About this course
Design, install, test, and document a structured cabling system that meets ANSI/TIA-568 and ISO/IEC 11801. Covers topology, copper categories, fibre types, pathways and spaces, installation practice, labelling, earthing, and certification testing.
What you will be able to do
- Describe the structured cabling subsystems and topology defined by TIA-568 and ISO/IEC 11801
- Select copper categories and fibre types for a given application and distance
- Install and terminate copper and fibre to standard, respecting bend radius and pulling tension
- Apply TIA-606 labelling and TIA-607 bonding and earthing requirements
- Certify copper and fibre links and interpret test results
- Produce as-built documentation for handover
Curriculum
295 min of reading- 1 Preview 20 min
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2
Structured cabling subsystems and topology25 min
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3
Copper and fibre media30 min
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Q
Module assessment: Standards & Topology5 questions · pass 80%
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1
Pathways, containment, and cable handling25 min
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2
Copper termination: outlets and patch panels30 min
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3
Labelling, bonding, and earthing20 min
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Q
Module assessment: Installation Practices5 questions · pass 80%
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1
Fibre safety and handling20 min
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2
Splicing and connectorisation30 min
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3
Fibre management and enclosures20 min
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Q
Module assessment: Fibre Optic Installation5 questions · pass 80%
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1
Copper testing and certification30 min
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2
Fibre testing: OLTS and OTDR25 min
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3
Documentation, as-builts, and handover20 min
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Q
Module assessment: Testing, Certification & Documentation5 questions · pass 80%
Final exam
20 questions including field scenarios and image questions · 30 minutes · pass mark 80%. Unlocks when every lesson and module assessment is complete.
Practical sign-off
Hands-on tasks a supervisor must watch you complete and sign off before your certificate is issued.
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1
Terminate a Cat6A permanent link (panel and outlet)
Correct strip length, untwist under 13 mm, consistent T568 scheme.
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2
Certify copper links and interpret the results
Correct limit and cable type selected; explain any failure and fix it.
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3
Fusion splice and OLTS test a fibre link
Splice loss under 0.1 dB, loss test at both wavelengths within budget.
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4
Label and document a rack to TIA-606
Labels at both ends, rack elevation, and cable schedule.