Day 1: Introduction to Optic Fibre
- Morning Session:
- Welcome and Course Overview
- Introduction to course objectives and structure
- Overview of materials and resources
- History of Optic Fibre
- Development and evolution of optic fibre technology
- Key milestones in optic fibre history
- Welcome and Course Overview
- Afternoon Session:
- Principles of Optic Fibre Transmission
- Basic concepts of light transmission through fibre
- Types of optic fibres (single-mode, multi-mode)
- Advantages of optic fibre over traditional cabling
- Principles of Optic Fibre Transmission
- Practical Session:
- Hands-on Activity:
- Viewing and handling different types of optic fibres
- Introduction to optic fibre tools and equipment
- Hands-on Activity:
Day 2: Optic Fibre Network Architectures and Safety Procedures
- Morning Session:
- Optic Fibre Network Architectures
- Overview of different network architectures (FTTH, FTTC, FTTB, etc.)
- Advantages and use cases of each architecture
- Optic Fibre Network Architectures
- Afternoon Session:
- Safety Procedures
- Importance of safety in optic fibre work
- Personal protective equipment (PPE) and its proper use
- Handling and disposal of optic fibre waste
- Emergency procedures and first aid
- Safety Procedures
- Practical Session:
- Hands-on Activity:
- Practicing safety protocols with optic fibre tools and equipment
- Proper setup of a safe work environment
- Hands-on Activity:
Day 3: Preparing Optic Fibre for Splicing
- Morning Session:
- Preparation of Optic Fibre Cable
- Stripping and cleaving optic fibres
- Cleaning and inspecting fibre ends
- Discussing best practices in splicing preparation
- Preparation of Optic Fibre Cable
- Afternoon Session:
- Introduction to Splicing Techniques
- Fusion splicing vs. mechanical splicing
- Equipment and materials needed for each method
- Common challenges and troubleshooting tips
- Introduction to Splicing Techniques
- Practical Session:
- Hands-on Activity:
- Preparing fibres for splicing
- Practicing stripping, cleaving, and cleaning fibres
- Hands-on Activity:
Day 4: Performing Splicing and Using Test Instruments
- Morning Session:
- Fusion Splicing
- Detailed procedure of fusion splicing
- Calibration and maintenance of fusion splicers
- Performing single-mode fibre fusion splices
- Fusion Splicing
- Afternoon Session:
- Mechanical Splicing
- Detailed procedure of mechanical splicing
- Advantages and disadvantages compared to fusion splicing
- Performing single-mode fibre mechanical splices
- Mechanical Splicing
- Practical Session:
- Hands-on Activity:
- Practicing fusion splicing
- Practicing mechanical splicing
- Hands-on Activity:
Day 5: Testing and Quality Assurance
- Morning Session:
- Optic Fibre Test Instruments
- Overview of OTDR, VFL, and OLTS
- How to use each instrument effectively
- Identifying and explaining test results
- Optic Fibre Test Instruments
- Afternoon Session:
- Testing and Quality Assurance
- Performing tests on splices and links
- Interpreting test results to ensure quality splices
- Documenting and reporting test results
- Testing and Quality Assurance
- Practical Session:
- Hands-on Activity:
- Performing tests using OTDR, VFL, and OLTS
- Analyzing and discussing test outcomes
- Hands-on Activity:
- Course Conclusion:
- Review of key concepts and skills learned
- Q&A session
- Course evaluation and feedback
- Awarding of certificates
Materials Provided:
- Course manual and handouts
- Safety gear and PPE
- Splicing tools and equipment
- Test instruments for practical sessions
Assessment:
- Continuous assessment through practical sessions
- Final practical test on the last day
Certification:
- Certificate of completion awarded to participants who successfully complete the course