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Course Criteria
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3.00 Credits
3 cr. (formerly MFG-H1104) Prerequisites: MFG*H104, TCN*H101. Basic and advanced manual CNC programming, introduction to automation programming, ladder logic and digital programmable logic control programming, and tooling for CNC applications will be discussed. Laboratory will include practice in programming CNC lathes and milling machines, robots, and digital programmable logic controllers. Two class hours and two laboratory hours weekly.
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3.00 Credits
3 cr. (formerly MGT-H2208) Introduction to the fundamentals of production planning, forecasting, analysis, and control. Included are such topics as forecasting and master production schedules, procurement, routing, scheduling and dispatching, recording and reporting. Three class hours weekly.
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3.00 Credits
3 cr. (formerly MGT-H2209) Prerequisite: MFG*H104. Study of factory planning and materials handling with emphasis on efficient arrangements of work areas to achieve lower manufacturing costs. Includes the study of sample layouts, layout fundamentals, the fundamentals of materials handling, storage, and inventory, and materials handling equipment. Three class hours weekly.
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3.00 Credits
3 cr. (formerly MFG-H1120) A study of the application and use of measuring instruments and interpretation of gathered data. Through classroom instruction and exercises, students will study the use of micrometers, verniers, dial indicators, force gauges, air gauges, attribute measurement gauging, visual inspection, Environmental testing, tool and gauge control, and the use of electronic measuring equipment. Three class hours weekly.
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3.00 Credits
3 cr. (formerly MFG-H1122) Develops the concepts of a Total Quality System (TQS), including policies, objectives and organization. Examine such topics as: cost of quality, planning, improvement techniques, reliability, supplier relations and evaluations, inspection, measurement and process control techniques, and customer relations. Three class hours weekly.
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3.00 Credits
3 cr. (formerly MFG-H1144) Prerequisites: PHY*H121, MAT*H172. This course will cover hydraulic and pneumatic systems as a means of transmitting and controlling power. This course discusses fluid power fundamentals, component identification and operation, fluid power graphic symbols, circuits, application and diagnostics. Three class hours per week.
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3.00 Credits
3 cr. (formerly MFG-H2000) This course introduces the student to the structure and organization of manufacturing management in an industrial society. The role of various management functions including strategic planning, cost control, inventory management, and quality control will be studied. Three class hours weekly.
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3.00 Credits
3 cr. (formerly MFG-H2010) Prerequisites: CAD*H150, MFG*H106. This course discusses computer generated CNC programming, analog programmable logic control programming, and interfacing controllers, and machine tools. CAD/CAM and Postprocessor Development Manufacturing Systems are also discussed. Laboratory practice in writing computer generated CNC programs, robotics programming and interfacing, and analog programmable logic controller programming will be studied. Two class and two laboratory hours weekly.
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4.00 Credits
4 cr. (formerly MFG-H2110) Prerequisites: MFG*H104, CHE*H111. Study of the structure and properties of engineering materials. Materials selection, processing and heat treatment are studied. The changes in structure and properties during forming, machining, and heat treating operations are discussed. Selected experiments to demonstrate the effects of processing, including heat treatment on the properties of engineering materials. Standard materials tests are also performed. Three class and two laboratory hours weekly.
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5.00 Credits
5 cr. (formerly MFG-H2124) Prerequisites: CAD*H150, MFG*H104, 210, MAT*H185. The course is designed to teach the theoretical principles, commercial standards and techniques for the design of metal cutting tools, jigs, fixtures, gages and dies. Application of the theory and principles learned in the classroom to design problems. The design problems will include metal cutting tools, jigs, fixtures, gages and dies. Three class and four laboratory hours weekly.
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