2011 General CataloG & announCement of Courses - Ventura College
2011 General CataloG & announCement of Courses - Ventura College
2011 General CataloG & announCement of Courses - Ventura College
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MT V09 - GEOMETRIC DIMENSIONING AND<br />
TOLERANCING - 3 Units<br />
Recommended preparation: DRFT V02A or WEL V02<br />
Hours: 3 lecture weekly<br />
This course covers general dimensioning and tolerancing<br />
principles as applied to mechanical engineering drawings, with a<br />
special emphasis on accurate interpretation <strong>of</strong> current geometric<br />
symbology and conventions per ASME Y14.5 dimensioning and<br />
tolerancing (geometric dimensioning and tolerance) standards. It<br />
is intended for manufacturing industry technical staff responsible<br />
for product design and procurement as well as students majoring<br />
in mechanical or manufacturing engineering, and/or manufacturing<br />
machine technology fields.<br />
Field trips may be required.<br />
MT V10 - QUALITY CONTROL AND MECHANICAL<br />
INSPECTION - 2 Units<br />
Recommended preparation: MT V02 and MT V09<br />
Hours: 1 lecture, 3 laboratory weekly<br />
This is an introductory course dealing with the quality control<br />
field with special emphasis on part inspection/verification processes<br />
as applied to CMM & OM (coordinate measuring machine & optical<br />
measurement) technology. Open-end (surface plate) mechanical<br />
inspection principles are also covered.<br />
Field trips may be required.<br />
MT V11 - DIMENSIONAL METROLOGY - 2 Units<br />
Recommended preparation: MT V09 and MT V10 and MATH V02<br />
Hours: 1 lecture, 3 laboratory weekly<br />
In this course the student will learn extended measurement,<br />
gauging, tolerance analysis and part verification. Statistical Process<br />
Control (SPC) and metrology, the science <strong>of</strong> measurement, will also<br />
be covered.<br />
MT V15 - MANUFACTURING PROCESSES - 3 Units<br />
Hours: 2 lecture, 3 laboratory weekly<br />
This course introduces modern manufacturing processes and<br />
systems. The course will also cover various manufacturing materials,<br />
techniques <strong>of</strong> machining, casting, forming, and industrial design.<br />
Field trips will be required. Formerly MT 15. Transfer credit: CSU.<br />
MT V18 - MANUFACTURING PROJECTS AND<br />
APPLICATIONS - 3 Units<br />
Recommended preparation: ARCH V23 or DRFT V05A; and MT V02<br />
Hours: 6 lecture-laboratory weekly<br />
This course is an integration <strong>of</strong> previously acquired knowledge<br />
through assignment <strong>of</strong> projects in the areas <strong>of</strong> manufacturing,<br />
industrial design, flexible manufacturing applications, computer aided<br />
design and computer aided manufacturing (CAD/CAM). Topics will<br />
include set up and operation <strong>of</strong> computer numerical control (CNC)<br />
lathes, mills, manufacturing processes, and design principles.<br />
Fees will be required. Field trips may be required. May be taken for<br />
a maximum <strong>of</strong> 4 times. Offered on a pass/no pass basis only.<br />
MT V35 - PRODUCTION MACHINING AND TOOLING DESIGN<br />
TECHNIQUES - 3 Units<br />
Recommended preparation: ARCH V23 or DRFT V05A or DRFT V41<br />
Hours: 2 lecture, 3 laboratory weekly<br />
This course covers production machining techniques. Topics<br />
include: production planning; production tooling design; setup<br />
and manufacturing planning; job costing and time/scheduling<br />
calculations; inspection; and blueprint reading for multiple-part<br />
manufacturing products. Computer applications in manufacturing<br />
planning are covered using computer aided design and manufacturing<br />
s<strong>of</strong>tware (CAD/CAM), word processing, and spreadsheet<br />
applications.<br />
Fees will be required. Field trips may be required. Formerly MS<br />
V35.<br />
MT V88 - MANUFACTURING TECHNOLOGY<br />
