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Course Criteria
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4.00 Credits
4 cr. Prerequisite: PHY*H121. This course is a continuation of PHY*H121. Basic concepts in heat wave motion, sound, light, electricity and magnetism are developed. Specific topics covered include: heat, temperature, kinetic theory, wave motion, sound, electrostatics, direct current circuits, magnetism, properties of light, reflection, refraction, interference and diffraction. Three hours of lecture and three hours of laboratory weekly.
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3.00 Credits
3 cr. Provides the student with a basic background in the various types of polymer used in manufacturing, the characteristics and properties of each type of polymer, and the process and procedures utilized in the fabrication of polymer parts and products. Extrusion, injection, compression, transfer, and blow molding are discussed in addition to casting and thermoforming. Three class hours weekly.
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3.00 Credits
3 cr. Prerequisite: PLA*H101. A detailed course in the specifics of injection molding as a polymer manufacturing process. Topics include types of molding machines, machine functions, viscoelastic behavior of plastics, theory and practice of injection molding, mold design in relation to flow characteristics, designing for polymers, and correcting molding defects. Two class and two laboratory hours weekly.
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3.00 Credits
3 cr. Prerequisite: PLA*H101. Covers the design of polymer products while considering the physical properties of polymer and techniques for achieving pleasing aesthetics, dimensional capabilities, and performance results. In addition, the course covers tolerance capabilities, ASTM tests, product design rules for the various polymer manufacturing methods, structural performance, and joining and decorating polymer products. Three class hours weekly.
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3.00 Credits
3 cr. Prerequisite: PLA*H105. A course in the principles and practices employed in designing the molds used by the widely diversified polymer molding industry. Some topics include types of molds, steel selection and heat treating, ejection systems, venting and cooling, shrinkage, draft, fits and tolerances, cam actions, undercuts and threads, deflection, design flaws, and quoting mold cost and delivery. Three class hours weekly.
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3.00 Credits
3 cr. Prerequisites: PLA*H101, 105. Comprehensive coverage of process engineering discipline associated with the engineering and manufacturing of plastic components and assemblies. Emphasis is placed on cause-and-effect relationships among material composition, product end-use requirements, and associated processing concerns. Discussion of the interpretation of material specification sheets, material selection, machine capability analysis, molding for end-use, and case studies. Two class and two laboratory hours weekly.
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3.00 Credits
3 cr. Prerequisite: PLA*H101. This course addresses the day-to-day and longrange management activities for a polymer company or molding department within a diversified manufacturer. Topics include plant layout, material control, personnel, efficiency, productivity, reporting, quality control, utilities costs, estimating, inventory and labor overhead consideration. Three class hours weekly.
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3.00 Credits
3 cr. Prerequisites: PLA*H101,105. Comprehensive coverage of process engineering discipline associated with the engineering and manufacturing of rubber components and assemblies. Emphasis is placed on cause-and-effect relationships among material composition, product end-use requirements, and associated processing concerns. Discussion of the interpretation of material specification sheets, material selection, machine capability analysis, molding for end-use, and case studies. Two class and two laboratory hours weekly
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3.00 Credits
3 cr. Prerequisites: PLA*H101, 105, 110 and 112. Corequisites: PLA*H120 or 130. Concurrent enrollment as a Plastics & Rubber Engineering Technology major, minimum 3.0 GPA and pre-approval of the Department Chair. The Plastic/Rubber Co-op is a supervised work experience in a job setting, related to the students major-option. This fourth semester course is a specialization in the plastics/rubber field consisting of: 1. A two-hour Professional Development Workshop 2. A minimum 225-hour Cooperative Work Experience 3. A weekly Co-op Seminar with a faculty facilitator Suitable work experience or an appropriate course can be substituted for the Co-op with the approval of the Department Chair.
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3.00 Credits
(formerly POLS-H203) 3 cr. Prerequisite: 3 credit hours in any history or political science course. A survey of the structure and functioning of the governments is presented. Such contemporary nation states as Russia, Great Britain, France, and Germany are analyzed. A brief history of each government is included. (Fall)
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