Automotive Technology

AUTO 100
Automotive Technology and Maintenance for the Consumer
3 Units (AA/AS; CSU)
54 lecture hours, 18 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101.

Intended for non-majors. Automobiles and light trucks will be explained from the point of view of the consumer. Operation of essential automotive technologies is central to the course goal of skill development in the inspection of various automobile systems for needed repairs and/or maintenance performed by the end-user. Appropriate lab activities in automobile inspection, service and repair are included.

AUTO 101
Fundamentals of Automotive Service, Diagnosis and Repair
6 Units (AA/AS; CSU)
90 lecture hours, 60 lab hours

Grade Mode: Standard Letter

Strongly recommended: ENGL 101.

Intended for automotive majors, this class serves as the prerequisite for all automotive certificate and/or degree-applicable courses. Automobiles and light trucks will be explored from the point of view of the service technician. Scientific principles and operation of essential automotive technologies are central to the course goal of preparing students for entry into the automotive core curriculum. Appropriate lab activities in automobile inspection, service and repair are included. A valid California driver license is required for this course.

AUTO 140A
Vehicle Maintenance
4 Units (AA/AS)
54 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; Integrated Math 3 or Algebra 1.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is intended to be the beginning course in the Maintenance and Light Repair (MLR) curriculum. This course is focused on developing workplace skills that will allow a student to competently perform a detailed multi-point inspection and conduct fluid maintenance on select vehicle subsystems. Appropriate lab activities are included.

AUTO 141
Engine Mechanical Maintenance and Light Repair
2 Units (AA/AS)
27 lecture hours, 27 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: AUTO 140A or minimum one year industry experience.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the Maintenance and Light Repair (MLR) curriculum. This course covers essential engine theory, inspection, diagnosis, service and repair. Engine inspection and measurements are covered, with emphasis on in-vehicle repairs.

AUTO 144
Automotive Chassis MLR
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; MATH 144; AUTO 140A or one year of employment as automotive technician.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the Maintenance and Light Repair (MLR) curriculum. The course covers essential chassis system theory; inspection, diagnosis, service and repair of the following undercar systems: Steering, suspension, alignment, wheels and tires. Course prepares students for ASE Suspension and Steering (A4) certification.

AUTO 145
Automotive Brakes Maintenance and Light Repair
3 Units (AA/AS)
36 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; MATH 144; AUTO 140A or one year of employment as automotive technician.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the Maintenance and Light Repair (MLR) curriculum. This course is focused on developing workplace skills that will allow a student to competently perform detailed brake inspections and repairs on disc, drum and parking brake systems. Appropriate lab activities are included.

AUTO 146
Automotive Electrical Systems
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; MATH 144; AUTO 140A or one year of employment as automotive technician.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the Maintenance and Light Repair (MLR) curriculum. This course covers essential electrical and electronic systems theory, along with inspection, diagnosis, service & repair of specific electrical systems including the battery, starting systems, charging systems, lighting systems, gauges, instrument-panel warning lights and power accessories. Prepares students for ASE Electrical & Electronic Systems (A6) certification.

AUTO 147
Automotive Heating, Ventilation and Air Conditioning MLR
2 Units (AA/AS)
27 lecture hours, 36 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; Integrated Math 3 or Algebra 1; AUTO 146 or one year of employment as automotive technician.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the the Maintenance and Light Repair (MLR) curriculum. The course covers essential HVAC system theory; inspection, maintenance and light repair. Course prepares students for ASE HVAC (A7) certification and portions of the G1 certification.

AUTO 148
Engine Performance Maintenance and Light Repair
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; MATH 144; AUTO 146 or one year of employment as automotive technician.

Intended for the incumbent worker, re-entry person or person seeking a career change into the automotive service industry. This course is part of the Maintenance and Light Repair (MLR) curriculum. The course covers essential engine management system theory, along with inspection, diagnosis, service and repair of the following systems: Ignition, air and fuel delivery, electronic engine controls, and auxiliary emission controls. Course prepares students for ASE Engine Performance (A8) certification.

AUTO 149
Diesel Engine Management Systems
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours
Equivalent to: MTRK 159, MTRK 179

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101; Integrated Math 3 or Algebra 1; AUTO 148 or AUTO 168.

