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Complete College Catalog 2011-2012 - Rio Hondo College

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AUTO 135<br />

Advanced Clean Air Car Course<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment; AUTO 120;<br />

AUTO 130<br />

Transfers to: CSU<br />

This course is intended to prepare<br />

students to take the State of<br />

California Motor Vehicle Pollution<br />

Control Enhanced Area License<br />

Examination (I/M Test). This course<br />

is a combination of the Advanced<br />

Emissions Diagnostics Update Course<br />

and the BAR 97 Transition class.<br />

Course content includes: customer<br />

awareness, five gas analysis, catalytic<br />

converters, baseline techniques, scan<br />

tool and lab scope use, and practical<br />

application of loaded mode (smog test)<br />

emissions testing. Proper diagnosis,<br />

testing, services and repair of all<br />

emissions systems will be an essential<br />

part of this course. This course is one<br />

of two courses that qualifies students/<br />

technicians to meet the Bureau of<br />

Automotive Repair requirements for<br />

the State of California Enhanced Area<br />

Licensing Examination preparation.<br />

This course may be taken once<br />

for credit towards the certificate<br />

and repeated twice to enhance the<br />

student’s skills and proficiency.<br />

2 Units<br />

18 Lecture hours<br />

54 Lab hours<br />

AUTO 138<br />

Fuel Injection Systems II<br />

Advisory: AUTO 110; AUTO 128<br />

Transfers to: CSU<br />

This course is designed to provide<br />

the student with the fundamentals of<br />

pre and post-OBD-II Bosch Engine<br />

Management Systems related to<br />

Bosch-equipped vehicles. Students will<br />

learn how to use Bosch-specific tools<br />

and equipment, and how to safely<br />

perform basic repair and maintenance<br />

operations. Emphasis will be placed<br />

upon the L-Jetronic Systems, Digifant<br />

Systems, and Motronic Systems.<br />

Service Information Systems, Electrical<br />

Circuits, Symbols & Circuit Diagrams,<br />

and other related topics will be<br />

discussed. This course requires the<br />

students to have a solid background<br />

regarding the technical knowledge<br />

of basic Gasoline Engine Fuel and<br />

Ignition Systems as a prerequisite, and<br />

is required for the proposed Bosch<br />

Certificate Program.<br />

3 Units<br />

54 Lecture hours<br />

AUTO 140<br />

Body and Chassis Electrical Systems<br />

Advisory: READ 023 or appropriate<br />

assessment; AUTO 057<br />

Transfers to: CSU<br />

This course provides an overview of<br />

the modern automobile’s electrical<br />

system as related to the body and<br />

chassis of the vehicle. The theory of<br />

operation, operational characteristics<br />

and methods of problem diagnostics<br />

and repair for the following systems<br />

are included: lighting, instruments,<br />

windshield wipers, power windows/<br />

seats/mirrors, audio systems,<br />

convertible tops, safety restraints,<br />

and anti-theft systems. This course<br />

prepares the student for the (ASE)<br />

Automotive service Excellence A-6<br />

exam and is intended for Automotive<br />

majors. This course may be taken<br />

once for credit towards the major and<br />

repeated one time to enhance student<br />

skills and proficiency level.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

AUTO 141<br />

Alternative Fuels I<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment<br />

Transfers to: CSU<br />

This is an introductory course on<br />

alternative fuels as they pertain to<br />

use in modern vehicles. Various<br />

alternative fuels will be compared,<br />

such as Compressed Natural Gas<br />

(CNG), Liquefied Natural Gas<br />

(LNG), Hydrogen, Bio-Fuel, LPG,<br />

etc. The theory of operation, system<br />

components, and the safe handling of<br />

these fuels are included. Students will<br />

develop skills in the area of vehicle<br />

preparation, system component<br />

identification, and repair procedures<br />

related to vehicles using alternative<br />

fuels. This course is designed for<br />

students and technicians working<br />

on stationary power engines,<br />

transportation and clean fuels<br />

seeking to improve skills related<br />

to the maintenance and repair of<br />

gaseous fuels. This course provides<br />

students with ASE F1 or H1 test prep<br />

information.<br />

3 Units<br />

45 Lecture hours<br />

27 Lab hours<br />

AUTO 142<br />

Alternative Fuels II<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment; AUTO 141<br />

