Apprentice AM2 Readiness
NVQ Level 3 Practical Assessment Simulator
AM2 Pre-Assessment Hub
Welcome to the TMUK Apprentice Training Hub. Identify your practical gaps here across all key parameters before scheduling your formal final endpoint assessment matching National Electrotechnical Training metrics.
Safe Isolation Procedure
The number one reason candidates fail the AM2. Practise the strict 8-step sequence required by the NET guidelines. Zero tolerance for errors.
Testing Sequence
Master Initial Verification sequences. Organise and execute tests in the exact dead and live boundaries required by Guidance Note 3.
Fault Diagnosis
Accounts for a significant portion of failures. Diagnose electrical faults across ring finals, lighting, and 3-phase motor circuits based on test results.
Safe Isolation Procedure
Assemble the steps in the exact statutory order dictated by the Electrical Safety First guidelines. Zero tolerance is enforced for sequence breaks.
Available Actions
Your Sequence
AM2 Rig Circuits Testing Sequence
Select an active circuit variant below from the AM2 test rig layout options to verify the correct sequence of tests.
1. Ring Final Circuit
32A Type B — 2.5mm² T&E
2. Radial (Cooker)
32A Type B — 4mm² T&E
3. Lighting (2-Way)
6A Type B — 1.5mm² T&E
4. 3-Phase Motor (DOL)
20A Type C — 2.5mm² SWA
Click the structural test items in the exact mandatory dead-to-live order required under Guidance Note 3 metrics.
Available Steps
Your Sequence
Fault Finding Diagnostics
Analyse the test results provided in the scenario and identify the underlying electrical fault structural condition.
About the AM2 Assessment & Readiness Simulator
The Achievement Measurement 2 (AM2) is a rigorous practical assessment that all electrical apprentices must pass to complete their NVQ Level 3 and achieve qualified electrician status. Created to NET (National Electrotechnical Training) standards, this tool prepares candidates for testing environments.
Statutory Testing Parameters
Initial verification tests must track strict dead and live boundaries to verify circuit insulation compliance parameters before energising infrastructure loops.