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Institute For Oil & Gas Training
OGI-1231 New

Root Cause Analysis (RCA) Training Course

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

The Root Cause Analysis RCA Training Course by Institute For Oil & Gas Training develops the practical capabilities required to investigate operational incidents, identify underlying failure mechanisms and prevent recurring equipment and process problems across the oil and gas sector. Within Oil & Gas Reliability and Maintenance Management, Root Cause Analysis RCA provides a structured approach to understanding why failures occur, how contributing conditions interact and which corrective actions deliver sustainable operational improvements.

Oil and gas organisations operate complex production facilities, processing plants, pipelines, storage terminals, offshore installations and rotating equipment systems. These assets operate under demanding conditions involving pressure, temperature, corrosion, vibration, mechanical loading and process variability. Equipment failures, process disruptions and recurring maintenance issues affect production continuity, asset integrity, workforce safety and operating expenditure. Effective failure investigation enables organisations to move beyond immediate symptoms and address the underlying technical, operational and organisational conditions responsible for unwanted events.

Traditional troubleshooting frequently focuses on restoring equipment to service as quickly as possible. Although immediate repairs remain essential, replacing a failed component or resetting an alarm does not necessarily eliminate the original cause. Similar failures return when maintenance teams overlook contributing factors such as incorrect operating procedures, inadequate lubrication, unsuitable materials, control system weaknesses, poor installation practices or ineffective maintenance strategies. Root Cause Analysis RCA provides the methodology required to distinguish immediate failure mechanisms from deeper systemic causes.

This professional training course equips participants with systematic investigation methods, evidence collection techniques, causal analysis tools and corrective action planning practices. Participants examine how to establish the sequence of events, evaluate technical evidence, test potential explanations and develop recommendations that address verified causes. The programme integrates equipment failure analysis, problem-solving techniques, reliability engineering principles and operational risk considerations relevant to oil and gas facilities.

The course also strengthens collaboration between maintenance, operations, engineering, inspection, process safety and asset management teams. Effective investigations require contributions from multiple disciplines because failures frequently involve interactions between equipment condition, operating decisions, maintenance history and management systems. Participants learn to structure these contributions into an evidence-based investigation process that supports sound technical decisions.

Root cause identification is particularly important where recurring failures increase maintenance backlogs, consume spare parts, interrupt production or create exposure to hazardous conditions. A disciplined approach helps organisations prioritise investigations according to operational significance, evaluate the effectiveness of existing controls and direct resources towards interventions with lasting value.

Institute For Oil & Gas Training presents Root Cause Analysis RCA as an applied management and technical capability for professionals responsible for asset performance, equipment reliability and operational improvement. The programme connects recognised investigation methodologies with practical oil and gas scenarios, enabling participants to translate investigation findings into corrective actions, preventive measures and measurable reliability improvements.

Objectives

  • Explain the principles, scope and business value of Root Cause Analysis RCA within oil and gas reliability and maintenance management.

  • Distinguish between failure symptoms, immediate causes, contributing factors and underlying root causes.

  • Establish clear investigation objectives, boundaries and evidence requirements for technical and operational failures.

  • Conduct structured failure investigation using equipment records, maintenance histories, inspection findings and operational data.

  • Apply the Five Whys, fishbone diagrams, fault tree analysis and cause-and-effect methods to relevant failure scenarios.

  • Perform equipment failure analysis by examining mechanical, electrical, instrumentation, process and human factors.

  • Evaluate evidence objectively and test causal hypotheses before reaching investigation conclusions.

  • Identify weaknesses in maintenance practices, operating procedures, inspection programmes and management controls.

  • Develop corrective actions that address verified causes and reduce the likelihood of recurrence.

  • Prioritise recommendations according to operational risk, asset criticality, implementation feasibility and expected performance improvement.

  • Prepare clear investigation reports that communicate findings, recommendations, responsibilities and follow-up requirements.

  • Establish action tracking and verification processes to assess the effectiveness of corrective and preventive measures.

  • Integrate RCA findings into reliability improvement, maintenance planning and continuous improvement activities.

  • Strengthen cross-functional communication and accountability throughout the investigation and corrective action process.

Training methodology

The Root Cause Analysis RCA Training Course uses a practical, workplace-focused methodology designed around the operational challenges encountered in upstream, midstream and downstream oil and gas environments. The delivery approach combines technical explanations, guided investigations, structured exercises, case studies and collaborative problem-solving activities.

