Course Overview
This comprehensive professional development program is designed for Technician and operator staff, Discipline engineers including maintenance and inspection and planning, Managers and higher management responsible for commitments and undertakings, Asset integrity specialists, Reliability engineers, Process safety professionals, Maintenance planners, and Inspection coordinators responsible for implementing asset integrity management across petrochemical, refinery, power generation, and multi-organizational contexts. The program addresses proven practices in integrity-driven performance optimization, process safety and asset integrity unification, and ISO-based maintenance cost reduction where petrochemical study showing asset-integrity criteria explicitly integrated into plant-performance models enabling operators to simultaneously improve safety and profitability, systematic review highlighting identifying critical equipment and assuring integrity through structured inspection and maintenance being essential to prevent loss of containment and major accidents, and ABS paper reporting companies using ISO-based practices achieving lower maintenance costs with SASREF realizing 13.5 percent reduction in budgeted maintenance costs in 2016 and additional 3.2 percent reduction in 2017.
The curriculum integrates Introduction to Asset Integrity Management System Fundamentals, Asset Integrity Framework and Audit Review, Risk Evaluation and Asset Criticality Assessment, Integrity Management Performance Framework and Audit Reviews, and ISO 55000 Overview and Certification to provide comprehensive coverage of asset integrity principles, risk-based inspection methodologies, and ISO 55000 compliance domains for achieving asset integrity management excellence.
Why This Course Is Required?
Integrity-driven performance optimization and safety enhancement represent critical competencies where petrochemical study showing when asset-integrity criteria including failure probability and inspection intervals and degradation mechanisms explicitly integrated into plant-performance models operators can simultaneously improve safety and profitability by optimizing inspection and maintenance decisions based on integrity-related risk and business impact reducing likelihood of critical failures while increasing overall plant efficiency. Process safety and asset integrity unification and loss-of-containment prevention demand specialized knowledge where systematic review of process safety and asset-integrity practices in onshore refineries and petrochemical installations highlighting identifying critical equipment and assuring its integrity through structured inspection and maintenance and managing data being essential to prevent loss of containment and major accidents with review proposing unified framework linking process safety and asset integrity management. ISO-based maintenance cost reduction and financial improvement require professionals with asset management expertise where ABS paper reporting companies using ISO-based practices achieving lower costs of maintaining physical assets and reduced risk and improved financial outcomes with SASREF implementing emergency-maintenance and reliability program based on ISO 55000 in 2016 realizing 13.5 percent reduction in budgeted maintenance costs that year and additional 3.2 percent reduction in 2017.
Asset integrity professionals must master asset integrity fundamentals including general introduction to AIMS and what is asset and why we need asset integrity management and what is asset integrity and asset management versus asset integrity management and asset integrity management concept and asset integrity life cycle, understand comprehensive integrity framework including integrity direction and integrity systems and integrity implementation and integrity results including KPIs and reports and terms and definitions and integrity barriers and integrity authorities and RACI charts, and apply proper risk evaluation methods including risk evaluation and management and integrity barriers as BSI PAS 55 British Standards and key integrity activities and risk matrix and hazard identification and hazards identification and risk assessment and risk based inspection and maintenance excellence to ensure organizations achieve superior integrity-driven performance optimization and safety, enhanced process safety and asset integrity unification and loss-of-containment prevention, improved ISO-based maintenance cost reduction and financial improvement, and competitive advantage through asset criticality assessment, integrity performance reporting, and continuous ISO 55000 compliance and audit review protocols.
Research demonstrates training is crucial for success, with petrochemical optimization study showing engineers who understand how integrity metrics including failure probabilities and inspection intervals and degradation states feed into plant-performance decisions can materially influence both safety and profitability with by learning to categorize equipment by criticality and link integrity tasks to business objectives and interpret integrity KPIs and dashboards course equipping to contribute to high-level optimization discussions, while process-safety review underlining professionals who can connect process-safety thinking including barriers and hazard identification and loss-of-containment scenarios with day-to-day asset-integrity activities being crucial to preventing major incidents with modules on risk evaluation and integrity barriers and audit-performance frameworks building that capability, and ISO-55000 power-industry paper showing practitioners who align asset-integrity work with ISO-style asset-management systems can demonstrate value in terms executives understand including reduced maintenance cost and lower risk and improved financial outcomes with by covering ISO 55000 concepts and roadmap and certification journey course helping frame integrity initiatives supporting corporate planning.