Intended for Automotive and Medium/Heavy Truck students, this course covers the theory of operation of 4-stroke diesel engines along with the theory of operation, testing and inspection, and service repair of air-inlet systems (including forced induction), exhaust systems, fuel-delivery systems (including mechanical and electronic engine controls), and emission-control systems. Course prepares students for ASE A9 certification.

AUTO 151
Engine Service, Diagnosis and Repair
6 Units (AA/AS; CSU)
54 lecture hours, 167 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 101.

Intended for those seeking a career in the automotive service and repair industry. This ASE Education Foundation (formerly NATEF) certified course is one component of the Toyota Technical Education Network and Technicians' Education Cooperative programs. The course covers essential engine theory, inspection, diagnosis, service and repair. Engine disassembly, inspection, measurements and assembly are covered, with emphasis on in-vehicle repairs. The course prepares students for ASE Engine Repair (A1) certification exam. A valid driver's license is required for this course.

AUTO 154
Chassis Service, Diagnosis, and Repair
9 Units (AA/AS; CSU)
108 lecture hours, 162 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 166.

Intended for those seeking a career in the automotive service and repair industry. This Automotive Service Excellence Education Foundation certified course is one component of the Toyota Technician Training and Education Network (T-TEN) program. The course covers essential chassis system theory, along with inspection, diagnosis, service and repair of the following undercar systems: brake, steering, suspension, wheel alignment, wheels & tires, ride control, and VSC. Course prepares students for ASE Suspension and Steering (A4) and ASE Brakes (A5) certification.

AUTO 156
Automotive Electrical & Electronic Systems I
6.5 Units (AA/AS; CSU)
72 lecture hours, 135 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 101.

Strongly recommended: MATH 144.

Intended for those seeking a career in the automotive service and repair industry, this ASE Education Foundation certified course is one component of the Toyota Technician Training and Education Network. This class covers essential electrical and electronic systems theory, along with inspection, diagnosis, service & repair of specific electrical systems including the battery, starting systems, charging systems, and accessory systems. Prepares students for ASE Electrical & Electronic Systems (A6) certification.

AUTO 163
Manual Drivetrain
4.5 Units (AA/AS; CSU)
54 lecture hours, 81 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 154.

Course covers the theory of operations, diagnosis, and repair of manual transmissions, drive axle and shaft assemblies, transfer cases, clutches, and electrical and electronic systems. Emphasis is placed on rebuilding manual transmissions, rebuilding and set-up of differential, and R & R clutch assemblies. Course prepares students for the ASE A-3, Manual Drivetrain, and Axles.

AUTO 166
Automotive Electrical & Electronic Systems II
4 Units (AA/AS; CSU)
36 lecture hours, 108 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 156.

Intended for those seeking a career in the automotive service and repair industry. This Automotive Service Excellence Education Foundation certified course is one component of the Toyota Technical Education Network program. This class covers advanced electrical and electronic systems theory, along with inspection, diagnosis, service and repair of specific accessory and safety systems including supplemental restraint, navigation, entertainment, power windows/locks/doors/seats, customizable body electronics, multiplex systems, and driver-assist systems. This course prepares students for the ASE Electrical and Electronic Systems (A6) certification.

AUTO 167
Automotive HVAC Service, Diagnosis & Repair
4.5 Units (AA/AS; CSU)
45 lecture hours, 108 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 166.

Intended for those seeking a career in the automotive service and repair industry. This National Automotive Technicians' Education Foundation certified course is one component of the Toyota Technical Education Network and Technicians' Education Cooperative programs. This class covers essential heating, ventilation and air conditioning system theory, along with inspection, diagnosis, service and repair of specific HVAC subsystems including: refrigeration, air distribution and automatic temperature control. This course prepares students for ASE Heating and Air Conditioning (A7) certification.

AUTO 168
Engine Control Systems Service, Diagnosis and Repair
8.5 Units (AA/AS; CSU)
108 lecture hours, 135 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 151 and AUTO 166.

Strongly recommended: ENGL 101; Elementary algebra or higher or direct placement based on multiple measures.

