Industrial Safety Training for Electrical Engineers

This training program provides electrical engineers with essential knowledge and practical skills to work safely around electrical systems in industrial plants, power stations, substations, refineries, manufacturing units, and construction projects. The course prepares engineers to handle electrical hazards, arc flash risks, grounding issues, equipment failures, lockout/tagout procedures, and safety compliance according to national and international standards. Before training, we conduct a detailed skill assessment to evaluate current knowledge, exposure, and job readiness in electrical safety practices.

Skill Assessment Before Training

Our skill assessment identifies the engineer’s understanding of electrical hazards and safety systems, helping us deliver focused training suited to actual needs.

Areas Covered in Skill Assessment

• Awareness of electrical hazards and accident causes

• Knowledge of grounding, earthing, and shock prevention

• Familiarity with lockout/tagout procedures (LOTO)

• Knowledge of arc flash protection standards

• Safe use of PPE for different voltage levels

• Awareness of equipment testing and inspection methods

• Emergency response and incident reporting

Why Skill Assessment Is Important

• Identifies unsafe work practices before they cause accidents

• Helps engineers get targeted training based on their real gaps

• Reduces workplace accidents and improves workforce confidence

• Useful for experienced engineers needing proper certification

• Supports companies in compliance with safety standards

• Enables safe handling of high-voltage and live equipment

Topics Covered in This Industrial Safety Training

Core Technical Modules

• Electrical Safety Fundamentals and Hazard Identification

• Live Line Working Procedures, Shock Prevention, and Rescue Methods

• Grounding and Earthing Systems in Industrial Installations

• Lockout/Tagout (LOTO) Procedures for Maintenance and Shutdown

• Arc Flash Risk Assessment, PPE Categories, and Boundary Calculation

• Electrical Safety Standards (IS, IEC, OSHA, NFPA 70E)

• Safe Use of Tools, Test Instruments, and Insulation Techniques

• Safety in Substations, Switchgear Rooms, and Control Panels

• Emergency Response Planning and Reporting Procedures

• Safe Operation of Generators, Motors, Batteries, UPS & HV Equipment

• Contractor and Workforce Safety Management in Industrial Sites

Training + Project + Certification

Practical Training

• Demonstration of LOTO tools and arc flash PPE

• Safe inspection and testing of electrical equipment

• Grounding checks and fault reproduction exercises

• Industrial accident case studies and investigation methods

Certificates Issued

• Industrial Electrical Safety Training Certificate

• Safety Skill Assessment Report for professional use

• Practical Exposure Certificate based on hands-on activities

Who Can Join?

• Electrical engineering graduates entering industrial fields

• Working professionals in maintenance, EPC, utilities, and construction

• Engineers needing certification to comply with company safety policies

• Supervisors responsible for workforce safety and site operations