Advance Measurements
Course Objectives
Highlight the foundational role of precise measurement in automotive diagnostics and service.
Classify different types of measurement systems used in automotive applications.
Present core mechanical measuring instruments and calibration protocols.
Introduce measurement applications specific to engine and powertrain components.
Detail usage of electrical devices for circuit and battery diagnostics.
Cover the application of electronic tools such as oscilloscopes in live signal testing.
Foster skills in diagnosing sensor and actuator faults using electronic instrumentation.
Enable practical experience with OBD scanners and data interpretation.
Demonstrate wheel alignment and chassis measurement using advanced tools.
Emphasize measurement safety, calibration accuracy, and error minimization practices.
Learning Outcomes
Explain the critical need for accurate measurements in automotive maintenance.
Differentiate between mechanical, electrical, and electronic measurement systems.
Demonstrate correct use and calibration of linear and angular measuring devices.
Apply measurement techniques to real engine and transmission components.
Operate multimeters and ammeters for diagnosing vehicle electrical systems.
Use oscilloscopes and data loggers to analyze sensor signals in vehicles.
Diagnose faulty automotive circuits and sensors using electronic data.
Utilize OBD scanners for effective detection of vehicle errors and live data analysis.
Perform alignment and chassis assessments to industry benchmarks.
Follow established safety protocols and best practices related to measurement and calibration.
Lessons:
