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Course Criteria
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3.00 Credits
This third in a series of three courses covers advanced concepts in the diagnosis and repair of ignition, fuel, emission, and computer systems. Advanced coverage of manufacturer specific computer engine control and fuel injection systems will be stressed. Federal and state emission requirements will be covered with a focus on 5-gas exhaust analysis. Alternative fuel technology will also be covered.
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4.00 Credits
This applied service course is designed to enhance a student¿s hands-on skills to diagnose and repair vehicle concerns across a variety of areas. Emphasis will be placed on Braking Systems, Steering and Suspension Systems, Climate Control Systems, and Automatic Transmissions.
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3.00 Credits
This advanced course is designed to develop a student¿s ability to diagnose and repair complex driveability concerns. Emphasis will be placed on learning and following systematic diagnostic procedures. Students will utilize the advanced capabilities of diagnostic equipment provided.
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3.00 Credits
This course covers all forms of suspension systems used on automotive race vehicles. Students should have a basic knowledge of alignment angles and procedures and be familiar with suspension components. The effects of suspension geometry and chassis setup will be stressed. The course will cover many types of racing suspension systems including drag racing, sprint car, modified and late model race cars.
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3.00 Credits
This last in a series of three courses presents advanced theory and diagnosis of automotive electronic systems. It examines all major vehicle computer systems with an emphasis on the diagnosis, testing, and repair of these systems and advanced circuits. This course uses lab scopes, scan tools, and graphing multimeters. This is the capstone course for automotive technology.
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3.00 Credits
This course introduces the fundamentals of motor sports fabrication and the required tools and equipment. Students will learn to cut, weld and form metal for use in race car fabrication. Sheet metals brakes, bead rollers, tube benders, tubing notchers and a variety of welding processes will be covered. Students will demonstrate knowledge through project/task completion.
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3.00 Credits
This course builds on the fundamentals learned in AMS 250 Motors Sports Fabrication I. Students will learn to basic machining process using mills, metal lathes and CNC processes. English wheels, planishing hammers, sheet metals brakes, bead rollers, tube benders, tubing notchers and a variety of welding processes will be utilized. Students will demonstrate knowledge through project/task completion.
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3.00 Credits
Facility and personnel requirements for efficiently run parts and service departments. Emphasis is on principles, practices and procedures necessary to effectively operate the departments. Includes: manufacturer catalogs and component numbering systems, methods of scheduling time and techniques for obtaining maximum work efficiency from technicians and specialists
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3.00 Credits
This course covers the fundamentals, construction, components and design of high performance engines/systems for various racing venues. The course will also cover related systems; cooling, lubrication, suspension and braking. Students will study the theory, design and requirements of high performance engines/systems and then design there own modified engine which they will run and evaluate using the computer dyno simulation program. Emphasis in this course is placed on bolt on performance modifications/power adders.
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3.00 Credits
This course covers the assembly/blueprinting of a competition engine. The course will focus on the basics of block and component preparation and clearancing, cylinder head porting, intake port matching and component balancing. Students will measure all critical clearances during assembly including but not limited to: deck heights, piston to valve clearances, chamber volumes, bearing clearances, piston to wall clearances, rod side clearances.
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