Claim 5 CPD Points
| Date | Venue | Duration | |
|---|---|---|---|
| 27 - 31 October 2026 | Sandton, Gauteng | 5 Days |
Please note: This is not a final registration, one of our team members will contact you shortly to finalise your registration.
The reliability of any plant and its assets depends on effective maintenance. To ensure this, risks should be measured, and appropriate strategies and techniques applied to prevent asset failures. A variety of RBM techniques and strategies are available to enhance plant performance and prevent asset breakdowns. These strategies contribute to profitability by implementing cost-effective plans and procedures that help identify, assess, and manage risks effectively. Knowledge and application of RBM techniques are essential for extending asset life and improving organizational profitability.
Our expert instructors bring hands-on experience in RBM (Risk-Based Maintenance), offering focused and effective content that is aligned with current industry trends and technologies. This Risk-Based Maintenance (RBM) Techniques, Strategy, and Applications course empowers participants to enhance their careers and contribute effectively within their organizations.
This Risk-Based Maintenance (RBM) Techniques, Strategy, and Applications course will help participants achieve the following objectives:
Understand RBM Methodology: Gain a comprehensive understanding of RBM, its methodology, and program applications.
Develop Effective Strategies: Create tailored maintenance strategies for unique operational environments.
Integrate RBM in Maintenance: Learn how RBM enhances maintenance practices and performance.
Assess and Manage Risk: Grasp risk assessment, planning based on failure probabilities, system behaviour, and impact.
Select Appropriate Technology: Identify the right technologies for specific scenarios.
Integrate RBM with Other Techniques: Effectively combine RBM with techniques such as RBI and PFA.
Utilize Key Performance Indicators (KPIs): Leverage KPIs for performance improvement.
Apply RBM Best Practices: Learn best practices for RBM application in asset management.
Develop Action Plans: Formulate action plans utilizing RBM to optimize asset management.
Quality Engineers
Maintenance Managers
Reliability Engineers
Corrosion Engineers
Asset Integrity Managers
Compliance Officers
Facilities Planning Analysts
Maintenance Engineers
Engineering Professionals
Production Heads
Facility Managers
Asset Supervisors and Coordinators
Quality Control Analysts
Mechanical Engineers
Individuals interested in RBM aiming to excel in this field
Our diverse instructional approaches ensure effective learning:
– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.
Each module is designed to build a comprehensive understanding of RBM and its application in real-world settings.
Module 1: Introduction to RBM
Definition and importance of RBM
Historical background and advancements
Module 2: Understanding Risk in Maintenance
Defining and identifying risks
Types of risks and risk analysis in maintenance
Module 3: Maintenance and Reliability
Impact of maintenance on business performance
Asset depreciation and failure types
Strategies for extending asset life
Module 4: Essential Engineering Tools
Overview of RAMS (Reliability, Availability, Maintainability, and Safety)
Cost-benefit decisions in maintenance
Risk matrices
Module 5: Strategy Development
High Impact-High Priority (HI-HP)
Low Impact-High Priority (LI-HP)
High Impact-Low Priority (HI-LP)
Low Impact-Low Priority (LI-LP)
Run-to-Failure and monitoring approaches
Module 6: RBM Attributes
Learning curve in RBM
Assessing risk and balancing failure consequences with probabilities
Module 7: RBM Techniques
Criticality (Risk) Analysis, FMEA, FCA
Event Tree and Fault Tree Analysis
Key concepts: Asset Utilization Index, Strategic Importance, and Criticality Matrix
Module 8: RBM Implementation
Seven steps of RBM with FMECA integration
Maintenance task identification and Weibull distribution
Module 9: Equipment-Specific Implementations
Decision support tools for task optimization
Condition monitoring, testing, and inspection
Module 10: Technology Integration
Coordinating spare parts, facilities, and tools with maintenance workflows
Integrating RBM with Risk-Based Inspection (API 580) and Potential Failure Analysis (PFA)
Module 11: Developing Plans and Procedures
Task optimization
Action planning for diverse scenarios
Continuous improvement through data monitoring
Module 12: Key Performance Indicators (KPIs)
Defining KPIs, their importance, and benefits
Module 13: Review and Implementation
Review of critical topics
Applying course insights to practical scenarios
Discover how our courses enhance professionals’ effectiveness in their workplaces.
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