Transfers to: CSU<br />

This is the second course on alternative<br />

fuel systems used to power modern<br />

vehicles. Emphasis will be placed on<br />

installation, diagnostic procedures,<br />

laptop computers, and computer<br />

monitoring of Compressed Natural gas<br />

(CNG), and Liquid Natural Gas (LNG)<br />

systems. The application of other<br />

alternative fuels such as Hydrogen,<br />

LPG, Bio Fuels, etc will also be covered.<br />

Students will also develop skills that<br />

interface with modern technology<br />

computer based automotive electronic<br />

and network controls. SAE and CAN<br />

network control systems will also be<br />

covered. This course is designed for<br />

the experienced technician working in<br />

the field of stationary power engines,<br />

transportation and clean energy fuels<br />

seeking to improve skills related to the<br />

installation and repair of gaseous fuels.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

AUTO 147<br />

Introduction to Hybrid and Electric<br />

Vehicle Technology<br />

Advisory: ENGL 035 or ESL 198 or<br />

appropriate assessment; READ 023 or<br />

appropriate assessment; MATH 030 or<br />

appropriate assessment; AUTO 140<br />

Transfers to: CSU<br />

This course explores the use of<br />

Hybrid and Electric power for vehicle<br />

transportation. Topics will include<br />

safety when using high voltage,<br />

maintenance, drivability, inverter<br />

power transfer, battery technologies,<br />

hydrogen electric power, and fuel<br />

cell technology. Physics of battery<br />

storage, Hybrid generation systems,<br />

Electric vehicle applications and<br />

their integrated systems from many<br />

manufactures will be discussed.<br />

This course is suitable for student’s<br />

entering into alternative fuels or power<br />

generation and energy technology<br />

field.<br />

3 Units<br />

45 Lecture hours<br />

27 Lab hours<br />

AUTO 148<br />

Vehicle Safety, Comfort and<br />

Convenience Systems<br />

Advisory: AUTO 048<br />

Transfer to: CSU<br />

This course is designed to provide<br />

the student with the fundamentals of<br />

Bosch safety, comfort and convenience<br />

systems related to Bosch-equipped<br />

vehicles. Students will learn how<br />

to use Bosch-specific tools and<br />

equipment, and how to safely<br />

perform basic repair and maintenance<br />

operations. Emphasis will be placed<br />

upon the airbag restraint systems, ABS<br />

and traction control systems, AC and<br />

heating systems, lighting systems,<br />

and theft-deterrent systems, service<br />

information systems, electrical circuits,<br />

symbols & circuit diagrams, and other<br />

related topics will be discussed. This<br />

course is required for the proposed<br />

Bosch Certificate Program.<br />

3 Units<br />

54 Lecture hours<br />

AUTO 150<br />

Engine Electrical Systems<br />

Advisory: AUTO 115<br />

Transfers to: CSU<br />

This course discusses the modern<br />

automobile’s electrical system as<br />

related to the engine and various<br />

engine related systems. The theory of<br />

operation, operational characteristics<br />

and methods of problem diagnosis<br />

and repair for the following systems<br />

are included; ignition, electronic<br />

fuel injection, engine management,<br />

emission control, charging, cooling<br />

and starting. This course prepares<br />

the student for the (ASE) Automotive<br />

Service Excellence A-8 exam and is<br />

intended for Automotive majors. This<br />

course may be taken once for credit<br />

towards the major and repeated one<br />

time to enhance student skills and<br />

proficiency level.<br />

4 Units<br />

54 Lecture hours<br />

54 Lab hours<br />

148 / <strong>Rio</strong> <strong>Hondo</strong> <strong>College</strong> <strong>2011</strong>-<strong>2012</strong> <strong>Catalog</strong>

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