• Utilize ETAP software proficiently for electrical system modeling and analysis
• Conduct detailed short circuit, load flow, harmonic, and stability analyses
• Design and assess protection schemes with relay coordination
• Diagnose and resolve system performance issues using ETAP simulations
• Apply learned techniques in practical case studies and engineering challenges

• Electrical Engineers
• Maintenance Engineers
• Power System Analysts
• Engineering Professionals using ETAP

1. Introduction to ETAP Software

• Overview of ETAP Capabilities
• Basic Interface and Features
• Setting Up Projects in ETAP

2. Power System Modeling with ETAP

• Creating Electrical Models
• Component Selection and Configuration
• Modeling Different Electrical Systems

3. Load Flow Analysis

• Performing Load Flow Studies
• Analyzing System Performance
• Optimization Techniques for Load Flow

4. Short Circuit Analysis

• Short Circuit Calculation Methods
• Identifying Fault Conditions
• Impact Analysis of Short Circuits

5. Protection and Coordination

• Designing Protection Schemes
• Relay Coordination Studies
• Ensuring System Safety and Reliability

6. Transient and Stability Analysis

• Transient Analysis Techniques
• System Stability Studies
• Mitigating Transient Effects

7. Harmonic Analysis and Mitigation

• Harmonic Sources and Effects
• Conducting Harmonic Studies
• Strategies for Harmonic Mitigation

8. Practical Applications and Case Studies

• Real-World Applications using ETAP
• Challenges and Solutions in Electrical Analysis
• Best Practices and Lessons Learned

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.