ASE A2 study plan

Map the power-flow path through a planetary gearset and through a belt-type CVT in writing, from engine input to final drive, labeling each component's role.

Build and document a structured pre-scan road-test routine covering cold fluid check, hot fluid check, engagement timing, shift feel, and noise/vibration observation.

Identify the function of 20 sensors, actuators, solenoids, and switches from written descriptions alone, without reference to a diagram.

Retrieve DTCs, freeze-frame data, and five live data PIDs on a scan tool, and explain in writing what each value indicates about transmission operation.

Calculate expected line pressure, throttle pressure, and governor/input-speed pressure values and state how each reading shifts with load and speed.

Explain in writing the stall test and torque converter clutch apply/release test, including setup, safety limits, and pass/fail criteria.

Classify 15 written symptom scenarios (slipping, delayed reverse, harsh 1-2 shift, no engagement, shudder) into mechanical, hydraulic, and electrical root-cause categories.

Write circuit-level test procedures for one solenoid and one speed sensor, covering resistance, voltage drop, ground integrity, and signal waveform checks.

Sequence the disassembly of a typical automatic transaxle into at least 15 ordered steps, naming the tool and fastener type used at each step.

Name and functionally describe 25 internal components, including clutch packs, bands, one-way clutches, planetary sets, bushings, thrust washers, pump, and valve body.

Select and demonstrate the correct use of a dial indicator, micrometer, bore gauge, feeler gauge, and straightedge for transmission measurement tasks.

Document a cleaning and inspection protocol for hard parts that states what makes each part rejectable versus reusable.

Compute clutch pack clearance from a measured stack height and specify the selective snap ring or pressure plate needed to bring it into specification.

Measure and evaluate end play, bearing preload, and bushing wear against typical service limits, recording each value with its accept/reject call.

Trace hydraulic flow through a valve body and explain the valve and solenoid roles in three separate shift or apply circuits.

Assemble a unit and verify every apply circuit with air-pressure checks, listing the expected result for each circuit before testing.

Plan a transmission or transaxle removal and installation, specifying support points, lifting method, torque values, and fastener sequencing.

Outline the removal of halfshafts, mounts, cooler lines, and shift linkage while protecting seals, connectors, and wiring from damage.

Describe cooler circuit flushing and contamination control steps to perform after a failure that produced debris.

List pre-installation checks, including converter seating depth, dowel alignment, flexplate condition, and block plate positioning, that prevent a repeat failure.

Replace in-vehicle components in the correct order with proper torque values: valve body, solenoid pack, internal harness, control module, and speed sensors.

Perform adaptive relearn and quick-learn procedures for three distinct manufacturer strategies described generically, documenting the prerequisite conditions for each.

Diagnose and rank fluid leaks at the pan, seals, cooler lines, and vent by likelihood and by test method used to confirm each.

Verify each repair with a post-repair road test and data review, recording before-and-after values for the affected PIDs.

Match the correct fluid family (for example Dexron, Mercon, ATF+4, CVT fluid, dual-clutch fluid) to ten applications using specification identifiers rather than brand names.

Perform fluid level checks on both dipstick-equipped and overflow-plug/thermostatic-controlled units, stating the required fluid temperature range for each.

Adjust shift linkage, manual lever/transmission range sensor, and throttle valve cable to specification, confirming each with scan tool range and throttle PIDs.

Carry out a filter and pan service and a band or clutch apply adjustment per procedure, documenting the torque sequence used.

Re-answer every item missed in weeks 1 through 7 and write a one-sentence explanation of the correct reasoning for each.

Complete two full-length timed practice exams of at least 50 questions each and review every incorrect response before scoring the next attempt.

Summarize the ten highest-frequency test themes across all four domains onto a single reference page.

Rehearse a five-minute spoken walkthrough of a complete diagnostic path from customer complaint through verified repair, covering all four domains.