Specialized Course in Electrical Safety (CESS)

Electrical safety is a cornerstone for creating and maintaining safe and efficient workplaces, particularly in organizations that depend heavily on electrical systems to operate their daily processes. Risks associated with electricity can pose immediate threats to both human lives and organizational assets if not managed with structured and preventive approaches. Recognizing this vital importance, Geneva Business School of Management presents a specialized training program titled "Specialized Course in Electrical Safety (CESS)", designed to provide participants with a thorough understanding of safety regulations, essential technical knowledge, and preventive measures to reduce hazards and foster a strong culture of electrical safety within their organizations.

Target Audience

• Engineers and technicians working directly with electrical systems and maintenance operations.

• Occupational health and safety supervisors seeking to strengthen their expertise in managing electrical risks.

• Employees in industrial sectors and critical facilities where electricity is a central component of daily operations.

• Energy managers and facility administrators in large organizations responsible for overseeing electrical systems.

• Professionals in governmental and service sectors who are engaged in ensuring compliance with safety standards and regulations.

Program Objectives

• Introduce participants to the fundamental principles of electrical safety and its role in safeguarding individuals and assets in the workplace.

• Equip participants with the ability to identify, assess, and mitigate potential electrical hazards effectively.

• Enable trainees to understand and apply international standards and regulatory frameworks governing electrical safety.

• Strengthen participants’ ability to establish and implement preventive strategies to reduce the likelihood of electrical accidents.

• Promote an organizational culture that emphasizes adherence to electrical safety at all levels.

Course Outline

• Introduction to Electrical Safety

  • Definition and significance of electrical safety in workplace environments.

  • Potential impacts of electrical accidents on personnel and facilities.

  • Differences between direct and indirect electrical hazards.

  • The role of awareness in adopting basic safety practices.

• Basic Electrical Concepts

  • Fundamentals of current, voltage, and resistance.

  • Key differences between alternating and direct current.

  • Common components of electrical systems.

  • The relationship between load and electrical power.

• Identifying Electrical Hazards

  • Risks of electric shocks and measures to prevent them.

  • Fire and explosion hazards caused by electricity.

  • Thermal effects of electricity on equipment.

  • Common workplace electrical hazards in industrial environments.

• Personal Protective Equipment (PPE)

  • Types of protective equipment for electrical workers.

  • Guidelines for selecting the appropriate gear for specific tasks.

  • Importance of insulated gloves, footwear, and protective clothing.

  • Regular inspection and maintenance of PPE.

• Electrical Safety Standards and Regulations

  • Overview of major international standards (IEC, NFPA, etc.).

  • Local laws and national regulations related to electrical safety.

  • Organizational compliance requirements.

  • Aligning national standards with international practices.

• Fundamental Preventive Measures

  • Disconnecting power sources before working on equipment.

  • Applying warning signs and hazard labels.

  • Confirming the absence of voltage before operations.

  • Lockout/Tagout procedures and their importance.

• Designing Safe Electrical Systems

  • Standards for designing electrical panels.

  • Safe distribution of electrical loads.

  • Insulators and conductors used in electrical installations.

  • Importance of regular system maintenance.

• Managing Electrical Work Environments

  • Organizing workplaces to minimize electrical hazards.

  • Controlling access to high-risk areas.

  • Safe storage of electrical tools and equipment.

  • Documentation and administrative follow-up processes.

• Emergency Response to Electrical Incidents

  • Correct actions to take in cases of electric shock.

  • First aid procedures for electricity-related injuries.

  • Effective communication with emergency response teams.

  • Evacuation planning for electrical emergencies.

• Building a Culture of Electrical Safety

  • Promoting organizational awareness of safety practices.

  • The role of ongoing training in preventing accidents.

  • Engaging senior leadership in supporting safety initiatives.

  • Establishing systems for monitoring performance and risk evaluation.