Fibre Optic Installation Engineer Level 3
The Fibre Optic Installation Engineer Level 3 course is a practical training programme for new entrants and experienced engineers who want to develop job-ready skills in fibre optic installation, termination, splicing, testing and fault finding.
Delegates work with professional tools and test equipment in a realistic training environment and develop the practical competence needed for fibre optic network installation and maintenance. Training is available at our specialist centre in Crewe, Cheshire, with corporate delivery also available for organisations across the UK, Europe and the Middle East.
Develop practical, job-ready skills for installing, terminating, splicing, testing and maintaining fibre optic cable systems in real-world network environments. This Level 3 course is designed for both new entrants and experienced engineers who want to build confidence using professional fibre optic tools, equipment and installation methods.
During the course, delegates develop hands-on competence in fibre preparation, connectorisation, fusion splicing, testing, fault finding and the interpretation of test results. Training also develops a stronger understanding of fibre optic network principles, installation quality, documentation and recognised industry working practices.
The emphasis throughout is on practical competence, accurate workmanship and the ability to apply structured installation and testing methods across telecommunications, data communications and wider fibre optic network environments.
About this course:
This Level 3 course is designed to develop the practical and technical skills required to install, terminate, splice, test and troubleshoot fibre optic cabling systems in real-world network environments. The training combines essential fibre optic theory with extensive hands-on practical work, allowing delegates to build confidence using professional tools, equipment and recognised installation methods.
Delegates develop an understanding of fibre optic principles, cable types and components before progressing into practical preparation, termination and fusion splicing activities. The course also covers the use of professional fibre optic test equipment, interpretation of test results, fault identification and the importance of accurate documentation and workmanship.
Throughout the course, delegates apply their knowledge to realistic installation and testing tasks, helping them understand how fibre optic systems are installed, verified and maintained across telecommunications, data communications, enterprise and wider network infrastructure environments. Training is delivered with a strong emphasis on safe working practices, installation quality and recognised industry standards.
Training is available at our specialist facility in Crewe, Cheshire, where delegates work in a purpose-built practical environment using professional fibre optic equipment. For organisations training multiple employees, the course can also be delivered on client sites as part of a tailored corporate training programme across the UK, Europe and the Middle East.
Learning Objectives:
By the end of the course, delegates will have developed a broad understanding of fibre optic installation together with the practical skills needed to work confidently on real network infrastructure. The learning outcomes cover the full installation process, from fibre theory, cable preparation and termination through to fusion splicing, connector inspection, testing, fault finding, documentation and safe working practices. Delegates will also develop an understanding of recognised cabling and fibre inspection standards, including BS EN 50173, BS EN 50174 and IEC 61300-3-35, and how these standards influence installation quality, testing, cleanliness and workmanship in professional fibre optic environments.
By the end of the course, delegates should be able to:
✓ Explain the principles of fibre optic transmission, including light propagation, attenuation, reflection and wavelengths
✓ Identify common fibre optic cable types, fibre categories, connectors, adaptors and network components
✓ Prepare fibre optic cables correctly for installation, termination and splicing
✓ Carry out fibre optic termination using appropriate connectors and professional tooling
✓ Perform fibre splicing using fusion splicing equipment and recognised preparation methods
✓ Inspect and clean fibre optic connector end faces using appropriate inspection equipment and procedures aligned with IEC 61300-3-35 principles
✓ Understand the importance of connector cleanliness, contamination control and correct handling of fibre optic interfaces
✓ Install fibre optic cabling using appropriate routing, bend radius, protection, segregation and cable-management practices
✓ Understand how BS EN 50173 applies to generic cabling systems, including optical fibre cabling within structured network environments
✓ Understand installation specification, workmanship, quality assurance and documentation principles associated with BS EN 50174
✓ Use professional fibre optic test equipment to verify installed fibre links
✓ Carry out optical loss testing and interpret measured attenuation results
✓ Understand the principles of optical power measurement, light sources and insertion-loss testing
✓ Identify faults, excessive losses, damaged connectors, poor splices and other common fibre optic network problems
✓ Apply structured fibre optic fault-finding and troubleshooting techniques
✓ Interpret fibre optic test results and determine whether installed links meet expected performance requirements
✓ Produce accurate test records, labelling and installation documentation
✓ Apply safe working practices when handling fibre, cleaning materials, tools and optical test equipment
✓ Demonstrate practical competence in fibre optic installation, termination, fusion splicing, testing and fault finding in realistic network scenarios
Suitable for:
This course is designed for people who want to build or develop practical fibre optic installation skills for real-world network environments. It is suitable for both new entrants and experienced engineers, with a strong focus on hands-on competence, professional working methods, recognised industry standards and progression within fibre optic and telecommunications roles.
