AMF101 Automotive Service Theory - Ford ASSET

Credits 2Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Automotive Technology - Ford ASSET program. Concurrent registration in AMF102 is required.

This is an introductory course where students study basic shop practices and basic vehicle services and systems. Shop practice topics include shop safety, service manuals usage, precision measurement, shop tools and equipment. Basic vehicle services include oil changes, fluid inspections, vehicle inspections, tire and wheel information, TPMS systems and safety inspection.

Additional Course Fee: $35.00

View Course Outcomes:

1. AUTOMOBILE SYSTEMS: A. Explore major automotive systems including the purpose and function of each system B. Identify and describe primary parts within major automotive systems
2. BASIC VEHICLE SERVICE and NEW CAR PRE-DELIVERY: A. Explain the information that can be determined from the vehicle identification number B. Explain the steps involved in a new car pre-delivery inspection C. Explain the procedure required for a vehicle oil change D. Explain the importance and procedure of a vehicle safety inspection E. Explain the vehicle fluid inspection process and importance
3. FASTENERS: A. Explain how to identify different types of fasteners B. Determine at least one method of thread repair
4. INFORMATION RESOURCES: A. Explain how to find vehicle specifications from printed service manuals B. Explain how to find vehicle specification from online and computer based service information C. Demonstrate how to access and complete web base training modules
5. LUBE, OIL AND FILTER: A. Explain the function and components of the engine's lubrication system B. Explain the function and components of the engine's cooling system
6. MPI/MVS/UVI A. Explain the multi-point inspection process and sheets B. Explain the used vehicle inspection process and check sheets C. Explain the minor vehicle service process and check sheets
7. SAFETY A. Explain when safety glasses are to be worn B. Demonstrate safety with cleaning solvents C. Explain hand tool safety D. Explain power tool safety E. Locate shop safety equipment and evacuation information F. Explain safe handling of hazardous materials found in the automotive labs G. Explain hazards found in the automotive shop H. Navigate the SP2 Safety training program
8. TIRES, WHEELS, PRESSURE MONITORING: A. Explain the processes used to dismount, inspect and remount tires B. Identify the function of the tire pressure monitoring system C. Identify wear tire condition and identify wear patterns
9. TOOL USAGE A. Demonstrate scantool usage B. Explain precision measuring usage and care

AMF102 Automotive Service Lab - Ford ASSET

Credit 1Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Automotive Technology - Ford ASSET program. Concurrent registration in AMF101 is required.

This is an introductory course where students perform fundamental shop practices and fundamental vehicle services. Shop practice topics include shop safety, service manuals usage, online training procedures, techniques of precision measurement, shop tools and equipment, and fasteners. Basic vehicle services include oil changes, fluid inspections, vehicle inspections, tire and wheel information, safety inspection, multi-point inspection and new car delivery inspection.

Additional Course Fee: $35.00

View Course Outcomes:

1. AUTOMOBILE SYSTEMS: A. Demonstrate knowledge of major automotive systems including the purpose and function of each system B. Locate primary parts within major automotive systems
2. BASIC VEHICLE SERVICE and NEW CAR PRE-DELIVERY: A. Locate and decode the vehicle identification number B. Demonstrate a new car pre-delivery inspection C. Demonstrate the procedure required for a vehicle oil change D. Demonstrate performing a vehicle safety inspection E. Demonstrate performing a vehicle fluid inspection
3. FASTENERS: A. Identify different types of fasteners B. Demonstrate at least one method of thread repair
4. INFORMATION RESOURCES: A. Demonstrate finding specification from printed service manuals B. Demonstrate finding specification from online and computer based service information C. Demonstrate how to access and complete web base training modules
5. LUBE, OIL AND FILTER: A. Demonstrate knowledge of the function and components of the engine's lubrication system B. Demonstrate knowledge of the function and components of the engine's cooling system
6. MPI/MVS/UVI A. Demonstrate the multi-point inspection process and sheets B. Demonstrate the used vehicle inspection process and check sheets C. Demonstrate the minor vehicle service process and check sheets
7. SAFETY A. Use safety glasses as required B. Demonstrate safety with cleaning solvents C. Demonstrate hand tool safety D. Demonstrate power tool safety E. Locate shop safety equipment and evacuation information F. Demonstrate safe handling of hazardous materials found in the automotive labs G. Demonstrate hazardous chemical shop practices H. Certify in SP2 Safety training program
8. TIRES, WHEELS, PRESSURE MONITORING: A. Dismount, inspect and remount tires B. Identify the tire pressure monitoring system C. Determine tire condition and identify wear patterns D. Repair tire using internal patch. E. Demonstrate knowledge of steps required to remove and replace sensors in a tire pressure monitoring system.
9. TOOL USAGE A. Demonstrate scantool usage B. Demonstrate precision measuring usage and care

AMF110 Internal Combustion Engine Theory - Ford ASSET

Credits 3Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF111 or instructor consent is required.

In this course students study the complete analysis of construction, working principles and proper service procedures for modern internal combustion engines. In addition, instruction is given in engine measurements, cooling systems, lubrication systems and fault diagnosis.

Additional Course Fee: $5.00

View Course Outcomes:

1. Compute engine performance and design data as listed below: Piston displacement Compression ratio U.S. to metric conversion Torque and horsepower
2. Describe the light repair procedures on diesel and gas engines
3. Explain basic diesel engine operation and function
4. Explain basic internal combustion engine operation and function
5. Explain basic purpose, construction, and function of various engine components contained within the block and head assemblies
6. such as valves, springs, camshaft, crankshaft, pistons, connecting rods and rings.
7. Explain the purpose, construction and function of the engine cooling system
8. Explain the purpose, construction and function of the engine lubrication system

AMF111 Internal Combustion Engine Lab - Ford ASSET

Credits 2Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF110 is required.

In this course students explore the proper disassembly, cleaning, evaluation and re-assembly of an internal combustion engine. This includes cylinder heads, cylinder blocks, crankshafts and camshafts. Students use various precision measuring instruments to evaluate condition and clearances, and validate specification on assigned engine assemblies.

Additional Course Fee: $35.00

View Course Outcomes:

1. Cylinder Head and Valve Train Diagnosis and Repair: A. inspect hydraulic or mechanical lifters
2. determine necessary actionB. inspect camshaft drives (including gear wear and backlash, sprocket and chain wear)
3. determine necessary actionC. inspect and replace timing belts (chains), overhead camdrive sprockets, and tensioners
4. check belt/chain tension
5. adjust as necessary
6. Demonstrate nut and bolt torquing methods
7. ENGINE REPAIRGeneral Engine Diagnosis:A. Identify and interpret engine concerns including loss of power and noise issuesB. Research applicable vehicle and service information, such as internal engine operation, vehicle service history, service precautions, and technical service bulletins
8. Flush the cooling system,add necessary chemicals as needed
9. General Engine Diagnosis (continued)C. Locate and interpret vehicle and major component identification numbers (VlN, vehicle certification labels, and calibration decals)D. inspect engine assembly for fuel, oil, coolant, and other leaks
10. determine necessary actionE. Diagnose engine noises and vibrations
11. determine necessary action
12. General Engine Diagnosis (continued)F. Diagnose the cause of excessive oil consumption, unusual engine exhaust color, odor, and sound
13. determine necessary action
14. Inspect all belts and hoses, determine necessary actions, replace as needed
15. Inspect all fluids, determine necessary actions, replace as needed
16. Inspect and measure oil pump and determine necessary action
17. Inspect lubrication system for leaks, measure pressures and determine necessary action
18. Inspect, test, and replace oil temperature and pressure switches and sensors

AMF116 Fundamental Brakes and Suspension Theory - Ford ASSET

Credits 2Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Automotive Technology - Ford ASSET program. Concurrent enrollment in AMF117 is required.

This course is the study of the basic theory and operation of automotive brakes, steering and suspension systems components. Students study base brake drum and caliper service and repair procedures, basic wheel alignment procedures and tire and wheel balancing. Emphasis is on system component function, identification and repair processes.

Additional Course Fee: $5.00

View Course Outcomes:

1. Describe disc brake system function, safety concerns, inspection and service procedures
2. Describe drum brake system function, safety concerns, inspection and service procedures
3. Describe the basic components of a suspension system
4. Describe the basic components of the brake system
5. Explain the basic alignment angles that determine vehicle tire wear and directional control
6. Explain the basic operation of the brake system
7. Explain the basic operation of the suspension system
8. Explain the theory and process of basic brake service including
9. pad replacement, fluid service and rotor machining
10. Explain the theory and process of basic suspension service including
11. wheel balance, lubrication, tire and wheel replacement and setting toe
12. Identify the components of the basic suspension system

AMF117 Fundamental Brakes and Suspension Lab - Ford ASSET

Credits 2Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Automotive Technology - Ford ASSET program or instructor consent. Concurrent enrollment in AMF116 is required.

Students perform basic inspections, removal, replacement and repair of automotive braking, steering and suspension system components. Emphasis is on suspension and steering system inspections, tire and wheel service, basic wheel alignment, and disc and drum brake system service.

Additional Course Fee: $35.00

View Course Outcomes:

1. Bleed and/or flush brake system
2. Check master cylinder for internal/external leaks and proper operation
3. Check parking brake operation and parking brake indicator light system operation and determine necessary action
4. Clean and inspect caliper mounting and slides/pins for proper operation, wear and damage
5. Clean and inspect rotor, measure rotor thickness, thickness variation and lateral runout
6. Demonstrate knowledge of steps required to remove and replace sensors in a tire pressure monitoring system
7. Dismount, inspect and remount tire on wheel, balance wheel and tire assembly
8. Inspect brake lines, flexible hoses and fittings for leaks, dents, kinks, rust, cracks, bulging and wear, check for loose fittings and supports
9. Inspect for power steering fluid leakage
10. Inspect rack and pinion steering gear inner tie rod ends (sockets) and bellows boots
11. Inspect rear suspension system leaf spring(s), bushings, center pins/bolts and mounts
12. Inspect tire condition, identify tire wear patterns, check for correct size and application and adjust air pressure
13. Install wheels and torque lug nuts
14. Lubricate and reinstall caliper, pads and related hardware, seat pads and inspect for leaks
15. Measure brake pedal height, travel and free play
16. Measure wheel, tire, axle flange and hub runout
17. Perform a alignment check for proper camber, caster and toe settings
18. Perform fundamental brake system labs to meet NATEF and environmental standards
19. Perform fundamental steering and suspension labs to meet NATEF and environmental standards
20. Perform fundamental steering, suspension and brakes labs to meet NATEF safety standards
21. Perform pre-alignment inspection and measure vehicle ride height
22. Remove and clean caliper assembly
23. inspect for leaks and damage/wear to caliper housing
24. Remove, clean, and inspect brake shoes, springs, pins, clips, levers, adjusters/self-adjusters, other related brake hardware and backing support plates, lubricate and reassemble
25. Remove, clean, inspect and measure brake drum diameter, determine necessary action
26. Remove, inspect, replace and adjust power steering pump drive belt
27. Rotate tires according to manufacturer’s recommendations
28. Select, handle, store and fill brake fluids to proper level

AMF118 Electrical Systems Theory - Ford ASSET

Credits 3Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF119 is required.

