CNC Machining Technology

Associate in Applied Science
Career Degree
Cost
$13,254*

Re-program your future

Learn in-demand skills to set up, operate and program advanced manufacturing machine tools that produce a wide range of tooling, parts and products essential to our local and global economy.

While an Associate in Applied Science (A.A.S.) takes 24 months to complete full-time, short-term stackable certificates are earned along the way and part-time options are available. It prepares you for manual machining and Computerized Numerical Control (CNC) machine shop operations required of today’s precision machining technicians.

Learn about equipment and processes used in the automotive, medical, military, and gas and oil industries, including:

  • sawing
  • cutting
  • grinding
  • milling and turning machine tools
  • programming

What can you do with an A.A.S. in CNC Machining Technology?

An Associate in Applied Science (A.A.S.) prepares you for a career in CNC Machining Technology. The program includes certificates that ladder to the associate degree. Certain classes have industry credentials embedded within them. This makes the credentials very attractive to employers and will help you get a job sooner.

You can start with the CNC Operator Certificate, add the CNC Setup Technician Certificate, and then earn the CNC Programming Certificate or the full Precision Machining Technology Associate Degree. Each certificate builds on the one before it.

You may also pursue an apprenticeship as part of your program.

NIMS-accredited

The CNC program is accredited by the National Institute for Metalworking Skills (NIMS) and national credentialing is available.  

When you complete certain courses, you will be able to take credentialing exams for a fee. Earn and learn as you go with stackable credentials. These prepare you for a job and advancement in the high-skilled, high-demand field of metalworking and machining.

Stackable certificates in Precision Machining Technology

In just one semester, gain in-demand and job-ready skills by completing the 8-credit CNC Operator Certificate. Whether you’re seeking professional advancement or a fresh start, stackable certificates offer a prime path to employment in high-tech manufacturing environments.

See what students love about the precision machining technology program at CLC. Picture yourself here:

Highlights

  • Accreditation

    Accredited by the National Institute for Metalworking Skills.

  • Stackable Credentials

    Earn and learn as you go with stackable credentials.

  • Apprenticeships Available

    Learn and earn through structured on-the-job training.

  • Financial Aid/Scholarships Available

    Based on need and/or achievement. Explore ways to pay for college.

  • Career Degree

    Earn an associate degree in 2 years and gain in-demand technical and job-ready skills.

  • Program Length: 2 Years

    Full-time students finish in 2 years.

  • WIOA Program

    Eligible for Workforce Innovation and Opportunity Act (WIOA)-awarded vouchers.

Career Outlook

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Need help?

Your College & Career Navigator (CCN) helps you

  • complete the admission process
  • choose an academic program
  • enroll in first-semester classes
  • get access to helpful resources

Talk to a CCN

Recommended Pathway

This pathway serves as a guide for students to complete the degree or certificate assuming full-time enrollment (registered in 12 or more credit hours per semester) with Semester 1 typically representing a Fall term.

Students are strongly encouraged to meet with their College and Career Navigator (CCN) to identify coursework that will meet degree requirements based on individual academic goals. For a more inclusive list of course options and degree requirements, see the college catalog.

Icon Key

  • Credit for prior learning available
  • Dual credit options available
  • Global citizenship
  • Online/Virtual options available

  • Course Code Course Title Credits Course Highlights
    CLC 120

    CLC 120 College Success Seminar

    Class Description

    This course is designed to teach students attitudes and skills valuable for college success. Topics may include: growth mindset, self-advocacy skills, college resources, college culture, financial literacy, and academic success strategies, such as study skills, time management, and goal setting. Throughout this course, students will develop skills necessary for promoting positive human relations in a diverse society.
         		2
    PMT 110

    PMT 110 Manufacturing Your Success

    Class Description

    This course will focus on core academic and trade skills to support students' transition during their first semester in the Precision Machining program. The student will be supported while they complete their first semester studying modern machining techniques and earning industry certifications. Emphasis will be placed on mentoring and supporting the students and this course will parallel that of the student's core classes during the first semester. Students will be supported in registering and preparing for credentials from the National Institute for Metalworking Skills (NIMS), learn the proper operation of the Machinist Calculator and how to locate and interpret technical information in the Machinist Handbook.
         		1
    PMT 112