Intended for those seeking a career in the automotive service and repair industry. This National Automotive Technicians' Education Foundation certified course is one component of the Toyota Technical Education Network and Technicians' Education Cooperative programs. The course covers essential engine management systems theory, along with inspection, diagnosis, service and repair of the following systems: ignition, air and fuel delivery, electronic engine controls, and auxiliary emission controls. This course prepares students for ASE Engine Performance (A8) certification.

AUTO 172
Automatic Transmissions and Transaxles
6 Units (AA/AS; CSU)
72 lecture hours, 108 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 163; AUTO 168 or concurrent enrollment.

Intended for those seeking a career in the automotive service and repair industry, this NATEF certified course is one component of the T-TEN and TEC programs. This course focuses on the service, diagnosis and repair of the automatic automotive drivetrain systems. Appropriate lab activities in automobile drivetrain inspection, service and repair are included. The course prepares students for the ASE Automatic Transmission and Transaxle (A2) certification exam.

AUTO 190
Alternative Fuels for Internal Combustion Engines
4 Units (AA/AS; CSU)
54 lecture hours, 74 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 148 or AUTO 168 or MTRK 159 or with department consent.

Strongly recommended: ENGL 101; Integrated Math 3 or algebra.

This course introduces students to the role, function, and application of compressed natural gas (CNG), propane (LPG), methanol, and ethanol as alternatives for today's usual internal combustion engine fuels. Emerging technology including other renewable fuel sources will also be discussed. Course prepares students to take the ASE F1 exam.

AUTO 191
Smog Check Inspector Training Level II
1.5 Units (AA/AS)
18 lecture hours, 27 lab hours

Grade Mode: Standard Letter

Strongly recommended: AUTO 148 or AUTO 168 or Level 1 smog training or ASE A6, A8 and L1.

This training provides students the procedural knowledge, skills and abilities to perform Smog Check inspections. Students who complete and pass this training in conjunction with Level 1 training or ASE A6, A8 and L1 will meet the State's Bureau of Automotive Repair requirements to qualify to take the Smog Check Inspector state licensing examination.

AUTO 230A
Automotive Service and Repair Work Experience A
1 Unit (AA/AS)
9 lecture hours, 160 lab hours arranged
Equivalent to: AUTO 230

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: Completion of 16 units in automotive technology coursework.

Limitation on enrollment: Department consent required prior to enrollment.

Automotive technology work experience is designed to extend occupational learning through employment and coordinate the on-the-job training with program instruction. Individual student goals and learning objectives will be designed by the student cooperatively with the employer and faculty advisor. Lab hours are arranged and completed at the place of employment. The AUTO 230 A-D series of courses may be taken in any combination that yields four units. Pass/No Pass grading only.

AUTO 230B
Automotive Service and Repair Work Experience B
2 Units (AA/AS)
9 lecture hours, 320 lab hours arranged
Equivalent to: AUTO 230

Grade Mode: Pass/No Pass

Strongly recommended: Completion of 16 units in automotive technology coursework.

Limitation on Enrollment: Department consent required prior to enrollment.

Automotive technology work experience is designed to extend occupational learning through employment and coordinate the on-the-job training with program instruction. Individual student goals and learning objectives will be designed by the student cooperatively with the employer and faculty advisor. Lab hours are arranged and completed at the place of employment. The AUTO 230 A-D series of courses may be taken in any combination that yields four units. Pass/No Pass grading only.

AUTO 230C
Automotive Service and Repair Work Experience C
3 Units (AA/AS)
9 lecture hours, 480 lab hours arranged
Equivalent to: AUTO 230

Grade Mode: Pass/No Pass

Strongly recommended: Completion of 16 units in automotive technology coursework.

Limitation on Enrollment: Department consent required prior to enrollment.

Automotive technology work experience is designed to extend occupational learning through employment and coordinate the on-the-job training with program instruction. Individual student goals and learning objectives will be designed by the student cooperatively with the employer and faculty advisor. Lab hours are arranged and completed at the place of employment. The AUTO 230 A-D series of courses may be taken in any combination that yields four units. Pass/No Pass grading only.

