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General| Brand | Audi |
|---|---|
| Model | 1.8T |
| Category | Automobile |
| Language | English |
Outlines the skills and knowledge technicians will gain from the engine management course.
Explains the evolution and purpose of engine management systems.
Details the mechanical process of a four-stroke internal combustion engine.
Describes the components of the air intake system in naturally aspirated and turbocharged engines.
Explains the function and types of variable intake manifolds used in Audi engines.
Introduces turbochargers, their function, and how they increase engine power.
Outlines the components and function of the fuel delivery system.
Details how the fuel pressure regulator maintains consistent fuel pressure.
Explains the optimal air/fuel ratio and how it's controlled using oxygen sensors.
Discusses how the ECM adapts fuel mixture based on sensor inputs and fuel trim.
Covers the function and components of ignition systems in Audi vehicles.
Introduces various emissions control systems and their functions.
Explains the role of oxygen sensors and catalytic converters in emissions control.
Details the On-Board Diagnostics II standard and its monitored systems.
Highlights general safety precautions and warnings for workshop procedures.
Explains the functionality and organization of the Audi Electronic Service Information System (AESIS).
Introduces the VAS5051/VAG1551 scan tools and their operating modes.
Outlines Motronic ECM inputs, outputs, sensors, actuators, and interconnections.
Explains sensor influence on fuel mixture under different operating conditions.
Describes how the ECM identifies failure conditions like high input, low input, and implausible signals.
Details exercises on monitoring sensor and actuator circuits for fault generation.
Introduces using scan tool display groups to view and diagnose operating parameters.
Outlines critical tests for fuel pressure and volume to diagnose driveability issues.
Covers primary and secondary circuit troubleshooting for ignition systems.
Explains oxygen sensor voltage relation to air/fuel ratio and its effect on emissions.
Introduces various emissions control systems and their functions.
Explains readiness codes and methods for setting them to verify repairs.
Explains how turbochargers use exhaust gas energy to increase air intake and engine power.
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