30 courses with the subject AT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
Students gain knowledge in the operation of dynamometer testing with emphasis on tuning and component selection for optimum performance. Both chassis and engine dynamometers are utilized to garner a better understanding for students regarding engine vs. rear wheel horsepower. High performance induction, ignition and power train theories are explained with emphasis on using formulas to calculate correct header and carburetor size. Utilization of dynamometer data helps students understand what changes to an engine’s induction, exhaust and fueling system do regarding the performance capability of the internal combustion engine.
Students gain knowledge in the operation of dynamometer testing with emphasis on tuning and component selection for optimum performance. Both chassis and engine dynamometers are utilized to garner a better understanding for students regarding engine vs. rear wheel horsepower. High performance induction, ignition and power train theories are explained with emphasis on using formulas to calculate correct header and carburetor size. Utilization of dynamometer data helps students understand what changes to an engine’s induction, exhaust and fueling system do regarding the performance capability of the internal combustion engine.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-152Braking Systems3.5
Students diagnose and service wheel bearings, brake power assist systems, brake hydraulic systems, brake electrical systems, anti-lock, traction control, and stability control systems.
AD13-103: Introduction to Automotive Physical Science: Undercar Systems
AT13-152Braking Systems3.5
Students diagnose and service wheel bearings, brake power assist systems, brake hydraulic systems, brake electrical systems, anti-lock, traction control, and stability control systems.
AD13-103: Introduction to Automotive Physical Science: Undercar Systems
AT13-155Automatic Transmissions4
Students diagnose and service electronic automatic transmission and transaxle concerns related to electronic control systems faults and perform external hydraulic system diagnosis using proper equipment. Students also perform torque converter and clutch slip diagnosis to accurately distinguish between engine performance and transmission-related faults. In addition, students will also properly disassemble and perform in depth inspection and testing to identify root cause of internal failures on electronic automatic transmissions and transaxles.
Students diagnose and service electronic automatic transmission and transaxle concerns related to electronic control systems faults and perform external hydraulic system diagnosis using proper equipment. Students also perform torque converter and clutch slip diagnosis to accurately distinguish between engine performance and transmission-related faults. In addition, students will also properly disassemble and perform in depth inspection and testing to identify root cause of internal failures on electronic automatic transmissions and transaxles.
Students diagnose and service automobiles with driveability concerns related to malfunctions within computer controls, engine mechanical, and fuel delivery injection and air induction systems.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-201Introduction to Driveability3.5
Students diagnose and service automobiles with driveability concerns related to malfunctions within computer controls, engine mechanical, and fuel delivery injection and air induction systems.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-202Applications of Drivability3.5
Students diagnose and service automobiles with driveability concerns related to malfunctions within computer-controlled fuel injection, forced induction, variable camshaft timing and lift, ignition, and emission control systems.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-202Applications of Drivability3.5
Students diagnose and service automobiles with driveability concerns related to malfunctions within computer-controlled fuel injection, forced induction, variable camshaft timing and lift, ignition, and emission control systems.
Students learn how vehicle modifications and performance-oriented equipment can change the engine computer’s ability to function at its peak. Students use aftermarket software to change the calibration of the vehicle’s powertrain control module (PCM) to better manage performance enhancements and modifications.
Students learn how vehicle modifications and performance-oriented equipment can change the engine computer’s ability to function at its peak. Students use aftermarket software to change the calibration of the vehicle’s powertrain control module (PCM) to better manage performance enhancements and modifications.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-204Advanced Technology/Hybrid & Service Advising4
Students learn theory, diagnosis, and repair information necessary to safely and effectively service hybrid vehicles and alternative fuels systems and technology. Students learn the principles of service advising and how they fit into service operations. They learn written and verbal communication standards typical of a professional dealership environment in providing customer service, questioning techniques, efficient diagnosis of customer concerns, report completion, organization, and co-worker/management interaction skills.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-204Advanced Technology/Hybrid & Service Advising4
Students learn theory, diagnosis, and repair information necessary to safely and effectively service hybrid vehicles and alternative fuels systems and technology. Students learn the principles of service advising and how they fit into service operations. They learn written and verbal communication standards typical of a professional dealership environment in providing customer service, questioning techniques, efficient diagnosis of customer concerns, report completion, organization, and co-worker/management interaction skills.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-206Battery Electric Vehicle Technology3
This course focuses on Battery Electrical Vehicle (BEV) operation with emphasis on critical safety standards, measures and understanding of how-to diagnose, repair, test, and remove components on high-voltage vehicles. Students will learn about different types of electric vehicles, electric vehicle safety, electrical and electronic systems, network operations and diagnosis, high-voltage components and operations, high-voltage battery service and BEV subsystems.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT13-206Battery Electric Vehicle Technology3
This course focuses on Battery Electrical Vehicle (BEV) operation with emphasis on critical safety standards, measures and understanding of how-to diagnose, repair, test, and remove components on high-voltage vehicles. Students will learn about different types of electric vehicles, electric vehicle safety, electrical and electronic systems, network operations and diagnosis, high-voltage components and operations, high-voltage battery service and BEV subsystems.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
AT20-152Automotive Braking Systems3.5
Upon completing this course, students will have the skills to diagnose and service various brake system components in modern vehicles. The course covers front and rear wheel bearings, hydraulic systems, brake power assist systems, and brake electrical systems. Students will also learn how to diagnose and repair anti-lock braking systems (ABS), traction control, and stability systems, including their associated electrical components. Hands-on training includes bleeding hydraulic systems, servicing master cylinders, and maintaining brake lines and valves. By the end of the course, students will be able to troubleshoot and service a wide range of braking systems effectively.