Industry-Based Case Studies

Participants examine representative equipment and process failures involving pumps, compressors, turbines, valves, pipelines, heat exchangers and instrumentation systems. Each case study explores the available evidence, operational history, failure symptoms and possible contributing factors. Participants assess the investigation process and distinguish confirmed causes from assumptions that require further verification.

Case studies also address recurring maintenance problems, unplanned shutdowns, equipment degradation and failures associated with operating practices. These scenarios demonstrate how incomplete investigations lead to repeated interventions and how stronger causal analysis supports more effective maintenance decisions.

Structured Investigation Exercises

Participants work through a systematic investigation sequence covering problem definition, evidence preservation, data collection, event reconstruction, causal analysis, root cause identification and corrective action development. Exercises reinforce the importance of clear investigation boundaries, reliable evidence and objective evaluation.

The activities also examine the difference between an observable failure, an immediate technical cause, a contributing factor and a systemic root cause. Participants practise developing causal statements that explain the relationship between events and the conditions that allowed the failure to occur.

Practical Application of RCA Tools

The programme introduces established analytical methods, including the Five Whys, fishbone diagrams, fault tree analysis, cause-and-effect analysis and causal factor charting. Participants learn to select an appropriate method according to the complexity of the event, the quality of available evidence and the consequences of the failure.

The emphasis remains on disciplined application rather than producing diagrams for their own sake. Participants evaluate how analytical tools support evidence-based decisions, reveal interactions between failure mechanisms and expose weaknesses in maintenance or operational controls.

Group Investigations and Technical Discussion

Collaborative exercises replicate the multidisciplinary nature of oil and gas investigations. Participants consider the perspectives of operations personnel, maintenance engineers, reliability specialists, inspectors and safety professionals. They review evidence, challenge assumptions and develop shared conclusions supported by technical reasoning.

These discussions reinforce effective communication, impartial investigation and the importance of separating factual findings from personal interpretations. They also demonstrate how clear reporting improves coordination between departments and supports management decisions.

Corrective Action Planning

Participants develop corrective action plans linked directly to identified causes. Activities address immediate containment, equipment repair, maintenance strategy changes, procedure improvements, personnel competency, inspection requirements and management system controls.

Each proposed action is evaluated for feasibility, risk reduction, ownership, implementation requirements and effectiveness verification. Participants also examine how action tracking, completion evidence and post-implementation reviews help organisations prevent recurrence and maintain accountability.

Workplace Transfer and Performance Review

The final learning activities connect investigation methods with participants' workplace responsibilities. Participants identify suitable applications within their own facilities, select relevant performance indicators and outline practical steps for strengthening existing failure investigation processes.

This approach supports direct application to maintenance reviews, reliability improvement initiatives, incident investigations and recurring equipment problem resolution.

Organisational impact

Organisations sponsoring employees on this course gain a more systematic approach to understanding operational failures and improving asset performance. The principal benefits arise from stronger investigations, better corrective action decisions and improved use of maintenance and engineering resources.

Reduced Recurrence of Equipment Failures

A structured RCA process enables teams to address the conditions responsible for repeated equipment breakdowns rather than repeatedly treating visible symptoms. Identifying causes linked to lubrication, alignment, corrosion, vibration, installation, operating conditions or maintenance execution supports more durable solutions.

Organisations can monitor repeat failure frequency, recurring work orders and repeat corrective maintenance interventions to evaluate the effectiveness of their investigation process.

Improved Asset Reliability and Availability

Equipment failure analysis helps maintenance and reliability teams identify failure patterns, evaluate asset condition and direct engineering resources towards significant reliability problems. Investigation findings inform preventive maintenance adjustments, inspection planning, condition monitoring and equipment improvement programmes.

Relevant performance measures include equipment availability, mean time between failures, unplanned downtime and maintenance-related production interruptions. Consistent measurement establishes a basis for assessing improvement without assuming a predetermined result.

Better Maintenance Cost Control

Recurring failures consume labour, spare parts, contractor support and engineering time. RCA helps organisations identify where these costs originate and prioritise actions that address repeated expenditure.

Maintenance managers can compare repeat repair costs, emergency maintenance expenditure and planned versus unplanned maintenance activity before and after corrective action implementation. This supports more informed resource allocation and maintenance budgeting.

Stronger Operational Risk Management

Failure investigations identify conditions that contribute to equipment damage, process instability and loss of containment. When integrated with established risk assessment and process safety arrangements, investigation findings help organisations strengthen safeguards and improve the management of technical and operational risks.

The resulting actions support equipment integrity, safer maintenance practices and more effective control of recurring operational hazards.

