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Peninsula College Course Catalog 2012-2013

Peninsula College Course Catalog 2012-2013

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<strong>Course</strong> Descriptions<br />

Content includes a survey of mechanical concepts, precision<br />

measurement, blueprint reading, quality assurance, workforce<br />

skills/communication, ergonomics, and an introduction to lean<br />

manufacturing.<br />

COMP 115 10 Credits<br />

COMPOSITE STRUCTURES-FABRICATION<br />

First course in a series intended to provide the student<br />

with a working knowledge of reinforced composite design,<br />

fabrication, structural repair, and finishing. Introduces design<br />

considerations and methods of fabrication used in open-mold<br />

construction. Employability is a major goal, therefore issues<br />

such as safety and work habits are emphasized throughout.<br />

Prerequisite: MATH 064 or equivalent.<br />

COMP 115A 3 Credits<br />

ENTRY LEVEL COMPOSITES TRAINING - MODULE 1<br />

This five-week course serves as an introduction to composite<br />

manufacturing. Instruction focuses on aerospace applications<br />

and advance composites materials. Students will become<br />

familiar with relevant terminology and industry manufacturing<br />

practices. These practices include pre-preg composite<br />

construction, vacuum bag processing, oven-curing, and<br />

industrial safety. Prerequisites COMP 101<br />

COMP 115B 3 Credits<br />

ENTRY LEVEL COMPOSITES TRAINING - MODULE 2<br />

This five-week course serves as an introduction to composite<br />

manufacturing. Instruction focuses on aerospace, marine,<br />

and recreation equipment applications. Students will become<br />

familiar with relevant terminology and industry manufacturing<br />

practices. These practices include wet lay-up composite<br />

construction, vacuum bag processing, vacuum infusion<br />

processing, room temperature curing, and industrial safety.<br />

Prerequisite: COMP 101.<br />

COMP 115C 4 Credits<br />

ENTRY LEVEL COMPOSITES TRAINING - MODULE 3<br />

This six-week course serves as an introduction to machining<br />

in composite manufacturing. Instruction focuses on CNC<br />

(computer numerical control) operation and CNC machining<br />

(cutting) of composite materials. Students will become<br />

familiar with relevant terminology and industry manufacturing<br />

practices. These practices include CNC equipment operation,<br />

CNC software application, CNC tooling, and machine safety.<br />

Prerequisite: COMP 101.<br />

COMP 116 10 Credits<br />

COMPOSITE STRUCTURES REPAIR<br />

This course is intended to provide the student with a working<br />

knowledge of fiberglass composite repair and fabrication.<br />

The goal is to prepare for entry-level employment in<br />

industries utilizing composite materials in fabrication or repair.<br />

Prerequisite: COMP 115 or instructor permission.<br />

COMP 117 10 Credits<br />

COMPOSITE COATING SYSTEMS<br />

Continues and builds on skills learned in COMP 115 and<br />

COMP 116 and extends them to provide a working knowledge<br />

of fiberglass composite finishing materials and techniques.<br />

The course goal is to prepare one for above entry-level<br />

employment in industries utilizing composite materials in<br />

fabrication or repair. Prerequisite: COMP 116 or instructor<br />

permission.<br />

COMP 215 11 Credit<br />

ADVANCED COMPOSITIES TECHNOLOGY I<br />

This course is a combination of classroom and laboratory<br />

experience. Introduction will include a brief history of<br />

composites. Emphasis will be placed on composite<br />

terminology, adherence to laboratory safety rules, and strict<br />

conformance to directions. While this course is intended to<br />

form the foundation for advanced composite courses, it will<br />

have direct ties to industry required skills. Prerequisites: None<br />

COMP 216 11 Credit<br />

ADVANCED COMPOSITIES TECHNOLOGY II<br />

This course is a combination of classroom and laboratory<br />

experience. It builds on the skills learned in COMP 215.<br />

Advanced terminology will be included in a course long project<br />

that will demonstrate industry work environment and quality<br />

standards. Prerequisite: COMP 215 or instructor permission<br />

COMP 217 11 Credit<br />

ADVANCED COMPOSITIES TECHNOLOGY III<br />

This course is a combination of classroom and laboratory<br />

experience. Introduction will include a brief history of<br />

composites. Emphasis will be on composite terminology,<br />

adherence to laboratory safety rule, and strict conformance to<br />

directions. While this course is intended to form the foundation<br />

for advanced composite courses, it will have direct ties to<br />

industry-required skills. Prerequisites: COMP 216 and PHYS&<br />

121L or instructor permission.<br />

<strong>Peninsula</strong> <strong>College</strong> <strong>2012</strong>-<strong>2013</strong> COURSE CATALOG<br />

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