Arc Flash Electrical Safety & Advance Power System Protection
A focused program on Safe Systems of Work and Arc Flash prevention, giving electrical teams the tools to protect people and power networks.
14th – 16th October 2026 Live Online
Key Learning Outcomes
By the end of the training, participants will be able to:
Identify roles and responsibilities to carry out duties for the benefit of the organisation and the safety of engineers.
Understand arc flash creation and prevention. Monitor Partial Discharge (PD) and Thermal heating for life asset extension.
Gain an in-depth grasp of HV and LV electrical safe systems of work, including fault levels and energy working levels following NFPA 70E.
Master the 5 crucial steps of the Hierarchy of Control and implement LOTO safely with full traceability and coordination.
Training Agenda
3-Day Comprehensive Programme
- Enhancing safety for electrical workers.
- Overview of arc flash: causes & prevention strategies.
- Universally accepted method for preventing Arc Flash.
- Assessment of practical controls for specific exercises.
- Successful integration of safety processes.
- Safe entry access (Ingress and Egress).
- Precautions for working at heights & confined spaces.
- Technologies for early detection and protection.
- Preventing catastrophic failure and engineer harm.
- Definition and importance of "proving dead".
- Safe Access: PD, Thermography, Humidity monitoring.
- LOTO (Lock Out; Tag Out) implementation.
- Software Platforms for SSoW & Signage Engagement.
- Responsibility, accountability, and traceability.
- Risk Assessments & Switching Method Statements.
- Permits to Work.
- Arc Flash PPE: correct category or class assessment.
- Layering, undergarments, and safety footwear.
- Students work on a pre-prepared classroom exercise.
- Identifying key documentation needed for SSoW.
- Coordination, proofreading, and traceability.
- Evaluating safety reinforcement methods.
- Reviewing the previous days' work.
- Applying theoretical knowledge to workplace scenarios.
- Revisiting HoC, SSoW, or Toolbox Talks.
- Instructor-led summary of key takeaways.
- Opportunity to share real-world challenges.
Who Should Attend?
-
Engineering & Technical: Electrical Engineers, Power System Engineers, HV and LV Authorized Personnel.
-
Safety & Compliance: Safety, HSE, and Electrical Compliance Professionals.
-
Operations & Maintenance: Electrical Maintenance and Reliability Professionals, Plant & Utility Managers, Electrical Supervisors, and Technicians.
Why This Program Works
-
✓
Small Group Sessions
Limited seats per cohort so every participant gets hands-on guidance and attention.
-
✓
Real Case Studies
Practical scenarios and simulations drawn from real operational challenges, not just theory.
-
✓
Take-Home Toolkit
Templates, checklists, and reference materials you can put to work immediately.
-
✓
Post-Training Support
Continued access to resources and guidance well after the course ends.
Why You Should Attend?
Master critical techniques for safe and efficient electrical operations.
Hazard Reduction
Reduce electrical hazards using internationally recognized Safe Systems of Work (SSoW).
Arc Flash Prevention
Prevent arc flash incidents with proven protection and mitigation strategies.
Master Procedures
Master essential safety procedures, including LOTO, risk assessments, and permits to work.
Enhance Reliability
Enhance safety, compliance, and power system reliability in high-risk electrical environments.
Investment & Registration
Event Code: IL-AFES-030 | 14th – 16th October 2026 | Live Online
1 Delegate (Online)
USD 1,495Per delegate · Live Online
2 – 4 Delegates (Online)
USD 1,195Per delegate · Best Value
5+ Delegates (Online)
USD 1,045Per delegate · Excl. taxes