# Automotive Technology - AUTO (AUTO) courses Bakersfield College · 2026-2027 Catalog · 35 courses Source: https://bakersfield.elumenapp.com/catalog/2026-2027-Catalog/automotive-technology-auto "Offered" lists sections in this catalog year's class schedules: Fall 2026, Spring 2027. ### AUTO B3 — Fundamentals of Automotive Management and Services - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Transfers to:** CSU - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit In this course, you will learn the skills to be a Service Advisor and Service Manager in the Automotive Industry. This course is intended to help student develop the knowledge and skills to seek entry level employment in the customer service areas found in automotive, agriculture and industrial application. ### AUTO B10 — Automotive Safety - **Units:** 1 - **Hours:** 18 lecture hours - **Transfers to:** CSU - **Offered:** Fall 2026, 5 sections (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit - Grading: Pass/No Pass This course provides students with the knowledge and awareness necessary to maintain safety while working in the automotive industry. Upon successful completion, students will receive a certificate confirming their compliance with federal safety mandates. Attendance is mandatory for all automotive students. Note: Not open to students who have successfully completed AUTO B1AB, AUTO B15, AUTO B2A, AUTO B2B, AUTO B75A, AUTO B14, AUTO B64, AUTO B112, or AUTO B106. ### AUTO B10NC — Automotive Safety - **Units:** 0 - **Hours:** 18 lecture hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Student can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This course offers the students the knowledge and awareness they need to stay safe as they work in the automotive industry. Upon successful completion of this course student will receive a certificate of completion certifying that they have been safety trained in compliance with federal mandates. This course is required for all automotive students. ### AUTO B11 — Automotive Fundamentals - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B10 or AUTO B10NC or equivalent with a grade of C or P or better or may be taken concurrently. OR Successful completion of AUTO B10NC or equivalent with a grade of C or P or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 7 sections (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 5 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is an introductory automotive course that provides students with theory, knowledge, and skills necessary to understand the basic engine, drive-train, and other support systems. The lab component of the class will focus on general inspection procedures, maintenance and light repair work that is common in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Prepares students for Automotive Maintenance and Light Repair (G1) ASE exam. This course is a prerequisite to most of the automotive courses. ### AUTO B20 — Engine Theory Design and Diagnosis - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 3 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the advanced skills required for accurate diagnosis and repair of internal combustion engines. The theory and construction of gasoline and diesel engines found in automotive, agricultural and industrial applications will be covered. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Students are encouraged, but not required, to supply their own project. Preparation for the ASE A1 and A8 exams will be covered. ### AUTO B21 — Upper Engine Systems and Machining - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B20 or equivalent with a grade of C or better or may be taken concurrently - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the advanced skills required for accurate repair and machining of the cylinder head and valvetrain systems in gasoline and diesel engines found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application of engine machining theory on "live" vehicles will be used. Students are encouraged, but not required, to supply their own project. Preparation for the ASE A1 and A8 exams will be covered. ### AUTO B22 — Lower Engine Systems and Machining - **Units:** 4.5 - **Hours:** 63 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B21 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the advanced skills required for accurate repair and machining of the cylinder block, crankshaft and connecting rods in gasoline and diesel engines found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Students are encouraged, but not required, to supply their own project. Preparation for the ASE A1 and A8 exams will be covered. Note: Not open to students who have successfully completed AUTO B2B. ### AUTO B23 — Engine Assembly and Performance - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B22 or equivalent with a grade of C or better or may be taken concurrently - **Offered:** Fall 2026, 2 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This class offers the student the application of engine overhaul theory and repair procedures, including reassembly, initial startup and tuning of gasoline and diesel engines found in automotive, agricultural and industrial applications. Advanced engine theory, design, practical and theoretical high performance modifications are all part of this course. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Students are encouraged, but not required, to supply their own project. Preparation for the ASE A1 and A8 exams will be covered. ### AUTO B30 — Electrical and Electronic Systems - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 5 sections (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is an introductory electrical course that provides students with theory, knowledge, and skills necessary to understand electrical flow and electronic concepts. Instruction is given and lab experience provided which will enable students to successfully perform diagnostics and repair on basic electrical and electronic circuits found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Preparation for the ASE A6 and California State Lamp Adjuster examination will be covered. ### AUTO B31 — Advanced Electrical and Electronic Systems - **Units:** 4.5 - **Hours:** 63 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B30 or equivalent with a grade of C or better or may be taken concurrently - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is an advanced course that provides students with theory, knowledge, and skills necessary to understand advanced automotive electronic diagnostic and repair concepts. Instruction is given and lab experience provided which will enable students to successfully perform diagnostics, pinpoint tests, and employ advanced circuit test strategies on electrical and electronic circuits. