Study the IMI Level 1 Award in Automotive Maintenance by treating every topic as a procedure with a safety decision attached: identify the system, name the check, state the specification, perform or describe the task, and record the outcome. Rehearse on a real vehicle where possible, write findings as if for a job card, and test yourself with the scenarios, comparison table and readiness checks in this guide.
The Describe-versus-Do Gap That Defines Level 1 Work
Level 1 automotive maintenance asks you to move from recognising components to carrying out routine tasks correctly and safely. Build study around doing: for each topic, learn the component, its check method, the specification and the recording step.
Recognition knowledge feels complete because naming a suspension component or a reservoir is quick and satisfying. The qualification is built on maintenance activity, so revise each item as a short procedure instead. Take the air filter: rather than stopping at its location, practise stating the housing fasteners, the sealing face inspection, the correct orientation of a replacement, and why a contaminated filter restricts airflow. This converts a flashcard fact into a task you could perform or explain under assessment conditions.
A practical way to enforce this shift is the verb test. Take your topic list and rewrite each line beginning with an action verb: check, drain, replace, inspect, adjust, record. If a line begins only with 'know' or 'understand', it is unfinished. For example, 'know about engine oil' becomes 'check engine oil level on a cold, level vehicle using the dipstick, against the min-max marks, and record the result'. Working through your whole syllabus this way produces a task list that matches the applied style of maintenance training.
Workshop Safety Decisions: PPE, COSHH and Raising a Vehicle
Safety at Level 1 is decision-making, not just a list of rules. Learn which personal protective equipment suits which task, how COSHH principles apply to fluids, and the correct sequence for raising and supporting a vehicle.
Treat PPE as task-matched rather than universal. Overalls and safety boots are baseline workshop wear; eye protection belongs with grinding, drilling, battery work and any pressurised fluid; gloves suit chemical handling but must come off near rotating drives. Practise justifying each choice: the reason for eye protection while using a bench grinder is flying particles and sparks, not general caution. Assessment and real workshops both reward a stated reason, so build the habit of pairing every PPE item with the hazard it controls.
Raising a vehicle is the sharpest safety decision at this level. Learn the sequence as fixed steps: firm level ground, correct jacking points from the vehicle handbook, a jack used only to lift, and support on axle stands or a proper lift before any part of your body goes underneath. A written scenario drill works well here: a wheel-change question where someone works under a car held only by the jack should trigger an immediate identification of the danger and the correct stand-supported alternative. Rehearse saying why, in one sentence, because justification is the skill being taught.
- Task-matched PPE: eye protection for particles and splashes, gloves for chemicals, removal of loose items near rotating parts
- COSHH in practice: store fluids in labelled containers, consult safety data information, clean spills immediately, dispose of waste as directed
- Vehicle support sequence: level ground, correct jacking points, stands or lift before working underneath
- Manual handling basics: assess weight, keep load close, ask for help or use lifting equipment rather than straining
Fluid Systems: One Check Method and One Specification per System
Each vehicle fluid has its own check method, safety rule and specification. Learn them as a set of contrasts, because mixing up systems - coolant with hot engines, unspecified brake fluid - is where procedure knowledge breaks down.
The engine oil check and the coolant check illustrate why systems must be kept separate in your notes. Engine oil is checked with the vehicle level, ideally after the engine has been off long enough for oil to drain back, reading between the dipstick marks. Coolant is checked at the expansion tank, and the hard rule is never to open a hot cooling system because pressurised coolant can scald. Drill the differences by writing each fluid as: where, when, how to read, what to top up with, and what the safety rule is. Then test by covering your notes and reproducing the set.
Specifications matter as much as methods. Topping up is not generic: engine oil meets a viscosity and quality grade from the handbook; coolant is usually a specific antifreeze type mixed to a ratio, and mixing incompatible types can cause gelling or corrosion; brake fluid must match the specified grade because wrong fluid can damage seals. Practise reading a handbook page or container label and stating the specification out loud. If you can explain why a mismatch matters for a given system, you have moved past memorising and into technician reasoning.
| System | Check point and condition | Key safety rule | Top-up principle |
|---|---|---|---|
| Engine oil | Dipstick, engine off, vehicle level | Avoid contact with hot engine parts | Correct grade to handbook, small amounts at a time |
| Coolant | Expansion tank level marks, cold engine | Never open a hot cooling system | Specified antifreeze type and mixture, not tap water alone |
| Brake fluid | Reservoir min-max marks | Fluid damages paint; handle carefully | Specified grade only; investigate low level, do not just refill |
| Screen wash | Reservoir visible level | Use suitable additive in frost | Additive mixed appropriately for conditions |
Tyres and Brakes: Routine Checks That Involve Judgement
Tyre and brake checks require a decision, not just a reading. Learn the legal tread minimum and pressure checking, then practise judging wear patterns, damage and brake wear indicators against sensible next steps.
Tyre work starts with facts: in the UK, passenger car tyres require a minimum tread depth of 1.6mm across the central three-quarters of the tread and around the entire circumference, and pressures are checked cold against the placard or handbook values. Then add judgement. Uneven wear across the width suggests inflation problems; wear on one edge can point to alignment or suspension issues. Learn the damage conditions that fail a tyre at any tread depth: a sidewall bulge, a cut or abrasion exposing the ply or cord, and tread worn down to the tread wear indicators in any groove. Practise on a real tyre: measure depth in three places across the tread, compare the readings, and write one sentence interpreting the pattern.
