Hazard and Operability Analysis Professional

Apply HAZOP guidewords, identify process deviations and document hazards, safeguards and follow-up actions.

Connect these tasks to the hazard and operability analysis professional role. Use the detailed programme to identify the methods, exercises and application areas most relevant to your work.

1. Understand the principles, structure, and methodology of HAZOP as defined by IEC 61882:2016.
2. Identify potential hazards and operability issues in complex processes and systems.
3. Effectively plan, lead, and document HAZOP studies.
4. Integrate HAZOP analysis with broader risk management and safety practices.
5. Apply HAZOP methodology to various sectors including oil & gas, chemicals, pharmaceuticals, energy, and manufacturing.

• Explain the purpose, benefits, and structure of HAZOP.
• Develop clear and comprehensive HAZOP study plans and reports.
• Use guide words, nodes, and deviations in a structured way.
• Facilitate or contribute effectively to a HAZOP team.
• Evaluate the effectiveness of control and mitigation measures identified in a HAZOP.

• Process Safety Engineers
• Risk Analysts and Managers
• HSE Professionals
• Plant Managers and Supervisors
• Chemical, Process, and Mechanical Engineers
• Safety Auditors and Compliance Officers
• Project Managers in hazardous industries
• Professionals involved in PHA (Process Hazard Analysis) or Risk Assessment Teams

• Overview of Risk Assessment Techniques
• Introduction to Process Safety and HAZOP
• Evolution and Context of IEC 61882:2016
• Purpose and Scope of HAZOP Studies
• Risk Concepts: Hazard, Risk, Consequence, Likelihood
• Team Roles: Facilitator, Recorder, Discipline Experts
• Defining Study Scope and Objectives
• Case Example: HAZOP Failure due to Poor Scope
• Group Exercise: Identify Hazards in a Basic Process

• HAZOP Methodology Structure per IEC 61882
• Process Representation: P&IDs, Flow Diagrams
• Defining Nodes and Boundaries
• Guide Words and Deviations
• Identifying Causes, Consequences, and Safeguards
• Assigning Recommendations and Risk Ranking
• Planning a HAZOP Study – Resource and Time Estimation
• Exercise: Create HAZOP Plan and Node Selection

• Preparing for the HAZOP Session
• Facilitating Effective HAZOP Meetings
• Recording and Documentation Techniques
• Dealing with Team Conflicts and Diverging Views
• Ensuring Consistency and Completeness
• Use of HAZOP Software Tools (Overview)
• Workshop: Simulated HAZOP Session (Real Case Example)
• Role-play: Participants Rotate as Facilitator and Recorder

• HAZOP Report Structure and Contents
• Communicating Findings to Management and Stakeholders
• Follow-up Actions and Tracking
• Integration with Safety Lifecycle and Other Risk Assessments
• Common Pitfalls and Lessons Learned from Real Events
• Workshop: Prepare Full HAZOP Report from Simulated Case
• Final Assessment and Feedback
• Certification Ceremony

• Instructor-led presentations
• Group discussions
• Case study analysis
• Hands-on HAZOP workshop simulations
• Role-play exercises (e.g., acting as facilitator or scribe)
• Templates and checklists for real-world application
• Pre- and post-course assessments

• IEC 61882:2016 – Hazard and Operability Studies (HAZOP Studies) – Application Guide
• ISO 31000:2018 – Risk Management – Guidelines
• IEC 61511 – Functional Safety: Safety Instrumented Systems for the Process Industry
• ISO 45001 – Occupational Health and Safety Management Systems (as supporting framework)
• ISO 9001 – Quality Management Systems (for integration and documentation best practices)