• Understand core principles of transformer design and function
• Apply criteria for selecting suitable transformers for specific applications
• Conduct routine maintenance and diagnostic testing with confidence
• Identify and resolve common transformer faults using structured methodologies
• Integrate safety and efficiency practices in transformer operations

• Electrical Engineers
• Maintenance Technicians
• Transformer Specialists
• Project Managers

1. Transformer Fundamentals

• Types and functions
• Design principles
• Electrical characteristics

2. Transformer Selection Criteria

• Capacity and efficiency
• Application considerations
• Standards and regulations

3. Operation of Transformers

• Loading and performance
• Cooling systems
• Monitoring and control

4. Routine Maintenance and Testing

• Inspection procedures
• Predictive maintenance strategies
• Testing techniques

5. Troubleshooting and Fault Analysis

• Common faults and causes
• Diagnostic methods
• Corrective actions

6. Safety and Environmental Considerations

• Safety protocols
• Environmental impact
• Emergency response

7. Energy Efficiency and Sustainability

• Efficiency improvement techniques
• Sustainable practices
• Lifecycle management

8. Case Studies and Best Practices

• Real-world examples
• Lessons learned
• Best practice implementation

The course combines various teaching methods, including instructor-led presentations, group discussions, case study analyses, and assessments through quizzes and a final exam to engage participants and ensure they understand and retain the material.