Effective Operations and Maintenance (O&M) planning is essential for ensuring asset reliability, operational efficiency, safety, and cost optimization in asset-intensive industries such as oil & gas, petrochemicals, power generation, manufacturing, mining, and utilities. This course provides participants with a structured approach to developing and implementing comprehensive O&M plans while integrating Failure Mode, Effects and Criticality Analysis (FMECA) methodologies into asset management strategies.
Participants will learn how to identify critical assets, analyze failure modes, evaluate operational risks, establish maintenance strategies, optimize resources, and develop practical action plans that improve equipment availability and reliability. Through practical workshops, case studies, and industry best practices, attendees will gain the knowledge and skills necessary to implement risk-based maintenance programs and enhance operational excellence.
By the end of the course participants will be able to:
- Understand the principles of Operations & Maintenance planning and management.
- Develop comprehensive O&M plans aligned with business objectives.
- Apply FMECA methodology to identify and prioritize equipment risks.
- Evaluate asset criticality and operational impacts of failures.
- Develop risk-based maintenance strategies and reliability programs.
- Optimize maintenance resources, spare parts, and workforce planning.
- Integrate FMECA results into preventive and predictive maintenance programs.
- Establish performance indicators for continuous improvement.
- Implement reliability and asset management best practices.
- Develop actionable implementation roadmaps for sustainable O&M excellence.
DAY 1: Foundations of Operations & Maintenance Planning
- O&M Management Fundamentals.
- Asset Lifecycle Management Principles.
- Strategic Alignment of Operations and Maintenance.
- Maintenance Management Systems and Work Processes.
- Asset Hierarchy Development.
- Asset Register and Data Management.
- Roles and Responsibilities within O&M Organizations.
- Maintenance Performance Metrics and KPIs.
- Introduction to Reliability and Risk-Based Maintenance.
- Workshop: Assessing Current O&M Practices.
DAY 2: Developing a Comprehensive Operations & Maintenance Plan
- Elements of an Effective O&M Plan.
- Operational Requirements and Asset Performance Expectations.
- Maintenance Strategy Selection.
- Preventive Maintenance Program Development.
- Predictive and Condition-Based Maintenance Techniques.
- Resource Planning and Workforce Management.
- Spare Parts and Materials Management.
- Shutdown, Turnaround and Outage Planning.
- Budgeting and Cost Control in O&M.
- Workshop: Developing an O&M Plan Framework.
DAY 3: Failure Mode, Effects & Criticality Analysis (FMECA)
- Reliability-Centered Maintenance Overview.
- FMEA vs FMECA Concepts.
- FMECA Methodology and Process Steps.
- Functional Analysis of Equipment and Systems.
- Identification of Failure Modes.
- Failure Effects Analysis.
- Failure Cause Identification.
- Criticality Assessment Techniques.
- Risk Priority and Ranking Methods.
- Workshop: Conducting a FMECA on Critical Equipment.
DAY 4: Integrating FMECA into Maintenance Strategies
- Risk-Based Maintenance Planning.
- Selecting Maintenance Tasks Based on Failure Consequences.
- Preventive Maintenance Optimization.
- Predictive Maintenance Program Integration.
- Asset Criticality Ranking Systems.
- Reliability Improvement Initiatives.
- Root Cause Failure Analysis Linkages.
- Reliability KPIs and Performance Monitoring.
- CMMS Integration of FMECA Results.
- Workshop: Developing Risk-Based Maintenance Plans.
DAY 5: Implementation, Continuous Improvement & Best Practices
- Implementing O&M Improvement Programs.
- Change Management and Stakeholder Engagement.
- Reliability Culture Development.
- Continuous Improvement Methodologies.
- Auditing Maintenance Effectiveness.
- Benchmarking Against Industry Best Practices.
- Data Analytics for Maintenance Optimization.
- Developing Action Plans and Implementation Roadmaps.
- Lessons Learned from Industry Case Studies.
- Final Workshop: Comprehensive O&M and FMECA Improvement Project.
- Maintenance Managers and Engineers.
- Reliability Engineers.
- Asset Integrity Engineers.
- Operations Managers and Supervisors.
- Maintenance Planners and Schedulers.
- Production Engineers.
- Plant Managers.
- Technical Services Personnel.
- Asset Management Professionals.
- HSE and Risk Management Personnel.