Course Overview
This intensive 5-day training program is designed for electrical engineers, technicians, and safety professionals to master advanced electrical safety principles and modern power system protection. The course combines theoretical knowledge with practical applications, covering the latest NFPA 70E, IEEE, and IEC standards, arc flash mitigation, smart grid safety considerations, and advanced diagnostic techniques. Participants will engage in hands-on simulations, case studies, and risk assessment exercises.
Course Objectives
By completing this course, participants will be able to:
- Apply NFPA 70E (2024) and OSHA 1910.269 requirements
- Conduct arc flash risk assessments and implement mitigation strategies
- Understand smart grid protection systems and cybersecurity risks
- Perform advanced insulation resistance testing and partial discharge analysis
- Implement hazardous energy control (LOTO) for complex systems
- Design electrically safe work conditions for high-voltage environments
- Utilize thermal imaging and ultrasonic detection for predictive maintenance
- Navigate renewable energy system safety challenges (solar, wind, BESS)
Who Should Attend
This course is essential for:
- Electrical Engineers & Technicians
- Maintenance Supervisors
- EHS Professionals
- Facility Managers
- Power System Protection Specialists
- Renewable Energy Technicians
- Industrial Automation Engineers
Course Outlines (Module-Wise)
Module 1: Electrical Safety Fundamentals
- Shock vs arc flash hazards: Physics of electrical injuries
- Standards landscape: NFPA 70E, IEEE 1584, IEC 61936
- Electrical safety program development
- Case studies of electrical accidents
Module 2: Arc Flash Hazard Analysis
- Incident energy calculation methods
- Arc flash boundary determination
- PPE category selection and limitations
- Equipment labeling requirements
Module 3: Advanced Diagnostic Techniques
- Megger testing interpretation
- Partial discharge monitoring
- Thermographic inspection methodologies
- Ultrasound for arc detection
Module 4: Smart Grid & Modern System Safety
- Protection relay coordination
- Cybersecurity for electrical infrastructure
- Microgrid isolation challenges
- Battery energy storage system hazards
Module 5: Hazardous Energy Control
- Complex LOTO procedures
- Capacitor bank safety
- Rotating equipment isolation
- Verification of de-energized state
Module 6: Hands-On Applications
- Simulation lab: Arc flash calculations
- Field exercise: Infrared inspection
- Scenario workshop: Solar farm shutdown
- Case analysis: Industrial electrical incident