Course Overview

Advanced Electrical Safety Management is a comprehensive 16-20 hour professional training program Developed and Delivered By Jeruel. This specialized course focuses on preventing electrical hazards including shock, electrocution, arc flash, and arc blast through compliance with the latest NFPA 70E standards and OSHA requirements. Designed for Electrical Engineers, Safety Managers, Maintenance Supervisors, fire safety officers, HVAC technicians, and renewable energy professionals, the program equips participants with critical knowledge for managing electrical safety programs and operations.

The course employs a multi-faceted learning approach combining pre-course study materials with engaging classroom instruction featuring presentations, videos, and hands-on exercises. Participants master essential skills including proper PPE selection, arc flash labeling, distinguishing between qualified and unqualified personnel, multimeter safety precautions, and lockout-tagout procedures. Daily quizzes and pre/post assessments ensure knowledge retention, while the curriculum's practical focus on hazard risk assessments and proper use of insulated tools prepares professionals to implement robust safety protocols. Upon successful completion, participants receive a course certificate validating their advanced electrical safety management expertise.

Learning Objectives

• Recognize arc flash, arc blast, and electrical shock hazards before they strike. Learn what causes these dangerous events and their potentially fatal consequences. Electrical accidents can generate temperatures up to 35,000°F—hotter than the surface of the sun.
• Select and use the right PPE for electrical work. Know when to wear insulated gloves, arc-rated clothing, and face shields based on voltage levels and hazard risks. Proper PPE selection isn't just about compliance—it's your frontline defense against electrical injuries.
• Read and follow arc flash labels correctly. These safety markers show hazard levels and required protective equipment to keep you safe when working with electrical equipment.
• Identify who can safely perform electrical work. Qualified persons have documented training and skills for specific tasks, while unqualified individuals must never work on energized equipment. Knowing the difference prevents accidents and ensures proper responsibility assignment.
• Apply key safety precautions with multimeters and test instruments. Always verify your meter's rating matches the circuit voltage, disconnect power before connecting leads, and use proper PPE. These practices prevent accidents and ensure accurate measurements.
• Master LOTO procedures to safely disable electrical equipment before maintenance. Properly lock and tag power sources to prevent accidental startups that could harm workers. You'll protect yourself and your team from the 250+ annual fatalities caused by failure to control hazardous energy.
• Learn to identify, evaluate, and control shock and arc flash hazards through systematic risk assessments. You'll protect yourself and others by spotting dangers before they become incidents.
• Master the use of insulated tools, shields, and engineering controls that protect you from electrical hazards. These safety measures create crucial barriers between you and dangerous currents.