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Course Criteria
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3.00 Credits
(Prerequisite: MCA 208) Provides instruction in advanced grinding operations and procedures. Emphasis is placed on skill development through laboratory practices. Topics include: grinding theory, abrasives, wheel preparation, and form grinding.
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7.00 Credits
(Prerequisite: MCH 118) Provides a comprehensive intro duction to computer numerical controlled machining processes. Topics include: math review; safety; jigs and fixtures; tooling and tool holders; reference points; tool offsets; program loading; and program editing.
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8.00 Credits
(Pre/Corequisite: MCA 211) Provides instruction for the safe operation and manual programming of computer numerical controlled milling machines. Topics include: machine safety, command codes, program loading, ma chine setup, process control, and practical application. 1
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8.00 Credits
(Pre/Corequisite: MCA 211) Provides instruction for the safe operation and manual programming of computer numerical controlled lathes. Topics include: machine safety, command codes, program loading, machine setup, process control, and practical application.
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6.00 Credits
(Pre/Corequisites: MCA 211, MCA 213, MCA 215) Provides instruction in specialty tooling and multi-axis machining. Students will also gain experience in process control. Topics include: specialty tooling, EDM/ECM, multi-axis machining, process control, and laboratory practice.
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7.00 Credits
(Pre/Corequisite: MCA 211) Emphasizes the development of skills in computer aided design and computer aided manufacturing. The student will design and program parts to be machined on computer numerical controlled ma chines. Topics include: hardware software, digitizer, pen plotter, drawing manipulations, tool path generation, and program uploading and downloading.
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5.00 Credits
(Pre/Corequisites: MCH courses plus MCA 226 and MCA 233) Introduces instruction in the design, construction, selection, safe use, and maintenance of molds and equip ment. Emphasizes mass production of plastic articles and die cast molds for aluminum and zinc alloys. Topics include: types of plastics; types of molds; mold components; design of runners, gates, and venting systems; and mold drafting.
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5.00 Credits
(Pre/Corequisites: MCA 230, MCA 233, MCA 235) Con tinuation of Mold Design I in die selection of mold steels, machining methcxls, heat treatments, polishing, construction theory of molds, and the design of die cast molds. Topics in clude: selection of mold base steels, machining methods, heat treatments, polishing of molds, theory in the construction of a mold base, heating and cooling of molds, and design and operation of die cast molds and rubber molds.
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5.00 Credits
(Prerequisites: MCA 230, MCA 233, MCA 235) Empha sizes selection of materials, equipment, tooling, and design requirements for the manufacturing processes of plastics. Topics include: chemical makeup and properties of plas tics; molding processes; machinability and application of plastics; thermosetting plastics; and thermoplastic plastics.
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4.00 Credits
(Pre/Corequisites: MCA 230, MCA 232) Emphasizes practical application of principles of Mold Design I. Stu dents will construct machine mold components. Topics include: assembly of mold components and setup and operation of injection molding machines.
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