Citrus College Catalog 2009-2010 (ver. 10/22
Citrus College Catalog 2009-2010 (ver. 10/22
Citrus College Catalog 2009-2010 (ver. 10/22
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systems, turbo charging and supercharging<br />
and the use of basic and advanced engine<br />
design formulas. <strong>10</strong>8 lecture hours.<br />
AUTO 281<br />
Advanced Toyota Certified Technician<br />
Training<br />
7 Units<br />
Strongly recommended: Successful<br />
completion of evening One Year Certificate<br />
or equivalent experience in<br />
the automotive field. Also, READ 099<br />
if required by reading placement<br />
exam or if required by reading level.<br />
An advanced-level course specifically designed<br />
to meet the Toyota Certified Technician<br />
Program requirements for<br />
certification in the following Uni<strong>ver</strong>sity of<br />
Toyota technical training courses: 021,<br />
262, 301, 452, 552, 6<strong>22</strong>, 652, 750, and<br />
852. Only students having completed the<br />
one-year evening certificate program or<br />
equivalent experience in the automotive<br />
field are advised to attend. 126 lecture<br />
hours.<br />
AUTO 285<br />
Digital Storage Oscilloscopes<br />
1 Unit<br />
Prerequisites: AUTO 112 or 120 or<br />
128 and 129 or current licensed<br />
smog technician or consent from department.<br />
The use and application of Digital Storage<br />
Oscilloscopes (DSO) to diagnose input<br />
sensors and output actuators. Voltage and<br />
waveform analysis of normal and faulty<br />
components will be co<strong>ver</strong>ed. Recommended<br />
that students bring their own<br />
DSO to class. 18 lecture hours.<br />
AUTO 290<br />
Introduction to the Automotive<br />
Aftermarket<br />
1 Unit<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
This class is an introduction to the automotive<br />
aftermarket industry. It provides<br />
an insight into the various specialized segments<br />
that make up the industry and explores<br />
employment opportunities, specific<br />
job requirements, and career paths. 18<br />
lecture hours.<br />
AUTO 291<br />
Engine Performance Enhancements<br />
3 Units<br />
Strongly recommended: Successful<br />
completion of AUTO 112 or 120 or<br />
125, 128 and 129 or consent of department.<br />
Also, READ 099 if required<br />
by reading placement exam or if required<br />
by reading level.<br />
This class co<strong>ver</strong>s the engine performance<br />
enhancements available for automotive<br />
vehicles. The subject areas co<strong>ver</strong>ed include<br />
stand-alone engine management<br />
124<br />
systems, fuel systems, turbochargers, superchargers,<br />
nitrous oxide, ignition systems,<br />
and the use of the chassis<br />
dynamometer as a tuning tool. 36 lecture<br />
hours, 54 lab hours.<br />
AUTO 292<br />
Advanced Drive train Development<br />
2 Units<br />
Strongly recommended: Successful<br />
completion of AUTO 200 or 202 or<br />
2<strong>10</strong> or 213 or 214 or <strong>22</strong>1 or consent<br />
from department. Also, READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
The theory of operation, testing, service,<br />
and proper selection of high performance<br />
drive train components as well as the<br />
modification of domestic and foreign drive<br />
train components for use in high performance<br />
applications 18 lecture hours, 54 lab<br />
hours.<br />
AUTO 293<br />
Advanced Steering and Suspension<br />
Geometry<br />
2 Units<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
Also, successful completion of AUTO<br />
114 or 150 or 170 or consent from<br />
instructor.<br />
The course co<strong>ver</strong>s: advanced chassis<br />
geometry, ultra high performance tires, aftermarket<br />
adjustment procedures on front<br />
and rear wheels, selection and installation<br />
of alignment kits, performance steering<br />
and suspension modifications, weight distribution,<br />
and NVH correction. 36 lecture<br />
hours, 36 lab hours.<br />
AUTO 294<br />
Brake Design and Analysis<br />
3 Units<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
Also, successful completion of AUTO<br />
114 or 150 or 160 or consent from<br />
department.<br />
This is an advanced course in disc brake<br />
design. The course will co<strong>ver</strong> structure,<br />
geometry, composition, production, quality,<br />
analysis, and testing, of original equipment<br />
and aftermarket disc brake systems.<br />
54 lecture hours.<br />
AUTO 295<br />
Special Projects<br />
2 Units Grade or P/NP<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
Also, recommended consent from instructor.<br />
This laboratory class is designed to provide<br />
hands-on application of skills and<br />
techniques acquired in the HPI program<br />
series of classes. The HPI program has a<br />
number of designated special projects that<br />
students will take an active role in planning,<br />
preparation, and completion of projects.<br />
This course may be taken two times.<br />
<strong>10</strong>8 lab hours.<br />
AUTO 296<br />
Cylinder Head Development<br />
4 Units<br />
Prerequisite: AUTO 295.<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
A course designed to teach the skills necessary<br />
to develop a cylinder head for total<br />
performance. Emphasis will be placed on<br />
cylinder head development and reconditioning,<br />
head CCing, and basic flow bench<br />
operation. 54 lecture hours, 54 lab hours.<br />
AUTO 297<br />
Cylinder Block Development<br />
4 Units<br />
Prerequisite: AUTO 295.<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
A course designed to teach the skills necessary<br />
to develop and rebuild a cylinder<br />
block for total performance. Emphasis will<br />
be placed on cylinder block development<br />
and reconditioning, including operation of<br />
align-honing, surfacing, boring, and honing<br />
machine operation. 54 lecture hours,<br />
54 lab hours.<br />
AUTO 299<br />
Engine Dynamometer Operation<br />
2 Units<br />
Prerequisite: AUTO 295.<br />
Strongly recommended: READ 099 if<br />
required by reading placement exam<br />
or if required by reading level.<br />
This course co<strong>ver</strong>s engine dynamometer<br />
operation and testing procedures with<br />
evaluation of test results for performance<br />
tuning. 18 lecture hours, 54 lab hours.<br />
Special Topics Courses<br />
AUTO 695A<br />
Special Topics: Automotive<br />
Technology<br />
0.5 Units Grade or P/NP<br />
This course co<strong>ver</strong>s special and emerging<br />
topics not found in other courses within<br />
the discipline. Topics vary and are determined<br />
by the department for current term<br />
emphasis. May be taken four times regardless<br />
of the unit combination, howe<strong>ver</strong>,<br />
no single subject, special topics class may<br />
be repeated. 9 lecture hours.<br />
CITRUS COLLEGE CATALOG <strong>2009</strong> • <strong>20<strong>10</strong></strong> www.citruscollege.edu