HM Forces Resettlement Training
HM Forces Enterprise Fibre & Data Cabling Installer
Prepare for a civilian career in network installation with three weeks of practical training in fibre optics, copper data cabling and advanced OTDR testing. Designed for HM Forces personnel, service leavers and veterans, this resettlement programme combines fibre preparation, termination and fusion splicing with structured copper cabling installation and testing, plus OTDR trace interpretation and fault finding. Train with Fibre Optics Training in Crewe, Cheshire, and work towards three separate Open Awards Level 3 qualifications, subject to successful assessment. Our team includes three former military personnel with decades of industry experience who now deliver training while continuing to work in the industry. ELCAS provider 3301; funding is subject to eligibility and approval. Request a place through our resettlement booking form.
Course at a glance
Duration
Three weeks
Theory and practical, hands-on training
Location
Fibre Optics Training Centre
Crewe, Cheshire
CW1 6BG
Who it’s for
HM Forces personnel approaching resettlement, service leavers and veterans.
Qualification
Three separate Open Awards Level 3 qualifications, subject to successful assessment.
What you will be able to do
By the end of the programme, you should be able to:
✓ Prepare, route and install enterprise data cabling and structured network cabling correctly.
✓ Terminate copper data cabling using recognised installation methods.
✓ Work with Cat 5e, Cat 6 and Cat 6A structured cabling systems.
✓ Install and organise network cabinets, patch panels, cable management and outlets.
✓ Understand common enterprise network topologies and infrastructure layouts.
✓ Read and interpret network diagrams, cabling layouts and installation plans.
✓ Prepare, terminate and install fibre optic cabling correctly.
✓ Carry out fusion splicing and assess splice quality.
✓ Use professional fibre optic light sources, power meters and optical loss test equipment.
✓ Configure and operate an OTDR correctly.
✓ Interpret OTDR traces and identify reflective and non-reflective events.
✓ Identify network faults including excessive loss, poor terminations, damaged connectors, fibre breaks and cabling defects.
✓ Inspect and clean fibre optic connector end faces correctly.
✓ Carry out structured fault finding and troubleshooting across copper data cabling and fibre infrastructure.
✓ Use professional cable analysers and fibre test equipment to verify installed links.
✓ Interpret test results and compare measured performance against expected limits.
✓ Understand Power over Ethernet principles and common enterprise applications.
✓ Apply appropriate cable routing, segregation, bend radius, labelling and installation practices.
✓ Produce clear test records, labelling and network handover documentation.
✓ Apply safe working practices in enterprise, telecommunications and data centre environments.
✓ Develop the practical competence required for installation and testing work across commercial buildings, enterprise networks, data centres and hyperscale environments.
Course modules and practical training
This three-week programme combines theory with practical training across copper data cabling, fibre installation and fusion splicing, and advanced OTDR testing. Follow the work from installation and preparation through to testing, fault finding, documentation and handover.
Module 1: Copper data cabling installation and testing
Explore enterprise network fundamentals and the role of structured cabling in connecting outlets, patch panels and network equipment. Compare common network topologies and relate network diagrams, cabling layouts and infrastructure plans to practical installation work. Consider how the copper and fibre parts of an enterprise network fit together before preparing cables, cabinets and connection points.
Copper cable installation and termination
Work with Cat 5e, Cat 6 and Cat 6A copper data cabling systems. Practise cable preparation and termination at patch panels and outlets, paying attention to workmanship and consistent connections. Apply appropriate routing, segregation, bend radius and cable-management methods. Consider the installation quality needed to produce a reliable link and avoid damage during preparation, routing and termination.
Cabinets, labelling and structured cabling principles
Work with floor-standing and wall-mounted cabinets, patch panels, cable managers, outlets and containment. Organise cables so that links can be identified, traced and maintained. Explore Power over Ethernet principles and common enterprise applications. Relate generic cabling system principles to ISO/IEC 11801 and BS EN 50173, and installation planning, workmanship and quality principles to BS EN 50174.
Copper certification testing and failed links
Use professional cable analysers to test installed copper links and review the results. Examine wire maps, length, attenuation, NEXT, return loss and other certification measurements. Relate failed results to installation and termination defects, then follow a structured troubleshooting method. Record the findings and corrective work clearly so that test information supports verification and network handover.
Module 2: Fibre installation and fusion splicing
Explore fibre optic fundamentals, cable types and network components, including single-mode and multimode systems. Practise cable preparation, stripping, cleaning, handling and termination, then develop fusion splicing skills. Consider how preparation and handling affect splice quality and the performance of the completed link. Apply safe working methods throughout fibre preparation, installation and splicing.