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. The course prepares students for the A-6 and L3 ASE exams. ### AUTO B33 — Engine Performance - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B20 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the skills required for accurate diagnosis and repair of fuel, emission, and engine management systems related to engine performance. The theory and construction of engine performance systems found in automotive, agricultural, and industrial applications will be covered. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. The course prepares students for the A-8 engine performance ASE exam. ### AUTO B34 — Advanced Engine Performance - **Units:** 4.5 - **Hours:** 63 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B33 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the advanced skills required for accurate diagnosis and repair of fuel, emission, and engine management systems related to engine performance. The theory and construction of advanced engine performance systems found in automotive, agricultural and industrial applications will be covered. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. The course prepares students for the A-8 and L1 ASE exams. ### AUTO B36 — Light Duty Diesel Performance - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B33 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 1 section (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the advanced skills required for accurate diagnosis and repair of diesel engines. The theory and construction of diesel engine systems found in automotive, agricultural, and industrial applications will be covered. Students will also study various manufacturers’ engine platforms and examine how diesel power and performance is achieved. Demonstrated lecture, simulated problem diagnosis, and practical application on "live" vehicles will be used. The course prepares students for the A9 and L2 ASE exams. ### AUTO B39 — Level 1 and Level 2 Smog Inspector Training - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B10 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 2 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is a Bureau of Automotive Repair certified course which includes Level 1 and Level 2 certificate training. The Level 1 (L1) Engine and Emission Control training is intended to provide students with fundamental knowledge of engine and emission control theory, design, and operation. The Level 2 (L2) Smog Check Training is intended to provide students with the knowledge, skills, and abilities needed to perform Smog Check inspections. Students who successfully pass both Level 1 and Level 2 training courses will have met the eligibility requirements to take the Smog Check Inspector State License examination. ### AUTO B40 — Suspension Steering and Wheel Alignment - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of 'C' or better or may be taken concurrently. OR Successful completion of AUTO B30 or equivalent with a grade of 'C' or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Fall 2026, 3 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course provides the students with theory, knowledge, and skills necessary to accurately diagnose and repair suspension and steering systems. Instruction is given and lab experience provided for removal, disassembly, inspection, re-assembly, installation and wheel alignment of suspension and steering systems found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. The course prepares students for ASE A-4 Suspension and Steering Systems Certification exam. ### AUTO B43 — Brake Systems - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of C or better or may be taken concurrently OR Successful completion of AUTO B30 or equivalent with a grade of C or better or may be taken concurrently - **Transfers to:** CSU - **Offered:** Spring 2027, 3 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course provides the students with theory, knowledge, and skills necessary to accurately diagnose and repair brake systems on passenger cars, light trucks, and heavy duty applications. Instruction is given and lab experience provided for removal, disassembly, inspection, re-assembly, precision measurement, machining, and installation of braking systems found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles may be used. The course prepares students for the A-5 Brake ASE and California state Brake Adjuster Certification examination. ### AUTO B46 — Automatic Transmissions - **Units:** 4.5 - **Hours:** 63 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of C or better or may be taken concurrently OR Successful completion of AUTO B30 or equivalent with a grade of C or better or may be taken concurrently. - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is an advanced level course that provides the students with theory, knowledge, and skills necessary to accurately diagnose and repair automatic transmissions and transaxles. Instruction is given and lab experience provided for removal, disassembly, inspection, re-assembly and installation of transmissions and transaxles found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Prepares students for ASE A-2 Automatic Transmission and Transaxle Certification examination. ### AUTO B48 — Manual Transmissions and Drivetrain - **Units:** 4.5 - **Hours:** 63 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of 'C' or better. OR Successful completion of AUTO B46 or equivalent with a grade of 'C' or better. - **Transfers to:** CSU - **Offered:** Fall 2026, 2 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Credit - Degree Applicable - Non-repeatable credit This is an advanced level course that provides the students with theory, knowledge, and skills necessary to accurately diagnose and repair manual transmissions and drivetrains. Instruction is given and lab experience provided for removal, disassembly, inspection, re-assembly and installation of manual transmissions and drivetrains found in automotive, agricultural and industrial applications. