BICSI Installer 2 Copper study plan

Classify the pathway types (overhead, underfloor, conduit, tray, sleeve) present in a walk-through of a real or simulated site

Calculate pathway fill and required support placement for a specified bundle, showing your work

Match each installation task on a sample job list to the correct hand tool and test instrument

Assemble and inspect a personal tool kit, flagging any item that is damaged, out of calibration, or missing

Compare copper cable grades and jacket ratings and select the correct one for three given environments (plenum, riser, outdoor)

Compute minimum bend radius and maximum pull tension for four cable diameters, then state the go/no-go limit for each

Draft a pull sequence for a 30-cable horizontal run, including setup, intermediate supports, and cable dressing

Write a job hazard analysis covering ladder use, pulling overhead, hand-tool safety, and PPE selection

Terminate RJ45 jacks on both T568A and T568B pinouts and verify each against a wiring chart

Punch down a 25-pair block and a patch panel, keeping pair twist intact to within the allowable distance from the termination point

Dress, bundle, and label completed cable runs so each end is traceable from the closet to the outlet

Apply correct PPE and posture while performing repetitive termination work at height and in a closet

Execute length, continuity, wire-map, and pair-configuration tests on the Week 3 sample and record every result

Read a field tester's pass/fail output and explain what each failing parameter indicates about the installation

Produce an as-built drawing and a labeling schedule that match the installed sample

Assemble a test report with a pass/fail table, instrument details, and technician sign-off

Build a fault-isolation decision tree that moves from symptom to layer to likely cause

Introduce eight deliberate faults into your bench sample (opens, shorts, split pairs, reversed pairs, excessive length, damaged jacket) and diagnose each

Use a time-domain reflectometer or tester's fault-locating function to estimate the distance to a fault and compare against your measurement

Distinguish installation-caused faults from equipment and configuration problems and document how you ruled each out

Identify the components between the demarcation point and the work area and state the function of each

Compare cross-connect and interconnect topologies and choose the right one for two given closet scenarios

Sketch the power, grounding, and bonding relationships in a small equipment rack or cabinet

Explain how power over Ethernet affects cable selection and bundle sizing in a horizontal run

Audit your Week 1 through Week 6 artifacts against accepted practices for separation from power, support spacing, fill, firestopping, and grounding

List every deviation you find and write the corrective action for each

Re-run the job hazard analysis for a scenario that adds confined-space or ceiling-void work

Summarize the safety and workmanship rules you would apply on any copper installation job

Take a full-length timed practice exam covering all nine domains and record the score by domain

Re-study only the two lowest-scoring domains using your own notes and artifacts

Re-take missed items and explain in writing why the correct answer is correct

Recite from memory the key calculations and practices you will be tested on (bend radius, pull tension, fill, support, labeling)