E-HAZOP: Hazard and Operability Study for Electrical Systems

Module 1: Introduction to E-HAZOP
• Differences between traditional HAZOP and E-HAZOP methodologies
• Importance of E-HAZOP in modern safety management
• Key terminology and concepts tailored to electrical systems

Module 2: E-HAZOP Methodology
• Comprehensive, step-by-step approach to conducting E-HAZOP studies, covering:

o What-if Analysis
o Checklists
o Common Mode Screening (loop-based)
o Control System HAZOP
o Software HAZOP
o Electrical HAZOP
o FMEA (Failure Modes and Effects Analysis)
o FMEDA (Failure Modes, Effects, and Diagnostic Analysis)

• Defining roles and responsibilities within the E-HAZOP team
• Effective facilitation techniques for discussions and brainstorming

Module 3: Identifying Hazards in Electrical Systems
• Methods for hazard identification specific to electrical installations
• Guide words and parameters for uncovering electrical risks
• Real-world case studies illustrating common hazards in electrical systems

Module 4: Risk Analysis and Evaluation
• Analyzing failure modes and consequences specific to electrical systems
• Assessing likelihood and impact of identified hazards
• Tools for prioritizing risks in E-HAZOP studies

Module 5: Recommendations and Mitigation Strategies
• Developing actionable recommendations for risk mitigation
• Documenting findings and creating structured action plans
• Implementing and monitoring mitigation strategies in electrical environments

Module 6: Communicating E-HAZOP Results
• Best practices for reporting E-HAZOP findings
• Engaging team members and management in safety communication
• Building a culture of continuous safety improvement

This course is ideal for process safety personnel, engineers, and safety analysts involved in the design, installation, or assessment of electrical systems and HAZOP analysis, and others who need to apply or understand E-HAZOP principles.

• Basic knowledge of electrical systems and safety management is recommended.
• Familiarity with risk assessment techniques will further enhance the learning experience.

• Acquire specialized skills in E-HAZOP methodology for improved safety in electrical systems.
• Enhance your ability to identify, analyze, and mitigate risks effectively.
• Strengthen professional skills, leading to career growth in risk management and safety engineering.
• Contribute to safer and more resilient electrical installations and operational environments.

1. When can I get the certificate?
Training Attendance certification will be issued within 1 week from course date.

2. When can I get the training material and invite?
One day before the commencement of the training program.

3. How do I pay the fees for training and examination?
Online or Offline mode.