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Machining Technology

Earn your two-year degree or certificates in machining technology at Chemeketa.

topics Technology

Skills & InterestProblem Solving

CareersTechnology

  • A student works at the controls of a CNC machine as a instructor supervises.
  • Students work on grinding wheels in the machining lab
  • A student works in the machining lab as a faculty member supervises.

Why choose Machining Technology?

Before anything gets built, someone has to develop plans for how to do it and have the skills to finish the job. Chemeketa can prepare you for a career in Computer-Aided Manufacturing with an Associate of Applied Science degree or certificate of completion.

Considering a Machining Technology degree or certificate? Have questions about the program? Interested in touring the program facilities? Contact the Program Chair today!

It is highly recommended that you meet with the Program Chair for advising before enrolling in the program.

What will you learn?

As a student, you will learn introductory to advanced manufacturing skills: manual machine operation, using computers as tools in engineering and design, inspection, industrial mechanical design, and CNC (computer numerical control) programming and operation of mills and lathes.

What will you do?

After completing the Associate of Applied Science degree, you will be able to –

  • Use effective communication skills as a team member
  • Program CNC machine tools at the machine control level
  • Perform advanced set-ups and operations using manual and/or computer numerical controlled (CNC) equipment to produce accurately sized parts
  • Create parametric solid models and generate CNC code through CAM software to manufacture parts on CNC machine tools
  • Design and build fixtures and tooling for manufacture production purposes to meet customer specifications
  • Determine optimal production process planning to meet customer requirements
  • Select and optimize available machines and equipment to meet product process requirements
  • Calculate power requirements, select drive and system components, and design criteria for mechanical systems

Those skills can pave the way for high-wage employment in engineering, machining, mechanical design or as a CNC equipment programmer or laboratory technician.

  • Criminal Background Check & Drug Testing

    Although Chemeketa's program does not require background checks or drug testing. you might want to familiarize yourself with how future employers might use these procedures. Whether you are hired or promoted for a job may depend on the information revealed in a background check. Job applicants and existing employees as well as volunteers may be asked to submit to background checks. For some jobs, screening is required by federal or state law. The current emphasis on security and safety has dramatically increased the number of employment background checks conducted. For more information, visit privacyrights.org.

  • Required Tool List

    Students are expected to have their required tools by the start of classes.

    This tool list has been compiled by the Machining Technology Program. The tools listed here are required for lab work in classes and we strongly encourage you to purchase quality name brand tools. The brands recommended are high precision, quality, and industry recognized. Please ask your instructor for any clarification or further recommendations.

    For a printable copy of this tool list, click Machining Tool List

    ITEM FEATURES RECOMMENDED BRAND
    Safety glasses Clear ANSI Z87.1 rated 3M
    Closed-toe work boot Steel or Composite toe  
    Permanent markers    
    12' Tape measure   1/32" or 1/64" graduations
    6" Flexible steel ruler   Mitutoyo, Starrett, Lufkin
    6" Dial caliper   Starrett, Mitutoyo, Mahr
    Standard & Metric Allen wrench set   Eklind, Bondhus, Wera
    Magnetic base indicator holder   Noga
    Test indicator Horizontal type with dovetails & .0005" graduations Starrett, Mitutoyo, Interapid, Tesa Brown & Sharpe, Lufkin
    Dial drop indicator 1" range & .001" graduations Starrett, Mitutoyo, Interapid, Tesa Brown & Sharpe, Lufkin
    Dial/Test indicator holder Shank mount style Edge Technology, Noga
    0-3" Vernier micrometers Purchase individually or as a set .0001" graduations Starrett, Mitutoyo, Tesa Brown & Sharpe
    Multi-drawer roller cabinet Rolling tool box with drawers US General, Kennedy

    NOTE: This is a basic tool list that will be adequate for lab work in classes on campus. Cooperative Work Experience sites may require and/or recommend additional tools that are more specific to that work site.

Program Options

  • CAM FUNDAMENTALS CERTIFICATE

    Learn the fundamentals of advanced machining while completing an internship at a local manufacturing company.

    The CAM Fundamentals Certificate offers training in the knowledge and skills used by employees in manufacturing and related occupations. The certificate includes courses in manufacturing materials, interpretation of engineering drawings, measuring practices, layout work, and basic set-up and operation of computer controlled mills and lathes. This certificate may qualify graduates for an entry position in a variety of manufacturing-related jobs.

    See Course Sequences for more information.

  • CNC OPERATOR CERTIFICATE

    The CNC Operator Certificate emphasizes the setup and operation of computer-controlled machines. The certificate includes courses in manual programming (“G code”) for both mills and lathes. You may qualify to work as a CNC machine tool operator or in a variety of manufacturing-related jobs.

    After you complete this certificate, you will be able to –

    • Use effective communication skills as a team member
    • Apply basic and precision industry standard measurement practices
    • Set up and operate Computer Numerical Controlled (CNC) machine tools and program CNC machine tools at the machine control level to produce accurately sized parts
    • Apply cutting speeds and feeds to materials used in machining and manufacturing

    See Course Sequences for more information.

  • Machining Technologies Associate of Applied Science

    The Machining Technologies Associate of Applied Science program offers training in using computers as tools in engineering, drafting, machine tool inspection and industrial mechanical design. Graduates use computers on the job for drafting, design and programming, and operating Computer Numerical Control (CNC) machine tools.

    See Course Sequences for more information.

Learn more about Chemeketa's Machining program.