Machinist - CNC Technology

Students will become aware of the manufacturing standards that are used in composites and aerospace manufacturing industries. Students will learn how to chart Statistical Process Control data and utilize that information to solve problems in the manufacturing process. Students will explore the Material Data Sheet system to understand safety precautions, handling methods and disposal requirements of materials used in the composites industry. In the lab portion of the class students will have an opportunity to apply this theory on practical exercises. Lab time will also be devoted to the use and understanding of Quality Inspection tools used in advanced part inspection.
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Students learn basic blueprint reading with emphasis on the accurate interpretation of blueprints and sketches.
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Students are introduced to shop safety, mechanical hardware, drilling machine, bandsaw machine and engine lathe theory.
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Students are introduced to the manufacturing processes, equipment and hardware used to shape and form materials. Basic layout techniques, the use of measuring tools and shop safety practices are stressed, as well as basic operations on the Engine Lathe, drill press, and bandsaw.
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Students are introduced to the hand tools, measuring tools, equipment and processes common to a machine shop with emphasis on their proper selection and use.
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Students learn theory and practical applications in the basics of shop sketching. Basic lines and forms and freehand lettering are emphasized. Prerequisite: MACH 140.
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The theory of manual milling machines and the operations performed on these machines are introduced. Vertical bandsaw setup and operation is stressed as well as job planning.
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This course continues from MACH 142, diving deeper into the operation of the engine lathe and its uses. The vertical milling machine is introduced in this course and further instruction in the use of measuring tools and shop safety practices are stressed.
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Students are introduced to the math principles and applications to machine shop procedures. Emphasis range from the calculation of percentages to practical algebra, geometry to basic concepts of trigonometry.
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This course continues with the concepts introduced in MACH 140 and 150. Practical experience in the interpretation and generation of special view drawings is emphasized. Prerequisite: MACH 140, 150.
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Precision grinding and horizontal machine theory are covered as well as intermediate lathe operations.
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This course continues with the concepts introduced in MACH 152 with application on the engine lathe and its attachments. Further milling machine techniques are emphasized.
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Materials Science covers composition of standard steels, the AISI numbering system, basic metallurgy and an introduction to composite materials and their manufacturing processes.
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This course presents theory and practical applications in the identification of structural shapes on blueprints. The generation of dimensioned working sketches of specific parts is emphasized. Prerequisite: MACH 160 or permission of instructor.
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Students learn concepts required to accurately program and setup a CNC Milling Machine. Hand writing basic G & M Code programs using the manual method will be emphasized. Prerequisite: MACH 161 or permission of instructor.
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Students work in the Machine shop environment gaining hands on experience programming, setting up, and operating CNC Mills. Prerequisite: MACH 162 or permission of instructor.
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This course is an introduction to the Geometric Dimensioning and Tolerancing Y14.5-2009 standard. Students will learn the symbols used and how to interpret them. Inspection methods and techniques required to meet the GD&T requirements will be emphasized. Prerequisite: MACH 160 or permission of instructor.
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This course continues to develop the students' ability to interpret mechanical drawings. Students will study more complex multi-scale and assembly drawings. Prerequisite: MACH 210 or permission of instructor.
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Students learn concepts required to accurately program and setup a CNC Lathe. Hand writing basic G & M Code programs using the manual method will be emphasized. Prerequisite: MACH 211 or permission of instructor.
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Students work in the machine shop environment gaining hands on experience programming, setting up, and operating CNC Lathes. Prerequisite: MACH 212 or permission of instructor.
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This course prepares students to demonstrate competency in areas of manufacturing including qualify control, part inspection, and precision measurements. Fundamentals of Statistical Process Control are emphasized.
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This course continues to develop the students' ability to interpret mechanical drawings. Students will study more complex multi-scale and assembly drawings. Prerequisite: MACH 210 or permission of instructor.
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This course develops the students' ability to interpret advanced mechanical drawings. Complex assemblies and close tolerance parts with Geometric Dimensioning and Tolerance callouts will be examined. Prerequisite: MACH 220 or permission of instructor.
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Students learn more advanced concepts required to accurately program and setup CNC mills and lathes. Multiple workstations and multiple axis programming will be emphasized. Prerequisite: MACH 221 or permission of instructor.
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Students work in the machine shop environment gaining hands on experience programming, setting up and operating CNC mills and lathes. Prerequisite: MACH 222 or permission of instructor.
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This course introduces the basic principles of the operation of a small manufacturing company.
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This course develops the students' ability to interpret advanced mechanical drawings. Complex assemblies and close tolerance parts with Geometric Dimensioning and Tolerance callouts will be examined. Prerequisite: MACH 224 or permission of instructor.
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Students learn to demonstrate basic competency in CNC programs and the operation of mills and lathes.
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This course continues with the concepts introduced in MACH 247 to prepare students to demonstrate basic competency in the manufacturing of CNC programs and the operation of mills and lathes.
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For course description, see Cooperative Education.
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For course description, see Cooperative Education.
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