Fiber-Technician (Modules)
- Introduction
to Fiber Optics
- Basics
of fiber optics technology
- Importance
and applications of fiber optics in modern communication systems
- Overview
of Fiber Optic Cables
- Types
of fiber optic cables: single-mode vs. multi-mode
- Fiber
optic cable construction and components
- Optical
fiber characteristics and properties
- Routing
Fiber Optic Cables
- Planning
and preparation for cable routing
- Cable
pathway selection and evaluation
- Installation
techniques: overhead, underground, aerial
- Fiber
Optic Cable Handling and Management
- Cable
pulling and tension management
- Cable
bending radius considerations
- Cable
management practices: routing trays, splice enclosures
- Introduction
to Splicing
- Basics
of fiber optic splicing
- Types
of splicing techniques: fusion splicing vs. mechanical splicing
- Splicing
equipment and tools
- Fusion
Splicing
- Principles
of fusion splicing
- Fusion
splicing equipment setup and operation
- Fusion
splicing process: preparation, alignment, fusion, protection
- Mechanical
Splicing
- Principles
of mechanical splicing
- Mechanical
splicing kit components and operation
- Mechanical
splicing process: preparation, alignment, cleaving, securing
- Splice
Quality Assessment
- Visual
inspection of splices
- Optical
power loss measurement
- Interpretation
of splice test results
- Practical
Hands-On Sessions
- Hands-on
exercises for fiber optic cable routing techniques
- Demonstration
and practice of fusion splicing and mechanical splicing operations
- Real-world scenarios and troubleshooting exercises
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