Improved Investigation Quality and Accountability

A common investigation methodology creates consistency in how departments define failures, collect evidence, evaluate causes and document conclusions. Standardised reporting also improves the quality of information available to engineering leaders and operational management.

Clear action ownership, completion deadlines and effectiveness checks strengthen accountability. Management teams gain better visibility of outstanding recommendations and can distinguish between administrative closure and verified risk reduction.

More Effective Compliance and Audit Preparation

Documented investigations and traceable corrective actions support internal assurance, maintenance reviews and applicable management system requirements. Reliable records demonstrate how organisations identify problems, evaluate causes and manage corrective action implementation.

The course does not replace site-specific legal, regulatory or technical obligations. Instead, it helps personnel develop investigation practices that support relevant company procedures and applicable standards.

Stronger Cross-Functional Performance

RCA brings maintenance, operations, engineering, inspection and safety personnel into a common analytical process. Shared evidence and clearly documented findings reduce conflicting interpretations and improve the coordination of technical decisions.

Over time, organisations can incorporate lessons from investigations into maintenance standards, operating procedures, training requirements and asset improvement plans.

Personal impact

Participants develop technical, analytical and managerial capabilities that support effective performance in reliability, maintenance and operational improvement roles.

Stronger Analytical Problem-Solving

Participants learn to approach failures through structured investigation rather than relying exclusively on experience, intuition or immediate observations. They develop the ability to ask focused questions, test assumptions, assess evidence and construct defensible explanations.

These problem-solving techniques apply to recurring equipment faults, process interruptions, maintenance inefficiencies and other operational problems.

Improved Failure Investigation Skills

The course develops practical competence in defining investigation scope, collecting relevant records, interviewing personnel, reconstructing events and documenting findings. Participants gain a clearer understanding of the evidence needed to support technical conclusions.

These skills improve their contribution to equipment investigations, incident reviews and reliability improvement initiatives.

Greater Technical Confidence

Participants strengthen their ability to interpret maintenance histories, inspection results, equipment condition information and operating data. They learn to recognise common failure patterns and evaluate the relationship between technical defects and operational conditions.

This capability supports more effective discussions with engineers, technicians, operations personnel and specialist contractors.

Better Corrective Action Development

Participants learn to translate findings into practical recommendations that address identified causes. They evaluate actions according to effectiveness, risk, feasibility and implementation requirements rather than selecting solutions solely because they are familiar or convenient.

They also develop an understanding of action verification and the importance of confirming that implemented measures deliver the intended outcome.

Stronger Reporting and Communication

Clear investigation reports help participants communicate technical conclusions to management and operational teams. The course develops skills in presenting evidence, explaining causal relationships, prioritising recommendations and recording decisions.

These capabilities support more effective technical meetings, maintenance reviews and management reporting.

Enhanced Career Capability

RCA skills are relevant to reliability engineering, maintenance management, asset integrity, process engineering, operations supervision and technical leadership. Participants develop a transferable methodology for investigating failures and supporting continuous improvement across different facilities and asset types.

The programme also strengthens their ability to contribute to cross-functional investigations and demonstrate structured problem-solving within their professional responsibilities.

Who should attend

  • Maintenance Managers and Superintendents: Strengthen recurring failure investigations, maintenance effectiveness and corrective action oversight.

  • Reliability Engineers: Apply structured causal analysis to recurring equipment problems and reliability improvement priorities.

  • Mechanical Engineers: Investigate rotating equipment, pumps, compressors, valves and other mechanical failures.

  • Electrical Engineers: Examine electrical equipment faults, power interruptions, motor failures and related contributing factors.

  • Instrumentation and Control Engineers: Investigate control system malfunctions, instrumentation faults, alarm issues and process control failures.

  • Asset Integrity Engineers: Connect failure findings with equipment degradation, integrity threats and inspection improvement programmes.

  • Inspection and Corrosion Specialists: Evaluate evidence relating to corrosion, material degradation, cracking and equipment deterioration.

  • Operations Managers and Supervisors: Understand operational contributions to failures and improve the effectiveness of operational corrective actions.

  • Production Engineers and Process Engineers: Investigate production losses, process instability and equipment performance problems.

  • Process Safety Professionals: Contribute to investigations involving hazardous conditions, equipment failures and process safety concerns.

  • HSE Managers and Incident Investigators: Apply structured causal analysis to relevant incidents and develop evidence-based preventive recommendations.

