machining.chemeketa.edu

The Machining Technology degree program offers training in using computers as tools in engineering, drafting, machine tool control inspection (CMM), and industrial mechanical design. The first year of study emphasizes machining skills as they relate to Computer Numerical Control machining. Students completing the first year may find employment as entry-level machine tool operators and CNC programmers. Second-year classes concentrate on integrating mechanical design and computer-aided manufacturing programming and advanced manual machining skills. Students apply knowledge and skills to solve increasingly complex fixturing and machining problems. After successful completion, graduates may find employment in the fields of machining/manufacturing and engineering technologies. Graduates use computers on the job for drafting, design and programming, and operating CNC machine tools.

Program Outcomes

Students completing the Machining Technology degree should be able to satisfy the following outcomes:

1. Use effective communication skills as a team member.
2. Program CNC machine tools at the machine control level.
3. Perform advanced set-ups and operations using manual and/or Computer Numerical Controlled (CNC) equipment to produce accurately sized parts.
4. Create parametric solid models and generate CNC code through CAM software to manufacture parts on CNC machine tools.
5. Design and build fixtures and tooling for manufacture production purposes to meet customer specifications.
6. Determine optimal production process planning to meet customer requirements.
7. Select and optimize available machines and equipment to meet product process requirements.

You may earn an associate of applied science degree by successfully completing the required 90 credit hours with a grade of “C” or better in all courses.

Are you looking to print a Degree Planner for this program? Click on located at the upper right corner of this page.