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Course Outline
Introduction to Fiber Optics <\/p>
- What is fiber optics <\/li>
- Advantages and applications of fiber optic systems <\/li>
- Comparison with copper-based systems <\/li>
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Overview of optical communication principles
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Fundamentals of Optical Networks <\/p>
- Basic network concepts and elements <\/li>
- Fiber structure, types, and characteristics <\/li>
- Connectors, cables, and splicing techniques <\/li>
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Signal transmission and attenuation
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Optical Instruments and Measurements <\/p>
- Overview of testing and measurement tools <\/li>
- Fusion Splicer – fiber splicing techniques and alignment <\/li>
- OTDR – principles, trace interpretation, and fault localization <\/li>
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Optical Power Meter and Light Source – insertion loss and continuity tests
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Practical Demonstrations <\/p>
- Live demonstration of instrument setup and configuration <\/li>
- Performing sample fusion splices <\/li>
- Measuring optical loss and analyzing OTDR traces <\/li>
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Common troubleshooting practices
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Analysis and Best Practices <\/p>
- Interpreting test results and maintaining quality standards <\/li>
- Safety precautions in fiber optic work <\/li>
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Documentation and reporting of measurements
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Review and Discussion <\/p>
- Summary of key concepts <\/li>
- Q&A session <\/li>
- Recommendations for further learning and practice <\/li> <\/ul>
Requirements
- A fundamental understanding of networking concepts <\/li>
- Familiarity with electrical or communication systems <\/li>
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No prior experience with fiber optics required
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Audience<\/strong> <\/p>
- Network technicians <\/li>
- Telecommunication engineers <\/li>
- IT and field service professionals involved in optical networks <\/li> <\/ul>
14 Hours
