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Duration 14 hours
Course Outline
Introduction to Fiber Optics
- Definition and scope of fiber optics
- Key advantages and real-world applications of fiber optic systems
- Comparative analysis with traditional copper-based systems
- Overview of core optical communication principles
Optical Network Fundamentals
- Essential network concepts and components
- Structure, classifications, and characteristics of fiber
- Types of connectors, cables, and splicing techniques
- Mechanisms of signal transmission and attenuation
Optical Instruments and Measurement
- Survey of available testing and measurement tools
- Fusion Splicer – techniques for splicing fibers and achieving precise alignment
- OTDR – underlying principles, interpreting traces, and locating faults
- Optical Power Meter and Light Source – conducting insertion loss and continuity tests
Practical Demonstrations
- Live walkthrough of instrument setup and configuration
- Execution of sample fusion splices
- Measuring optical loss and analyzing OTDR traces
- Standard troubleshooting procedures
Analysis and Best Practices
- Interpreting test outcomes and upholding quality standards
- Implementing safety protocols in fiber optic work
- Proper documentation and reporting of measurement data
Review and Discussion
- Recap of core concepts
- Open Q&A session
- Guidance on further learning resources and practice opportunities
Requirements
- Foundational knowledge of networking concepts
- Working familiarity with electrical or communication systems
- No prior specific experience in fiber optics is necessary
Target Audience
- Network technicians
- Telecommunication engineers
- IT and field service specialists working with optical networks