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Prepares students for ASE A-3 Manual Drive Train and Axles Certification examination. ### AUTO B48WE — Work Experience Education - **Units:** 1-14 - **Hours:** 54-756 activity hours - **Transfers to:** CSU - **Offered:** Fall 2026, 2 sections (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - 1-14 units per semester for a total of 14 units. - Limitation on enrollment: Limitation on Enrollment: Declared major or occupational goal and evaluation of student's qualifications and objectives. College credit for automotive technology related learning experiences obtained on the job in accordance with a training plan developed cooperatively between the employer, college, and student. One credit hour of community college work shall require a minimum of 54 hours of total student work. Work experience credit may accrue at the rate of 1 to 14 credits per enrollment term for a total of 14 credits. Repetition allowed per Title 5 55253. ### AUTO B49 — Automotive Air Conditioning - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B11 or equivalent with a grade of C or better. - **Transfers to:** CSU - **Offered:** Spring 2027, 2 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit This course offers the student the skills required for accurate service, diagnosis and repair of heating and air conditioning systems. The theory and construction of heating and air conditioning systems found in automotive, agricultural and industrial applications will be covered. Demonstrated lecture, simulated problem diagnosis and practical application on "live" vehicles will be used. Preparation for the ASE A7 and T7 exams will be covered. Students will be required to obtain Section 609 EPA Certification. ### AUTO B50 — Fundamentals of Automotive Racing and Fabrication - **Units:** 4 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B20 or equivalent with a grade of C or better. OR Successful completion of AUTO B40 or equivalent with a grade of C or better. OR Successful completion of AUTO B46 or equivalent with a grade of C or better. OR Successful completion of AUTO B43 or equivalent with a grade of C or better. OR Successful completion of AUTO B30 or equivalent with a grade of C or better. OR Successful completion of AUTO B33 or equivalent with a grade of C or better. - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Credit - Degree Applicable - Non-repeatable credit Fundamentals of Automotive Racing and Fabrication is an introductory course that explores the foundational principles of motorsports engineering and competition. Students will gain a broad understanding of various motorsports disciplines while learning key technical concepts related to high-performance vehicles and race car design. This introductory course provides a comprehensive overview of the foundational principles of motorsports engineering and high-performance vehicle fabrication. Key topics include engine architecture and performance optimization, chassis design and dynamics, materials selection, fabrication techniques, and the integration of advanced safety systems. This course incorporates hands on learning and project-based work to prepare for real-world racing scenarios. Students will have the opportunity to apply their skills by participating in organized road course racing events, gaining practical experience in competitive motorsports environments. Designed for students pursuing careers in automotive engineering, motorsports technology, or related fields, this course serves as a foundation for more advanced study in vehicle dynamics, fabrication, and race team operations. Note: Field trips may be required. ### AUTO B50NC — Fundamentals of Automotive Racing and Fabrication - **Units:** 0 - **Hours:** 54 lecture hours, 54 lab hours - **Prerequisite:** Successful completion of AUTO B20 or equivalent with a grade of C or better. OR Successful completion of AUTO B40 or equivalent with a grade of C or better. OR Successful completion of AUTO B46 or equivalent with a grade of C or better. OR Successful completion of AUTO B43 or equivalent with a grade of C or better. OR Successful completion of AUTO B30 or equivalent with a grade of C or better. OR Successful completion of AUTO B33 or equivalent with a grade of C or better. - **Offered:** Fall 2026, 1 section (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 4 sections (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Student can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) Fundamentals of Automotive Racing and Fabrication is an introductory course that explores the foundational principles of motorsports engineering and competition. Students will gain a broad understanding of various motorsports disciplines while learning key technical concepts related to high-performance vehicles and race car design. This introductory course provides a comprehensive overview of the foundational principles of motorsports engineering and high-performance vehicle fabrication. Key topics include engine architecture and performance optimization, chassis design and dynamics, materials selection, fabrication techniques, and the integration of advanced safety systems. This course incorporates hands on learning and project-based work to prepare for real-world racing scenarios. Students will have the opportunity to apply their skills by participating in organized road course racing events, gaining practical experience in competitive motorsports environments. Designed for students pursuing careers in automotive engineering, motorsports technology, or related fields, this course serves as a foundation for more advanced study in vehicle dynamics, fabrication, and race team operations. Note: Field trips may be required. ### AUTO B60AN — Automotive Detailing Level 1 - **Units:** 0 - **Hours:** 54 lecture hours - **Offered:** Fall 2026, 1 section (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Student can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This course is designed to teach the fundamentals of the automotive industry common and acceptable detailing practices of automotive painted and interior surface preparation. This course is one of two required for the certificate and should be taken before AUTOB60BN. In this course you will gain an understanding of today’s paint technologies, detailing chemicals, develop and understanding of proper techniques and approach to different types of vehicle finishing surfaces, wear conditions and how to achieve professional level detailing and cleaning results for the customer. ### AUTO B60BN — Automotive Detailing Level 2 - **Units:** 0 - **Hours:** 54 lab hours - **Prerequisite:** Successful