This course is suitable for:
New entrants looking to begin a career in fibre optic installation and telecommunications
Fibre optic installers who want to develop more advanced practical skills
Telecoms engineers working with fibre optic networks
Network infrastructure engineers involved in fibre installation, splicing and testing
Data cabling engineers who want to expand into fibre optic systems
Engineers who need practical experience with fibre termination, fusion splicing and test equipment
Installers who want to improve fault-finding and troubleshooting skills
Engineers and technicians who need to understand recognised fibre optic installation, testing and workmanship standards
Technicians working on enterprise, telecoms, broadband or FTTH fibre networks
Experienced engineers looking to formalise and extend their practical fibre optic installation skills
Corporate teams that require consistent fibre optic installation, testing, documentation and workmanship standards
Course modules:
The course is structured around a series of theory and practical modules covering the complete fibre optic installation process. Delegates progress from core fibre principles and component identification through to cable preparation, termination, fusion splicing, connector inspection, testing, fault finding and documentation. Practical activities are completed using professional fibre optic tools and test equipment, with emphasis on recognised industry standards, installation quality, cleanliness and safe working practices.
✓ Fibre optic fundamentals, light transmission, attenuation, wavelengths and optical loss
✓ Single-mode and multimode fibre types, characteristics and common applications
✓ Fibre optic cable construction, components and cable identification
✓ Common fibre optic connectors, adaptors, patch leads and network components
✓ Fibre optic cable preparation, stripping, cleaning and handling techniques
✓ Fibre termination methods and professional connector installation
✓ Fibre splicing principles and practical fusion splicing techniques
✓ Fusion splicer setup, fibre cleaving, splice preparation and splice protection
✓ Fibre management within splice trays, closures, panels and termination equipment
✓ Fibre optic connector inspection and cleaning techniques
✓ Connector end-face inspection principles aligned with IEC 61300-3-35
✓ Contamination control and the importance of fibre cleanliness
✓ Fibre cable routing, bend radius, protection, segregation and installation best practice
✓ Generic optical fibre cabling principles associated with BS EN 50173
✓ Installation planning, workmanship, quality assurance and documentation principles associated with BS EN 50174
✓ Fibre optic test equipment, including optical power meters and optical light sources
✓ Optical loss testing and insertion-loss measurement
✓ Understanding attenuation budgets and expected fibre link performance
✓ Interpreting fibre optic test results and identifying failed or poor-performing links
✓ Fibre optic fault finding and structured troubleshooting techniques
✓ Identifying excessive loss, contaminated connectors, damaged fibre and poor splices
✓ Fibre link labelling, test records and installation documentation
✓ Safe handling of optical fibres, cleaning materials, tools and test equipment
✓ Practical installation, termination, fusion splicing, testing and fault-finding exercises in realistic network scenarios
✓ Preparation for the practical and knowledge-based assessment activities associated with the Level 3 qualification
Certification Information:
On successful completion of the course and required assessments, delegates achieve the Open Awards Level 3 Award in Fibre Optics Installation and Testing. This recognised Level 3 qualification demonstrates practical competence in fibre optic installation, termination, fusion splicing, testing, fault finding and associated working practices.
The qualification is recognised by the Electrotechnical Certification Scheme (ECS) as an accepted Level 3 fibre qualification route for the ECS Network Infrastructure Installer (Level 3) card – Fibre. Applicants wishing to apply for an ECS card must also meet the additional ECS eligibility requirements, including the required installation experience and a current ECS Health, Safety and Environmental Assessment.
Entry Requirements
No formal entry requirements are required. This course is suitable for both new entrants and experienced engineers who want to develop practical fibre optic installation skills. A basic understanding of telecommunications, data networks or network infrastructure can be helpful, but it is not essential.
