Red Seal Automotive study plan

Trace series, parallel, and series-parallel circuits and calculate resistance, current, and voltage at each load using Ohm's law

Demonstrate voltage-drop testing procedure on starter, ground, and charging circuits, stating the acceptable limit for each

Identify the function and test method for relays, fuses, fusible links, and switched ground circuits

Interpret a wiring schematic symbol-by-symbol and translate it into a physical test sequence

Diagnose no-crank, no-charge, and parasitic-draw complaints using a written step-by-step flow rather than parts swapping

Explain battery construction, ratings (CCA, reserve capacity, amp-hour), and the correct charging and testing procedure for each battery type

Describe network communication basics (CAN bus voltage behavior, module-to-module faults) and how a bus fault presents as multiple unrelated symptoms

Sequence the four-stroke cycle and identify valve-train components and their failure symptoms

Measure and interpret cylinder compression, cylinder leak-down, and vacuum readings against spec to isolate ring, valve, or head-gasket faults

Explain lubrication and cooling system flow paths and predict the symptom of a failed thermostat, water pump, or oil pump

Set up and use torque wrenches, micrometers, and dial indicators correctly, stating the tolerance rule for each

Apply fastener standards: torque-to-yield bolts, thread repair, and correct sequence for cylinder heads and manifolds

Trace power flow through manual transmission, automatic transmission, differential, and transfer case in each gear range

Diagnose driveline vibration and noise by classifying the complaint as speed-related, load-related, or turning-related and naming the test for each

Measure and interpret tire wear patterns, alignment angles (camber, caster, toe), and thrust-angle effects on handling

Test shock absorbers, ball joints, tie-rod ends, and wheel bearings for play and wear using the correct loaded and unloaded checks

Describe hydraulic brake system operation and diagnose a low/spongy pedal through a defined bleed, master-cylinder, and line test sequence

Identify ABS component function and interpret the difference between a hydraulic fault and an ABS electrical fault

Measure and machine or replace rotors and drums to spec, stating minimum thickness and lateral-runout limits

Diagnose steering system complaints (wander, pull, hard steer) by separating tire, alignment, and hydraulic causes

Explain the refrigeration cycle and use pressure/temperature relationships to classify a fault as undercharge, restriction, or compressor failure

Perform the correct recovery, evacuation, and recharge sequence and state the safety and handling rules for refrigerant

Diagnose HVAC electrical controls, blend-door actuators, and blower circuits using the schematic method from week 1

Identify body structural and non-structural components, restraint system basics, and the precautions required before working near SRS and adhesives

Audit practice-test results by domain and rank your three weakest sub-topics

Re-study only the ranked weak sub-topics and rewrite the relevant notes in your own words

Practise workplace skills items: documentation, customer communication, and safe work practices as they appear in exam-style scenarios

Re-run electrical calculations and voltage-drop problems until speed and accuracy are consistent

Complete two full-length timed mock exams under exam conditions and record domain-by-domain scores

Review every missed question and state the correct reasoning aloud or in writing

Rehearse the diagnostic sequence for the most commonly tested complaints until the steps are automatic

Confirm exam-day logistics: permitted references, timing per question, and guessing strategy