Fibre management, inspection and cleanliness
Organise fibres within trays, panels and enclosures, and consider routing, protection, bend radius and end-to-end connectivity. Explore fibre polarity and the management of fibre connections within cabinets and optical distribution frames. Inspect and clean connector end faces before testing or connection. Recognise contamination as a potential source of excessive loss and unreliable measurements.
Tier 1 optical loss testing
Set up an optical light source and power meter, establish a reference and measure end-to-end optical loss. Explore the role of reference cords, clean connectors and appropriate launch conditions. Work with the relevant wavelengths for multimode and single-mode fibre, including 850 nm and 1300 nm for multimode and 1310 nm and 1550 nm for single-mode testing.
Loss budgets and optical test records
Consider the contributions of connectors, splices and fibre attenuation to the loss of a link. Compare measured insertion loss with the expected link loss budget and investigate excessive-loss results methodically. Record the test setup and results clearly. Understand why consistent referencing, connector inspection and suitable test conditions are necessary when assessing a link's performance.
Module 3: Advanced OTDR testing and fault finding
Explore OTDR operating principles and select suitable wavelength, range, pulse width and acquisition settings for the measurement. Use launch and receive fibres and consider how dead zones affect what can be resolved. Read traces and event tables to identify connectors, fusion splices, fibre ends and reflective or non-reflective events, recognising the limitations of the instrument and setup.
Trace interpretation and fibre fault diagnosis
Measure event loss, distance and fibre attenuation, and investigate breaks, macrobends and excessive-loss events. Explore reflectance, optical return loss, basic bi-directional testing principles and unexpected trace behaviour such as ghost events. Compare OTDR findings with Tier 1 optical loss measurements. Use the evidence to distinguish installation defects from measurement effects before deciding what needs further investigation.
Practical exercises, verification and handover
Bring installation, fusion splicing, copper certification, optical loss testing and OTDR analysis together through practical tasks and fault-finding scenarios. Apply careful workmanship, inspection, cleaning and systematic troubleshooting. Save test results and prepare clear labelling and handover records. Relate the work to commercial buildings, data centres and network infrastructure, drawing on military-developed discipline, teamwork and problem-solving skills.
Assessment and qualifications
On successful completion of the required training and assessments, delegates can achieve three separate Open Awards Level 3 vocational qualifications covering copper data cabling, fibre optic installation and advanced OTDR testing:
Open Awards Level 3 Award in Copper Datacoms Cable Installation and Testing (RQF) — qualification code 603/7808/6.
Open Awards Level 3 Award in Fibre Optics Installation and Testing (RQF) — qualification code 603/7800/1.
Open Awards Level 3 Award in Advanced OTDR Testing (RQF) — qualification code 603/7804/9.
Each award requires successful completion of its assessment requirements; attendance alone does not confer a qualification. Practical training develops installation, termination, fusion splicing, optical loss testing, OTDR trace interpretation, fault-finding and documentation skills. Discuss the assessment arrangements and any support needs with Fibre Optics Training before requesting a place.
COFNII Approved Installer recognition is separate from the regulated Open Awards qualifications. Ask our team about the current professional recognition pathway, eligibility and any additional requirements.
Who should attend?
This programme is designed for serving personnel approaching resettlement, service leavers and veterans who want to build a civilian career in enterprise networking, data cabling, structured cabling, fibre optics and network infrastructure. It is particularly suitable for people who want practical, industry-focused training that builds on the discipline, technical ability, teamwork and problem-solving skills developed during military service.
Who can benefit from this programme?
Armed Forces personnel preparing for resettlement and civilian employment.
Service leavers considering careers in data cabling, structured cabling, fibre optics or enterprise networking.
Veterans who want to retrain or formalise existing technical skills.
HM Forces personnel considering ELCAS funding towards approved resettlement training.
Personnel with communications, engineering, IT, electronics or other technical backgrounds.
Those looking to develop practical copper data cabling and fibre installation skills.
Individuals interested in enterprise networks, commercial buildings, data centres and wider network infrastructure.
People who want hands-on experience with network cabinets, patch panels, copper cabling, fibre systems and professional test equipment.
Those looking to develop optical loss testing, OTDR testing, copper certification and fault-finding skills.
Service leavers working towards recognised Open Awards Level 3 vocational qualifications.
Veterans who value training delivered by people who understand military service and continue working in civilian industry.
You do not need to have served in a particular military trade to discuss your suitability. The programme develops core network infrastructure principles alongside practical installation, termination, fusion splicing, testing and fault diagnosis across copper and fibre systems. Contact Fibre Optics Training to discuss your starting point, qualification entry requirements and any learning support needs.