    PMT 112 Blueprint Reading & Precision Measurement

    Class Description

    This course prepares students to understand technical information when reading manufacturing blueprints and how to use semi-precision and precision measuring tools. Attention is given to visualization and training in the interpretation of blueprints to determine what appropriate measuring tools are needed to perform accurate measurements. Students will study how to calibrate, maintain, and read dial, digital, and vernier measuring tools. They will also learn to use information located in the title block to calculate acceptable basic and GD&T tolerances for part features and complete inspection reports. Students will complete instructional activities designed to prepare them for obtaining their level one Materials Measurement and Safety credential and Job Planning, Benchwork and Layout credential from the National Institute for Metalworking Skills (NIMS).
         		3
    PMT 114

    PMT 114 Machining Processes I

    Class Description

    This course is an introduction to machining and machine shop practices. Topics will include hand tools, measurement, cut off machines, drilling machines, benchwork, turning machines, milling machines, grinding machines and general safety. The content of this course will provide students with an understanding of the fundamentals of the manual and CNC machining processes. Students will also engage in instructional activities to prepare them for obtaining their Job Planning, Bench work & Layout credential and their Measurement, Materials, and Safety credential from the National Institute for Metalworking Skills (NIMS).
         		3
    EWE 120

    EWE 120 Job Readiness Skills

    Class Description

    This course focuses on job readiness skills to prepare students to apply for an internship/job, improve in a current internship/job, or successfully work towards a promotion. Topics covered include networking, resume writing, interviewing, social media tools, self-awareness, conflict resolution and time management.
         		1
    MTH 114

    MTH 114 Applied Mathematics

    Class Description

    This course explores the basic principles of mathematics with an emphasis on career technical applications. Operations of signed numbers including integers fractions and decimals are studied. Further areas of study include ratios, proportions, percentages, measuring systems, unit conversions, precision, accuracy, scientific notation introductory algebra and practical geometry.
         		3
    • Course Code CLC 120
      Course Title

      CLC 120 College Success Seminar

      Class Description

      This course is designed to teach students attitudes and skills valuable for college success. Topics may include: growth mindset, self-advocacy skills, college resources, college culture, financial literacy, and academic success strategies, such as study skills, time management, and goal setting. Throughout this course, students will develop skills necessary for promoting positive human relations in a diverse society.
      Credits 2
      Course Highlights
    • Course Code PMT 110
      Course Title

      PMT 110 Manufacturing Your Success

      Class Description

      This course will focus on core academic and trade skills to support students' transition during their first semester in the Precision Machining program. The student will be supported while they complete their first semester studying modern machining techniques and earning industry certifications. Emphasis will be placed on mentoring and supporting the students and this course will parallel that of the student's core classes during the first semester. Students will be supported in registering and preparing for credentials from the National Institute for Metalworking Skills (NIMS), learn the proper operation of the Machinist Calculator and how to locate and interpret technical information in the Machinist Handbook.
      Credits 1
      Course Highlights
    • Course Code PMT 112
      Course Title

      PMT 112 Blueprint Reading & Precision Measurement

      Class Description

      This course prepares students to understand technical information when reading manufacturing blueprints and how to use semi-precision and precision measuring tools. Attention is given to visualization and training in the interpretation of blueprints to determine what appropriate measuring tools are needed to perform accurate measurements. Students will study how to calibrate, maintain, and read dial, digital, and vernier measuring tools. They will also learn to use information located in the title block to calculate acceptable basic and GD&T tolerances for part features and complete inspection reports. Students will complete instructional activities designed to prepare them for obtaining their level one Materials Measurement and Safety credential and Job Planning, Benchwork and Layout credential from the National Institute for Metalworking Skills (NIMS).
      Credits 3
      Course Highlights
    • Course Code PMT 114
      Course Title

      PMT 114 Machining Processes I

      Class Description

      This course is an introduction to machining and machine shop practices. Topics will include hand tools, measurement, cut off machines, drilling machines, benchwork, turning machines, milling machines, grinding machines and general safety. The content of this course will provide students with an understanding of the fundamentals of the manual and CNC machining processes. Students will also engage in instructional activities to prepare them for obtaining their Job Planning, Bench work & Layout credential and their Measurement, Materials, and Safety credential from the National Institute for Metalworking Skills (NIMS).
      Credits 3
      Course Highlights
    • Course Code EWE 120
      Course Title