Course Objectives
Upon successful completion, participants will have demonstrated mastery of:
- Understanding the philosophy, scope, and life cycle of Asset Integrity Management Systems (AIMS), and clearly distinguishing asset performance management from asset integrity management while linking both to safety and profitability.
- Recognising and assessing risks and hazards across the asset life cycle, categorising equipment by criticality from HSE, cost, business, and asset perspectives, and using risk matrices, hazard identification, and risk‑based inspection to focus integrity resources where they matter most.
- Building and using an asset‑integrity framework with clear integrity direction, systems, implementation, and results, including integrity barriers, authorities, RACI charts, KPIs, dashboards, and audit reviews that demonstrate control of loss‑of‑containment risk and support continuous improvement.
- Learning integrity requirements across concept, design, commissioning, operation, and abandonment, and aligning integrity objectives and tasks with corporate strategy and ISO 55000‑style asset‑management requirements so top management can see and endorse integrity as a driver of return on investment through lower maintenance costs and reduced risk.
Master asset integrity management excellence and drive integrity optimization and safety enhancement success. Enroll today to become a Certified Asset Integrity Professional!
Training Methodology
This interactive Asset, Asset Integrity and Maintenance Management Training program comprises the following training methods:
The training framework includes:
- Lectures
- Seminars and Presentations
- Group Discussions
- Assignments
- Case Studies and Functional Exercises
- Workshops developing risk evaluation and asset criticality assessment skills
- Hands-on exercises practicing integrity KPI tracking and audit review protocols
- Practical demonstrations with hazard identification scenarios and ISO 55000 implementation techniques
This immersive approach fosters practical skill development and real-world application of asset integrity management principles through comprehensive coverage of asset integrity principles, risk-based inspection methodologies, and ISO 55000 compliance with emphasis on measurable integrity optimization and safety enhancement and maintenance cost reduction.
This program follows the Do-Review-Learn-Apply model, creating a structured learning journey that transforms traditional asset management approaches into professional asset integrity management excellence.
Who Should Attend?
This Asset, Asset Integrity and Maintenance Management Training Course is designed for:
- Technician and operator staff
- Discipline engineers including maintenance and inspection and planning
- Managers and higher management are a must to attend towards commitments and undertakings
- Asset integrity specialists
- Reliability engineers
- Process safety professionals
- Maintenance planners
- Inspection coordinators
Organizational Benefits
Organizations implementing asset integrity management training will benefit through:
- Significantly enhanced integrity-driven performance optimization and safety through comprehensive training delivering measurable returns where petrochemical study showing when asset-integrity criteria including failure probability and inspection intervals and degradation mechanisms explicitly integrated into plant-performance models operators simultaneously improving safety and profitability by optimizing inspection and maintenance decisions based on integrity-related risk and business impact reducing likelihood of critical failures while increasing overall plant efficiency exactly what training teaches
- Better process safety and asset integrity unification and loss-of-containment prevention through systematic review of process safety and asset-integrity practices in onshore refineries and petrochemical installations emphasizing identification and integrity assurance of critical equipment and systems as well as data management as essential elements for successful process safety and asset management implementation with review identifying significant gaps and presenting conceptual framework unifying process safety and asset integrity management to address identified gaps and enhance asset resilience as organizational benefits highlighted in training
- Improved ISO-based maintenance cost reduction and financial improvement through ABS paper reporting companies using ISO-based practices achieving lower costs of maintaining physical assets and reduced risk and improved financial outcomes with SASREF in Jubail implementing emergency-maintenance and reliability program based on ISO 55000 framework in 2016 realizing 13.5 percent reduction in budgeted maintenance costs in first year and additional 3.2 percent reduction in 2017 validating course content
- Strengthened competitive advantage through comprehensive understanding of asset integrity principles, risk-based inspection methodologies, and ISO 55000 compliance that enable superior asset integrity management excellence
Studies show that organizations implementing comprehensive asset integrity management training achieve significantly enhanced delivery outcomes as research confirms petrochemical plants using integrated model evaluating and optimizing plant performance using asset-integrity criteria alongside economic metrics enabling safer and more profitable operating decisions by explicitly accounting for degradation mechanisms and inspection intervals and failure probabilities reinforcing course’s emphasis on risk-based thinking, better organizational outcomes through process safety evidence demonstrating systematic review synthesizing global experience emphasizing need to identify critical equipment and assure its integrity through risk-based inspection and maintenance and manage integrity data effectively with authors proposing unified framework linking process safety and asset integrity to close gaps in current practice mirroring course’s treatment of integrity life-cycle and risk evaluation and performance measurement and audit reviews, and improved competitive positioning as asset integrity approach enables better financial outcomes while organizations benefit from applying new and modern risk-based methodologies to manage asset integrity in both newly constructed and aged facilities and addressing key threats confronting Oil and Gas industry and providing both established and innovative practices to safely mitigate them.
