NVQ L4 Automobile Technician study plan

Apply a structured six-step diagnostic routine (verify complaint, gather data, analyse, test, repair, confirm) to at least four written fault scenarios and record the reasoning at each step

Distinguish between symptom, root cause and consequential damage in ten short case descriptions, justifying each classification

Carry out a risk assessment for three workshop tasks (fuel system work, hybrid high-voltage isolation, working at height) listing hazard, likelihood, severity and control measure

Select and justify the correct test instrument (oscilloscope, multimeter, scan tool, smoke tester, pressure gauge) for eight given fault-finding tasks

Demonstrate correct segregation and disposal routes for workshop waste streams including used oil, brake fluid, refrigerant and lithium cells

Interpret live sensor data and oscilloscope waveforms for crankshaft position, camshaft position, MAF and lambda sensors, explaining what each deviation indicates

Explain CAN, LIN and FlexRay bus topologies and describe how to test a CAN network for short-to-ground, short-to-battery and open-circuit faults using resistance and voltage measurements

Diagnose a no-start condition logically by separating fuel, air, compression, ignition and control-signal causes, listing the test that eliminates each

Read and interpret a wiring diagram to trace a circuit from fuse through relay to component and identify likely failure points

Interpret freeze-frame and readiness monitor data to decide whether a fault is intermittent or permanent

Explain the operation of common driver-assistance systems (adaptive cruise, lane keeping, automatic emergency braking) and the calibration requirements after windscreen or geometry work

Describe high-voltage safety procedures for hybrid and electric vehicles, including isolation, PPE, lockout/tagout and the sequence for safe system disable

Diagnose charging and starting system faults using voltage-drop testing rather than parts substitution, and state acceptable drop limits

Explain how ECU software updates and coding are carried out and why battery support and post-update relearn are required

Interpret body control module fault codes and describe how to test a multiplexed circuit with a break-out box

Measure and interpret cylinder bore wear, taper and ovality, and decide whether to rebore, hone or replace

Describe the inspection and measurement of crankshaft journals, bearing clearances using plastigauge and micrometer methods, and thrust clearance

Explain valve train inspection: valve seat angles, guide wear limits, spring free length and camshaft lobe wear measurement

Sequence a full engine strip-down and rebuild, listing torque and angle tightening stages, stretch bolts and lubrication points

Explain timing belt and chain setup, including timing marks, tensioner setting and verification of correct timing before first start

Describe the construction and repair options for manual gearboxes, including synchromesh, bearings and shaft end-float measurement

Explain torque converter, clutch pack and valve body operation in an automatic transmission and outline the diagnostic value of line pressure and stall testing

Diagnose driveline vibration and noise by distinguishing wheel balance, CV joint, propshaft phasing and differential bearing causes

Describe differential setup, including pinion depth, backlash measurement and contact pattern interpretation

Explain dual-clutch and CVT architectures and the specific service and diagnostic considerations for each

Measure and interpret steering and suspension geometry angles (camber, caster, toe, thrust angle) and decide which adjustment corrects a given tyre wear pattern

Inspect and test shock absorbers, springs, ball joints, bushes and wheel bearings, stating pass/fail criteria for each

Explain ABS and ESC hydraulic modulator operation and describe how to diagnose a wheel speed sensor fault using live data

Describe brake system inspection and measurement including disc thickness, runout, pad wear and fluid testing, and explain hydraulic bleeding sequences including ABS units

Diagnose common braking faults such as judder, pull and long pedal by linking symptom to measurable cause

Prepare a pre-delivery and end-of-work inspection checklist that covers function, safety, fluid levels, torque verification and road test criteria

Explain the purpose and content of a quality control sign-off and how to document a rectification so it is traceable

Plan a complex multi-day repair job: sequence operations, identify parts and tool lead times, and allocate technician time

Describe how to supervise and brief a small team, including delegating tasks, checking work and handling a technician who is behind schedule

Explain how to record and escalate a defect found during inspection that is outside the original job scope

Explain a technical fault and its cost to a non-technical customer without jargon, and handle a complaint about repeat failure constructively

Prepare a written estimate and job explanation that states what will be done, why, and what the customer must decide

State the legal and good-practice requirements for vehicle handover, including documenting advice given and refused

Revise all nine domains using a self-test of at least 60 questions, targeting any domain scoring below 70 percent

Confirm readiness by listing the three weakest areas and the specific action to close each before assessment