WORKSHOPS - .5-10 Units<br />
Prerequisite: varies with topic<br />
Hours: lecture and/or laboratory as required by unit formula<br />
Designed to meet specific needs <strong>of</strong> the college and community as<br />
required and/or requested by persons whose needs in this area are<br />
not met by present course <strong>of</strong>ferings.<br />
Fees may be required. <strong>Courses</strong> with same title may not be<br />
repeated; may be taken for a maximum <strong>of</strong> 4 times.<br />
MATHEMATICS<br />
Recommended preparation for all math courses: The mathematics<br />
department strongly urges all students to take the appropriate<br />
mathematics assessment test to help determine the strength and<br />
currency <strong>of</strong> background knowledge.<br />
MATH V01 - ELEMENTARY ALGEBRA - 5 Units<br />
Prerequisite: MATH V10 or MATH V10A-V10C or 1 year <strong>of</strong> high<br />
school prealgebra with grade <strong>of</strong> C or better<br />
Hours: 5 lecture weekly<br />
This course covers number sets, operations with signed numbers,<br />
linear equations, graphing, ratio, proportion and variation, linear<br />
inequalities, introduction to functions, factoring, rational expressions<br />
and equations, exponents, factorable quadratic equations, and<br />
systems <strong>of</strong> equations. Students receiving credit in MATH V01 will not<br />
receive credit in MATH V01A-V01E or MATH V11A-V11B.<br />
Formerly Math 1.<br />
MATH V01A - ELEMENTARY ALGEBRA: MODULE I - 1 Unit<br />
Prerequisite: MATH V10 or MATH V10A-V01C or 1 year <strong>of</strong> high<br />
school prealgebra with grade <strong>of</strong> C or better<br />
Hours: 1 lecture weekly<br />
This course is the first <strong>of</strong> five-course sequence (MATH V01A-<br />
V01E). Completion <strong>of</strong> all five courses is equivalent to MATH V01.<br />
Topics will include operations with real numbers, symbols and<br />
terminology, mathematical sets, addition and subtraction <strong>of</strong> real<br />
numbers, multiplication and division <strong>of</strong> real numbers, properties<br />
<strong>of</strong> addition and multiplication, simplifying algebraic expressions,<br />
positive and negative exponents and scientific notation. Under<br />
the guidance <strong>of</strong> the instructor, students will complete self-paced<br />
interactive competency-based computer assignments, including<br />
possible review <strong>of</strong> previously learned topics. More than one course in<br />
the sequence may be completed within the term. Students receiving<br />
credit in MATH V01A-V01E will not receive credit in MATH V01 or<br />
MATH V11A-V11B.<br />
Offered on a pass/no pass basis only.<br />
MATH V01B - ELEMENTARY ALGEBRA: MODULE II - 1 Unit<br />
Prerequisite: MATH V01A or MATH V88A with grade <strong>of</strong> CR or P<br />
Hours: 1 lecture weekly<br />
This course is the second <strong>of</strong> a five-course sequence (MATH<br />
V01A-V01E). Completion <strong>of</strong> all five courses is equivalent to MATH<br />
V01. Topics will include solving equations <strong>of</strong> one variable, translation<br />
<strong>of</strong> word problems to equations, solving and graphing inequalities<br />
<strong>of</strong> one variable, interval and set notation, solving formulas, ratio,<br />
proportion and variation. Under the guidance <strong>of</strong> the instructor,<br />
students will complete self-paced interactive competency-based<br />
computer assignments, including possible review <strong>of</strong> previously<br />
learned topics. More than one course in the sequence may be<br />
completed within the term. Students receiving credit in MATH V01A-<br />
V01E will not receive credit in MATH V01 or MATH V11A-V11B.<br />
Offered on a pass/no pass basis only.<br />
<strong>Ventura</strong> <strong>College</strong> Catalog 2010 - <strong>2011</strong> Credit <strong>Courses</strong>, Degrees, Certificates, and Awards 169