completion of AUTO B60AN with a grade of P or may be taken concurrently.. - **Offered:** Fall 2026, 1 section (/c/bakersfield-college/schedule/fall-2026/auto.md); Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This course is designed to teach the fundamentals of the automotive industries common and acceptable detailing practices. It is a continuation of AUTOB60AN, and can be taken concurrently with AUTOB60AN. In this course students will gain an understanding of today’s paint technologies; detailing chemicals; and interior cleaning processes. They will develop and understand the proper techniques to service different types of vehicle surfaces; wear conditions and best techniques to achieve professional level detailing results for the customer. Students will be instructed how to use the detailing equipment with hands-on instruction and demonstration through assigned tasks. ### AUTO B61AN — Automotive Reconditioning - **Units:** 0 - **Hours:** 54 lab hours - **Prerequisite:** Successful completion of AUTOB10NC or equivalent with a grade of P or C or better. OR Successful completion of AUTOB10 or equivalent with a grade of P or C or better. - **Offered:** Fall 2026, 4 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Non-Credit - This is a noncredit course. Student can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This is a fundamental course designed to teach students the proper procedures used in the industry to refurbish and reset vehicles for resale or continued safe operation on the road. Students will be expected to perform inspections and processes that result in a refurbished used vehicle ready for resale. Students are expected to professionally interact with local dealership managers to communicate the needed repairs, process paperwork correctly and then perform the needed repairs to the vehicle. Students are expected to work as if they are working in the industry as a technician. The repairs are real world repairs with expected positive results. Students should have Job skills certificate awards OE Manufacture Certifications, ASE G1 certification, Employer verification of work experience, or any of the following course completions AUTOB11, AUTOB30, AUTOB20, AUTOB40, AUTOB38, AUTOB33 to be successful in this course. Students will be required to provide proper safety shoes/boots, pants, safety glasses, and any other item that relates to personal protective gear that is considered normal for the automotive workshop environment. Uniforms may be provided to students. ### AUTO B61BN — Automotive Fundamental - Lecture - **Units:** 0 - **Hours:** 54 lecture hours - **Prerequisite:** Successful completion of AUTO B10 or equivalent with a grade of C or P. OR Successful completion of AUTO B10NC or equivalent with a grade of C or P. - **Offered:** Fall 2026, 4 sections (/c/bakersfield-college/schedule/fall-2026/auto.md) - Non-Credit - This is a noncredit course. Student can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) The Automotive Fundamentals course is an overview of the automobile and the major systems of any vehicle. This is a lecture-based course that will focus on explaining the theory of operation and function of each operating system and their related parts. The course will equip students with the technical knowledge that is necessary to perform basic maintenance and light repair on vehicles in current production and prepare students to seek G1 ASE exam certification. ### AUTO B70NC — Introduction to Electric Vehicles - **Units:** 0 - **Hours:** 36 lecture hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This course is an introduction to electric vehicles. It will focus on safety components incorporated in these types of vehicles, battery composition, basic testing and light diagnostics. ### AUTO B71AN — Electric Vehicle Motor Technology - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces motor technologies utilized in the construction of battery electric vehicles. It focuses on personal protection, construction methods, testing, and diagnosis. ### AUTO B71BN — Electric Vehicle Battery Technology - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces battery technologies utilized in the construction of battery electric vehicles. It focuses on personal protection, chemical compositions, testing, and diagnosis. ### AUTO B71CN — Electric Vehicle Power Management - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces power inverter technology utilized in the construction of battery electric vehicles (BEVs). It focuses on operation, theory, componentry, and its role in regenerative braking. ### AUTO B71DN — Electric Vehicle Auxiliary Systems - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** Spring 2027, 1 section (/c/bakersfield-college/schedule/spring-2027/auto.md) - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces high voltage isolation and temperature management methodologies utilized in the construction of battery electric vehicles. It focuses on personal protection, componentry, testing, and diagnosis. ### AUTO B72AN — Hydrogen Vehicles - Batteries and Safety - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces electrical theory and battery technology used in the construction of hydrogen fuel cell vehicles. It focuses on personal protection, multiple battery chemistries and construction, testing, and diagnosis. ### AUTO B72BN — Hydrogen Vehicle Systems and Components - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces hydrogen fuel systems and fuel cell technology utilized in the construction of hydrogen fuel cell vehicles. It focuses on vehicle fueling, storage, and conversion to electricity. ### AUTO B72CN — Hydrogen Vehicle Power Management - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces motor technologies utilized in the construction of hydrogen fuel cell vehicles. It focuses on operation, type of motors used, voltage conversion, and testing methods. ### AUTO B72DN — Hydrogen Vehicle Thermal Management - **Units:** 0 - **Hours:** 27 lecture hours, 27 lab hours - **Offered:** not on the Fall 2026, Spring 2027 schedules - Non-Credit - This is a noncredit course. Students can re-enroll as many times as necessary to achieve satisfactory progress. - Grading: Noncredit Grading (P/SP/NP, UG) This non-credit course introduces thermal management systems utilized in the construction of hydrogen fuel cell vehicles. It focuses on different types of cooling used throughout the vehicle, maintenance of these systems, and other vehicle accessories.