  • Maintenance Planners and Schedulers: Use failure findings to improve work planning, maintenance strategies and resource allocation.

  • Technical Services and Engineering Managers: Evaluate investigation quality and integrate findings into engineering improvement initiatives.

  • Facilities and Plant Managers: Improve visibility of recurring failures, operational risks and corrective action performance.

  • Oil and Gas Project Engineers: Apply causal analysis to commissioning issues, installation defects and early-life equipment problems.

  • Technical Team Leaders and Senior Supervisors: Lead practical investigations and coordinate multidisciplinary corrective action activities.

Course outline

This module establishes the principles of Root Cause Analysis RCA and its role in oil and gas reliability and maintenance management. Participants examine the difference between symptoms, immediate causes, contributing factors and root causes, with particular attention to the consequences of incomplete investigations.

The module explores how to define a problem, establish investigation boundaries, determine the significance of a failure and identify the evidence required for a credible conclusion. Participants also consider how equipment criticality, production impact, safety exposure and recurrence influence investigation priorities.

  1. ISO 9001 Quality Management

    • ISO 9001 provides a recognised framework for quality management systems, including the evaluation of nonconformities and the implementation of corrective action.

    • Its corrective action principles support investigation of the causes of problems and efforts to prevent their recurrence.

    • Participants examine how structured problem definition, documented evidence and follow-up reviews strengthen organisational learning.

    • The framework supports systematic improvement without prescribing one mandatory RCA technique for every failure.

    Learning Outcomes

    • Explain the role of RCA in oil and gas reliability management.

    • Define investigation objectives and establish appropriate investigation boundaries.

    • Distinguish immediate causes from underlying and systemic causes.

    • Determine when a structured investigation is appropriate.

    • Identify the information and personnel required to support an investigation.

    • Establish a consistent approach to documenting investigation findings.

This module focuses on collecting, preserving and evaluating the evidence required to understand equipment failures and operational events. Participants examine how maintenance records, inspection reports, process data, equipment histories and operator observations contribute to a reliable investigation.

The module addresses the importance of establishing an accurate event sequence and maintaining a clear distinction between observed facts and interpretations. Participants also explore how evidence quality affects the reliability of causal conclusions.

  1. ISO 14224 Petroleum Equipment Reliability

    • ISO 14224 establishes principles for collecting and exchanging reliability and maintenance data for equipment in the petroleum, petrochemical and natural gas industries.

    • The standard provides a structured basis for classifying equipment, failures, failure mechanisms and maintenance activities.

    • Consistent terminology and data collection improve the quality of failure histories and comparisons across assets.

    • Participants consider how structured equipment data supports investigation, reliability analysis and maintenance improvement.

    Learning Outcomes

    • Identify relevant evidence sources for equipment and process failures.

    • Organise maintenance and operational data for investigation purposes.

    • Reconstruct the sequence of events leading to a failure.

    • Distinguish verified evidence from assumptions and unconfirmed explanations.

    • Apply consistent failure terminology when documenting findings.

    • Identify information gaps that require additional inspection or analysis.

    • Produce an evidence-based foundation for root cause identification.

This module develops the analytical skills required to determine why failures occur and how contributing conditions interact. Participants apply recognised problem-solving techniques to representative oil and gas scenarios involving mechanical breakdowns, process disturbances, equipment degradation and recurring maintenance issues.

The focus is on building logical causal relationships supported by evidence. Participants learn to move beyond the first apparent explanation, test alternative hypotheses and examine the technical and organisational conditions that allowed a failure to develop.

  1. IEC 61025 Fault Tree Analysis

    • IEC 61025 provides recognised guidance for fault tree analysis as a systematic method of examining how combinations of events and conditions contribute to an undesired outcome.

    • Fault tree analysis supports the logical representation of relationships between component failures, human actions and system-level events.

    • The method helps investigators examine alternative causal pathways and identify combinations of contributing conditions.

    • Participants consider how fault trees complement other RCA methods when investigating complex equipment and process failures.

    Learning Outcomes

    • Select appropriate analytical techniques for different failure scenarios.

    • Construct cause-and-effect diagrams and basic fault trees.

    • Apply the Five Whys method without stopping at superficial explanations.

    • Evaluate technical and organisational contributing factors.

    • Test causal hypotheses against available evidence.

    • Identify root causes that explain the failure mechanism and its contributing conditions.

    • Develop clear causal statements that support practical corrective action.

This module examines how investigation findings become effective corrective and preventive measures. Participants explore the relationship between verified root causes, control weaknesses and the actions required to prevent recurrence.