In this course students study the basic principles of electricity such as voltage, amperage, resistance, series/parallel circuits, Ohms Law, induction and measuring techniques. In addition, the theories and components commonly found in automotive battery, charging, starting, lighting and accessory systems, along with an introduction to computer-controlled electrical systems and components, are covered.

Additional Course Fee: $5.00

View Course Outcomes:

1. ACCESSORIES SYSTEMSa. explain the function and purpose of each component within various accessory systemsb. explain methods and procedures used in the diagnosis and repair accessory systems
2. BATTERY SYSTEMSa. explain the function and purpose of batteriesb. identify the different types of batteriesc. list and define the nomenclature of batteriesd. describe the construction and operation of batteriese. explain methods and procedures used in the diagnosis and testing of batteries
3. CHARGING SYSTEMSa. explain the function and purpose of the charging systemsb. identify the different types of charging system regulationc. list the nomenclature of the charging systemd. describe the operation of all charging system componentse. explain methods and procedures used in the diagnosis and repair of charging systems
4. CRANKING MOTORSa. explain the function and purpose of cranking a motorb. list and define the nomenclature of cranking motorsc. describe the construction and operation of cranking motord. explain methods and procedures used in the diagnosis and repair of cranking motors
5. ELECTRICAL CIRCUITSa. Use Ohms Law to demonstrate the relationship between voltage, current and resistance in various types ofcircuitsb. Use Ohms Law to calculate the value of voltage, current, resistance, voltage drop and powerc. explain the definition of different electrical circuits, components and problemd. explain diagnosis and repair of each circuit
6. Ford STST Training a. explain Ford STST certification training.
7. LIGHTING SYSTEMSa. explain the function and purpose of each component within the lightning systemsb. explain methods and procedures used in the diagnosis and repair of lighting systems
8. Snap -On Traininga. Explain & conduct snap- on, online certification training.
9. TESTING AND DIAGNOSISa. explain the purpose, application and use of various electrical test equipmentb. explain how to correctly diagnose electrical circuits using test equipment
10. WIRE AND WIRINGa. explain the different types and sizes of wire used on automobilesb. use a wiring diagram to troubleshoot and diagnosis electrical problemsc. use a wiring diagram to explain how various electrical circuits function with the automobiled. demonstrate the process of soldering wiring connections

AMF119 Electrical Systems Lab - Ford ASSET

Credits 2Summer - even years/Fall - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF118 is required.

This course is the study of basic electrical system operation, testing and diagnosis. Students use various pieces of electrical testing equipment to measure and interpret voltage, resistance and amperage measurements on series, parallel and series/parallel circuits. In addition, students test, service and diagnose battery, charging, starting, lighting and accessory systems of the automobile. An introduction to computer-controlled electrical systems and components is also covered.

Additional Course Fee: $35.00

View Course Outcomes:

1. Measure key-off battery drain (parasitic draw)
2. Measure voltage, amperage and resistance on parallel circuits
3. Measure voltage, amperage and resistance on series circuits
4. Measure voltage, amperage and resistance on series/parallel circuits
5. Perform battery inspection, hold down and connection tests
6. Perform a slow/fast battery recharging process
7. Perform All STST required lab activities
8. Perform basic IDS diagnostic procedures
9. Perform basic micron 490 diagnostic procedures
10. Perform battery state of charge and capacity tests
11. Perform charging system regulator and charging indicator test
12. Perform charging system voltage drop tests
13. Perform generator output tests
14. Perform safe Jump-start procedures
15. Perform snap-on DVOM meter training
16. Perform starter current draw test
17. Perform starting system relay, solenoid and switch test.
18. Perform starting system voltage drop test
19. Troubleshoot basic series/parallel circuit faults

AMF132 Automotive Electronics Theory - Ford ASSET

Credits 3Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF133 or instructor consent is required.

In this course students explore electrical and electronic circuit theory, operation and diagnostics. The application of electrical components in complex circuits, with the corresponding methods of diagnosis and repair, is covered. This course includes instruction on the basics of semiconductors such as diodes, LEDs and transistors. Emphasis is on learning to use diagnostic tools such as DMMs, scantools and oscilloscopes.

Additional Course Fee: $5.00

View Course Outcomes:

1. Determine whether a circuit is of a series or parallel construction and be able to explain the differences when applied to automotive circuits
2. Explain Ford STST certification process.
3. Explain how the principles of magnetism, induction, resistance and watts are used in various automotive circuits
4. Explain proper automotive electrical diagnostic procedures as applied to basic electrical and electronic circuits
5. Explain Snap-on certification process.
6. Explain the basic principles of semiconductor devices such as diodes, LED's, Zeners, and transistors
7. Explain the fundamental principles and automotive applications for EMl, frequency, duty cycle, Hertz and waveform types
8. Explain the purpose, function and operation of airbag systems
9. Explain when and how to use voltage potential, voltage drop, amperage and resistance in diagnosing electrical vehicle problem
10. ldentify and explain circuit faults such as opens, shorts, and improper resistances
11. ldentify and explain the purpose, function and operation of meters, scopes and scan tools
12. Use Ohm's Law to calculate the values of voltage, current, resistance and power in series/parallel circuits
13. Use Ohm's Law to demonstrate the relationship between voltage, current and resistance in series/parallel circuits

AMF133 Automotive Electronics Lab - Ford ASSET

Credit 1Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF132 or instructor consent is required.

In this course students explore and perform service, repair and diagnostic procedures on modern electrical, electronic and computer control systems as found on late model automobiles. Emphasis is on learning to use digital multimeters, scantools, oscilloscopes and other electrical diagnostic equipment.

Additional Course Fee: $35.00

View Course Outcomes:

1. Demonstrate proper DVOM per Snap-on certification training
2. Demonstrate proper electrical & electronics post test diagnostic lab activities per Ford STST standards
3. Demonstrate the proper testing and diagnosis methods of vehicle electrical and electronic systems using handheld meters DMM
4. Demonstrate the proper testing and diagnosis methods of vehicle systems using oscilloscopes
5. Demonstrate the proper testing and diagnosis methods of vehicle systems using ScanTools
6. Demonstrate the proper testing and diagnosis methods of vehicle systems using various electrical testing equipment
7. Demonstrate the proper testing and diagnosis of vehicle air bag systems
8. Demonstrate the proper testing and diagnosis of vehicle electrical accessory circuits, such as lighting, window defroster, power windows, door lock and instrument cluster systems
9. Demonstrate the proper testing and diagnosis of vehicle starting/charging circuits
10. Demonstrate the proper use of an oscilloscope. Students will retrieve patterns and interpret scope patterns from various automotive components

AMF134 Ford Electric/Hybrid Vehicle Theory

Credit 1Winter - even years/Spring - odd years

Registration Requirement: Concurrent enrollment in AMF135 is required.

In this course students study the basic theory principles of Ford hybrid vehicle operation. Students learn safety fundamentals, voltage, amperage and testing fundamental as related to hybrid vehicles.

Additional Course Fee: $5.00

View Course Outcomes:

1. Describe Ford and Lincoln-Mercury Hybrid Vehicle Components and Operation
2. Describe unique hybrid vehicle safety procedures
3. Examine the cost of purchasing a hybrid vehicle
4. Explain how hybrids are good for the environment
5. Explain how hybrids vehicles increase energy efficiency
6. Explain hybrid vehicle performance concerns
7. Explain hybrid vehicle service procedures
8. Explain tests to verify hybrid vehicle concerns and identify causes of these concerns
9. Explain the government incentives of ownership of hybrid vehicles
10. Explain the tests on various hybrid vehicle components

AMF135 Ford Electric/Hybrid Vehicle Lab

Credit 1Winter - even years/Spring - odd years

Registration Requirement: Concurrent enrollment in AMF134 is required.

In this course students conduct hands-on lab activities in regard to principles of Ford hybrid vehicle operation. Lab activities enhance students' safety fundamentals while diagnosing hybrid vehicles. Students conduct various diagnostic tests on Ford hybrid vehicles.

Additional Course Fee: $35.00

View Course Outcomes:

1. Describe Ford and Lincoln-Mercury Hybrid Vehicle Components and Operation
2. Describe unique hybrid vehicle safety procedures
3. Diagnose hybrid vehicle performance concerns
4. Perform hybrid safety procedures
5. Perform hybrid vehicle service procedures
6. Perform tests to verify hybrid vehicle concerns and identify causes of these concerns
7. Perform visual inspections and selected tests on various hybrid vehicle components

AMF136 Advanced Brake Systems Theory - Ford ASSET

Credits 3Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF137 or instructor consent is required.

In this course students study the theory and operation of the service, repair and diagnostic procedures applicable to disc and drum base braking and anti-lock braking systems used on modern automobiles.