Empower your organization with asset integrity management expertise. Enroll your team today and see the transformation in integrity optimization and safety!
Personal Benefits
Professionals implementing asset integrity management training will benefit through:
- Deeper understanding of integrity-metrics-performance mastery and optimization-discussion contribution through petrochemical optimization study showing engineers who understand how integrity metrics including failure probabilities and inspection intervals and degradation states feed into plant-performance decisions can materially influence both safety and profitability with by learning to categorize equipment by criticality and link integrity tasks to business objectives and interpret integrity KPIs and dashboards course equipping to contribute to high-level optimization discussions rather than only executing individual maintenance tasks
- Enhanced process-safety-integrity mastery and major-incident prevention through process-safety review for refineries and petrochemical plants underlining professionals who can connect process-safety thinking including barriers and hazard identification and loss-of-containment scenarios with day-to-day asset-integrity activities being crucial to preventing major incidents with modules on risk evaluation and integrity barriers and audit-performance frameworks building that capability helping describe how asset-integrity management should be implemented to safeguard people and assets and environment
- Stronger ISO-alignment-value mastery and executive-support securing through ISO-55000 power-industry paper showing practitioners who align asset-integrity work with ISO-style asset-management systems can demonstrate value in terms executives understand including reduced maintenance cost and lower risk and improved financial outcomes with by covering ISO 55000 concepts and roadmap and certification journey course helping frame integrity initiatives in way that supports corporate planning and secures top-management endorsement
- Advanced expertise in asset integrity principles, risk-based inspection methodologies, and ISO 55000 compliance
- Enhanced career prospects and marketability in asset integrity management, process safety, reliability engineering, and maintenance management sectors with professionals gaining skills in risk evaluation, criticality assessment, and ISO 55000 implementation
- Ability to learn procedures and guidelines to achieve operational excellence and integrity sustainability
- Skills to gain theoretical and practical exposure to fundamentals of asset integrity management
- Knowledge to describe how asset integrity management should be implemented to safeguard assets and people and environment
Course Outline
Module 1: INTRODUCTION – ASSET INTEGRITY MANAGEMENT SYSTEM (AIMS) FUNDAMENTALS
- General introduction to AIMS
- What is an Asset?
- Why do we need Asset Integrity Management?
- What is Asset Integrity?
- Asset management v/s asset integrity management
- Asset Integrity Management Concept
- Asset Integrity Life cycle
- Links between integrity, safety, and profitability
- Typical AIMS elements in oil, gas, and power
Module 2: ASSET INTEGRITY FRAMEWORK AND AUDIT REVIEW
- Integrity Direction
- Integrity Systems
- Integrity Implementation
- Integrity Results – KPI’s, Reports
- Terms and Definitions
- Integrity Barriers
- Integrity Authorities and RACI Charts
- Using barrier models for loss‑of‑containment control
- Aligning integrity governance with corporate structure
Module 3: RISK EVALUATION AND ASSET CRITICALITY ASSESSMENT
- Risk Evaluation and Management
- Integrity barriers as BSI Pas 55 British Standards
- Key Integrity Activities
- Risk matrix
- Hazard identification
- Hazards identification and risk assessment
- Risk Based Inspection
- Maintenance excellence
- Criticality ranking by HSE, production, and cost
- Linking RBI outputs to inspection and PM plans
Module 4: INTEGRITY MANAGEMENT PERFORMANCE FRAMEWORK AND AUDIT REVIEWS
- Integrity performance reporting process
- Key Performance Indicators
- Audit Objectives
- Audit Scope
- Standards
- Audit Methodology
- Follow-Up After the Audit
- Integrity Assurance Dashboard
- Sample integrity KPIs and traffic‑light dashboards
- Closing audit findings and tracking actions
Module 5: ISO 55000 OVERVIEW AND CERTIFICATION
- What is ISO 55000?
