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Start Date: 27 Sep,2026
End Date: 1 Oct,2026
Duration: 5 Days
 
 
Course Objectives
At the end of this course, participants will be able to: 
Explain the issues (statistics) associated with poor electrical safety in the workplace. 
Define and differentiate between qualified and unqualified persons under OSHA. 
Identify requirements specified in OSHA, NFPA 70E, and describe similarities and differences in OSHA & 70E. 
Fundamental requirements for high-voltage electric safety 
List types of electrical hazards to personnel and describe the nature of the hazards 
Electric shock in high-voltage equipment. 
Grounding system with high-voltage equipment. 
High voltage protective equipment is in a safe, reliable condition. 
Neutral grounding in high-voltage equipment is protective. 
Earth resistivity measurements for high voltage. 
Overvoltages on power systems and safety. 
High-Voltage Cables and Safety: Alternative Forms of Power Switchgear and Circuit Breakers – Current-Limiting, Non-Current-Limiting, etc. 
Power optimisation equipment for real power and use of transformers, transmission lines, generators and motors devices to improve system operation 
Electrical hazards and precautions Statutory regulations and codes of practice High voltage safety rules Electrical safety documents 
Operational features of switchgear 
Circuit breakers - oil, gas, air and vacuum 
Auxiliary equipment 
Primary conductors and switchgear enclosures 
Switchgear maintenance 
Describe tests that can be done on switchgear 
Battery supply units Introduction to electrical faults and protection 
Fault diagnosis. 
 
Course Content:
Fundamental requirements for high voltage electric safety 
Electric shock in high-voltage equipment 
Neutral grounding in high-voltage protective equipment
Earthing and Electrical safety
Safety Related Work Practices 
HIGH VOLTAGE SWITCHGEAR. 
Working On or Near Live Parts
Electric safety in high voltages power system 
Personal Protective Equipment (PPE) 
 
Targeted Audience:
Electrical Engineers and Experienced Electrical Maintenance technicians
 
Structure & Methodology:
The course uses a mix of interactive techniques such as brief presentations by the consultant and the participants, group exercises and case studies. The course also includes live instructions, video presentations, and practical examples & case studies. The trainer uses up-to-date training techniques and a variety of training methods, to give all participants the best opportunities for learning, including: 
Class Session 
Group Discussions 
Case studies 
Simulation 
Evaluatio