Additional Course Fee: $5.00

View Course Outcomes:

1. ADVANCE TRAC SYSTEMa. Identify the various types of advance trac systemsb. Explain how the hydraulic assembly functions in an advance trac systemc. Explain how the computer interacts with the advance trac systemd. Explain the function and purpose of the sensors and outputs of advance trac systeme. Explain how to diagnose and service the advance trac system
2. ANTI-LOCK BRAKE SYSTEMSa. Identify the various types of ABS braking systemsb. Explain how the hydraulic assembly functions during both base brake and ABS braking stopsc. Explain how the computer interacts with the hydraulic brake systemsd. Explain the function and purpose of the ABS sensors and outputse. Explain how to diagnose and service the ABS system
3. BASE BRAKE SYSTEMS (Continued)d. Explain and identify the components, function, operation service and diagnosis of the disc brake systemse. Explain and identify the components, function, operation, service and diagnosis of brake hydraulic systemsf. Explain and identify the component function, operation, service and diagnosis of master cylinders
4. BASE BRAKE SYSTEMS (Continued)g. Explain the function of and identify the different types of brake fluidsh. Explain the function of and identify the different types of brake drums and rotorsi. Explain and identify the components, function, operation, service and diagnosis of power brake assembliesj. Explain and identity the components, function, operation, service and diagnosis of wheel bearings
5. BASE BRAKE SYSTEMSa. Explain and identifies legal and health issues related to the brake systemb. Explain the fundamentals of hydraulics, friction, and energy that relates to the automobile brake systemc. Explain and identify the components, function, operation, service and diagnosis of drum brake systemse. Explain the safety precautions when working with brake systems
6. TRACTION CONTROL SYSTEMSa. Identify the various types of traction control braking systemsb. Explain how the hydraulic assembly functions of traction control systemsc. Explain how the computer interacts with the traction control systemsd. Explain the function and purpose of the sensors and outputs of traction control systemse. Explain how to diagnose and service the traction control systems

AMF137 Advanced Brake Systems Lab - Ford ASSET

Credit 1Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF136 or instructor consent is required.

In this course students remove, replace, diagnose, service and repair disc and drum base brake and anti-lock braking systems on late-model automobiles.

Additional Course Fee: $35.00

View Course Outcomes:

1. "Access an anti-lock brake system's codes by interfacing with the control module
2. Adjust brake shoes and reinstall brake drums and/or hub assemblies
3. Adjust parking brake assembly
4. Bleed and/or flush hydraulic system, re: select, handle, and install brake fluids
5. Check master cylinder for internal and external leaks and proper operation
6. determine needed repairs
7. Check parking brake system, which includes the inspection of cable and parts for wear, rusting, binding and corrosion
8. clean or replace parts as necessary
9. lubricate assembly and test brake indicator light, switch, wiring
10. Check vacuum supply to vacuum-type power booster with vacuum gauge
11. Clean, inspect, measure and record rotor thickness, run out, parallelism
12. machine rotor on brake lathe
13. remove and repair rotor
14. Demonstrate the use of disc and drum off car resurfacing
15. on-car disc resurfacing
16. and measuring tools such as drum mics, micrometers, dial indicators, and brake system specialty tools
17. Determine correct type of brake shoes
18. Diagnose advance trac system brake problem where a code was set and turned the warning light on
19. Diagnose anti-lock brake problem where a code was set and turned the warning light on
20. Diagnose brake dragging caused by problems in the drum brake wheel assembly
21. determine needed repairs
22. Diagnose brake dragging caused by problems with a standard master cylinder
23. Diagnose brake grabbing caused by problems in the disc brake system
24. Diagnose brake light staying on or not coming on caused by problems with the pressure switch
25. Diagnose brake noise caused by problems in the disc brake system
26. Diagnose brake shimmy caused by problems in the disc brake system
27. Diagnose brake system failure caused by the brake fluid
28. Diagnose hard braking caused by power booster problems
29. Diagnose noise, grabbing, and peddle pulsation caused by the drum brake assembly
30. Diagnose pedal pulsation caused by problems in the disc brake system
31. Diagnose poor stopping caused by problem in the brake lines or hoses
32. Diagnose poor stopping caused by problems in the disc brake system
33. Diagnose poor stopping caused by problems in the drum brake wheel assembly
34. determine needed repairs
35. Diagnose poor stopping caused by problems with a standard master cylinder determine needed repairs
36. Diagnose poor stopping caused by the brake fluid, determine needed repairs
37. Diagnose poor stopping, dragging high/low pedal, or hard pedal caused by problems in a step bore master cylinder and internal valves (e.g. volume control devices, quick take-up valve, fast-fìll valve, pressure regulating valve)
38. determine needed repairs
39. Diagnose poor stopping, pulling and dragging caused by problems with the metering value
40. Diagnose poor stopping, pulling and dragging caused by problems with the proportioning valve
41. Diagnose pulling caused by problems in the drum brake wheel assembly
42. determine needed repairs
43. Diagnose traction control system brake problem where a code was set and turned the warning light on
44. Diagnose vehicle pulling caused by problems in the disc brake system
45. Diagnose vehicle pulling or brakes dragging caused by problem in the brake lines or hoses
46. Diagnose wheel bearing noise
47. Disassemble, inspect, review operations of, and reassemble a power booster assembly
48. lnspect integral anti-lock brake systems for correct operation
49. lnspect non-integral type anti-lock brake systems for correct operation
50. lnspect steel and flexible brake lines and fittings for leak, dents, kinks, rust, cracks, or wear
51. tighten lose fittings and supports
52. lnspect the vacuum-type power booster unit for vacuum leaks
53. inspect the check value for proper operation
54. repair or replace parts as necessary
55. lnspect, test and replace brake warning light system switch and wiring
56. lnspect, test and replace metering valve or combination valve
57. lnspect, test and replace pressure differential switch
58. lnspect, test and replace proportioning valve
59. lnspect, test, replace and adjust load or height sensing-type proportioning valves
60. Lubricate shoes supports on backing plate, adjusters, mechanisms
61. Measure and adjust pedal pushrod length
62. Overhaul master cylinder and identify all components
63. Perform brake caliper overhaul by removing, repairing and inspecting for leaks and damage to housing
64. disassembling and inspecting for wear, rust, scoring, pits, and replacing all seals, boots and any worn or damaged parts
65. bleed system of all air
66. Perform pad and related hardware replacement, which would include: remove fluid and push piston back into bore
67. refill with fluid
68. determine correct pad application
69. clean and inspect pads and retaining hardware
70. determine needed repairs, adjustments and/or replacements
71. clean and inspect caliper mountings and slides for wear and damage
72. reinstall wheel, torque lug nuts and pump pedal to seat pads
73. Reinstall wheel, torque lug nuts, make final check and adjustments
74. Remove & replace wheel bearing races
75. Remove and repair wheel cylinder by disassembling and cleaning
76. inspecting parts for wear, rust, scoring and damage
77. hone cylinder, replace all cups, boots and any damaged or worn parts
78. Remove, clean, inspect and measure brake drum, mount on brake lathe and machine
79. Remove, clean, inspect, repack or replace and pack wheel bearings, replace seals and adjust wheel bearings
80. Remove, replace and bench bleed cylinder, including checking and adjusting fluid levels
81. Replace and repair a power booster assembly
82. Replace and repair an anti-lock system wheel sensor
83. Replace brake lines (double flare or ISO types), hoses, fittings, and supports
84. ""Test drive and """"seat"""" in the shoes""
85. Test pedal free travel with and without engine running to check power booster operation
86. "

AMF152 Automatic Transmission Theory - Ford ASSET

Credits 3Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF153 or instructor consent is required.

In this course students study the principles and theory of hydraulically and electrically operated transmissions, transaxles and torque converters. Emphasis is on determining how each component functions and works together within the assembly. The details of electronic controls and the hydraulic to electronic interaction are discussed.

Additional Course Fee: $5.00

View Course Outcomes:

1. Explain how electronic transmission/transaxles function and operate, and identify the function of each input and output
2. Explain how transmissions power flow, clutch and band applications, and hydraulic interaction can be used in the diagnosis and troubleshoot of transmissions problems
3. Explain the use of advanced electronic shifting strategies used in Ford vehicles
4. Explain the use of the symptom to system to component to cause (SSCC), when diagnosing an automatic transmission concern
5. ldentify and explain accumulators component and function
6. ldentify and explain band components and function
7. ldentify and explain bushings, thrust washer and bearings as used in automatic transmissions
8. ldentify and explain how gear ratios are calculated and used
9. ldentify and explain how hydraulic pumps, differing system pressures, and pressure regulation function
10. ldentify and explain how planetary gears and compound planetary gears function
11. ldentify and explain hydraulic principles as applied to automatic transmissions
12. ldentify and explain hydraulic systems as they relate to vehicle shifting
13. ldentify and explain multiple disc clutch components and function
14. ldentify and explain one-way clutch components and function
15. ldentify and explain pressure interaction at valves
16. ldentify and explain servo components and function
17. ldentify and explain torque, speed and power flow through the gear train
18. ldentify and explain types of gaskets and seals used in automatic transmissions
19. ldentify and explain types of valves, pumps, and orifices
20. ldentify and explain types, requirements, and function of automatic transmission fluids
21. ldentify and explain various gear types

AMF153 Automatic Transmission Lab - Ford ASSET

Credits 3Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF152 or instructor consent is required.

In this course students explore the function, operation, overhaul, repair, test procedures and diagnostic process of automatic transmission and transaxles commonly used in modern automobiles. Emphasis is on completely disassembling, inspecting and reassembling all components including gears, pumps, hydraulic control valves and differentials. Students perform various tests and diagnostic procedures on automatic transmission equipped vehicles.

