FOA CFOS/L study plan

Explain how light propagates in multimode and single-mode fiber, including modal dispersion, attenuation and wavelength windows

Identify the parts of a fiber optic link (transmitter, connector, splice, receiver) and trace signal flow end to end

Distinguish OM1 through OM5 and OS1/OS2 and match each to realistic reach and application scenarios

Define the premises cabling hierarchy from entrance facility to work area, including horizontal and backbone segments, and state the cabling-distance limits that apply to each

Compare loose-tube, tight-buffer and ribbon cable constructions and select one for a given indoor/outdoor routing scenario

Differentiate single-mode and multimode connector styles (LC, SC, ST, MPO/MTP) and justify a connector choice for a stated density and polarity requirement

Explain polarity methods A, B and C for array connectors and work through a duplex-to-MPO breakout example

Describe fire-rating and jacket selection rules for plenum, riser and outdoor cable in a premises environment

Compare fusion splicing, mechanical splicing and pre-terminated assemblies on loss, cost and field conditions

Explain cleaving, stripping and connector polish types (PC, UPC, APC) and the mismatch consequences of mating APC to UPC

Select patch cords, adapters, cassettes and enclosures for a specified rack layout

Identify hardware for cable support, bend-radius control and strain relief along a horizontal run

Apply bend-radius, pulling-tension and crush-load limits to a written installation sequence

Describe workmanlike practices for cable routing, dressing, labeling and slack management in trays and enclosures

Plan a safe installation that covers laser safety, fiber shard handling, eye protection and disposal

Outline inspection and acceptance checkpoints to apply before, during and after a pull

Explain insertion loss and optical return loss and where each is measured in a link

Describe OLTS Tier 1 testing setup, reference methods and the causes of inaccurate references

Describe OTDR Tier 2 testing, including launch and receive cables, dead zones, ghosts and event analysis

Calculate a link loss budget from component loss allowances and a stated margin

Explain inspection, cleaning and connector end-face criteria and why cleaning precedes every mating

Interpret a test report and diagnose whether a failure is a link, connector, splice or reference problem

Map loss-budget results into the network design so channel reach and transceiver choice are validated

Produce a documentation package covering labeling scheme, as-builts, test records and cable schedules

Identify the project phases from survey to closeout and the records each phase produces

Build a work breakdown structure and schedule for a multi-floor fiber project with dependencies and inspection holds

Estimate labor and material quantities from a cable schedule and state the assumptions used

Define acceptance criteria and a punch-list process that a customer and installer can both sign off on

Identify common design mistakes (bend radius, polarity, spare capacity, pathway fill) and propose corrections

Re-derive the key numbers from memory: reach per fiber type, bend-radius rules, loss-budget allowances and test thresholds

Answer mixed-domain practice questions under time pressure and record every miss with its root cause

Re-teach the two weakest topics in writing without notes as a self-check

Review the deliverables from weeks 1 through 7 and close any gaps flagged during review