Introduction:

The "Electrical and Electronic Safety" course is specifically designed to provide a comprehensive understanding of advanced concepts and technologies in the field of electrical and electronic safety. The course aims to enhance the technical and analytical capabilities of professionals working in this field, with a focus on the latest global practices and standards. Through comprehensive and detailed content, the course provides participants with an integrated framework covering aspects such as electrical risk assessment, safe design of electrical and electronic systems, prevention of accidents and electrical shocks, and methods for handling electrical emergencies. The course emphasizes the importance of applying strict safety standards in the work environment to reduce accidents and improve overall performance. Additionally, the course addresses recent technological developments in electrical safety, including the use of advanced diagnostic and testing tools, automation systems, and control systems.

Course Objectives:

At the end of the course, participants will be able to:

Acquire advanced knowledge about the risks associated with electricity and how to avoid them.

Learn how to conduct accurate assessments of electrical risks in various environments.

Review and understand international standards and regulations related to electrical and electronic safety.

Learn how to design and implement preventive measures to reduce electrical risks.

Develop skills for efficiently and effectively handling electrical accidents and emergencies.

Learn to use modern diagnostic and testing tools to ensure electrical safety.

Understand how to use advanced technology to enhance electrical safety.

Enable participants to apply best practices in electrical and electronic safety to ensure a safe work environment.

Training Methodology:

The training methodology in the "Advanced Electrical and Electronic Safety" course follows a comprehensive approach that combines theory and practical application, with a focus on providing participants with in-depth knowledge and practical skills in the field of electrical safety. The course begins with a review of theoretical fundamentals, including the latest standards and regulations, and then moves on to practical applications through the use of case studies, practical exercises, and workshops that simulate real-life scenarios. The methodology also includes the use of modern diagnostic and testing tools to provide an interactive and informative learning experience. Participants are encouraged to actively participate and exchange experiences to enhance mutual understanding and develop innovative solutions to practical challenges in the field of electrical safety, ensuring better comprehension and effective application of learned concepts.

Program Content:

Fundamentals of Electrical and Electronic Safety:

Review of basic principles and concepts of electrical safety.

Understanding laws and standards related to electrical safety.

Identifying common electrical hazards.

Risk assessment in electrical environments.

Strategies for preventing electrical accidents.

Safe Design of Electrical Systems:

Principles of safe design for electrical systems.

Application of international standards in design.

Risk analysis in electrical design.

Use of electrical diagnostic tools.

Protection and control techniques.

Safety in Electrical Operations:

Safety procedures during electrical operations.

Precautionary measures against electrical shocks.

Response to electrical emergencies.

Safe maintenance of electrical equipment.

Risk management in electrical environments.

Electrical Tools and Equipment:

Understanding types of electrical equipment.

Safe use of electrical tools and equipment.

Maintenance and inspection of electrical equipment.

Safety applications in the use of electrical tools.

Inspection and diagnostic techniques.

Modern Technology and Innovation in Electrical Safety:

Exploration of modern technology in electrical safety.

Automation and control techniques.

Innovations in electrical safety systems.

Artificial intelligence and its applications in electrical safety.

Data analysis for safety improvement.

Emergency Management and Response in Electrical Safety:

Planning for electrical emergencies.

Response procedures for electrical accidents.

Evacuation and safety drills.

Techniques for dealing with electrical fires.

Rehabilitation of systems after accidents.

Leadership and Management in Electrical Safety:

Developing leadership skills in electrical safety.

Team management and safety training.

Building a safety culture in facilities.

Effective communication about safety standards.

Evaluation and improvement of electrical safety programs.