Additional Course Fee: $35.00

View Course Outcomes:

1. a. ldentify and interpret transmission/transaxle concern
2. assure proper engine operation
3. determine necessary action.b. Research applicable vehicle and service information, such as transmission/transaxle system operation, vehicleservice history, service precautions and technical service bulletins.c. Locate and interpret vehicle and major component identification numbers (VlN, vehicle certification labels, andcalibration decals).
4. a. lnspect extension housing, bushings and seals
5. perform necessary action.b. lnspect, leak test, flush, and replace cooler, lines, and fittings.c. lnspect and replace speedometer drive gear, driven gear, vehicle speed sensor (VSS), and retainers.d. Diagnose electronic transmission control systems using a scan tool
6. determine necessary action.
7. a. lnspect, measure, and reseal oil pump assembly and components.b. Measure end play and/or preload
8. determine needed service.c. lnspect, measure, and replace thrust washers and bearings.d. lnspect oil delivery seal rings including ring, ring groove, and sealing surface area.e. lnspect bushings, determine necessary action.
9. d. Diagnose fluid usage, level, and condition concerns
10. determine necessary action.e. Perform pressure tests
11. determine necessary action.f. Perform stall test
12. determine necessary action.g. Perform lock-up converter system tests
13. determine necessary action.h. Diagnose electronic, mechanical, hydraulic, vacuum control system concerns
14. determine necessary action.
15. e. lnspect, replace, and align powertrain mounts.f. Remove and reinstall transmission and torque converter (rear-wheel drive).g. Remove and reinstall transaxle and torque converter assembly.h. Disassemble, clean, and inspect transmission/transaxle.i. lnspect, measure, clean, and replace valve body (includes surfaces and bores, springs, valves, sleeves, retainers, bracket, check-balls, screens, spacers, and gaskets).
16. f. lnspect and measure planetary gear assembly including sun, ring gear, thrust washers, and carrierassembly
17. determine necessary action.g. lnspect cases bores, passages, bushings, vents, and mating surfaces, perform necessary actions.h. lnspect transaxle drive link chains, sprockets, gears, bearings, and bushings, perform necessary action.i. lnspect, measure, repair, adjust or replace transaxle final drive components.j. lnspect and replace parking pawl, shaft, spring, and ret
18. i. Diagnose noise and vibration concerns
19. determine necessary action.j. Diagnose transmission/transaxle gear reduction/multiplication concerns using driving, driven, and held member(power flow) principles.k. lnspect, adjust or replace throttle valve OV) linkages or cables
20. manual shift linkages or cables
21. transmission rangesensor
22. check gear select indicator (as applicable).
23. j. lnspect servo bore, piston, seals, pin, spring, and retainers
24. determine necessary action.k. lnspect accumulator bore, piston, seals, spring, and retainers, determine necessary action.l. Assemble transmission/transaxle.m. lnspect converter flex plate, attaching parts, pilot, pump drive, and seal areas.n. Measure torque converter endplay and check for interference
25. check stator clutch.
26. k. lnspect and replace clutch assembly including drum, piston, check balls, springs, retainers, sealt and friction/pressure plates.l. Measure and adjust clutch pack clearance.m. Air test the operation of the clutch pack and servo assemblies.n. lnspect and replace roller and sprag clutches including races, rollers, sprags, springs, cages, and retainers.o. lnspect and replace bands and drums.
27. l. Service transmission
28. perform visual inspection
29. replace fluids and filtersm. lnspect, adjust or replace (as applicable) vacuum modulator
30. inspect and repair or replace lines and hoses.n. lnspect, repair, and replace governor assembly.o. lnspect and replace external seals and gaskets.

AMF156 Manual Drive Train and Axles Theory - Ford ASSET

Credits 3Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF157 or instructor consent is required.

A theory course covering the function, operation and design of the power train components such as clutches, transmissions, transaxles, drive axles, drive lines, u-joints, standard and locking differentials and four-wheel drive components.

Additional Course Fee: $5.00

View Course Outcomes:

1. Identify and explain the purpose, function and operation of conventional transmissions including three, four, and five speed transmissions and transaxles
2. type of gears and applications
3. location
4. metal fatigue, stress points, and wear patterns
5. Identify and explain the purpose, function and operation of rear axle assemblies including location, principles of differential gear action, gear ratios, proper backlash and bearing preload, gear tooth contact patterns, positraction type differentials, planetary gear differentials
6. ldentify and explain the purpose, function and operation of drivelines including construction, balancing, cross and roller universal joints, ball and trunnion universal joints, constant velocity universal joints, support bearings, degree of angle in drivelines
7. ldentify and explain the purpose, function and operation of overdrive transmission including principles of planetary gear operation, ratio and advantage, type of gears and applications, location, electrical operation
8. ldentify and explain the purpose, function and operation of the various types of clutch components including nomenclature, throwout bearing, linkage, clutch alignment, flywheel alignment
9. ldentify and explain the purpose, function and operation of transfer cases, front axles and hubs

AMF157 Manual Drive Train and Axles Lab - Ford ASSET

Credit 1Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF156 or instructor consent is required.

This is a lab class covering the diagnosis, service and repair of the power train components such as clutches, transmissions, transaxles, drive axles, drivelines, u-joints, standard and locking differentials and four-wheel drive components. Safety and safety instruction is conducted throughout this course.

Additional Course Fee: $35.00

View Course Outcomes:

1. CLUTCH DIAGNOSIS AND REPAIR (Continued)d. Inspect, adjust, and replace release (throw-out) bearing, lever, and pivot.e. Inspect and replace clutch pressure plate assembly and clutch disc.f. Inspect and replace pilot bearing.g. Inspect, repair, service, or replace flywheel and ring gear.
2. CLUTCH DIAGNOSIS AND REPAIR (Continued)h. Inspect engine block clutch (bell) housing, and transmission case mating surfaces
3. determine needed repairs.i. Measure flywheel-to-block run out and crankshaft end play
4. determine needed repairs.j. Measure clutch (bell) housing bore-to-crankshaft runout and face squareness
5. determine needed repairs.
6. CLUTCH DIAGNOSIS AND REPAIRa. Diagnose clutch noise, binding, slippage, pulsation, and chatter problems
7. determine needed repairs.b. Inspect, adjust, and replace clutch pedal linkage, cables and automatic adjuster mechanisms, brackets, bushings, pivots, and springs.c. Inspect, adjust, repair, and replace hydraulic clutch slave and master cylinders, lines, and hoses.
8. DRIVE (HALF) SHAFT AND UNIVERSAL JOINT DIAGNOSIS AND REPAIR1. Diagnose FWD and RWD shaft and universal/constant-velocity (CV) joint noise and vibration problems
9. determine needed repairs.2. lnspect, service, and replace FWD and RWD shafts, yokes, boots, and universal/CV joints.3. lnspect, service, and replace shaft center support bearings.4. Check shaft balance and run-out
10. determine needed repairs.
11. FOUR-WHEEL DRIVE COMPONENT DIAGNOSIS AND REPAIR (Continued)d. Inspect and service transfer case and components (includes checking lube level).e. R & R front-drive axle housing assemblies.f. Inspect, service, and replace front-drive (propeller) shafts and universal joints.g. Inspect, service, and replace front-drive axle knuckles and driving shafts.h. Inspect, service, and replace front-wheel bearings and locking hubs.i. Check four-wheel drive unit seals and remote vents.
12. FOUR-WHEEL DRIVE COMPONENT DIAGNOSIS AND REPAIRa. Diagnose four-wheel drive assembly noise, vibration, hard shifting, and unusual steering problems
13. determine needed repairs.b. Inspect, adjust, and repair transfer case shifting mechanisms, bushings, mounts, levers, and brackets.c. R & R four-wheel drive transfer case.
14. REAR AXLE DIAGNOSIS AND REPAIR (Continued) Axle Shaftsa. Diagnose rear axle shafts, bearings and seals for noise, vibration, and fluid leakage problems
15. determine needed repairs.b. Inspect and replace rear axle shaft wheel studs.c. Remove and replace rear axle shafts.d. Inspect and replace rear axle shaft seals, bearings, and retainers.e. R & R axle shaft bearings (pressed-on type).f. Measure rear axle flange runout and shaft end play
16. determine needed repairs.
17. REAR AXLE DIAGNOSIS AND REPAIR (Continued) d. Remove and inspect drive pinion gear, spacers, sleeves, and bearings.e. Measure and adjust drive pinion depth.f. Measure and adjust drive pinion bearing preload.
18. REAR AXLE DIAGNOSIS AND REPAIR (Continued) g. Measure and adjust side bearing preload and ring and pinion backlash on a differential carrier assembly (threaded cup and shim type).h. Check ring and pinion tooth contact pattern
19. make needed adjustments.i. Disassemble, inspect, measure, and adjust or replace differential caseassembly including pinion gears (spiders), shaft, side gears, thrust washers, and case.
20. REAR AXLE DIAGNOSIS AND REPAIR (Continued) j. Inspect and replace differential side bearings.k. Reassemble and install differential case assembly
21. measure runout
22. determineneeded repairs.k. Reassemble and install differential case assembly
23. measure runout
24. determineneeded repairs.
25. REAR AXLE DIAGNOSIS AND REPAIR (Continued) Limited Slip Differentiala. Diagnose noise, slippage, and chatter problems
26. determine needed repairs.b. Inspect, flush, and refill lubricant.c. Inspect, adjust, and replace clutch (cone/plate) components.d. Measure rotating torque at a rear wheel
27. determine needed repairs.
28. REAR AXLE DIAGNOSIS AND REPAIRRing and Pinion Gears/Differential Case Assemblya. Diagnose noise, vibration, and fluid leakage problems
29. determine needed repairs.b. Inspect and replace companion flange and pinion seal.c. Inspect ring gear and measure runout
30. determine needed repairs.
31. TRANSAXLE DIAGNOSIS AND REPAIR (Continued)e. Remove and replace transaxle final drive (if applicable).f. Disassemble and clean transaxle final drive (if applicable).g. Inspect, adjust, and replace transaxle shift cover, forks, levers, grommets, shafts, sleeves, detent mechanisms, interlocks, and springs.h. Inspect and replace input shaft and bearings.
32. TRANSAXLE DIAGNOSIS AND REPAIR (Continued)i. Inspect and replace output shaft, gears, thrust washers, bearings, and retainers.j. Measure end play/preload (shim/spacer selection procedure) on all transaxle shafts
33. adjust as required.k. Inspect and replace synchronizer hub, sleeve, keys (inserts), springs, and blocking rings.l. Inspect and replace reverse idler gear, shaft, bearings, thrust washers, and retainers.
34. TRANSAXLE DIAGNOSIS AND REPAIR (Continued)m. Inspect, repair, and replace transaxle case including mating surfaces, bores, bushings, and vents.n. Inspect and replace speedometer drive gear, driven gear, and retainers.o. Diagnose differential case assembly noise and vibration problems
35. determine needed repairs.p. Remove and replace differential case assembly.
36. TRANSAXLE DIAGNOSIS AND REPAIR (Continued)q. Inspect, measure, adjust and replace differential case assembly including pinion gears (spiders), shaft, side gears, thrust washers, and case.r. Inspect and replace differential side bearings.s. Inspect lubrication devices.
37. TRANSAXLE DIAGNOSIS AND REPAIRa. Diagnose transaxle noise, hard shifting, jumping out of gear, and fluid leakage problems
38. determine needed repairs.b. Inspect, adjust, and replace transaxle shift linkages, brackets, bushings, cables, pivots, and levers.c. Inspect, replace and align power train mounts.d. Inspect and replace transaxle gaskets, seals, and sealants
39. inspect sealing surfaces.
40. TRANSMISSION DIAGNOSIS AND REPAIR (Continued)d. Inspect, replace and align power train mounts.e. Inspect and replace transmission gaskets, seals, and sealants
41. inspect sealing surfaces.f. Remove and replace transmission.g. Disassemble and clean transmission components.h. Inspect, adjust, and replace transmission shift cover, forks, grommets, levers, shafts, sleeves, detent mechanisms, interlocks, and springs.
42. TRANSMISSION DIAGNOSIS AND REPAIR (Continued)i. Inspect and replace input (clutch) shaft and bearings.j. Inspect and replace main shaft, gears, thrust washers, bearings, and retainers.k. Inspect and replace synchronizer hub, sleeve, keys (inserts), springs, and blocking rings.l. Inspect and replace counter (cluster) gear, shaft, bearings, thrust washers, and retainers
43. check end play, adjust as required.
44. TRANSMISSION DIAGNOSIS AND REPAIR (Continued)m. Inspect and replace reverse idler gear, shaft, bearings, thrust washers, and retainers
45. check end play, adjust as required.n. Inspect lubrication devices.o. Inspect, repair, and replace extension housing and transmission case including mating surfaces, bores, bushings, and vents.p. Inspect and replace speedometer drive gear, driven gear, and retainers.
46. TRANSMISSION DIAGNOSIS AND REPAIRa. Diagnose transmission noise, hard shifting, jumping out of gear, and fluid leakage problems
47. determine needed repairs.b. Inspect, adjust, and replace column and floor shifter levers, cables, bushings, tubes, and springs.c. Inspect, adjust, and replace transmission shift linkages, brackets, bushings, cables, pivots, and levers.