Brake checks at Level 1 centre on observation rather than overhaul. Through a wheel or with the wheel removed, you can assess pad friction material against any wear indicator, look for fluid leaks around calipers and hoses, and note a scored or rusted disc surface. Link what you see to symptoms a driver reports - a low pedal, grinding noise, or pulling to one side - and practise matching observation to a recommended next step, such as reporting for further investigation rather than continuing to drive. The reasoning chain from symptom to check to recommendation is the exam-relevant skill here.
Two Worked Scenarios: Brake Fluid Top-Up and the 1.7mm Tyre Call
Worked scenarios show how a plausible first instinct can be the wrong move. Study each one, note the better decision, and then write your own variant before checking the reasoning below.
Scenario one: during a routine check, the brake fluid reservoir sits just above the MIN mark. The learner's instinct is to top it up to MAX with whatever fluid bottle is on the shelf. The better decision is to use only the grade specified for the vehicle - a DOT 4-type fluid where the handbook calls for it - fill no higher than MAX, and flag that a falling brake fluid level often indicates friction material wear or a leak, so the finding should be recorded and reported. Why it matters: wrong-grade fluid can harm hydraulic seals, and refilling without investigating masks the underlying cause of a system that may be losing performance. The technician's habit is to correct the level and investigate the trend, not to treat the reservoir as a simple bottle to keep full.
Scenario two: a tyre measures 1.7mm of tread, legally above the 1.6mm minimum, but a sidewall bulge is visible near the rim. A learner focused purely on the legal number might pass the tyre and move on. The better decision is to fail the tyre for the bulge - structural damage makes it unsafe whatever the tread reading - and recommend replacement, recording both the measurement and the defect. Why it matters: this trains the difference between a legal minimum and a safe condition, which are related but not identical judgements. Note the contrast with a near-limit reading and no damage: that tyre is legal but deserves a written replacement recommendation with a timeframe. Practising both scenarios aloud, in first person ('I would... because...'), builds the phrasing you need for applied assessment questions and for workshop conversations.
Job Cards and Documentation: Writing What You Did and Why
Maintenance is complete only when recorded. Learn to write job-card entries that state the task, the parts and fluids used, the checks performed, the results, and any recommendation handed to the customer.
A useful job-card entry answers five questions: what was requested, what was checked or replaced, what specification was used, what the result was, and what happens next. Compare two entries for an oil and filter change. 'Changed oil' is a note a stranger cannot act on. 'Drained engine oil and replaced filter; refilled with 5W-30 to handbook specification to MAX on dipstick; ran engine, checked for leaks, no leaks found; recommend next oil service per handbook schedule' is a record with evidence and traceability. Practise converting vague notes into full entries - it is a fast, high-value revision exercise.
Documentation also covers customer-facing explanation. Practise writing one plain-English sentence for each technical finding: a worn pad becomes 'front brake pads have limited friction material left and should be replaced soon to maintain braking performance'; uneven tyre wear becomes 'the tyres are wearing unevenly, so the pressures or wheel alignment should be checked'. This skill of translating observation into recommendation appears in applied questions and in every real handover. Keep a list of your own sentences and reread them weekly; polished phrasing is learned by repetition, not by reading definitions once.
- Job-card fields to practise: task requested, work carried out, parts and specifications used, results of checks, recommendations
- Self-check rubric for each entry: could a colleague repeat the task from your notes alone; is every fluid and part named with a specification; is there one clear recommendation; are any defects flagged rather than buried
A Preparation Sequence and Readiness Checks You Can Score
Sequence your preparation from systems knowledge to applied practice to timed write-ups. Finish each stage with a scored self-check out of eight so you can see readiness building without guessing.
A workable sequence runs in three phases. Phase one, build the task list: for every system - lubrication, cooling, fuel, brakes, tyres, electrical basics - write the check method, specification and safety rule, then learn them until you can reproduce them blank-page. Phase two, applied practice: perform or carefully observe the checks on an accessible vehicle, ideally with supervision, and write a job-card entry for each. Phase three, scenario rehearsal: work through written scenarios like those above, answer aloud with a reason attached, then write the answer. For administrative details of the qualification itself, consult the IMI directly via the link in the sources.
Readiness checks give you milestones. Score yourself one point each for eight items: reproducing all four fluid check points from the table blank-page; stating each fluid's safety rule; stating the 1.6mm UK tread minimum and its coverage conditions; naming two damage conditions that require tyre replacement regardless of tread (bulge and ply or cord exposure); describing the vehicle-supporting sequence without an omission; writing a complete five-part job-card entry in under five minutes; answering the brake fluid scenario with a stated reason; and answering the tyre scenario with a stated reason. Seven to eight out of eight across a week suggests applied readiness at this level; individual misses show which section of this guide to revisit. These are learning milestones, not predictions of any assessment outcome.
- Phase 1 (task list): every system reduced to check, spec, safety rule - test by blank-page reproduction
- Phase 2 (applied practice): supervised checks on a real vehicle plus a written job-card entry per task
- Phase 3 (scenarios): written cases answered aloud with reasons, then in writing under light time pressure
References and further reading
Use these references to explore the concepts and check the latest information from the relevant organizations.