Untitled document
Upon completion of this course, the student will be able to:
1. Apply mathematical calculations to theory and repairs of brake,
steering and suspension systems.
2. Relate applicable physics theories to the operation of brake, steering,
and suspension systems.
3. Interpret an MSDS (material safety data sheet).
4. Diagnose problems and perform service, and inspections to disc and drum
brake fluid systems, brake system components, and master cylinders.
5. Describe the function of control valves used in automotive brake
systems and explain brake electrical circuits and devices.
6. Perform valve service and electrical diagnosis and repair.
7. Discuss theory of and methods and equipment for increasing the driver's
braking force.
8. Describe parking brake operation and perform system diagnosis,
service, and repair.
9. Discuss the principles involved in a feasible antilock brake system,
and perform general service procedures for individual components and the
system.
10. Discuss the importance of bearings in reducing friction, providing
quiet operation, and maintaining proper component position.
11. Diagnose bearing defects and wheel bearing problems and repack,
reassemble, adjust, and replace bearings on a vehicle.
12. Discuss the importance of tire design quality as it relates to tire
motion forces.
13. Diagnose tire problems and inspect, repair, and remount tires.
14. Perform wheel balance procedures.
15. Discuss the design and operation of shock absorbers and struts.
16. Inspect, diagnose, and service shock absorbers and struts.
17. Differentiate among types of front suspension systems and among types
of rear suspension systems, discuss their purposes, and describe the
suspension system characteristics required on different vehicles.
18. Diagnose problems and service a variety of front and rear suspension
systems.
19. Describe the most common types of computer-controlled suspension
systems and their operations, and perform service procedures.
20. Discuss the construction and operation of steering columns and linkage
systems, and conduct diagnostic and replacement procedures.
21. Explain power steering pump design and operation and power steering
pump belt construction and replacement.
22. Perform power steering system diagnosis and repair, including power
steering pump overhaul and system pressure checks.
23. Explain the operation of manual and power recirculating ball steering
gears and perform service procedures.
24. Describe the operation and service of a rack and pinion type steering
gear, and perform adjustments and other services, including disassembly
and reassembly of the units.
25. Describe the operation of and perform service on four-wheel steering
systems.
26. Discuss frame design and perform service procedures.
27. Diagnose wheel alignment and vehicle tracking problems, and utilize
typical computer alignment systems to perform tire alignment.
28. Maintain a safe work environment in an auto shop.
29. Correctly identify and safely operate tools and equipment.
30. Explain the basic standards for respiratory safety around asbestos and
the requirements for disposal of hazardous asbestos waste.
31. Demonstrate eligibility to enter the automotive trade as an apprentice
level technician specializing in brakes, steering and suspension systems.
Untitled document
Representative assignments:
1. Reading: 20 - 50 pages per week.
2. In the laboratory, students will be evaluated on their ability to
follow industry approved diagnostic and repair procedures in a reasonable
amount of time based on flat rate timetables.
3. In the laboratory, students will complete work orders, diagnostic
sheets, parts orders, and time sheets in a neat and readable manner.
4. In the laboratory, students will dissemble, inspect and reassemble
parts and systems (skill demonstrations and performance exam).
5. Compile a notebook of all lab materials, class assignments and class
notes.
6. Write A 2-3 page paper relating theory and design to the
troubleshooting and repair of brakes, steering, and suspension systems.
7. Four tests, including final exam.
Untitled document
Knowles, Don. Today's Technician: Automotive Suspension & Steering
Systems. Delmar, 2002.
Today's Technician: Automotive Brake Systems. Owen, Clifton. Delmar
Thompson Learning, 2003.
Instructor prepared materials.