AMF170 Automotive Project - Ford ASSET

Credit 1Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent.

In this course students study, research, present, write and discuss new automotive technologies, various diagnostic techniques and advanced automotive systems related to engines, basic electrical, brakes, automotive electronics and engine performance. In addition, students are required to participate in approved service projects, automotive marketing/recruitment events, automotive skill contests and/or other approved activities.

View Course Outcomes:

1. Demonstrate how to organize, interpret, and present automotive technology information and research.
2. Demonstrate how to research automotive information resources.
3. Explain how various diagnostic techniques related to engines, brakes, basic electrical and minor vehicle services canbe validated and applied to multiple vehicle systems.
4. Explain new diagnostics process for automotive systems related to engines, brakes, basic electrical and minor vehicleservices used on current automobiles.
5. Explain new technology related to engines, brakes, basic electrical and minor vehicle services that could be found onfuture automobiles.
6. Participate in a class assigned automotive technology program enhancement activity.
7. Participate in an automotive event where any or all of the following may be required: planning, organizing, providing security, presenting, managing, selling, producing, repairing, servicing, judging.

AMF171 Ford e-Learning Fundamentals 1

Credit 1Fall - even years/Winter - even years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent.

This is an e-learning on line course where students study fundamental vehicle services and systems studied during the dealership experience. Students reinforce topics covered during the terms on campus. This course utilizes an online learning and assessment system to achieve proficiency relevant to future coursework and employment.

Additional Course Fee: $50.00

View Course Outcomes:

1. Explain the ability to understand automotive electrical systems
2. Explain the ability to understand basic automotive electronic systems
3. Explain the ability to understand fundamental automotive systems
4. Explain the ability to understand fundamental brakes systems
5. Explain the ability to understand fundamental ICE internal combustion engines
6. Explain the ability to understand fundamental steering & suspension
7. Explain the ability to understand fundamental vehicle services
8. Explain the ability to use safe shop practices

AMF172 Ford e-Learning Fundamentals 2

Credit 1Summer - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent.

This is an e-learning on line course where students study fundamental vehicle services and systems studied during the dealership experience. Students reinforce topics covered during the terms on campus. This course utilizes an online learning and assessment system to achieve proficiency relevant to future coursework and employment.

Additional Course Fee: $50.00

View Course Outcomes:

1. Demonstrate the ability to understand advanced engine performance systems
2. Demonstrate the ability to understand advanced steering and suspension systems
3. Demonstrate the ability to understand fundamental automotive heating and air conditioning systems
4. Demonstrate the ability to understand fundamental automotive systems
5. Demonstrate the ability to use safe shop practices

AMF173 Ford e-Learning Fundamentals 3

Credit 1Fall - odd years/Winter - odd years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent.

This is an e-learning on line course where students study fundamental vehicle services and systems studied during the dealership experience. Students reinforce topics covered during the terms on campus. This course utilizes an online learning and assessment system to achieve proficiency relevant to future coursework and employment.

Additional Course Fee: $50.00

View Course Outcomes:

1. Demonstrate the ability to understand advanced automotive electronics systems
2. Demonstrate the ability to understand advanced Ford diesel systems
3. Demonstrate the ability to understand fundamental automatic transmission systems
4. Demonstrate the ability to understand fundamental automotive systems
5. Demonstrate the ability to understand fundamental manual transmissions and drive axle systems
6. Demonstrate the ability to use safe shop practices

AMF174 Ford e-Learning Fundamentals 4

Credit 1Summer - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent.

This is an e-learning on line course where students study fundamental vehicle services and systems studied during the dealership experience. Students reinforce topics covered during the terms on campus. This course utilizes an online learning and assessment system to achieve proficiency relevant to future coursework and employment.

Additional Course Fee: $50.00

View Course Outcomes:

1. Demonstrate the ability to understand advanced automotive electronic systems
2. Demonstrate the ability to understand advanced module and network diagnosis
3. Demonstrate the ability to understand audio systems diagnosis
4. Demonstrate the ability to understand collision avoidance and driver support
5. Demonstrate the ability to understand information and entertainment systems
6. Demonstrate the ability to understand instrument cluster and lighting systems
7. Demonstrate the ability to understand power opening systems diagnosis
8. Demonstrate the ability to understand Supplemental Restraint System (SRS) diagnosis
9. Demonstrate the ability to understand SYNC systems
10. Demonstrate the ability to understand the special vehicle teams' (SVT) vehicles and systems
11. Demonstrate the ability to use safe shop practice

AMF216 Engine Performance Theory - Ford ASSET

Credits 3Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF217 is required or instructor consent.

In this course students learn terminology, principles of operation, theory, diagnosis and testing procedures involving electronic fuel injection inputs and outputs, ignition systems, fuel delivery and introductory emissions devices. Basic techniques and procedures for the service and repair of electronic fuel injection systems, fuel delivery and related components are covered.

Additional Course Fee: $5.00

View Course Outcomes:

1. Define the basic terminology and safety precautions as related to engine performance components
2. Define the basic terminology of engine performance components related to input sensors, ignition systems, and engine mechanical components related to performance
3. Explain how a pinpoint test to perform various tests on engine performance related components
4. Explain how to identify faults and monitor changes in system operation using a scan tool
5. Explain how to interpret voltage, resistance, and current flow measurements in simple automotive electrical /electronic circuits
6. Explain the basic setting, functions, and attachments methods of lab scopes to automotive electrical components
7. Explain the basic theory, operation, and testing of modern vehicle communication systems
8. Explain the basic theory, operation, service, repair, diagnosis, and testing procedures for the EGR system
9. Explain the basic theory, operation, service, repair, diagnosis, and testing procedures for the EVAP system
10. Explain the basic theory, operation, service, repair, diagnosis, and testing procedures for the PCV system
11. Explain the basic theory, operation, service, repair, diagnosis, and testing procedures for the secondary air system
12. Explain the theory operation, service and diagnosis of: inputs and sensors, outputs and actuators, automotive microprocessors, diagnostic tools
13. Explain the theory, operation, service and diagnosis of: Basic 5-gas theory, Basic emission component operation
14. Explain the theory, operation, service and diagnosis of: engine operation, compression testing, leakdown testing, vacuum testing
15. Explain the theory, operation, service and diagnosis of: fuel pumps, fuel lines and tanks, fuel pressure regulation
16. Explain the theory, operation, service and diagnosis of: magnetic induction type, Hall sensor type, distributorless, coils, wire sensors and spark plugs
17. Explain the theory, operation, service, repair, diagnosis, and testing procedures of various types of ignition systems. This will include electronic, DIS, and COP types
18. Explain the use of a scan tool to select PIDs and monitor normal system operation
19. Explain the use of the PC/ED, wiring diagrams, and workshop manuals to diagnose an engine performance concern
20. Explain the use of the SSCC diagnostic process to diagnose an engine performance concern
21. Interpret basic lab scope patterns of various electrical components, identifying normal and abnormal pattern characteristics

AMF217 Engine Performance Lab - Ford ASSET

Credits 2Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF216 or instructor consent is required.

In this course students learn basic techniques and procedures for the service and repair of engine performance related systems. Students learn and practice basic diagnostic skills with emphasis on developing the ability to analyze and diagnose the operation of all components directly related to engine performance as applied to the modern automobile engine, electronic fuel injection and ignition systems. Emphasis is placed on ignition systems and computer-controlled electronic fuel injection system inputs and outputs.

Additional Course Fee: $35.00

View Course Outcomes:

1. Perform General Engine Diagnosis
2. Perform Computerized Engine Controls Diagnostics and Repair
3. Perform Ignition System Diagnosis and Repair
4. Perform Fuel, Air Induction, and Exhaust Systems Diagnosis and Repair

AMF251 Advanced Engine Performance Theory - Ford ASSET

Credits 3Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF252 or instructor consent is required.

In this course students study the terminology, principles of operation, theory, diagnosis and testing procedures involving electronic fuel injection inputs and outputs, emission and OBDII systems. Advanced methods, techniques and procedures for the service and repair of electronic fuel injection systems, emission systems and related components are covered.

Additional Course Fee: $5.00

View Course Outcomes:

1. Explain data analysis (Mode 6, PID) during diagnosis
2. Explain diagnosis using the scan tool, oscilloscope, breakout box and other tools
3. Explain diagnosis using the symptom chart
4. Explain intermittent concern diagnosis
5. Explain specific GTDI Engine components
6. Explain specific GTDI Engine DTCs and perform the associated pinpoints tests
7. Explain speed density concerns by following pinpoint tests
8. Explain the four types of vale timing used by Ford
9. Explain the new UEGO O2 sensors used
10. Explain the theory, operation, service and diagnosis of boost methods and system controls
11. Explain the theory, operation, service and diagnosis of: gasoline, diesel fuel, fuel delivery and storage, airlfuel ratios, combustion
12. Explain the theory, operation, service and diagnosis of: inputs - sensors
13. outputs - actuators
14. automotive microprocessors
15. OBDII compliant systems
16. diagnostic tools
17. Explain the theory, operation, service and diagnosis of: PCV
18. charcoal canisters
19. EGR
20. timing controls
21. air injection
22. catalytic converters
23. HC, CO, CO2,02, NOx production and control

AMF252 Advanced Engine Performance Lab - Ford ASSET

Credits 2Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF251 or instructor consent is required.