Delegates should be comfortable with practical, hands-on training and be prepared to take part in both theory and practical assessment activities throughout the course. Previous experience with fibre optics is not required, making the course suitable for people starting a new career as well as those looking to develop or formalise existing skills.
Career Progression:
The course also provides a strong foundation for further development in advanced fibre testing and fault finding, including OTDR testing and trace analysis, as well as fibre network planning and design, air-blown fibre and blown cable installation, external fibre infrastructure and specialist optical testing. Delegates may progress onto advanced training in OTDR and fibre testing, air-blown fibre and blown cable technology, fibre optic planning and design, or specialist chromatic dispersion (CD) and polarisation mode dispersion (PMD) testing. For experienced installers, the qualification can also help formalise existing practical skills at Level 3.
Price:
£1050.00 + VAT
Duration:
5 days
Frequently Asked Questions
What is the Fibre Optic Installation Engineer Level 3 course?
This practical Level 3 course develops the skills and knowledge required to install, terminate, fusion splice, test and troubleshoot fibre optic cabling systems. Delegates combine essential fibre optic theory with extensive hands-on training using professional installation, splicing, inspection and test equipment
Is this course suitable for someone new to fibre optics?
Yes. The course is suitable for new entrants as well as experienced engineers who want to develop or formalise their fibre optic installation skills. No previous fibre optic experience is required.
What practical skills will I develop during the course?
Delegates develop practical skills in fibre cable preparation, termination, fusion splicing, fibre management, connector inspection and cleaning, optical loss testing, fault finding and the interpretation of test results. Training also covers accurate labelling, documentation and professional installation practices.
Does the course include fibre splicing?
Yes. Fibre splicing is an important part of the practical training. Delegates learn fibre preparation, cleaving, fusion splicer setup, fusion splicing, splice protection and the correct management of fibres within splice trays and associated equipment.
Does the course include fibre optic testing?
Yes. Delegates use professional fibre optic test equipment, including optical light sources and power meters, to test installed fibre links, measure optical loss and interpret results. The course also introduces structured fault-finding techniques for identifying common fibre network problems.
Does the course include fibre splicing?
Yes. Fibre splicing is an important part of the practical training. Delegates learn fibre preparation, cleaving, fusion splicer setup, fusion splicing, splice protection and the correct management of fibres within splice trays and associated equipment.
Does the course cover fibre connector inspection and cleaning?
Yes. Delegates learn the importance of fibre cleanliness, contamination control and connector end-face inspection. Training includes inspection and cleaning practices aligned with IEC 61300-3-35 principles.
What fibre optic standards are covered?
The course develops an understanding of recognised cabling and installation standards, including BS EN 50173 and BS EN 50174, together with fibre connector inspection principles associated with IEC 61300-3-35. These are considered in relation to installation quality, testing, cleanliness, documentation and workmanship.
What types of fibre optic networks are relevant to the training?
The skills developed on the course are applicable across telecommunications, broadband, data communications, enterprise networks and wider fibre optic infrastructure environments. Delegates learn installation and testing methods that can be applied to a range of real-world fibre network applications.
What qualification will I receive?
On successful completion of the course and required assessments, delegates achieve an Open Awards Level 3 vocational qualification in fibre optics installation, recognising practical competence in fibre optic installation and associated working practices.
Where is the training delivered?
Training is delivered at our specialist training centre in Crewe, Cheshire, where delegates work in a purpose-built practical environment using professional fibre optic equipment. Corporate training can also be delivered on client sites for organisations across the UK, Europe and the Middle East.
What can I progress onto after this course?
Delegates can progress into more advanced fibre installation, testing and network infrastructure roles or continue their training in areas such as Advanced OTDR and Fibre Testing, Air Blown Fibre and Blown Cable Technology, Fibre Optic Planning and Design, and specialist optical testing.
Does this Level 3 fibre optic course support an ECS card application?
Yes. The Open Awards Level 3 Award in Fibre Optics Installation and Testing is recognised by the Electrotechnical Certification Scheme (ECS) as an accepted Level 3 qualification route for the ECS Network Infrastructure Installer (Level 3) card – Fibre. Applicants must also meet the additional ECS eligibility requirements, including evidence of the required installation experience and a current ECS Health, Safety and Environmental Assessment.