AUTO 230D
Automotive Service and Repair Work Experience D
4 Units (AA/AS)
9 lecture hours, 640 lab hours arranged
Equivalent to: AUTO 230

Grade Mode: Pass/No Pass

Strongly recommended: Completion of 16 units in automotive technology coursework.

Limitation on Enrollment: Department consent required prior to enrollment.

Automotive technology work experience is designed to extend occupational learning through employment and coordinate the on-the-job training with program instruction. Individual student goals and learning objectives will be designed by the student cooperatively with the employer and faculty advisor. Lab hours are arranged and completed at the place of employment. Pass/No Pass grading only.

AUTO 281
Advanced Toyota Technician Training
2.5 Units (AA/AS)
36 lecture hours, 36 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): Currently a full-time journeyman at a Toyota or Lexus dealership or at an independent repair facility with a minimum of two years experience or completion of 1200 hours of an ASE Education Foundation - Master certificated post-secondary automotive training program with at least 12 months of technician experience or successful completion of all requirements of the Automotive Service, Diagnosis and Repair - Toyota/Lexus/Scion Technician Certificate of Achievement except the 281 course.

Strongly recommended: ENGL 101 and MATH 144.

An advanced-level course specifically designed to supplement core concepts with advanced diagnostic strategies. This course delves into automotive areas not traditionally explored in previous courses such as body noise diagnostics, water intrusion, Toyota warranty standards and dealer operations and documentation. Only current T-TEN students that have completed the Automotive Service Excellence - Education Foundation (ASE-EF) core classes may attend.

AUTO 282
Electrified Powertrain Vehicles
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 148 or AUTO 168 or MTRK 159, or one year of automotive or heavy-truck or heavy-equipment industry experience with department consent.

Strongly recommended: ENGL 101; MATH 144.

Intended for the incumbent worker, re-entry person or person seeking a career advancement in the automotive service industry. This course covers the service and diagnosis of hybrid and electric vehicle powertrains, including motor/generator, batteries, inverters and charging system. This course is also a requirement of the T-TEN program.

AUTO 283
Fuel-Cell Vehicle Technology
3 Units (AA/AS; CSU)
54 lecture hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 190 and AUTO 282.

Strongly recommended: ENGL 101; Integrated Math 1 or Algebra 1.

Intended for the incumbent worker, re-entry person or person seeking a career advancement in the automotive service industry. This course covers the service and diagnosis of fuel cell electric vehicle powertrains, including motor/generator, batteries, inverters and PEM fuel cell technology.

AUTO 291
Engine Performance Enhancements and Tuning
3 Units (AA/AS)
36 lecture hours, 54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 168 or consent of department.

Strongly recommended: ENGL 101.

This class covers the engine performance enhancements available for automobiles, light trucks and motorcycles. The subject areas covered include stand-alone engine management systems, fuel systems, turbochargers, superchargers, nitrous oxide, ignition systems, and the use of the chassis dynamometer as a tuning tool.

AUTO 295
Engine Design
4 Units (AA/AS; CSU)
72 lecture hours
Equivalent to: AUTO 260, AUTO 298

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101 and MATH 144 or higher.

A course designed to teach engine design principles and analysis of cylinder heads, cylinder blocks, crankshafts, piston and rings, connecting rods, camshaft, valve train systems. The course will also cover the use of basic and advanced engine design formulas.

AUTO 296
Cylinder Head Development
4 Units (AA/AS)
54 lecture hours, 54 lab hours
Equivalent to: AUTO 261

Grade Mode: Standard Letter

Prerequisite(s): AUTO 151 or AUTO 295 or one year of work experience in the automotive field with an emphasis on engine machining or repair.

Strongly recommended: ENGL 101.

A course designed to teach the skills necessary to develop a cylinder head for total performance. Emphasis will be placed on cylinder head development and reconditioning, head CCing, and basic flowbench operation.

AUTO 297
Cylinder Block Development
4 Units (AA/AS)
54 lecture hours, 54 lab hours
Equivalent to: AUTO 262

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 151 or AUTO 295 or one year work experience in the automotive field with an emphasis on engine machining or repair.

Strongly recommended: ENGL 101.

