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Course Criteria
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2.00 Credits
Lec. 2 Lab. 2 Credit 3 Basic course in measurements related to manufacturing, material removal, hard mold casting, powder metallurgy, plastics and rubber, material shearing, material forming, the use and manufacture of screw threads, abrasive removal methods, automation and introduction to numerical control. Lab sections demonstrate and give hands-on experiences in reading simple blue prints, layout, measurements and machining on tool room quality machine tools. Corequisite: MAT- 704 or equivalent.
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2.00 Credits
Lec. 2 Lab. 2 Credit 3 Advanced course in measurements related to manufacturing, material removal, economics of process planning, economics of metal cutting, principles of machine tool design, foundry processes, hard mold casting, powder metallurgy, plastics and rubber, material shearing, material forming, welding, chemical and electrical removal methods and automation. Lab classes are used to demonstrate and give hands on experiences in problem solving, measurements, machining, foundry practices, welding, EDM machining. Prerequisite: MFG-206.
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4.00 Credits
Lec. 1 Lab. 4 Credit 3 Introduction to basic machining processes involving drill press, lathe, mills, and grinders. Classes will cover safety, tooling, metal removal methods, and different various pieces of equipment.
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8.00 Credits
Lec. 6 Lab. 8 Credit 10 This course emphasizes personal and equipment safety, shop terminology and metal removing techniques. Projects will be assigned which require the use of math and sound machine operating techniques. Corequisite: MAT-728.
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12.00 Credits
Lec. 4 Lab 12 Credit 10 Students are responsible for developing an operational plan to machine from prints, projects which are progressively more difficult. They will be familiar with all manual power machine and inspection equipment. Learning Haas IPS (intuitive programming system) on the Haas TM-1 and TL-1 (toolroom mill and toolroom lathe) will be introduced. Prerequisites: MAT-728, MFG-244. Corequisite: MAT-729.
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8.00 Credits
Lec. 2 Lab. 8 Credit 6 In this course, students will manufacture more complicated projects from prints, with closer tolerances, more intricate design or where several components fit together. These projects are specially selected for or designed by the students. Prerequisite: First year Machine Shop.
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6.00 Credits
Lec. 2 Lab. 6 Credit 5 During this last semester, student will manufacture either a molding die, a blanking die or a simple machine. These projects will be designed or selected by the student to best complement their capabilities. The use of the CNC mill and/or CNC lathe will be required. Prerequisite: First year Precision Machine, Mech. Technology, or MFG-267.
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2.00 Credits
Lec. 2 Lab. 2 Credit 3 Selected projects are used to give students experience in drawing control and check surfaces on work pieces. Student selects the type of tool path, tooling, stock material and program sequence. Dedicated software, Mastercam, is used to draw the machining parameters of piece parts. Tool paths are then selected by the student and produced by the software. The student selects and debugs the postprocessor and data communication required for the particular machine tool control. The software uses the control and check surfaces, tooling, materials, processes and postprocessor selected by the student to produce an NC code for the particular machine tool. Several of these programs are then downloaded to the machine tool to produce the part(s). Prerequisites: MFG-328 and experience using machine tools and calculation of speeds and fees, e.g., MFG-206, MFG-212 or permission of instructor.
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4.00 Credits
Lec. 2 Lab. 4 Credit 4 Manual writing of programs for Computer Numerical Controlled (CNC) machines is covered. Application toward machine tools is stressed. Operation of 3 and 4 axis vertical CNC machining centers and CNC turret lathe is covered in the lab. Knowledge of machine tool operations is helpful.
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0.00 Credits
Lec. 2 Lab. 0 Credit 2 This course will give the student basic guidelines in selecting, installing, programming, and maintaining automated robotics systems and is a study of industrial robotics from its original development to future trends and application. Various types will be examined with applications in different environments. Pendant operation, off-line programming, interfacing, PLC's, end-of-arm-tooling, machine vision, and robotics safety using industry standards will be covered. Prerequisites: CSC-140, ELT-329, ELT-232, MFG-206.
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