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Course Criteria
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3.00 Credits
This course will focus on CNC Lathe operations used to support manufacturing and tool making. Each student will manufacture several project parts from a lathe in this course. The student will be responsible for the proper set-up and operation of the lathe and all cutting tools. The finished project must produce an accurate part and the student will inspect their own parts. (Prerequisites: MACH 1601, 1605, 1610, 1615, 1625, 1630, 1641, 1650 & 1661 or equivalent and successful completion of MACH 2632) (3 credits: 1 lecture/2 lab)
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4.00 Credits
This course will focus on CNC Lathe operations used to support manufacturing and tool making. Each student will manufacture several project parts from a lathe in this course. The student will be responsible for the proper set-up and operation of the Lathe and all cutting tools. The finished project must produce an accurate part according to the Tolerances applied in the part print. The student will inspect their own parts, and submit the part and the inspection report to the Instructor. (Prerequisites: MACH1601, MACH1605 or CMAE1510, MACH1610, MACH1615, MACH1625, MACH1630, MACH1642, MACH1643, MACH1650, and MACH1661 or MACH1662 or equivalent) (4 Credits: 1 lecture/3 lab)
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2.00 Credits
Two credits for prior learning (CPL) may be earned if the student 1) passes the written test with a minimum 80%, 2) meets criteria 1 through 11 listed below, 3) completes criteria 12, a performance assessment of programming and machining a part. The student will demonstrate the following skills: 1. _____ Pass a written test of G & M-code with 80% minimum. (1 attempt) 2. _____ Power on a CNC Lathe and "Home" all axes. (1 attempt) 3. _____ Navigate and explain the different screen pages of the control. (2 attempts) 4. _____ Search for and Load a designated program from machine memory. (1 attempt) 5. _____ Set-up and install a cutting Tool in the machine turret. (1 attempt) 6. _____ Perform a manual face cutting operation. (1 attempt) 7. _____ Enter a part Zero (G54) location in the work-offset page. (1 attempt) 8. _____ Manual diameter cutting operation, and accurately measure the diameter. (2 attempts) 9. _____ Perform Length and Diameter touch-off for a second lathe cutting tool. (1 attempt) 10. _____ Adjust the Lathe Jaws for different size stock holding. (2 attempts) 11. _____ Adjust the off-set of a tool to correct the size of a part. (2 attempts) 12. _____ Given a part print, the student will write a program, set-up tools, and machine the project. The student will be responsible for the proper set-up and operation of a CNC Lathe and all cutting tools. The finished project must produce an accurate part according to print tolerances, and the student will inspect their own parts. The part will be submitted to the Faculty for inspection. (2 attempts) If the student is awarded 2 credits for prior learning there will still be a requirement for 2 credits of MACH 2638 to complete the CNC Machine Tool diploma. The CNC Machine Tool diploma requires the student to take MACH 2635 (4 credits) if the test out is failed. (Prerequisites: Mach 1601, 1605, 1610, 1615, 1625, 1630, 1641, & 1661 or equivalent. The student must have completed the machinist operator training program as outlined by the Fastenal Manufacturing Company.) (2 credits)
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3.00 Credits
This course will familiarize the student with the manufacturing of individual parts, and Tooling components using Precision Manual Machining, CNC Lathe, CNC Mill, & EDM Set-up and Operation. The Instructor will give each student several Machining Projects. Each student will manufacture the components to specifications, and complete inspection reports on all components. (Prerequisites: MACH1601, MACH1605 or CMAE1510, MACH1610, MACH1615, MACH1625, MACH1630, MACH1642, MACH1643, MACH1650, & MACH1661 or MACH1662 or equivalent) (3 Credits: 1 lecture/2 lab)
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2.00 Credits
This course will focus on CNC Lathe operations used to support manufacturing and tool making. Each student will manufacture several project parts from a lathe in this course. The student will be responsible for the proper set-up and operation of the lathe and all cutting tools. The finished project must produce an accurate part and the student will inspect their own parts. (Prerequisites: MACH 1601, 1605, 1610, 1615, 1625, 1630, 1641, 1650 & 1661 or equivalent and successful completion of MACH 2636) (2 credits: 1 lecture/1 lab)
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3.00 Credits
This course will provide: This course will familiarize the student with the manufacturing methods using CNC machines to support manufacturing processes and Tool Making. The Instructor will give each student a design for a special project, or multiple projects. Each student will manufacture the project components to specifications, and complete inspection reports on all components.(Prerequisites: MACH1601, MACH1605 or CMAE1510, MACH1610, MACH1615, MACH1625, MACH1630, MACH1642, MACH1643 MACH1650, MACH1661 or MACH1662, MACH2633, MACH2635, MACH2637, & MACH2660, or equivalent) (3 Credits: 0 lecture/3 lab)
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5.00 Credits
This capstone project represents an opportunity for students to explore, in detail, a particular Machining topic of interest to them. It is designed to be an original, creative investigation leading to new insights, conclusions, skill enhancement, and demonstrate the student's skill development. It also serves to provide experience in designing a project, carrying out such an investigation, and presenting a formal technical report describing the processes and results. ' Students will write a Capstone Summary Report that includes a Power Point slide show, Design prints, Process Plan, Set-up procedures, and CNC Programming details, supported by Digital pictures. ' The student is required to present the finished project to a Review committee. The presentation will include the Written Report, the Project work piece display, and a Power Point slide show. (Prerequisites: MACH1601, MACH1605 or CMAE1510, MACH1610, MACH1615, MACH1630, MACH1642, MACH1643, MACH1650, MACH1661 or MACH1662, MACH2633, MACH2635, MACH2637 and MACH2660 or equivalent) (5 Credits: 1 lecture/4 lab)
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4.00 Credits
This course will focus on CNC Machining using all Computer Numerical Control Machines available in the shop, including Electrical Discharge Machines, Mills, and Lathes. Presentation & Lecture time will discuss Work holding & Fixture theory, and Methods of writing CNC programs. The student will be responsible for the programming, set-up and safe operation of all machines. Projects will be assigned by the Instructor for each type of machining. (Prerequisites: MACH1601, MACH1605 or CMAE1510, MACH1610, MACH1615, MACH1625, MACH1630, MACH1642, MACH1643, MACH1650, MACH1661 or MACH1662, MACH2633, MACH2635, MACH2637 or equivalent) (4 C/ 1 pres/lect, 3 lab, 0 other)
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3.00 Credits
This course will familiarize the student with advanced computer aided drafting and computer aided machining in support of Manufacturing and Tool Making using CNC Mills, CNC Lathes, and EDM machines. Students will design, and manufacture projects using the Master CAM software computer program to communicate with Computer Numerical Control machine tools. Students will work with Surface Tool paths in 2D, and 3D-solid geometry types. (Prerequisites: CMAE1510, MACH1601, MACH1610, MACH1615, MACH1630, MACH1642, MACH1643, MACH1650 & MACH1662 or equivalent) (3 Credits: 2 lecture/1 lab)
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1.00 Credits
This course is an independent study course. The lab hours can be used to support the regular class projects, or an independent student project. This course satisfies one technical elective credit of the Computerized (CNC) Precision Machining Technology program. (Prerequisite: None) (1 Credit: 0 lecture/1 lab)
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