A course designed to teach the skills necessary to develop and rebuild a cylinder block for total performance. Emphasis will be placed on cylinder block development and reconditioning, including operation of align-honing, surfacing, boring, honing machine operation and engine dynamic balancing.

AUTO 299
Engine Dynamometer Operation and Testing Procedures
3 Units (AA/AS)
36 lecture hours, 54 lab hours

Grade Mode: Standard Letter

Prerequisite(s): AUTO 295 or one year experience in the automotive field with an emphasis on engine machining or chassis dynamometer operation.

Strongly recommended: ENGL 101.

This course covers engine dynamometer operation and testing procedures with evaluation of test results for tuning of emissions, fuel economy, and performance.

AUTO 695A
Special Topics: Automotive Technology
0.5 Units (AA/AS)
9 lecture hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 695B
Special Topics: Automotive Technology
1 Unit (AA/AS)
18 lecture hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 695C
Special Topics: Automotive Technology
2 Units (AA/AS)
36 lecture hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 695D
Special Topics: Automotive Technology
3 Units (AA/AS)
54 lecture hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 696A
Special Topics: Automotive Technology
0.5 Units (AA/AS)
27 lab hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 696B
Special Topics: Automotive Technology
0.5 Units (AA/AS)
36 lab hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 696C
Special Topics: Automotive Technology
1 Unit (AA/AS)
54 lab hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 696D
Special Topics: Automotive Technology
1 Unit (AA/AS)
60 lab hours

Grade Mode: Pass/No Pass, Standard Letter

This course covers special and emerging topics not found in other courses within the discipline. Topics vary and are determined by the department. See the department for current term emphasis.

AUTO 698A
Cooperative Education
1 Unit (AA/AS)
60 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Cooperative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of volunteer employment or training sites.

AUTO 698B
Cooperative Education
2 Units (AA/AS)
120 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Coopearative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of volunteer employment or training sites.

AUTO 698C
Cooperative Education
3 Units (AA/AS)
180 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Coopearative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of volunteer employment or training sites.

AUTO 698D
Cooperative Education
4 Units (AA/AS)
240 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Coopearative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of volunteer employment or training sites.

AUTO 699A
Cooperative Education
1 Unit (AA/AS)
75 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Cooperative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of paid employment or training sites.

AUTO 699B
Cooperative Education
2 Units (AA/AS)
150 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Cooperative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of paid employment or training sites.

AUTO 699C
Cooperative Education
3 Units (AA/AS)
225 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Cooperative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of paid employment or training sites.

AUTO 699D
Cooperative Education
4 Units (AA/AS)
300 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

The student must be simultaneously enrolled in a class that relates to the Cooperative Education class. A course designed to assist students in planning and accomplishing meaningful learning objectives related to Automotive Technology at their place of paid employment or training sites.

MTRK 101
Introduction to Medium and Heavy Truck Maintenance and Inspection
6 Units (AA/AS; CSU)
90 lecture hours, 60 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101.

Intended for students seeking a career in the medium and heavy duty truck service and repair industry, this course covers essential maintenance theory, along with inspection procedures of the following systems: Engine cooling and lubrication systems, power-train systems, brakes, steering and suspension systems. This course prepares students for entry into the medium and heavy duty truck technology program.

MTRK 148
Medium and Heavy Truck Maintenance and Inspection
6 Units (AA/AS; CSU)
90 lecture hours, 60 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Strongly recommended: ENGL 101.

Intended for students seeking a career in the medium and heavy duty truck service and repair industry, this course covers essential maintenance theory, along with inspection procedures of the following systems: cooling systems, lubrication systems, power-train systems, brakes, steering and suspension systems. This course prepares students for the Preventative Maintenance Inspection (T8) ASE certification.

MTRK 152A
Medium and Heavy Truck Engines Service, Diagnosis, and Repair
6 Units (AA/AS; CSU)
81 lecture hours, 81 lab hours
Equivalent to: MTRK 151

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 101 (or concurrent enrollment) or MTRK 148 (or concurrent enrollment) or AUTO 101 or by department consent based upon individual's experience or ASE certifications or manufacturer certification.