The module emphasises practical implementation, risk-based prioritisation and measurable effectiveness checks. Participants assess engineering modifications, maintenance strategy changes, inspection improvements, procedural revisions and competency measures against the causes identified during an investigation.

  1. ISO 45001 Occupational Health and Safety

    • ISO 45001 establishes requirements for occupational health and safety management systems.

    • Its incident investigation and corrective action provisions support the identification of contributing factors and measures to prevent recurrence.

    • The framework emphasises addressing underlying problems and evaluating the effectiveness of corrective actions.

    • Participants examine how investigation findings support safer work practices and improved operational risk controls.

    Learning Outcomes

    • Develop corrective actions linked to verified root causes.

    • Distinguish immediate containment from long-term preventive measures.

    • Evaluate proposed actions according to risk reduction and feasibility.

    • Recommend appropriate engineering, maintenance and procedural improvements.

    • Define action ownership, completion requirements and verification methods.

    • Establish practical measures for monitoring corrective action effectiveness.

    • Integrate investigation findings into risk management and maintenance improvement activities.

This module focuses on communicating investigation conclusions, monitoring corrective action implementation and using RCA findings to improve organisational performance. Participants examine how clear reporting supports management decisions, resource allocation and coordination across technical departments.

The module also addresses the integration of investigation outcomes into reliability programmes, maintenance planning, operational procedures and organisational learning. Participants develop a structured approach to evaluating whether corrective actions have reduced recurring failures and improved equipment performance.

  1. ISO 55001 Asset Management

    • ISO 55001 establishes requirements for an asset management system that supports the effective management of assets throughout their life cycle.

    • The standard provides a framework for aligning asset-related decisions with organisational objectives and performance requirements.

    • RCA findings support asset management decisions by identifying failure patterns, performance weaknesses and opportunities for improvement.

    • Participants examine how investigation outcomes inform maintenance priorities, asset risk decisions and continuous improvement activities.

    Learning Outcomes

    • Prepare structured RCA reports for technical and management audiences.

    • Communicate findings and recommendations clearly and objectively.

    • Establish action registers with traceable ownership and completion criteria.

    • Select relevant indicators for monitoring recurring failures and corrective action performance.

    • Evaluate changes in equipment reliability, downtime and maintenance expenditure.

    • Integrate lessons learned into maintenance and asset management processes.

    • Establish a repeatable approach to reviewing investigation quality and organisational improvement.

Certificate

Upon successful completion of the Root Cause Analysis RCA Training Course, attendees receive a Certificate of Completion from Institute For Oil & Gas Training.

The certificate recognises participation in the programme and completion of its learning requirements. Attendees must satisfy the institute's attendance requirement and participate in the scheduled training activities to qualify for the certificate.

The Certificate of Completion confirms course participation. It does not represent a professional licence, statutory qualification or independent certification in a regulated technical discipline.

Course dates

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,100

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,100

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,100

  • Europe

    Middle East

    Asia

    Africa

    North America

    Online

    Fee: £4,100

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

Frequently asked questions

What is covered in the Root Cause Analysis RCA Training Course?

The course covers RCA fundamentals, investigation planning, evidence collection, equipment failure analysis, causal analysis techniques, corrective action development, investigation reporting and reliability performance measurement. Participants learn to identify underlying causes and develop practical measures to prevent recurring failures in oil and gas operations.

Who should attend this RCA training course?

The programme is suitable for maintenance managers, reliability engineers, mechanical and electrical engineers, instrumentation specialists, asset integrity professionals, operations supervisors, process engineers, HSE personnel and technical managers. It is particularly relevant to professionals responsible for investigating equipment failures and improving operational reliability.

Which root cause analysis techniques are included?

Participants examine the Five Whys, fishbone diagrams, fault tree analysis, cause-and-effect analysis and causal factor charting. The course explains how to select and apply these techniques according to the nature of the failure, available evidence and operational consequences.

How is the course delivered, and what is its duration?

Institute For Oil & Gas Training delivers the programme through industry-based case studies, guided investigation exercises, group discussions and practical corrective action planning. The total course duration is 15 to 20 hours, covering all five modules. Individual module timings are not fixed in this outline.

Will participants receive a certificate after completing the course?

Yes. Attendees receive a Certificate of Completion from Institute For Oil & Gas Training upon finishing the course, provided they satisfy the institute's attendance requirement and complete the required training activities. The certificate recognises course completion rather than a separate professional licence or statutory qualification.

Next: 19 Oct 2026

4 dates available

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