TP EIMSA study plan

Define the scope and weight of all 8 domains and rank them by exam percentage to set a personal time budget

Explain the purpose and operating principle of protective earthing, bonding, and equipotential bonding in low-voltage installations

Differentiate overload, short-circuit, and earth-fault conditions and state which protective device responds to each

Apply Ohm's law and the power equation to at least 10 worked numerical examples without reference notes

Calculate earth-fault loop impedance for a simple radial circuit and state why disconnection time depends on it

Describe the characteristics of TN-S, TN-C-S, TT, and IT earthing systems and identify the protective measure each relies on

Interpret the trip characteristics of MCBs, fuses, and RCDs and select a device rating for a stated load and fault level

Calculate voltage drop for a single-phase and a three-phase feeder and compare the result against a permitted limit

Explain the role of basic insulation, supplementary insulation, and double insulation in shock protection

Distinguish direct contact from indirect contact and match each to a protective measure

Select cable type, conductor material, and cross-sectional area for three stated load and installation-condition scenarios

Classify wiring systems by enclosure method (conduit, trunking, cable tray, armoured, sheathed) and state where each is appropriate

Determine the current-carrying capacity correction factors for ambient temperature, grouping, and thermal insulation

Describe the sequence of steps for safe isolation and prove-dead before work on a de-energised circuit

Explain the purpose of IP ratings and select an appropriate IP code for a wet and a dusty location

Outline the correct order of initial verification tests and justify the sequence from continuity to functional testing

Perform and record insulation resistance, earth continuity, polarity, and earth-fault loop impedance test results on a practice board or simulated dataset

Explain how to interpret a low insulation resistance reading and list three plausible causes

Describe the difference between initial verification and periodic inspection and what each report contains

Demonstrate safe isolation, lock-off, and prove-dead on a practice rig while narrating each step

Map each test in the verification sequence to the regulation or standard clause that requires it

Explain how codes of practice and national wiring regulations relate to each other and which takes precedence in a conflict

Describe the legal duties of the duty holder, the competent person, and the inspector during installation and handover

Interpret the acceptance criteria for insulation resistance, earth continuity, and RCD trip time and state the basis for each limit

Identify the documentation required at handover, including test certificates, schedules, and as-built drawings

Diagnose a nuisance RCD trip by systematically eliminating leakage, shared neutral, and moisture causes

Apply a structured fault-finding sequence to an open circuit, a short circuit, and an earth fault using meter readings

Explain how to isolate a fault to circuit, accessory, or appliance level before replacing any component

Describe the reporting and escalation obligations when a defect is found that affects safety

Distinguish a code-level non-compliance from a dangerous condition and state the required response to each

Write a defect report that states the observation, the standard breached, the risk, and the recommended action for five simulated findings

Produce a clear method statement and risk assessment for a small installation task

Record test results in a format that another competent person could verify without asking questions

Explain the importance of traceability, version control, and retention of inspection records

Present a fault diagnosis verbally in under two minutes using a structured observation-evidence-conclusion format

Complete a full-length timed mock exam and score each domain separately to expose remaining weak areas

Re-derive the five most-used formulas from memory and check them against notes

Re-read only the personal error log from weeks 1 to 7 and restate each corrected misconception

Practice 20 rapid-fire questions on documentation and reporting, the smallest domain, to secure easy marks

Build a one-page final revision sheet limited to figures, limits, and clause numbers