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Course Criteria
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2.00 Credits
Class hours: 1.0 Lecture/3.0 Laboratory This course is designed as a survey of machine tool technology. It will stress traditional machine tool technologies. It includes set-up and operation of the engine lathe, the milling machine, the drill press, and sawing and cutoff machines. It will also incorporate calculation and setup of speeds and feeds, and measurements. This course is required for all Machine Tool Technology majors. Transfer Credit: CSU
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2.00 Credits
Class hours: 2.0 Lecture Recommendation: MTT 51 or MTT 76 and MTT 170 or appropriate work experience. This course is designed to provide the student with the skills required to optimize Computer Numerical Control (CNC) programs and operations. The student will learn how to get the most out of CNC machine tools by increasing equipment utilization and decreasing equipment downtime. Course work also includes CNC program verification, optimization, and related service and maintenance issues. Transfer Credit: CSU
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2.50 Credits
Class hours: 2.0 Lecture/2.0 Laboratory This course includes numerical control programming as applied to machine tools including a description of control systems and the capabilities of each. Students will develop CNC machine tool programs used to make manufactured parts. Computers will be used to input, develop and proof CNC programs. This course is for the student who desires to be a machine tool operator, programmer, or who will be employed in related fields. Transfer Credit: CSU
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2.50 Credits
Class hours: 2.0 Lecture/2.0 Laboratory Prerequisite: MTT 76 or equivalent with a grade of Pass or "C" or higher, or appropriate work experience. This course prepares students to operate the GibbsCam Programming System in conjunction with various multi-axis Computer Numerical Control (CNC) machinery. Students learn how to construct and import 3D models and create surface and solid models from engineering geometry. Other topics include tool paths from 3D models, post processing data for specific CNC machinery, and mold cores and cavities. Transfer Credit: CSU
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1.00 Credits
Class hours: 3.0 Laboratory Prerequisite: MTT 51 or MTT 76 and MTT 52, MTT 54, MTT 56, MTT 57 and MTT 100 or equivalent with a grade of Pass or "C" or higher. This course is an independent study on an experimental research basis, using Computer Assisted Manufacturing (CAM) software and Computer Numerical Control (CNC) programming. The student will increase programming skill and knowledge in specialized areas of his/her choice with the guidance of the department. This course may be taken a maximum of 4 times.
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3.50 Credits
Class hours: 3.0 Lecture/2.0 Laboratory Prerequisite: MTT 51 or equivalent with a grade of Pass or "C" or higher, or appropriate work experience. This course advances the student's skill in the development of 3D surface models , solids and tool paths using MasterCAM. Students learn to create swept, ruled, revolved, Coons, draft, trimmed, and lofted surfaces using parametric and NURBS methodology. Basic and advanced solids modeling is fully incorporated into this class. Modification of geometry/toolpath using parametric hooks will be emphasized. Transfer Credit: CSU
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1.00 Credits
Class hours: 3.0 Laboratory Prerequisite: MTT 51 or MTT 57 or equivalent with a grade of Pass or "C" or higher, or appropriate work experience. This lab course is intended to complement MasterCam classes. It is designed to give practical experience in working with the current release of the software program. The course will increase the skill and output of the student in areas of his/her choice. This course may be taken a maximum of 4 times.
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1.00 Credits
Class hours: 3.0 Laboratory Prerequisite: MTT 76 or equivalent with a grade of Pass or "C" or higher, or appropriate work experience. This lab course is intended to complement Virtual Gibbs classes. It is designed to give practical experience in working with the current release of the software program. The course will increase the skill and output of the student in areas of his/her choice. This course may be taken a maximum of 4 times.
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1.00 Credits
Class hours: 3.0 Laboratory Prerequisite: MTT 56 and MTT 100 or equivalent with grades of Pass "C" or higher. This course is an independent study on an experimental research basis, using the manual lathe, the manual mill, and associated cutting tools and machines. Students will increase their skill and knowledge in specialized areas of their choice with the approval and guidance of the department. This course may be taken a maximum of 4 times.
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3.00 Credits
Class hours: 3.0 Lecture This course is designed to teach the student how to solve typical and practical mathematical shop problems using a calculator and The Machinery's Handbook. Particular emphasis will be placed on solving problems of ratio and proportion, measurement system conversion, plane geometry, and right triangles as applied to machine fabricated parts.
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