Fibre Optics Training is ELCAS provider 3301. Eligible Armed Forces personnel can discuss using Enhanced Learning Credits towards approved resettlement training, subject to individual eligibility and approval. Request a place through the resettlement booking form so the team can discuss the course and next steps with you.
Entry requirements and learning support
Delegates must be aged 18 or over. Contact Fibre Optics Training before booking to discuss your experience, English and Maths skills, and any learning or practical support needs.
The published copper and advanced OTDR qualification guidance specifies English and Maths at Level 2 or equivalent. Advanced OTDR also requires basic fibre experience. The programme includes fibre installation training; please discuss the preparation and module entry requirements with our team before requesting a place.
If you have a visual, colour-identification or other access need, discuss it with us so we can consider suitable support and the requirements of practical tasks and assessment.
Be prepared for classroom learning, hands-on installation and testing, and the assessment activities required by each award. Work methodically, follow the trainer's safety instructions and use tools and test equipment as demonstrated throughout the programme.
Five reasons to train with Fibre Optics Training
1. Learn from people who understand resettlement
Our team includes three former military personnel who have completed resettlement themselves and built successful civilian careers. They bring decades of experience in fibre optics and data cabling, now deliver training and continue working in the industry. Their teaching draws on their own transition from military service and the practical demands of current installation and testing work. This helps you relate the skills developed during service to the expectations of civilian employers and project teams.
2. Build copper and fibre skills together
Enterprise networks rely on copper and fibre cabling working together. This three-week programme combines structured copper cabling, fibre installation and fusion splicing, and advanced OTDR testing. You develop an understanding of how outlets, patch panels, cabinets, fibre links and test equipment fit into a complete installation. Training across these disciplines helps you consider a wider range of network infrastructure tasks and identify where you want to build further experience.
3. Connect practical workmanship with test results
Practical exercises connect installation methods with the evidence needed to check the finished work. Move from cable preparation and termination to link testing, trace interpretation and fault investigation. Learn why connector cleanliness, routing, labelling and careful handling affect performance, and use results to guide your troubleshooting. The emphasis is on repeatable methods, clear records and understanding what a result tells you about the link under test.
4. Work towards three regulated Level 3 qualifications
The programme provides a route towards three separate Open Awards Level 3 qualifications covering copper datacoms cable installation and testing, fibre optics installation and testing, and advanced OTDR testing. Each award is subject to successful completion of its assessment requirements. Your qualification evidence can help you explain your developing technical capabilities alongside your military experience. COFNII professional recognition is a separate pathway, which our team can discuss with you.
5. Follow a clear resettlement training route
Discuss your career goals, previous experience and preferred dates with Fibre Optics Training before requesting a place. As ELCAS provider 3301, we can discuss the course information needed for your funding plans, while eligibility and approval remain part of the relevant ELCAS process. Use the resettlement booking form rather than a product checkout, so the team can discuss suitability, availability and next steps. Submitting a form does not confirm a booking or funding.
Choosing the right resettlement course
Is the Enterprise Installer programme right for my goals?
Choose this three-week programme if you want practical training across copper data cabling, fibre installation and fusion splicing, and advanced OTDR testing. It is designed for HM Forces personnel approaching resettlement, service leavers and veterans considering civilian network infrastructure work. Think about the tasks you want to carry out: installing and terminating cables, testing links, investigating faults and preparing clear records for handover.
Why combine copper, fibre and advanced OTDR training?
Commercial buildings, campus networks and data centres use different cabling technologies within the same infrastructure. Learning copper and fibre installation together helps you understand their different preparation, termination and testing methods. Advanced OTDR training adds trace interpretation and fault location to that foundation. This combination helps you connect practical workmanship with measured performance, while identifying areas where further workplace experience or specialist training may be useful.
How does it compare with the HM Forces Bootcamp?
The Enterprise programme focuses on copper data cabling, fibre installation and advanced OTDR testing. The HM Forces Fibre Telecommunications Bootcamp is a separate resettlement programme with a fibre telecommunications focus. Compare the current modules, qualifications and practical scope against the work you want to do. Ask Fibre Optics Training to help you choose, rather than assuming that similarly named courses have the same content or entry requirements.
What if I only need one subject?
Our standalone Fibre Optic Installation and Splicing, Structured Data Cabling Installation and Testing, and Advanced OTDR Testing and Fault Finding courses may be more appropriate if you have a specific development need. Existing experience, your intended role and the qualification requirements should guide that decision. Contact the team to discuss your starting point and the preparation needed before undertaking advanced testing.
How do I discuss suitability and request a place?