In this course students explore techniques and procedures for the service and repair of electronic fuel injection systems, ignition systems and related components. In addition, students learn and practice diagnostic skills with emphasis on developing the ability to analyze and diagnose the operation of all components directly related to OBDII engine performance electronics, emission and fuel delivery related systems.

Additional Course Fee: $35.00

View Course Outcomes:

1. Perform General Engine Diagnosis
2. Perform Computerized Engine Controls Diagnosis and Repair
3. Perform Ignition System Diagnosis and Repair
4. Perform Fuel, Air induction, and Exhaust Systems Diagnosis and Repair
5. Emissions Control Systems Diagnosis and Repair
6. Perform data analysis (Mode 6, PID) during diagnosis.
7. Perform intermittent concern diagnosis.
8. Perform diagnosis using the scan tool, oscilloscope, breakout box and other tools.
9. Perform diagnosis using the symptom chart.
10. Identify specific GTDI Engine components.
11. Identify specific GTDI Engine DTCs and perform the associated pinpoints tests.
12. Identify high pressure fuel system components, and perform diagnosis.
13. Identify and diagnose speed density concerns by following pinpoint tests.
14. Perform diagnosis on the four types of variable valve timing used today.

AMF253 Advanced Steering and Suspension Theory - Ford ASSET

Credits 3Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF254 or instructor consent is required.

Theory of operation, service, repair and diagnostic procedures of the modern steering systems, suspension systems and alignments on late model Ford and Lincoln/Mercury cars and light trucks.

Additional Course Fee: $5.00

View Course Outcomes:

1. Explain and identify excessive tire wear and pull concerns using a simulated alignment machine.
2. Explain and identify pump flow and pressure testing using a power steering analyzer.
3. Explain and identify the Continuously Controlled Damping (CCD) suspension.
4. Explain and identify the Electronic Power Assist Steering (EPAS) system.
5. Explain the safety techniques used when working on steering and suspension systems.
6. Explain the Tire Pressure Monitor System (TPMS).
7. SUSPENSION AND STEERING SYSTEMSa. Explain the location and purpose of suspension and steering systemsb. ldentify the different types of suspension and steering unitsc. Demonstrate the operation of suspension and steering systemsd. Explain diagnosis and repair of each system
8. WHEEL ALIGNMENTa. Explain the purpose of wheel alignmentb. ldentify the different types of wheel alignment and adjustment locationsc. List the angles of an alignmentd. Explain the operation of wheel alignmente. Explain diagnosis and repair of wheel alignmentf. Explain the purpose and function of each alignment angle

AMF254 Advanced Steering and Suspension Lab - Ford ASSET

Credit 1Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF253 or instructor consent is required.

Instruction is given in the diagnosis, servicing and repair of automotive suspension systems, steering systems and alignments on late model Ford and Lincoln/Mercury cars and light trucks.

Additional Course Fee: $35.00

View Course Outcomes:

1. Correctly diagnose the Continuously Controlled Damping (CCD) suspension.
2. Correctly diagnose the Electronic Power Assist Steering (EPAS) system.
3. Correctly diagnose the Tire Pressure Monitor System (TPMS).
4. Diagnose and correct excessive tire wear and pull concerns using a simulated alignment machine.
5. General Suspension and Steering Systems Diagnosisa. ldentify and interpret suspension and steering concern
6. determine necessary action b. Research applicable vehicle and service information, such as suspension and steering system operation, vehicle service history, service precautions, and technical service bulletinsc. Locate and interpret vehicle and major component identification numbers (VlN, vehicle certification labels, calibration decals)
7. Perform a simulated pump flow and pressure test using a power steering analyzer.
8. Steering Systems Diagnosis and Repair (Continued)d. Diagnose power steering gear (non-rack and pinion) binding, uneven turning effort, looseness, hard steering, and fluid leakage concerns
9. determine necessary actione. Diagnose power steering gear (rack and pinion) binding, uneven turning effort, looseness, hard steering, and fluid leakage concerns
10. determine necessary action
11. Steering Systems Diagnosis and Repair (Continued)f. lnspect steering shaft universal-joint(s), flexible coupling(s), collapsible column, lock cylinder mechanism, and steering wheel
12. perform necessary actiong. Adjust manual or power non-rack and pinion worm bearing preload and sector lashh. Remove and replace manual or power rack and pinion steering gear
13. inspect mounting bushings and brackets
14. Steering Systems Diagnosis and Repair (Continued)i. lnspect and replace manual or power rack and pinion steering gear inner tie rod ends (sockets) and bellows bootsj. lnspect power steering fluid levels and conditionk. Flush, fill, and bleed power steering system
15. Steering Systems Diagnosis and Repair (Continued)l. Diagnose power steering fluid leakage
16. determine necessary actionm. Remove, inspect, replace, and adjust power steering pump beltn. Remove and reinstall power steering pumpo. Remove and reinstall power steering pump pulley
17. check pulley and belt alignment
18. Steering Systems Diagnosis and Repair (Continued)p. lnspect and replace power steering hoses and fittingsq. lnspect and replace pitman arm, relay (centerlink/intermediate) rod, idler arm and mountings, and steering linkage damperr. lnspect, replace, and adjust tie rod ends (sockets), tie rod sleeves and clampss. Test and diagnose components of electronically controlled steering systems using a scantool
19. determine necessary action
20. Steering Systems Diagnosis and Repaira. Disable and enable supplemental restraint system (SRS)b. Remove and replace steering wheel
21. center/time supplemental restraint system (SRS) coil (clock spring)c. Diagnose steering column noises, looseness, and binding concerns (including tilt mechanisms)
22. determine necessary action
23. Suspension Systems Diagnosis and Repair (Continued)d. Remove, inspect and install strut rods (compression/tension) and bushingse. Remove, inspect, and install upper and/or lower balljointsf. Remove, inspect, and install steering knuckle assembliesg. Remove, inspect, and install short and long arm suspension system coil springs and spring insulators
24. Suspension Systems Diagnosis and Repair (Continued)h. Remove, inspect, install, and adjust suspension system torsion bars
25. inspect mountsi. Remove, inspect, and install stabilizer bar bushings, brackets, and linksj. Remove, inspect, and install strut cartridge or assembly, strut coil spring, insulators (silencers), and upper strut bearing mountk. Lubricate suspension and steering systems
26. Suspension Systems Diagnosis and Repair (Continued)Miscellaneous Service a. lnspect, remove, and replace shock absorbersb. Remove, inspect, and service or replace front and rear wheel bearingsc. Test and diagnose components of electronically controlled suspension systems using a scan tool
27. determine necessary action
28. Suspension Systems Diagnosis and Repair (Continued)Rear Suspensiona. Remove, inspect, and install coil springs and spring insulatorsb. Remove, inspect, and install transverse links, control arms, bushings, and mountsc. Remove, inspect, and install leaf springs, leaf spring insulators (silencers), shackles, brackets, bushings, and mountsd. Remove, inspect, and install strut cartridge or assembly, strut coil spring, and insulators (silencers)
29. Suspension Systems Diagnosis and RepairFront Suspensiona. Diagnose short and long arm suspension system noises, body sway, and uneven riding height concerns
30. determine necessary actionb. Diagnose strut suspension system noises, body sway, and uneven riding height concerns
31. determine necessary actionc. Remove, inspect, and install upper and lower control arms, bushings, shafts, and rebound bumpers
32. Wheel Alignment Diagnosis, Adjustment, and Repair (Continued)i. Check toe-out-on-turns (turning radius)
33. determine necessary actionj. Check SAI (steering axis inclination) and included angle
34. determine necessary actionk. Check and adjust rear wheel toel. Check rear wheel thrust angle
35. determine necessary actionm. Check for front wheel setback
36. determine necessary actionn. Check front cradle (subframe) alignment
37. determine necessary action
38. Wheel Alignment Diagnosis, Adjustment, and Repair(Continued)c. Perform pre-alignment inspection
39. perform necessary actiond. Measure vehicle riding height
40. determine necessary actione. Check and adjust front and rear wheel camber
41. perform necessary actionf. Check and adjust caster, perform necessary actiong. Check and adjust front wheel toe
42. adjust as neededh. Center steering wheel
43. Wheel Alignment Diagnosis, Adjustment, and Repaira. Differentiate between steering and suspension concerns using principles of steering geometry (caster, camber, toe, etc)b. Diagnose vehicle wander, drift, pull, hard steering, bump steer, memory steer, torque steer, and steering return concerns
44. determine necessary action
45. Wheel and Tire Diagnosis and Repair (Continued)f. Diagnose tire pull (lead) problem
46. determine necessary actiong. Balance wheel and tire assembly (static and dynamic)h. Dismount, inspect, repair, and remount tire on wheeli. Reinstall wheel
47. torque lug nutsj. lnspect and repair tire
48. Wheel and Tire Diagnosis and Repair a. Diagnose tire wear patterns
49. determine necessary actionb. lnspect tires
50. check and adjust air pressurec. Diagnose wheel/tire vibration, shimmy, and noise
51. determine necessary actiond. Rotate tires according to manufacturer's recommendationse. Measure wheel, tire, axle, and hub runout, determine necessary action

AMF256 Heating and Air Conditioning Theory - Ford ASSET

Credits 3Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF257 or instructor consent is required.

Theory of operation, service, repair and diagnostic procedures of the modern heating, defrosting and air conditioning systems on late model Ford and Lincoln/Mercury cars and light trucks.

