Course Title
Engine Theory and Systems
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Key events in the design and development of the automobile are reviewed, including the construction and manufacturing process. Students are introduced to the basics of engine design, evaluation, diagnosis, disassembly, and cleaning. The theory and service of the upper and lower ends of the engine are studied in detail. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Electrical Theory and Diagnosis
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This module covers the basic principles and terms of automotive electrical systems as well as their diagnosis and service. Electrical components covered include batteries, charging systems, lighting, and electrical instrumentation. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Engine P performance and Ignition Systems
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Fundamentals of the major engine performance systems and components are introduced. Students learn how the information gathered from on board diagnostic systems, scan testers, and symptom charts will aid them in evaluating engine problems. Ignition system diagnosis and service are reviewed. This course also discusses the importance of active and passive passenger restraint systems. The identification and use of hand tools and key shop equipment is also reviewed. There are no prerequisites.
Fuel Systems and Emission Control
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The functions of fuel delivery, electronic fuel systems and fuel injection diagnosis and services are covered in this course. The importance of the proper operation of intake and exhaust systems is highlighted. In addition, emissions control systems diagnosis and service are also covered. Electric, hybrid and fuel cell vehicles and alternative fuels are examined. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Steering, Suspension and Passenger Comfort
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This course centers on the single point of contact between the road and the vehicle: tires, wheels and the associated steering and suspension systems. The student will understand how the suspension and tires need to react to existing driving conditions. Manual and power-assisted steering systems are examined. The procedures for conducting an accurate wheel alignment will emphasize the benefits of proper service techniques. Diagnosis and servicing of automotive heating and air conditioning systems are also reviewed. Diagnostic equipment and tools used with these systems are discussed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Students are introduced to the basic scientific theories and mathematical calculations underlying automotive function, design, and operation. Braking systems, including hydraulic, drum, disc, and antilock assemblies are detailed. Inspection, servicing, and preventive maintenance are emphasized. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
The major components of manual transmission systems are explored in this course. Students will understand the functions of the clutch, flywheel, transaxle, differential, and CV joints. Transmission and transaxle design and basic gear theory are investigated. Diagnosis and service of clutch and manual transmission problems are covered including disassembly, repair, and reassembly. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Automatic Transmissions
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The components and operation of automatic transmissions and transaxles is the focus of this course. Torque converters, planetary gear controls, linkages, transfer cases, and sensors are among the components that will be discussed. Electronic automatic transmissions are reviewed. The student will be introduced to transmission/transaxle design and function for hybrid vehicles. The components of four- and all- wheel drive systems, and their advantages, are investigated. Diagnosis, disassembly, and reassembly of systems are highlighted as well. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
Preventative Maintenance and Hybrid Technology
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Proper preventative maintenance and basic service procedures and detailed in this course. Hybrid vehicles are reviewed, including the evolution of hybrid technology, as well as diagnostic and safety procedures. Also highlighted is the role of the automotive technician within the service facility including professional communication techniques, managing workflow, and working as part of a service team. Diagnostic equipment and tools used with these systems are reviewed, as are the essentials of shop safety and accident prevention procedures necessary when servicing these systems. There are no prerequisites.
