Certified Computer Network Cabling Expert

 Introduction to Network Cabling

• Course overview and objectives

• Importance of structured cabling in modern networks

• Key industry standards (TIA/EIA, ISO/IEC, BICSI)

• Roles and responsibilities of a cabling expert

 Network Topologies & Architectures

• OSI and TCP/IP models (focus on Layer 1)

• Network topologies (star, bus, ring, mesh)

• Structured cabling subsystems:

  • Horizontal, backbone, work area, TR/ER

 Copper Cabling Fundamentals

• UTP/STP cable types (Cat 5e/6/6A/7/8)

• Coaxial cables (RG-6, RG-59)

• Conductors, insulation, shielding, and jacket materials

• Electrical properties: attenuation, crosstalk, impedance

 Fiber Optic Cabling Fundamentals

• Single-mode vs. multi-mode fiber optics

• Fiber construction (core, cladding, coating)

• Connector types (LC, SC, ST, MTP/MPO)

• Advantages and limitations of fiber optics

 Cabling Tools & Equipment

• Hand tools: crimpers, strippers, punch-down tools

• Testing equipment:

  • Cable certifiers (e.g., Fluke DSX)

  • OTDR, VFL, power meters

• Installation tools: fish tapes, conduit benders, cable pullers

 Safety & Compliance

• Electrical safety (NEC/NFPA 70E)

• PPE (Personal Protective Equipment)

• Ladder safety and confined space protocols

• Hazard mitigation (fiber shards, airborne particles)

Cable Installation Techniques

• Pathway design: conduits, trays, raceways

• Cable pulling best practices (tension, bend radius)

• Avoiding EMI/RFI interference

• Cable management: racks, patch panels, cable ties

 Copper Termination & Splicing

• Termination standards (T568A/B)

• RJ45 connectors and keystone jacks

• Punch-down blocks (66/110)

• Testing continuity and wire mapping

Fiber Optic Termination & Splicing

• Fusion vs. mechanical splicing

• Polishing connectors (PC, UPC, APC)

• Termination kits and epoxy procedures

• Inspection and cleaning best practices

 Testing & Certification

• Testing parameters for copper:

  • Insertion loss, NEXT, RL, PS-NEXT

• Fiber testing: insertion loss, OTDR traces

• Interpreting test reports (TIA-568 pass/fail)

• Troubleshooting common failures

 Wireless & Emerging Technologies

• Impact of cabling on Wi-Fi 6/6E/7 performance

• PoE (Power over Ethernet) standards (802.3af/at/bt)

• Smart building cabling (IoT, BAS)

• Future trends: Cat 8, OM5 fiber, 25/40GbE

 Documentation & Labeling

• ANSI/TIA-606-C labeling standards

• As-built diagrams and cable schedules

• Asset management software

• Generating compliance reports

 Project Planning & Estimation

• Site surveys and requirement analysis

• Material takeoff (MTO) and cost estimation

• Project timelines and resource allocation

• Risk assessment and mitigation

 Hands-On Lab Scenarios

• Install and terminate UTP/STP cables

• Fusion splice fiber optic cables

• Certify a link (copper + fiber)

• Troubleshoot real-world cabling faults

 Certification Exam & Review

• Written exam (standards, theory, safety)

• Practical exam (installation, termination, testing)

• Q&A and course review

• Career pathways and industry certifications (BICSI, CompTIA Network+)

Key Learning Outcomes:

• Design, install, and test compliant network cabling.

• Master copper/fiber termination and splicing.

• Troubleshoot physical layer issues.

• Adhere to safety and industry standards.

• Deliver professional documentation.

ID Proof

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