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Course Outline

Introduction to Fiber Optics

  • Definition of fiber optics
  • Benefits and use cases of fiber optic systems
  • Contrast with copper-based systems
  • Principles of optical communication

Optical Network Fundamentals

  • Core network concepts and components
  • Fiber structure, types, and properties
  • Connectors, cabling, and splicing methods
  • Signal transmission and attenuation

Optical Instruments and Measurements

  • Overview of testing and measurement equipment
  • Fusion Splicer – splicing techniques and alignment
  • OTDR – principles, trace analysis, and fault identification
  • Optical Power Meter and Light Source – insertion loss and continuity checks

Practical Demonstrations

  • Live setup and configuration of instruments
  • Execution of sample fusion splices
  • Measurement of optical loss and OTDR trace analysis
  • Standard troubleshooting procedures

Analysis and Best Practices

  • Interpreting results and upholding quality standards
  • Safety protocols for fiber optic work
  • Documentation and reporting of measurements

Review and Discussion

  • Recap of key concepts
  • Q&A session
  • Suggestions for continued learning and practice

Requirements

  • Fundamental knowledge of networking concepts
  • Familiarity with electrical or communication systems
  • No prior fiber optic experience is necessary

Target Audience

  • Network technicians
  • Telecommunication engineers
  • IT and field service professionals working with optical networks
 14 Hours

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