- ISO 55000 Implementation
- Road map to ISO 55000 Compliance
- ISO 55000 Certification Journey
- Linking AIMS to ISO 55000 requirements
- Demonstrating cost and risk benefits to executives
Real World Examples
Petrochemical plants – Integrity-driven performance optimization
Implementation: A combinatorial-optimization study on petrochemical plants developed an integrated model that evaluates and optimizes plant performance using asset-integrity criteria alongside economic metrics. The study explicitly accounted for degradation mechanisms, inspection intervals, and failure probabilities within plant-performance optimization framework to enable decision-making that simultaneously addresses safety and profitability objectives. By integrating asset-integrity criteria including failure probability and inspection intervals and degradation mechanisms into plant-performance models, operators could make inspection and maintenance decisions based on integrity-related risk and business impact rather than treating safety and operations as separate silos.
Results: Optimization framework reduced likelihood of critical failures while increasing overall plant efficiency, illustrating how structured asset-integrity management as taught in this course directly supports both risk reduction and business performance. Results demonstrated that when asset-integrity criteria are explicitly integrated into plant-performance models operators can simultaneously improve safety and profitability, showing exactly risk-based thinking this course promotes through risk matrices and criticality assessment and integrity KPIs.
Onshore refineries and petrochemical installations – Unified process-safety and integrity framework
Implementation: A systematic review of onshore refineries and petrochemical installations synthesized global experience in process safety and asset-integrity management practices. The review emphasized identification and integrity assurance of critical equipment and systems as well as data management as essential elements for successful process safety and asset management implementation. The study identified significant gaps in the current body of literature and industrial practices including lack of comprehensive regulatory regimes and weak integration with emerging technological advancements. The authors proposed a conceptual framework that unifies process safety and asset integrity management to address identified gaps and enhance asset resilience, with the framework emphasizing the need to identify critical equipment, assure its integrity through risk-based inspection and maintenance, and manage integrity data effectively.
Results: Review concluded that identifying critical equipment and assuring its integrity through structured inspection and maintenance and managing data are essential to prevent loss of containment and major accidents. Study noted that weaknesses in regulatory regimes and poor integration with new technologies still create gaps, reinforcing this course’s emphasis on integrity life-cycle, risk-evaluation, and performance-framework modules. Results mirror course’s treatment of integrity life-cycle and risk evaluation and performance measurement and audit reviews, demonstrating how professionals who can connect process-safety thinking with day-to-day asset-integrity activities are crucial to preventing major incidents.
Saudi Aramco Shell Refinery (SASREF), Jubail – ISO-based maintenance-cost reduction
Implementation: Saudi Aramco Shell Refinery (SASREF) in Jubail implemented an emergency-maintenance and reliability program based on ISO 55000 asset-management framework in 2016. Implementation aligned asset-integrity objectives with corporate strategy and ISO 55000 principles to create a structured approach to asset management covering all seven elements of ISO 55000 standard including Context of Organization, Leadership, Planning, Support, Operations, Performance Evaluation, and Continuous Improvement. SASREF developed documented information specifying how organizational objectives were transformed into asset management objectives, implemented Strategic Asset Management Plan (SAMP) and Asset Management Plans (AMPs), and created Standard Operating Procedures (SOPs) aligned with ISO 55000 requirements.
Results: According to ABS Group, SASREF realized 13.5 percent reduction in budgeted maintenance costs in first year and additional 3.2 percent reduction in 2017, demonstrating how adopting ISO-aligned asset-management and integrity practices like those addressed in this course’s ISO 55000 module can deliver substantial cost and risk benefits in asset-intensive operations. Results illustrated value of aligning asset-integrity objectives with corporate strategy and ISO 55000 principles as covered in this course, showing how practitioners who align asset-integrity work with ISO-style asset-management systems can demonstrate value in terms executives understand including reduced maintenance cost and lower risk and improved financial outcomes.
Be inspired by leading asset integrity management achievements. Register now to build the skills your organization needs for integrity optimization and safety excellence!