Use the resettlement booking form to tell us about your service background, technical experience, training goals and preferred dates. Discuss the English and Maths requirements, preparation for the OTDR module and any support needs before booking. If you plan to use ELCAS funding, quote provider number 3301 and confirm your eligibility through the appropriate process. The form starts a discussion; it is not an online product purchase or a funding approval.
Career progression
Discuss your HM Forces resettlement training
Planning your move into fibre optics, data cabling or telecommunications? Request a resettlement consultation to discuss your experience, career goals and training options.
Our team includes three former military personnel who have been through resettlement themselves. They bring decades of industry experience and continue working in the sector alongside delivering training.
We can help you compare our HM Forces courses, discuss suitable dates, and understand the next steps to apply.
For ELCAS enquiries, our provider number is 3301. Funding is subject to your eligibility and approval.
Upcoming course dates
Frequently asked questions
1. What is the HM Forces Enterprise Fibre & Data Cabling Installer course?
It is a three-week resettlement training programme at Fibre Optics Training in Crewe, Cheshire. It covers copper data cabling installation and testing, fibre installation and fusion splicing, and advanced OTDR testing and fault finding. It brings the three disciplines together so you can relate installation quality to measured performance and clear handover records. Compare the programme with your intended civilian role and discuss your experience with the training team.
2. Who is the course designed for?
It is designed for HM Forces personnel approaching resettlement, service leavers and veterans who want to develop practical enterprise fibre and data cabling skills. A particular military trade is not required to discuss suitability. Communications, engineering, electronics or IT experience may provide a useful starting point, while the entry requirements and any support needs should be discussed before booking.
3. How long is the course and where does it take place?
The programme runs over three weeks in Crewe, Cheshire. Ask Fibre Optics Training for current dates and joining information before making travel arrangements. The centre provides the setting for classroom learning and practical installation, splicing and testing exercises. Confirm the course timetable, joining instructions and any preparation with the team when discussing your request for a place.
4. Which qualifications can I achieve?
Subject to successful assessment, you can achieve three separate Open Awards Level 3 awards: Copper Datacoms Cable Installation and Testing; Fibre Optics Installation and Testing; and Advanced OTDR Testing. The full regulated titles and qualification codes are listed in the qualifications section. The awards recognise assessed achievement in their respective subjects. Attendance by itself does not confer a qualification. Ask our team how evidence is gathered and what support may be available for the required assessments.
5. Can I use ELCAS funding?
Fibre Optics Training is ELCAS provider 3301. Funding is subject to your individual eligibility and approval. Contact our team about the course information needed for your application; a training enquiry does not confirm funding. Quote provider number 3301 when discussing your plans. Confirm the appropriate funding process before committing to dates or travel, and use our resettlement form to request the course information needed for your application.
6. Do I need previous cabling experience?
Contact us to discuss your starting point before booking. The advanced OTDR qualification requires basic fibre experience, and the programme includes fibre installation training. Discuss the preparation for that module, the English and Maths requirements and any support needs with our team. Do not assume that previous military technical experience replaces a qualification requirement. Discuss relevant experience, equivalent skills and any learning or accessibility needs so that your preparation for the programme can be considered.
7. What practical skills will I develop?
You will practise copper cabling installation and testing, fibre preparation, termination and fusion splicing, and advanced OTDR testing. You will also develop trace interpretation and fault-finding skills. Practical work connects careful preparation, routing, cleanliness and termination with test results. You will consider how installation defects affect performance and how evidence from the test equipment can guide a methodical fault investigation.
8. How does this differ from the HM Forces Fibre Telecommunications Bootcamp?
This Enterprise Installer course combines copper data cabling, fibre installation and advanced OTDR testing. The Bootcamp is a separate fibre telecommunications programme. Ask Fibre Optics Training to compare the current course content with your resettlement goals. Start with the type of work you want to do after service, then compare modules, qualifications and practical tasks. The two military programmes have distinct scopes; a similar course name does not mean identical content.
9. How does COFNII Approved Installer recognition relate to this course?
COFNII Approved Installer recognition is separate from the regulated Open Awards qualifications. Ask Fibre Optics Training about the current recognition pathway, eligibility and any additional requirements. Your regulated qualification evidence and military experience can form part of a wider professional development discussion. Confirm the current COFNII arrangements with the team rather than assuming that an image or course title establishes individual registration.
10. How do I request a place?
Complete the resettlement booking form to request a place. Fibre Optics Training will discuss suitability, dates and the next steps with you. This course is not purchased through an online product checkout. Include your service background, previous technical experience, training goals and preferred dates. The team can then discuss course suitability and availability with you. Submitting the form does not confirm a booking or ELCAS funding approval.