testing, operation, and maintenance considerations.

    • Provides a recognised technical basis for evaluating pipeline integrity and system acceptance where applicable.

    • Supports testing and verification activities in accordance with the governing code and project requirements.

    Learning Outcomes

    By the end of this module, participants will be able to:

    • Explain the purpose of pipeline testing and its role in technical acceptance.

    • Identify the documentation and prerequisites required before testing begins.

    • Review test packs for completeness, including boundaries, procedures, and acceptance criteria.

    • Distinguish between pressure testing, leak testing, flushing, cleaning, and drying activities where applicable.

    • Recognise the importance of instrument calibration, controlled test conditions, and documented results.

    • Identify discrepancies requiring investigation before test acceptance.

    • Explain the relationship between successful testing, reinstatement, and commissioning readiness.

This module examines the transition from construction and pre-commissioning into operational service. Participants explore commissioning strategies, system handover, outstanding work classification, equipment verification, functional checks, operating procedure preparation, and coordination between project and operations teams.

The module emphasises operational readiness as a structured process rather than a single technical milestone. Participants examine the documentation, personnel, maintenance resources, safety arrangements, emergency response provisions, and operating controls required before start-up. The module also addresses commissioning interfaces, management of change, and the resolution of readiness gaps that could compromise safe and reliable operation.

  1. ASME B31.8

    • Establishes requirements for applicable gas transmission and distribution piping systems within its scope.

    • Covers relevant engineering, construction, testing, operation, and maintenance considerations.

    • Provides a recognised basis for evaluating the technical integrity of gas pipeline systems.

    • Supports commissioning and operational acceptance when applied alongside governing project specifications and operating procedures.

    Learning Outcomes

    • Explain the relationship between construction completion, pre-commissioning, commissioning, and start-up.

    • Identify the prerequisites for system handover and operational acceptance.

    • Assess the implications of outstanding punch-list items for commissioning readiness.

    • Review commissioning documentation and identify missing technical evidence.

    • Explain the importance of operating procedures, maintenance resources, and emergency arrangements.

    • Recognise readiness gaps requiring resolution or formal review before start-up.

    • Support coordination between project teams, commissioning personnel, and operating departments.

    • Explain how structured operational readiness reviews contribute to safe and reliable pipeline operation.

This module addresses the planning and execution of maintenance activities throughout the operating life of a pipeline. Participants examine asset registers, maintenance strategies, inspection programmes, corrosion threats, defect assessment, condition monitoring, preventive maintenance, and repair planning.

The module explores how operators use inspection findings, operating history, asset criticality, and risk assessments to determine maintenance priorities. It also considers the relationship between construction records and operating integrity, including the value of accurate baseline information when evaluating deterioration, investigating defects, and selecting suitable corrective measures.

  1. ASME B31.8S

    • Provides a recognised framework for integrity management of applicable gas pipeline systems.

    • Addresses the identification, assessment, and management of threats to pipeline integrity.

    • Supports the use of risk assessment and integrity information to guide inspection and mitigation activities.

    • Helps operators structure integrity management around identified threats, asset condition, and operational priorities.

    Learning Outcomes

    • Explain the main approaches to pipeline maintenance planning and integrity management.

    • Identify relevant pipeline degradation mechanisms and integrity threats.

    • Interpret inspection findings as inputs to maintenance decisions.

    • Explain how asset criticality and risk influence inspection and maintenance priorities.

    • Distinguish between preventive, corrective, and condition-based maintenance approaches.

    • Identify the information required to plan pipeline repairs and verify completed work.

    • Explain the importance of maintaining accurate inspection, defect, and maintenance records.

    • Recognise opportunities to improve maintenance efficiency and reduce avoidable operational disruption.

This module integrates construction, commissioning, inspection, and maintenance principles into a lifecycle approach to pipeline performance. Participants examine reliability improvement, defect prevention, failure investigation, repair management, maintenance performance indicators, technical documentation, and continuous improvement.

The module focuses on converting operational experience into practical improvements. Participants explore how recurring defects, inspection trends, maintenance backlogs, equipment failures, and unplanned interruptions inform future maintenance planning and engineering decisions. It also examines how organisations preserve asset knowledge, strengthen accountability, and evaluate the effectiveness of pipeline integrity controls over time.

  1. ISO 55001

    • Establishes requirements for an asset management system and its associated organisational processes.

    • Supports alignment between asset management activities, organisational objectives, and lifecycle value.

    • Provides a framework for managing asset-related risks, resources, performance, and improvement.

    • Helps organisations establish consistent approaches to planning, evaluating, and improving asset management activities.

    Learning Outcomes

    • Explain how construction and commissioning quality influence long-term pipeline reliability.

    • Identify recurring defects and maintenance trends that warrant further investigation.

    • Apply structured thinking to failure investigation and corrective action planning.

    • Explain the role of maintenance performance indicators in monitoring operational effectiveness.

    • Evaluate how inspection and maintenance information supports lifecycle decision-making.

    • Identify opportunities to improve repair planning, resource utilisation, and maintenance coordination.

    • Explain how lessons learned can strengthen future pipeline projects and operating practices.

    • Support continuous improvement initiatives that align pipeline integrity, reliability, and organisational objectives.

Certificate

Attendees who successfully complete the Pipeline Construction Commissioning and Maintenance Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises completion of the training programme and participation in its professional development activities. Attendees must meet the institute's required attendance criteria to qualify for the certificate. Certificate issuance is subject to fulfilment of the applicable course attendance requirements.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,400

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,400

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,400

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,400

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

Frequently asked questions

What does the Pipeline Construction Commissioning and Maintenance Training Course cover?

The course covers pipeline construction methods, material handling, welding quality, inspection, coating protection, pipeline testing, pre-commissioning, commissioning, operational readiness, maintenance planning, defect management, and lifecycle reliability. It provides a structured understanding of the activities required to deliver a pipeline from construction through operational handover and ongoing maintenance.

Who should attend this pipeline training course?

The course is designed for pipeline engineers, construction supervisors, commissioning specialists, inspection and quality personnel, maintenance planners, operations teams, project managers, corrosion engineers, and asset integrity professionals. It is suitable for operational, supervisory, technical, and management personnel involved in pipeline projects or operating assets.

How is the Pipeline Construction Commissioning and Maintenance course delivered?

Institute For Oil & Gas Training delivers the programme through industry case studies, practical scenarios, technical discussions, group exercises, and knowledge assessments. These methods help participants connect pipeline engineering principles with construction quality control, commissioning decisions, maintenance planning, and operational risk management.

What standards and regulatory frameworks are addressed during the course?

The course references relevant recognised standards, including API 1104 for pipeline welding, ASME B31.4 for applicable liquid pipeline systems, ASME B31.8 for applicable gas pipeline systems, ASME B31.8S for gas pipeline integrity management, and ISO 55001 for asset management systems. Their applicability depends on pipeline service, project specifications, jurisdiction, and the standards adopted by the operating organisation.

What certificate will participants receive, and how long is the course?

Participants who meet the required attendance criteria receive a Certificate of Completion from Institute For Oil & Gas Training. The total course duration is 15–20 hours, covering five structured modules on construction, testing, commissioning, maintenance, and lifecycle performance.

Next: 02 Nov 2026

4 dates available

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