Additional Course Fee: $5.00

View Course Outcomes:

1. AIR CONDITIONINGa. Explain the location and purpose of air conditioning systemsb. ldentify the different types of systemsc. List the components of each systemd. Demonstrate the operation of each systeme. Review diagnosis and repair of air conditioning systems
2. HEATERS AND VENT SYSTEMSa. Explain the location and purpose of heating and vent systemsb. ldentify the different types of units and componentsc. Demonstrate the operation of heater and ventsd. Review diagnosis and repair of each system
3. Safety with heating and air conditioning systems.a.Explain the safety precautions when handling ac refrigerant.b.Explain the safety precautions when handling ac flushing chemicals.
4. Study theory to become certified in the practices of preventing environmental degradation.a.become ASE certified in AC refrigerant handling.b.become SP2 certified with the environmental aspects of refrigerant.c. become STST certified in AC handling.

AMF257 Heating and Air Conditioning Lab - Ford ASSET

Credit 1Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF256 or instructor consent is required.

Instruction is given in the diagnosis, troubleshooting, service and repair of the auto air conditioning, heating and defrosting systems on late model Ford and Lincoln cars and light trucks.

Additional Course Fee: $35.00

View Course Outcomes:

1. Become ASE,SP2, and STST certified in the lab practices of preventing environmental degradation in regard to AC systems
2. Check operation of automatic and semi-automatic heating, ventilation and air-conditioning (HVAC) controlsystems
3. determine necessary action
4. Determine coolant condition and coolant type for vehicle application
5. drain and recover coolant
6. Determine need for an additional A/C system filter
7. perform necessary action
8. Determine recommended oil for system application
9. Diagnose A/C system conditions that cause the protection devices (pressure, thermal and PCM) to interrupt system operatíon
10. determine necessary action
11. Diagnose abnormal operating noises in the A/C system
12. determine necessary action
13. Diagnose malfunctions in the electrical controls of heating, ventilation and A/C (HVAC) systems
14. determine necessary action
15. Diagnose malfunctions in the vacuum and mechanical components and controls of the heating, ventilation and A/C (HVAC) system
16. determine necessary action
17. Diagnose temperature control problems in the heater/ventilation system
18. determine necessary action
19. Evacuate and charge A/C system
20. Flush system
21. refìll system with recommended coolant
22. bleed system
23. Label and store refrigerant
24. ldentify (by label application or use of a refrigerant identifier) and recover A/C system refrigerant
25. ldentify and interpret heating and air conditioning concern
26. determine necessary action
27. ldentify refrigerant type
28. conduct a performance test of the A/C system
29. determine necessary action
30. Leak test A/C system
31. determine necessary action
32. lnspect A/C compressor drive belts
33. determine necessary action
34. lnspect A/C condenser for airflow restrictions
35. perform necessary action
36. lnspect A/C-heater ducts, doors, hoses, cabin filters and outlets
37. perform necessary action
38. lnspect and test A/C-heater blower, motors, resistors, switches, relays, wiring and protection devices
39. perform necessary action
40. lnspect and test A/C-heater control cables and linkages
41. perform necessary action
42. lnspect and test A/C-heater control panel assembly
43. determine necessary action
44. lnspect and test cooling fan, fan clutch, fan shroud and air dams
45. perform necessary action
46. lnspect and test electric cooling fan, fan control system and circuits
47. determine necessary action
48. lnspect and test heater control valve(s)
49. perform necessary action
50. lnspect engine cooling and heater system hoses and belts
51. perform necessary action
52. lnspect evaporator housing water drain
53. perform necessary action
54. lnspect the condition of discharged oil
55. determine necessary action
56. lnspect, test and replace thermostat and housing
57. lnspect, test and/or replace A/C compressor clutch components and/or assembly
58. Locate and interpret vehicle and major component identification numbers (VlN, vehicle certification labels, calibration decals)
59. Perform cooling system, cap and recovery system tests (pressure, combustion leakage and temperature)
60. determine necessary action
61. Perform correct use and maintenance of refrigerant handling equipment
62. Performance test A/C system
63. diagnose A/C system malfunctions using principles of refrigeration
64. Recycle refrigerant
65. Remove and inspect A/C system mufflers, hoses, lines, fìttings, O-rings, seals and service valves
66. perform necessary action
67. Remove and install expansion valve or orifice (expansion) tube
68. Remove and reinstall A/C compressor and mountings
69. measure oil quantity
70. determine necessary action
71. Remove and reinstall condenser
72. measure oil quantity
73. determine necessary action
74. Remove and reinstall evaporator
75. measure oil quantity
76. determine necessary action
77. Remove and reinstall heater core
78. Remove and reinstall receiver/drier or accumulator/drier
79. measure oil quantity
80. determine necessary action
81. Research applicable vehicle and service information, such as heating and air conditioning system operation, vehicle service history, service precautions and technical service bulletins
82. Test and diagnose A/C compressor clutch control systems
83. determine necessary action
84. Test recycled refrigerant for non-condensable gases

AMF258 Advanced Automotive Electronics Theory - Ford ASSET

Credits 3Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF259 or instructor consent is required.

In this course students study the theory and operation of electrical and electronic systems with emphasis on computer-controlled systems, automotive computer operation and multiplexed vehicle communications. Students explore advanced procedures employed in the diagnosis of computer-controlled systems. This includes troubleshooting methods, test equipment usage and test result interpretation.

Additional Course Fee: $5.00

View Course Outcomes:

1. Explain diagnostic processes and electrical test methods used to diagnose engine control, transmission, brake, A/C computer controlled systems
2. Explain Focus electronic components and operation
3. Explain how to test and evaluate diodes, transistors, LEDs, capacitors, and inductors as applied to the automobile
4. Explain proper automotive electrical diagnostic procedures applicable to a full range of circuit from basic electrical to advanced computer control electronic systems
5. Explain sync/MyFord operation and testing
6. Explain the collision avoidance and driver support systems
7. Explain the electronic features in the GTDI
8. Explain the electronic features of the information and entertainment systems
9. Explain the electronic power opening system diagnosis
10. Explain the network and multiplex systems use on modern Ford vehicles
11. Explain the purpose, function and operation of onboard computers, and their integration with the entire vehicle
12. Explain the theory operation, and diagnosis of vehicle multiplexing communications systems
13. Explain the types of can bus systems used in Ford electronic control systems
14. Explain the use of OSC, PIDs, SGM as it relates to ford electronic systems
15. Explain the use of the SSCC diagnostic process relating to basic electronic concerns
16. Explain the use tools and service equipment associated with electronic diagnosis and repair
17. Explain when and how to use voltage potential, voltage drop, amperage, and resistance in diagnosing electrical vehicle problems
18. Identify and explain the basic purpose, function and operation of diodes, Zeners, transistors, LEDs, MOSFETs, capacitors, and inductors as applied to the automobile
19. Use Ohm's Law to calculate the values of voltage, current, resistance and power in various series parallel circuits
20. Use Ohm's Law to demonstrate the relationship between voltage, current and resistance

AMF259 Advanced Automotive Electronics Lab - Ford ASSET

Credit 1Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF258 or instructor consent is required.

In this course students explore and perform service, repair and diagnostic procedures on modern electrical systems, semiconductor circuits, computer control systems and vehicle multiplexing communication systems as found on late model automobiles. Emphasis is on diagnosing with the use of digital multimeters, oscilloscopes, scantools and other electronic diagnosing test equipment.

Additional Course Fee: $35.00

View Course Outcomes:

1. Demonstrate the proper testing and diagnosis methods of vehicle systems using oscilloscopes
2. Demonstrate the proper testing and diagnosis methods of vehicle systems using scan tools
3. Demonstrate the proper testing and diagnosis methods of vehicle systems using various electrical testing equipment
4. Diagnose (troubleshoot) hot or cold no-starting, hard starting, poor drivability, incorrect idle speed, poor idle, flooding, hesitation, surging, engine misfire, power loss, stalling, poor mileage, dieseling, and emissions problems
5. Diagnose (troubleshoot) ignition system related problems such as no-starting, hard starting, engine misfire, poor drivability, spark knock, power loss, poor mileage, and emissions concerns
6. Diagnose a basic electronic concern using a wiring diagram and basic knowledge of operation
7. Diagnose electronic and emissions problems resulting from malfunctions of interrelated systems (cruise control, security alarms, suspension controls, traction controls, A/C, automatic transmissions, on Ford cars and trucks, determine necessary action
8. Diagnose engine mechanical, electrical, electronic, fuel, and ignition concerns
9. Diagnose Focus electronic components and their operation
10. Diagnose the collision avoidance and driver support systems
11. Diagnose the electronic features in the GTDI
12. Diagnose the electronic features of the information and entertainment systems
13. Diagnose the electronic power opening system diagnosis
14. Identify and test resistors, capacitors, transistors, diodes, LEDs and other electronic elements
15. Interpret oscilloscope, digital multimeter, scan tool, amp probe, and other electronic test equipment data to explain the function of electronic system components
16. Test and diagnose faults in computer controlled systems such as: fuel injection systems, transmission systems, body electrical systems, and gauge systems
17. Test and diagnose faults in vehicle communications systems
18. Test and diagnose faults in vehicle electrical accessory system such as: lights, power door lock, power windows, A/C, and heater systems components
19. Test the sync/MyFord operation
20. Use the SSCC diagnostic process relating to basic electronic concerns
21. Use tools and service equipment associated with electronic diagnosis and repair

AMF270 Advanced Automotive Project - Ford ASSET

Credit 1Winter - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program.

In this course students study, research, present, write and discuss new automotive technologies, various diagnostic techniques and advanced automotive systems related to engines, basic electrical, brakes, automotive electronics, engine performance, emissions, steering and suspension, air conditioning and automatic and standard transaxles. In addition, students are required to participate in approved service projects, automotive marketing/recruitment events, automotive skill contests and/or other approved activities.

View Course Outcomes:

1. Demonstrate how to organize, interpret, and present automotive technology information and research
2. Demonstrate how to research automotive information resources
3. Explain how various diagnostic techniques related to engines, brakes, electrical and electronics, engine performance,steering, suspension, A/C or transmissions can be validated and applied to multiple vehicle systems
4. Explain new diagnostics process for automotive systems used on current automobiles: engines, brakes, electrical andelectronics, engine performance, steering, suspension, A/C or transmission
5. Explain new technology related to any of the following systems: engines, brakes, electrical and electronics, engineperformance, steering, suspension, A/C or transmission, that could be found on future automobiles
6. Participate in a class assigned automotive technology program enhancement activity
7. Participate in an automotive event where any or all of the following may be required: planning, organizing, providing security, presenting, managing, selling, producing, repairing, servicing, judging

AMF271 Ford Diesel Theory - Ford ASSET

Credit 1Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF272 or instructor consent is required.

