Overview
This course presents test takers with a review of the ASE tests prior to taking the exam. This course, part two of a three part series, covers tests L1 (Advanced Engine Performance), A6 (Electricity/Electronics), and A8 (Engine Performance). 46 interactions actively involve the learner in the training. Lesson interactions provide the learner opportunities to apply what he or she has learned. The computer assesses the learner's level of understanding of all learning objectives. When the learner answers a question incorrectly the computer provides remedial instruction and reviews the material until the learner can answer correctly.
Mastery's exclusive Follow-up Review, standard in all Mastery Advantage courses, provides time-delayed reinforcement and review of the learner's newly acquired knowledge. The Follow-up Review enhances the transfer of newly acquired knowledge to the learner's long-term memory.
The Learner navigates through the course and its resources using the standard Mastery Control Bar. Course resources include a glossary of terms.
Understand Advanced Engine Performance Part 1.
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Understand the operation of the catalytic converter. |
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Understand the relationships of various exhaust gasses. |
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Perform various tests using multimeters, oscilloscopes and scan tools to determine performance problems on OBD II systems. |
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Identify the different tests used by OBD II systems to validate the proper operation of input sensors and output actuators and solenoids. |
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Understand Advanced Engine Performance - Part 2.
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Understand the operation of the catalytic converter. |
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Understand the relationships of various exhaust gasses. |
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Perform various tests using multimeters, oscilloscopes and scan tools to determine performance problems on OBD II systems. |
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Identify the different tests used by OBD II systems to validate the proper operation of input sensors and out actuators and solenoids. |
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Diagnose electrical or electronic systems.
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Use diagnostic equipment, such as multimeters, oscilloscopes and scan tools to determine the root cause of an engine performance problem. |
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Diagnose battery and charging systems. |
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Diagnose starting systems. |
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Diagnose lighting systems. |
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Use wiring diagrams and schematics to troubleshoot electrical problems. |
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Understand the non-electrical problems that can cause poor system operation. |
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Diagnose engine performance.
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Determine a diagnostic strategy for troubleshooting engine performance. |
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Diagnose Ignition System problems. |
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Diagnose Fuel System problems. |
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Use diagnostic equipment, such as multimeters, oscilloscopes and scan tools to determine the root cause of an engine performance problem. |
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Diagnose Emissions Systems problems. |
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Diagnose Computerized Engine Control Systems. |
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