Intended for those students majoring in Medium and Heavy Duty Truck or those currently employed with a medium and heavy truck service/repair establishment seeking to improve their skills. This course covers essential engine theory, inspection, diagnosis, service and repair. Engine inspection and measurements are covered, with emphasis on in-vehicle repairs. This course prepares students for ASE Truck Gas and Diesel Engine Repair (T-1, T-2) certification exam.

MTRK 156A
Medium/Heavy Truck Electrical/Electronic Systems I
5 Units (AA/AS; CSU)
72 lecture hours, 60 lab hours
Equivalent to: MTRK 156

Grade Mode: Standard Letter

Prerequisite(s): MTRK 148 (or concurrent enrollment) or MTRK 101 (or concurrent enrollment) or AUTO 101 (or concurrent enrollment) or by department consent based upon individual's experience and ASE certifications or manufacturer certifications.

Strongly recommended: MATH 144.

Intended for those seeking a career in the medium and heavy duty truck service and repair industry, this is the first of the electrical series in the MTRK program. This class covers essential electrical and electronic systems theory, along with inspection, diagnosis, service and repair of specific electrical systems including the battery, starting systems, charging systems, lighting systems, gauges, and instrument-panel warning lights. Prepares students for ASE Electrical & Electronic Systems (T6) certification.

MTRK 156B
Medium/Heavy Truck Electrical/Electronic Systems II
4 Units (AA/AS; CSU)
54 lecture hours, 60 lab hours
Equivalent to: MTRK 166

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 156A or AUTO 156 or by department consent based upon individual's work experience and ASE certifications or manufacturer certifications.

Strongly recommended: MATH 144.

Intended for those seeking a career in the medium and heavy duty truck service and repair industry, course is one component of the MTRK program. This class covers advanced electrical and electronic systems theory, along with inspection, diagnosis, service and repair of specific accessory systems including supplemental restraint, navigation, entertainment, power windows/locks/seats, customizable body electronics, hybrid vehicle controls and multiplex systems. Prepares students for ASE Electrical and Electronic Systems (T6) certification.

MTRK 159
Diesel Engine Management Systems
5 Units (AA/AS; CSU)
72 lecture hours, 54 lab hours
Equivalent to: AUTO 149, MTRK 179

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): AUTO 151 and AUTO 166 or MTRK 152A and MTRK 156B or by department consent based upon individual's experience or ASE certifications or manufacturer certification.

Strongly recommended: MATH 144.

Intended for Automotive and Medium/Heavy Truck students, this course covers the theory of operation of 4-stroke diesel engines along with the theory of operation, testing and inspection, and service repair of air-inlet systems (including forced induction), exhaust systems, fuel-delivery systems (including mechanical and electronic engine controls), and emission-control systems. Course prepares students for ASE A9 and/or T2 certification.

MTRK 160
Medium and Heavy Truck Hydraulics
3.5 Units (AA/AS; CSU)
54 lecture hours, 27 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 156A or AUTO 156 or SPWG 170A or by department consent based upon individual's experience or ASE certifications or manufacturer certification.

Strongly recommended: MATH 144.

Intended for diesel technology majors, this course takes a practical approach to the understanding of fluid power and hydraulic systems. This course focuses on mobile vehicle hydraulic systems that require maintenance or troubleshooting. Coverage includes a study of terminology, industrial standards, symbols and basic circuitry design as related to hydraulic systems. Course will focus on heavy truck, earth-moving, and agricultural equipment.

MTRK 163
Medium and Heavy Truck Drivetrain Service, Diagnosis, and Repair
7 Units (AA/AS; CSU)
90 lecture hours, 108 lab hours
Equivalent to: MTRK 152, MTRK 172, MTRK 173

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 156B or AUTO 166 or by department consent based upon individual's experience and ASE certifications or manufacturer certifications.

Strongly recommended: MATH 144.

Intended for those seeking a career in the medium and heavy truck service and repair industry. This course focuses on the service, diagnosis and repair of the manual and automatic automotive drivetrain systems. Appropriate lab activities in medium/heavy truck drivetrain inspection, service and repair are included. The course prepares students for the ASE Drivetrain(T3) certification exams.

