An intensive professional development training course on
Risk Reliability Management
Strengthening Asset Performance Through Risk-Based Reliability Strategies
Why Choose Risk Reliability Management Training Course?
The ability to manage asset risks and ensure reliable operations has become a strategic priority for organisations facing rising performance demands, tighter regulatory expectations, and increasing pressure to minimise operational losses. This Risk Reliability Management Training Course equips participants with the skills and methodologies needed to transition from traditional maintenance approaches to a risk-based reliability framework. By adopting structured risk-reliability practices, organisations can reduce maintenance costs, enhance system integrity, and improve asset availability throughout the operational life cycle.
Modern industries operate with more complex systems, leaner production processes, and greater expectations for safety and environmental stewardship. These conditions require proactive decision-making grounded in accurate risk identification, functional analysis, and efficient maintenance planning. Through this course, participants learn how to evaluate system vulnerabilities, determine performance standards, and select maintenance tactics aligned with organisational objectives.
By combining theoretical foundations with practical applications, the course empowers professionals to make informed decisions that strengthen reliability, reduce downtime, and support long-term operational excellence. Participants gain confidence in applying risk-based tools that directly contribute to improved safety, better asset performance, and increased return on investment.
What are the Goals?
This course provides a structured approach to improving asset performance by applying risk-based techniques that help organisations optimise reliability and maintenance practices.
By the end of this training course, participants will be able to:
- Choose systems and assets for reliability and risk improvement initiatives
- Identify system functions and define appropriate performance standards
- Anticipate failed states, failure modes, and deterioration mechanisms
- Apply maintenance tactics that effectively reduce risk and enhance reliability
- Implement a team-based methodology to deliver sustainable reliability improvements
Who is this Training Course for?
This Risk Reliability Management Training Course is designed for professionals responsible for ensuring asset integrity, operational performance, and reliable maintenance planning within industrial environments.
This training course will greatly benefit:
- Reliability Engineers and specialists involved in risk-based decision-making
- Maintenance Engineers and Supervisors overseeing asset performance
- Maintenance Planners responsible for scheduling and optimising maintenance tasks
- Reliability Inspectors assessing equipment condition and long-term reliability
- Team Leaders and Managers accountable for physical asset integrity
- Professionals seeking to strengthen their capability in structured reliability improvement
How will this Training Course be Presented?
The course is delivered through an engaging, practice-focused learning experience designed to build confidence and technical skill. Participants take part in guided discussions, facilitated exercises, and hands-on case-study activities that mirror real industrial challenges. Each session integrates practical examples to demonstrate the application of risk-reliability principles in operational contexts.
Interactive group work helps participants analyse system functions, evaluate failure modes, and select suitable maintenance tactics. Throughout the training, the instructor provides targeted support, ensuring strong knowledge transfer and enabling participants to apply the concepts effectively within their own organisations.
The Course Content
- Plant/equipment decomposition
- Criticality grading
- Identify primary, secondary functions
- Determine performance standards and quantify
- Practical: Perform functional analysis
- Failure modes
- The concept of ‘reasonably likely’
- Deterioration and damage mechanisms
- Physical damage mechanism
- Practical: Perform Failure Analysis
- Operational and financial risks
- Safety, health and environmental consequences
- Hidden failure consequences
- Practical: Perform Risk Analysis
- The six failure probability density curves
- Tactic decision diagram
- Types of preventive maintenance tactics and how to select appropriate intervals
- Types of condition-based maintenance tactics how to determine the PF interval
- Function testing and failure finding and how to determine the interval
- Practical: Select and define appropriate maintenance tactics
- The role of the facilitator
- Selecting and setting up the review projects
- Auditing the decision making
- Implementing the results
- Post course assessment
Certificate and Accreditation
- AZTech Certificate of Completion for delegates who attend and complete the training course
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