Course Finder
2026 Classroom Training Courses 2026 Online Training Courses 2027 Classroom Training Courses 2027 OnlineTraining Courses
In-House Training About Us
An Intensive Professional
Development Training Course on

Advanced Risk, Reliability & Safety Management Techniques

Learning How to Develop Process Safety,
Operational Integrity and Operational Excellence

Course Options

How would you like to proceed?

Need a tailored solution or group booking discount? Contact our course advisors.

Why Choose Us

The Risk, Reliability & Safety Management Techniques Course gives engineering, safety, and operations professionals an advanced, structured framework for managing risk, building reliability, and achieving safety excellence — drawing on industry best practices, analytical methodologies, and real-world incident learning.

Risk and reliability management in asset-intensive industries demands more than compliance — it requires the ability to anticipate failure, learn systematically from incidents, apply quantitative and qualitative analysis techniques, and build the organisational frameworks that prevent catastrophic outcomes.

This course addresses that challenge directly. Delegates work through the full spectrum of advanced risk and reliability techniques — from Fault Tree Analysis, FMEA, HAZOP, and Reliability Block Diagrams, through stochastic modelling, RAM analysis, and Structural Health Monitoring, to benchmarking frameworks, organisational crisis attributes, and the path toward operational excellence.

The Risk, Reliability & Safety Management Techniques Course is built for professionals who understand that managing risk and reliability at an advanced level is not just a technical skill — it is an organisational capability that must be designed, embedded, and continuously improved.

Why Choose Advanced Risk, Reliability & Safety Management Techniques
Course Goals

What are the Goals?

The Risk, Reliability & Safety Management Techniques Course is designed to develop advanced analytical and strategic capability across risk management, reliability engineering, safety analysis, and organisational learning equipping delegates to apply these disciplines at the highest professional level.

By the end of this course, participants will be able to:

  • Define risk and hazard and evaluate the advantages and disadvantages of different risk management approaches
  • Apply both qualitative and quantitative risk analysis techniques and distinguish between proactive and reactive risk attitudes
  • Identify and apply generic lessons from industry failures using best practice benchmarking methodologies
  • Apply Fault Tree Analysis (FTA), Event Tree Analysis (ETA), and Reliability Block Diagrams to complex systems modelling
  • Conduct FMEA and FMECA to identify and prioritise failure modes and their consequences
  • Apply HAZOP methodology to identify operability and safety hazards in process systems
  • Analyse near-miss and failure data using structured learning frameworks
  • Apply RAM analysis, risk control and decision support systems, and stochastic modelling to reliability challenges
  • Use Structural Health Monitoring and inspection frameworks to manage asset integrity proactively
  • Apply quantitative reliability analysis, benchmarking frameworks, and operational excellence models to drive organisational improvement

Who is this Training Course for?

The Risk, Reliability & Safety Management Techniques Course is designed for engineering, operations, safety, and technical management professionals who need advanced risk and reliability management capability — and who want to go beyond foundational knowledge to apply sophisticated analytical tools and organisational learning frameworks.

This course is suitable for:

  • Reliability engineers applying advanced analytical techniques to equipment and system performance
  • HSE managers and safety professionals developing risk management frameworks and safety cases
  • Maintenance engineers and managers integrating reliability and risk into maintenance strategy
  • Asset integrity professionals managing inspection, monitoring, and lifecycle risk for critical assets
  • Process safety professionals applying HAZOP, FTA, and FMEA to operational and design risk assessments
  • Operations managers responsible for safety performance, incident learning, and reliability improvement
  • Technical managers and engineering leads developing organisational risk and reliability capability
  • Graduate engineers building a structured foundation in advanced risk, reliability, and safety management
Learning Approach

How will this Training Course be Presented?

The Risk, Reliability & Safety Management Techniques Course is delivered through a technically rigorous, analytically focused learning approach that moves progressively from risk and reliability fundamentals through to advanced modelling techniques, incident learning frameworks, and operational excellence. Each day addresses a distinct dimension of risk and reliability management — building an integrated, end-to-end capability across the full course.

Group projects, analytical exercises, and real-world case studies are integrated throughout — culminating in group presentations on Day 5 that challenge delegates to synthesise and apply their learning.

Delivery methods include:

  • Instructor-led sessions covering risk theory, reliability engineering principles, and safety management frameworks
  • Qualitative and quantitative risk analysis workshops applying both analytical approaches to real operational scenarios
  • Generic lessons and benchmarking sessions examining best practice learning from failures across different industries
  • Group projects and presentations requiring delegates to apply course learning to a real risk and reliability challenge

The Course Content

Why there is a need for Advanced Risk, Reliability and Safety Management Techniques?

  • What is Risk, and Hazard?
  • Advantages and Disadvantages of Risk Management
  •  Proactive vs Reactive Altitudes towards Risk
  • Qualitative and Quantitative Risk Analysis
  • What is Reliability Engineering
  • Choice of Models and Existing Assumptions

The Concept of Generic Lessons & Benchmarking

  • Attributes of the generic lessons
  • Best practice of learning from failures from different industries
  • Best practice can be learned from worst practice
  • The ten generic lessons and the three underpinning factors
  • What is benchmarking? History of benchmarking
  • Different methods of benchmarking and how they relate to each other

A Framework of Learning and Unlearning Excellence

  • Fault Tree Analysis (FTA) and Event Tree Analysis (ETA)
  • Systems modelling using Reliability Block Diagrams
  • Failure Mode and Effects Analysis (FMEA) / Failure Mode Effects and Criticality Analysis (FMECA)
  • Hazard and Operability Study (HAZOP)
  • A framework for analysing near-misses and failures
  • High severity with low frequency versus high severity with high frequency

Other Frameworks / Models of Learning from Incidents

  • Reliability, Availability, Maintainability (RAM)
  • Risk control and decision support systems
  • Failure consequences
  • Introduction to stochastic modelling
  • Attributes of Organisational Crises
  • Inspection and Structural Health Monitoring (SHM)

Towards Achieving Organisational Excellence

  • Design and Reliability of Control Systems
  • Design and Reliability of Protective Systems
  • Quantitative reliability analysis
  • A framework for Benchmarking of Resilience
  • Towards an Operational Excellence Award
  • Group Projects and Presentations
Recognition

Certificate

  • • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
Collaborations

In Partnership With

Anderson Copex Coventry