Introduction:

The ever-growing demand for bandwidth and data speed fuels the need for a robust and reliable communications infrastructure. Fibre optic networks, with their superior bandwidth capabilities and immunity to electromagnetic interference, have become the backbone of modern communication systems.

This 3-day intensive training program equips participants with the theoretical knowledge and practical skills necessary for the successful installation and maintenance of fibre optic networks. Whether you’re a seasoned technician or embarking on a new career path, this program will empower you to confidently contribute to building and maintaining the future of communication technology.

Objectives:

• Gain a comprehensive understanding of the fundamentals of fibre optic technology, including light propagation, cable types, components, and transmission standards.

• Acquire the practical skills for safe and efficient installation of fibre optic cables in various environments, including aerial, underground, and indoor applications.

• Master essential fibre optic termination techniques, including splicing and connectorization, using industry-standard tools and equipment.

• Develop proficiency in performing fibre optic testing and troubleshooting procedures to identify and resolve network issues effectively.

Content: 

Day 1: Fibre Optic Fundamentals and Installation

• Introduction to fibre optic technology: Light propagation, types of optical fibres, cable construction, transmission modes.

• Fibre optic network components: Connectors, adapters, patch cords, distribution panels, transceivers.

• Standards and regulations: TIA/EIA, IEC, safety considerations.

• Aerial fibre optic installation: Planning, cable installation methods, hardware, safety procedures.

• Underground fibre optic installation: Trenching techniques, conduit systems, pulling and splicing practices.

Day 2 : Fibre Optic Termination and Testing

• Splicing techniques: Fusion splicing, mechanical splicing, tools and equipment.

• Connectorization methods: SC, LC, FC, ST connectors, proper termination procedures.

• Fibre optic test equipment: Overview of common testing tools, power meters, loss meters, OTDRs.

• Test procedures: Insertion loss, return loss, optical power measurements, OTDR trace analysis.

Day 3 : Advanced Topics and Maintenance

• Advanced fibre optic concepts: Wavelength division multiplexing (WDM), passive optical networks (PONs).

• Network design and planning considerations: Link budget calculations, cable selection, performance requirements.

• Fibre optic maintenance practices: Cleaning, inspection, documentation, preventative maintenance procedures.

• Safety regulations and best practices for working with fibre optics.

Conclusion:

By successfully completing this 3-day training program, participants will gain the theoretical knowledge, practical skills, and industry best practices necessary to excel in the field of fibre optic network installation and maintenance.