In this theory course, students explore the proper diagnosis and repair procedures of the 7.3L and 6.0L Ford diesel engine. Students also study fundamental diesel engine performance.

Additional Course Fee: $50.00

View Course Outcomes:

1. Describe fluids and maintenance in the 7.3L and 6.0L diesel engine
2. Describe intake and exhaust air flow in the of the fundamental diesel engine
3. Describe the diagnosis of a no-start system in the 7.3L and 6.0L diesel engine
4. Describe the diesel accessories in the 7.3L and 6.0L diesel trucks
5. Describe the four-stroke combustion process in the 7.3L and 6.0L diesel engine
6. Describe the operation of the air inlet and exhaust system in the 7.3L and 6.0L diesel engine
7. Describe the purpose of the electronic engine controls in the 7.3L and 6.0L diesel engine
8. Describe the turbo charger system in the 7.3L and 6.0L diesel engine

AMF272 Ford Diesel Lab - Ford ASSET

Credit 1Winter - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program. Concurrent enrollment in AMF271 or instructor consent is required.

In this lab course, students explore the proper diagnosis and repair procedures of the 7.3L and 6.0L Ford diesel engine. Students also complete fundamental diesel engine performance lab activities.

Additional Course Fee: $50.00

View Course Outcomes:

1. Demonstrate the ability to diagnose electronic engine controls on the 7.3L and 6.0L diesel engine
2. Demonstrate the ability to perform the crankcase pressure test in a diesel engine
3. Demonstrate the ability to perform various glow-plug system tests on the 7.3L and 6.0L diesel engine
4. Demonstrate the ability to service and diagnose the low-pressure oil system on the 7.3L and 6.0L diesel engine
5. Demonstrate the ability to service and do maintenance on the 7.3L and 6.0L diesel engine
6. Demonstrate the ability to service the EGR system in a diesel engine
7. Demonstrate the ability to test the high-pressure fuel system on the 7.3L and 6.0L diesel engine
8. Demonstrate the ability to understand the differences between the 7.3L and 6.0L diesel trucks
9. Demonstrate the ability to understand the differences between the diesel and gasoline engine
10. Demonstrate the ability to understand the four-stroke combustion process in a diesel engine

AMF273 Advanced Ford Diesel Theory - Ford ASSET

Credit 1Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent. Concurrent enrollment in AMF274 is required.

In this theory course, students explore the proper diagnosis and repair procedures of the 6.4L and 6.7L Ford diesel engine. Students also study advanced diesel engine performance.

Additional Course Fee: $50.00

View Course Outcomes:

1. Describe the air management system of the 6.4L and 6.7L engine
2. Describe the differences between the 6.4L and 6.7L engine
3. Describe the engine control module strategies of the 6.4L and 6.7L engine
4. Describe the engine control systems of the 6.4L and 6.7L engine
5. Describe the exhaust aftertreatment system of the 6.4L and 6.7L engine
6. Describe the low pressure and high pressure fuel system of the 6.4L and 6.7L engine
7. Describe the unique mechanical components of the 6.4L and 6.7L engine

AMF274 Advanced Ford Diesel Lab - Ford ASSET

Credit 1Summer - odd years/Fall - even years

Registration Requirement: Acceptance into the Ford ASSET program or instructor consent. Concurrent enrollment in AMF273 is required.

In this lab course, students explore the proper diagnosis and repair procedures of the 6.4L and 6.7L Ford diesel engine. Students also complete advanced diesel engine performance lab activities.

Additional Course Fee: $50.00

View Course Outcomes:

1. Conduct maintenance intervals on 6.4L and 6.7L trucks
2. Demonstrate the ability to understand advanced module and network diagnosis
3. Demonstrate the ability to understand air management systems of the 6.4L and 6.7L engine
4. Demonstrate the ability to understand collision avoidance and driver support
5. Demonstrate the ability to understand engine control module strategies of the 6.4L and 6.7L engine
6. Demonstrate the ability to understand engine control systems of the 6.4L and 6.7L engine
7. Demonstrate the ability to understand exhaust aftertreatment systems of the 6.4L and 6.7L engine
8. Demonstrate the ability to understand information and entertainment systems
9. Demonstrate the ability to understand low pressure and high pressure fuel systems of the 6.4L and 6.7L engine
10. Demonstrate the ability to understand the unique mechanical components of the 6.4L and 6.7L engine
11. Service the 6.4L and 6.7L trucks

AMF281 Automotive Dealership Experience 1 - Ford ASSET

Credits 6Fall - even years/Winter - even years

Registration Requirement: Acceptance into the Ford ASSET program.

The student will be employed a minimum of 200 hours per term in a pre-assigned Ford or Lincoln dealership. Through agreement with the employer, a program instructor will coordinate the student's work experience with his/her college studies. The expectation in each dealership experience is for the student to complete increasingly complex tasks and work with increasing independence.

Additional Course Fee: $10.00

View Course Outcomes:

1. Demonstrate on-the-job technical competency such as: quality of work, technical knowledge, hands on skills, and quantity of work
2. Demonstrate positive work ethic behaviors, such as: time management skills, following attendance and tardy policies, initiative, judgment, dependability, co-worker relations, and attitude
3. Demonstrate proper shop behaviors, such as: care of shop equipment, safe work practices, and providing a clean work environment
4. Demonstrate safe shop practices and hazardous material handling
5. Describe the functions of the parts personnel, lot attendees, service writer, service manager, warranty clerk, and technician
6. Describe the steps involved in the diagnosis, repair, and verification of a vehicle in need of repair
7. Diagnose and repair automotive electrical systems as to NATEF and STST standard
8. Diagnose and repair automotive internal combustion engine systems as to NATEF and STST standard
9. Diagnose and repair Ford diesel engine systems to STST standard
10. Perform services procedures on Ford cars to STST standard
11. Perform services procedures on Ford trucks to STST standard

AMF282 Automotive Dealership Experience 2 - Ford ASSET

Credits 6Summer - even years/Spring - odd years

Registration Requirement: Acceptance into the Ford ASSET program.

The student will be employed a minimum of 200 hours per term in a pre-assigned Ford or Lincoln dealership. Through agreement with the employer, a program instructor will coordinate the student's work experience with his/her college studies. The expectation in each dealership experience is for the student to complete increasingly complex tasks and work with increasing independence.

Additional Course Fee: $10.00

View Course Outcomes:

1. Demonstrate on-the-job technical competency such as: quality of work, technical knowledge, hands on skills, and quantity of work
2. Demonstrate positive work ethic behaviors, such as: time management skills, following attendance and tardy policies, initiative, judgment, dependability, co-worker relations, and attitude
3. Demonstrate proper shop behaviors, such as: care of shop equipment, safe work practices, and providing a clean work environment
4. Demonstrate safe shop practices and hazardous material handling
5. Describe the functions of the parts personnel, lot attendees, service writer, service manager, warranty clerk, and technician
6. Describe the steps involved in the diagnosis, repair, and verification of a vehicle in need of repair
7. Diagnose and repair automotive electrical systems as to NATEF and STST standard
8. Diagnose and repair automotive internal combustion engine systems as to NATEF and STST standard
9. Diagnose and repair Ford diesel powered vehicles to STST standard
10. Perform service procedures on Ford hybrid vehicles to STST standard
11. Perform services procedures on Ford cars to STST standard
12. Perform services procedures on Ford trucks to STST standard

AMF283 Automotive Dealership Experience 3 - Ford ASSET

Credits 6Fall - odd years/Winter - odd years

Registration Requirement: Acceptance into the Ford ASSET program.

The student will be employed a minimum of 200 hours per term in a pre-assigned Ford or Lincoln dealership. Through agreement with the employer, a program instructor will coordinate the student's work experience with his/her college studies. The expectation in each dealership experience is for the student to complete increasingly complex tasks and work with increasing independence.

Additional Course Fee: $10.00

View Course Outcomes:

1. Demonstrate on-the-job technical competency such as: quality of work, technical knowledge, hands on skills, and quantity of work
2. Demonstrate positive work ethic behaviors, such as: time management skills, following attendance and tardy policies, initiative, judgment, dependability, co-worker relations, and attitude
3. Demonstrate proper shop behaviors, such as: care of shop equipment, safe work practices, and providing a clean work environment
4. Demonstrate safe shop practices and hazardous material handling
5. Describe the functions of the parts personnel, lot attendees, service writer, service manager, warranty clerk, and technician
6. Describe the steps involved in the diagnosis, repair, and verification of a vehicle in need of repair
7. Diagnose and repair automotive electrical systems as to NATEF and STST standard
8. Diagnose and repair automotive internal combustion engine systems as to NATEF and STST standard
9. Diagnose and repair Ford diesel engine systems to STST standard
10. Perform services procedures on Ford cars to STST standard
11. Perform services procedures on Ford trucks to STST standard

AMF284 Automotive Dealership Experience 4 - Ford ASSET

Credits 6Summer - odd years/Spring - even years

Registration Requirement: Acceptance into the Ford ASSET program.

The student will be employed a minimum of 200 hours per term in a pre-assigned Ford or Lincoln dealership. Through agreement with the employer, a program instructor will coordinate the student's work experience with his/her college studies. The expectation in each dealership experience is for the student to complete increasingly complex tasks and work with increasing independence.

Additional Course Fee: $10.00

View Course Outcomes:

1. Demonstrate on-the-job technical competency such as: quality of work, technical knowledge, hands on skills, and quantity of work
2. Demonstrate positive work ethic behaviors, such as: time management skills, following attendance and tardy policies, initiative, judgment, dependability, co-worker relations, and attitude
3. Demonstrate proper shop behaviors, such as: care of shop equipment, safe work practices, and providing a clean work environment
4. Demonstrate safe shop practices and hazardous material handling
5. Describe the functions of the parts personnel, lot attendees, service writer, service manager, warranty clerk, and technician
6. Describe the steps involved in the diagnosis, repair, and verification of a vehicle in need of repair
7. Diagnose and repair automotive electrical systems as to NATEF and STST standard
8. Diagnose and repair automotive internal combustion engine systems as to NATEF and STST standard
9. Diagnose and repair Ford diesel engine systems to STST standard
10. Perform services procedures on Ford cars to STST standard
11. Perform services procedures on Ford trucks to STST standard