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Course Criteria
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7.00 Credits
(7 credit/10 contact hours) Provides a comprehensive introduction to computer numerical controlled (CNC) machining processes. Topics include: math review, safety, jigs and fixtures, tooling and tool holders, reference points, tool offset, and program loading and editing. Prerequisites: MCH 118 . Corequisites: None. Spring 2009 Course Availability
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7.00 Credits
(7 credit/10 contact hours) Provides instruction for the safe operation and manual programming of computer numerical controlled (CNC) milling machines. Topics include: machine safety, command codes, program loading, machine setup, process control, and practical application. Prerequisites: MCA 211 . Corequisites: None. Spring 2009 Course Availability
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7.00 Credits
(7 credit/10 contact hours) Provides instruction for the safe operation and manual programming of computer numerical controlled (CNC) lathes. Topics include: machine safety, command codes, program loading, machine setup, process control, and practical application. Prerequisites: MCA 211 . Corequisites: None. Spring 2009 Course Availability
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4.00 Credits
(4 credit/10 contact hours) 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. Prerequisites: MCA 211 MCA 213 MCA 215 . Corequisites: None. Spring 2009 Course Availability
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6.00 Credits
(6 credit/10 contact hours) Emphasizes the development of skills in computer aided design (CAD) and computer aided manufacturing (CAM). The student will design and program parts to be machined on computer numerical controlled machines. Topics include: hardware and software, digitizer, pen plotter, drawing manipulations, tool path generation, and program uploading and downloading. Prerequisites: MCA 211 . Corequisites: None. Spring 2009 Course Availability
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6.00 Credits
(6 credit/10 contact hours) Introduces the fundamental concepts and procedures necessary for the safe and efficient use of basic machine tools. Topics include: use of hand and bench tools, use of power tools, analysis of measurements, saw and blade selection, feed and speeds determination, use of coolants, saw and blade maintenance, sawing operations, drilling setup and operation, ISO 9000, Deming's quality theory, quality goals and objectives, and coordinate measurement machines (CMM). Prerequisites: None. Corequisites: None. Spring 2009 Course Availability
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5.00 Credits
(5 credit/5 contact hours) Introduces the fundamental concepts necessary to interpret drawings and produce sketches for machine tool applications. Topics include: interpretation of blueprints and sketching. Prerequisites: None. Corequisites: None. Spring 2009 Course Availability
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5.00 Credits
(5 credit/5 contact hours) Develops mathematic competencies as applied to machine tool technology. This course emphasizes manipulation and use of machining formulas and the discussion of machining geometry. Topics include: machining algebra and machining geometry. Prerequisites: MAT 101 . Corequisites: None. Spring 2009 Course Availability
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5.00 Credits
(5 credit/5 contact hours) Continues the development of mathematics competencies as applied to machine tool technology. Emphasis is placed on the uses of geometric and trigonometric principles in machining. Topics include: advanced applied geometry and applied trigonometry. Prerequisites: MCH 104 . Corequisites: None. Spring 2009 Course Availability
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4.00 Credits
(4 credit/5 contact hours) Introduces the properties of various metals, production methods, and identification of ferrous and non-ferrous metals. Topics include: metallurgy and heat treatment. Prerequisites: None. Corequisites: None. Spring 2009 Course Availability
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