AD20-103: Introduction to Automotive Physical Science: Maintenance and Inspection Procedures
AT20-152Automotive Braking Systems3.5
Upon completing this course, students will have the skills to diagnose and service various brake system components in modern vehicles. The course covers front and rear wheel bearings, hydraulic systems, brake power assist systems, and brake electrical systems. Students will also learn how to diagnose and repair anti-lock braking systems (ABS), traction control, and stability systems, including their associated electrical components. Hands-on training includes bleeding hydraulic systems, servicing master cylinders, and maintaining brake lines and valves. By the end of the course, students will be able to troubleshoot and service a wide range of braking systems effectively.
Upon completing this course, students will receive in-depth training on diagnosing, servicing, and enhancing modern suspension and steering systems. Students will learn how to disassemble independent suspension systems, perform OEM alignments, and remove steering columns equipped with airbag systems. The course also covers diagnosing and servicing power steering assist systems, including electronically controlled systems and calibrating Advanced Driver Assistance Systems (ADAS).
Upon completing this course, students will receive in-depth training on diagnosing, servicing, and enhancing modern suspension and steering systems. Students will learn how to disassemble independent suspension systems, perform OEM alignments, and remove steering columns equipped with airbag systems. The course also covers diagnosing and servicing power steering assist systems, including electronically controlled systems and calibrating Advanced Driver Assistance Systems (ADAS).
AD20-103: Introduction to Automotive Physical Science: Maintenance and Inspection Procedures
AT20-155Automatic Transmissions3.5
In this course, students diagnose and service electronic automatic transmission and transaxle concerns related to electronic control systems faults and analyze external hydraulic system diagnosis using proper equipment. Students also analyze torque converter and clutch slip diagnosis to accurately distinguish between engine performance and transmission-related faults. In addition, students will also properly perform in-depth inspection and testing to identify root cause of internal failures on electronic automatic transmissions and transaxles.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-155Automatic Transmissions3.5
In this course, students diagnose and service electronic automatic transmission and transaxle concerns related to electronic control systems faults and analyze external hydraulic system diagnosis using proper equipment. Students also analyze torque converter and clutch slip diagnosis to accurately distinguish between engine performance and transmission-related faults. In addition, students will also properly perform in-depth inspection and testing to identify root cause of internal failures on electronic automatic transmissions and transaxles.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-202Automotive Drivability Systems and Service4
Upon completion of this course, students diagnose and service automobiles with driveability concerns related to malfunctions within computer-controlled fuel injection, forced induction, variable camshaft timing and lift, ignition, and emission control systems.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-202Automotive Drivability Systems and Service4
Upon completion of this course, students diagnose and service automobiles with driveability concerns related to malfunctions within computer-controlled fuel injection, forced induction, variable camshaft timing and lift, ignition, and emission control systems.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-203Engine Performance4
Upon completing this course, students will have the skills to diagnose and enhance engine performance while maintaining emissions compliance. Students will learn to use 5-gas testing and a dynamometer to verify emission standards and evaluate performance improvements. The course covers the effects of high-performance engine components compared to stock engines and the necessary modifications for turbocharging, including intercoolers, blow-off valves, and wastegates. Participants will also explore high-performance ignition systems, boost control, and powertrain management systems. The course concludes with hands-on training in basic PCM modifications to boost vehicle performance and support custom modifications.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-203Engine Performance4
Upon completing this course, students will have the skills to diagnose and enhance engine performance while maintaining emissions compliance. Students will learn to use 5-gas testing and a dynamometer to verify emission standards and evaluate performance improvements. The course covers the effects of high-performance engine components compared to stock engines and the necessary modifications for turbocharging, including intercoolers, blow-off valves, and wastegates. Participants will also explore high-performance ignition systems, boost control, and powertrain management systems. The course concludes with hands-on training in basic PCM modifications to boost vehicle performance and support custom modifications.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-204Advanced Technology/Hybrid & Service Advising4
In this course, students learn theory, diagnosis, and repair information necessary to safely and effectively service hybrid vehicles and alternative fuels systems and technology. Students learn the principles of service advising and how they fit into service operations. They learn written and verbal communication standards typical of a professional dealership environment in providing customer service, questioning techniques, efficient diagnosis of customer concerns, report completion, organization and co-worker/management interaction skills.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-204Advanced Technology/Hybrid & Service Advising4
In this course, students learn theory, diagnosis, and repair information necessary to safely and effectively service hybrid vehicles and alternative fuels systems and technology. Students learn the principles of service advising and how they fit into service operations. They learn written and verbal communication standards typical of a professional dealership environment in providing customer service, questioning techniques, efficient diagnosis of customer concerns, report completion, organization and co-worker/management interaction skills.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-206Battery Electric Vehicle Technology3.5
This course focuses on Battery Electrical Vehicle (BEV) operation with emphasis on critical safety standards, measures, and understanding of how-to diagnosis, repair, test, and remove components on high-voltage vehicles. Students will learn about different types of electric vehicles, electric vehicle safety, electrical and electronic systems, network operations and diagnosis, high-voltage components and operations, high-voltage battery service and BEV subsystems.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
AT20-206Battery Electric Vehicle Technology3.5
This course focuses on Battery Electrical Vehicle (BEV) operation with emphasis on critical safety standards, measures, and understanding of how-to diagnosis, repair, test, and remove components on high-voltage vehicles. Students will learn about different types of electric vehicles, electric vehicle safety, electrical and electronic systems, network operations and diagnosis, high-voltage components and operations, high-voltage battery service and BEV subsystems.