MTRK 164
Medium and Heavy Truck Chassis Service, Diagnosis and Repair
6 Units (AA/AS; CSU)
72 lecture hours, 112 lab hours
Equivalent to: MTRK 154

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 101 or MTRK 148, or by department consent based upon individual's experience or ASE certifications or manufacturer certification.

Intended for those seeking a career in the medium and heavy duty truck service and repair industry, this course covers essential chassis system theory, along with inspection, diagnosis, service & repair of the following systems: brake, steering, suspension, alignment, wheel/tire, and ABS. Course prepares students for ASE Suspension and Steering (T4) and ASE Brakes (T5) certification.

MTRK 167
Medium and Heavy Truck HVAC Service, Diagnosis & Repair
3 Units (AA/AS; CSU)
45 lecture hours, 51 lab hours

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): MTRK 156A or AUTO 156 or by department consent based upon individual's experience and ASE certifications or manufacturer certifications.

Strongly recommended: MATH 144.

Intended for those seeking a career in the medium and heavy duty truck service and repair industry, this course is one component of the MTRK program. This class covers essential heating, ventilation and air conditioning system theory, along with inspection, diagnosis, service and repair of specific HVAC subsystems including: refrigeration, air distribution and automatic temperature control. Course prepares students for ASE Heating and Air Conditioning (T7) certification.

MTRK 698A
Cooperative Education
1 Unit (AA/AS)
60 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of volunteer employment or training sites.

MTRK 698B
Cooperative Education
2 Units (AA/AS)
120 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of volunteer employment or training sites.

MTRK 698C
Cooperative Education
3 Units (AA/AS)
180 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of volunteer employment or training sites.

MTRK 698D
Cooperative Education
4 Units (AA/AS)
240 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of volunteer employment or training sites.

MTRK 699A
Cooperative Education
1 Unit (AA/AS)
75 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of paid employment or training sites.

MTRK 699B
Cooperative Education
2 Units (AA/AS)
150 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of paid employment or training sites.

MTRK 699C
Cooperative Education
3 Units (AA/AS)
225 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of paid employment or training sites.

MTRK 699D
Cooperative Education
4 Units (AA/AS)
300 lab hours arranged

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): The student must be simultaneously enrolled in a class that relates to the Cooperative Education class.

A course designed to assist students in planning and accomplishing meaningful learning objectives related to diesel technology at their place of paid employment or training sites.

SPWG 170A
Power Systems 1
5.5 Units (AA/AS; CSU)
72 lecture hours, 81 lab hours
Equivalent to: MTRK 170A

Grade Mode: Standard Letter

Strongly recommended: ENGL 101 and MATH 144.

Intended for students seeking a career in the power generation sector. This course is designed to introduce students to the field of electric power generation. Students will be provided with the knowledge and skills necessary to understand the theory and principles of diesel power generation. Included will be theories on DC and AC voltage systems in both the low voltage and high voltage applications with an emphasis on generator construction and operation. This course is designed to prepare students for the EGSA or CEP certifications.

SPWG 170B
Power Systems 2
5 Units (AA/AS; CSU)
72 lecture hours, 60 lab hours
Equivalent to: MTRK 170B

Grade Mode: Standard Letter

Prerequisite(s): SPWG 170A or by department consent based off of experience and/or industry certification.

Strongly recommended: ENGL 101 and MATH 144.

Intended for diesel technology students seeking a career in the power generation sector, this course provides an in-depth study and hands-on activity in delivering, maintaining, troubleshooting and repairing current and legacy production Caterpillar Generator Sets operating as single units. This course is a continuation of the Power Generation series of courses designed to prepare students for the EGSA or CEP certifications.

SPWG 171
Advanced Power Systems Controls
4 Units (AA/AS; CSU)
54 lecture hours, 54 lab hours
Equivalent to: MTRK 171

Grade Mode: Pass/No Pass, Standard Letter

Prerequisite(s): SPWG 170A by department consent based off of experience and/or industry certification.

This course is intended for the diesel technology student intending to pursue a career in stationary power generation maintenance and repair. The last course in the series for Power Generation, this course will provide a basic overview of ATS components and operations. This course will provide a background in UPS battery systems as well as flywheel energy storage systems. This course will prepare students for the EGSA or CEP certifications.