      EWE 120 Job Readiness Skills

      Class Description

      This course focuses on job readiness skills to prepare students to apply for an internship/job, improve in a current internship/job, or successfully work towards a promotion. Topics covered include networking, resume writing, interviewing, social media tools, self-awareness, conflict resolution and time management.
      Credits 1
      Course Highlights
    • Course Code MTH 114
      Course Title

      MTH 114 Applied Mathematics

      Class Description

      This course explores the basic principles of mathematics with an emphasis on career technical applications. Operations of signed numbers including integers fractions and decimals are studied. Further areas of study include ratios, proportions, percentages, measuring systems, unit conversions, precision, accuracy, scientific notation introductory algebra and practical geometry.
      Credits 3
      Course Highlights

  • Course Code Course Title Credits Course Highlights
    PMT 124

    PMT 124 Machining Processes II

    Class Description

    The content of this course is a continuation of Machining Processes I and will provide students with the ability to improve their skills in manual milling and turning processes. Students will hone their skills in precision manual machining procedures utilizing processes such as boring, threading, grooving, dovetail cutting, slot milling, and key seat cutting. Students will also be able to improve their ability to perform job planning and reinforce their measurement and blueprint reading skills by producing precision parts on manual metalworking machines. Students will use precision and semi-precision measuring instruments to complete their projects and engage in instructional activities to prepare them for obtaining their level one Manual Milling Skills I and Turning Operations: Turning between Centers credential from the National Institute for Metalworking Skills (NIMS).
         		3
    PMT 129

    PMT 129 EDM & Waterjet Technology

    Class Description

    This course teaches the general concepts of Wire Electrical Discharge Machining, a method involving electrical discharges between a wire and a conductive workpiece to remove material in a non-conventional manner. Through lecture and lab assignments, the student will learn multiple EDM skills, beginning with an overview of Wire EDM technology, followed by wire selection, spark gap theory, and the principles of rough cuts and skim passes. Terminology used in the field of Wire EDM will be emphasized, accompanied by demonstrations, student programming, and EDM setup and operation. Students will also learn abrasive machining theory and concepts while setting up, operating and programming an OMAX waterjet.
         		3
    CAD 117

    CAD 117 Introduction to AutoCAD

    Class Description

    The course is designed to introduce students to the use of AutoCAD for computer-aided design and drafting. 2D drawing, modifying and dimensioning is emphasized. NOTE: Completion of CAD 110 is recommended.
         		3
    ENG 120

    ENG 120 Introduction to Professional & Technical Composition

    Class Description

    Introduction to Professional & Technical Composition is an introductory college level writing course for anyone interested in learning how to develop their professional writing skills for real world applications. Students will learn how to plan, draft, compose, and revise a variety of technical and professional documents common to the workplace. Writing clearly and succinctly for a defined target audience will be emphasized, as well as developing skills in document design and multimodal composition. Projects are based on practical situations within the student’s area of study.
         		3
    PMT 134

    PMT 134 CNC Lathe Setup & Programming

    Class Description

    This course teaches the general concepts of CNC Lathe Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2 axis CNC turning. Students will also be introduced to CAM programming. Lab time will entail performing hands-on setup and machine operation running programs students create. Students will manufacture simple parts using CNC turning equipment and will gain the experience of performing quality control inspections before, during, and after CNC operations. Students will complete instructional activities to prepare them for obtaining two credentials from the National Institute for Metalworking Skills (NIMS) in CNC Turning: Programming, Setup and Operations and CNC Turning: Operations.
         		3
    • Course Code PMT 124
      Course Title

      PMT 124 Machining Processes II

      Class Description

      The content of this course is a continuation of Machining Processes I and will provide students with the ability to improve their skills in manual milling and turning processes. Students will hone their skills in precision manual machining procedures utilizing processes such as boring, threading, grooving, dovetail cutting, slot milling, and key seat cutting. Students will also be able to improve their ability to perform job planning and reinforce their measurement and blueprint reading skills by producing precision parts on manual metalworking machines. Students will use precision and semi-precision measuring instruments to complete their projects and engage in instructional activities to prepare them for obtaining their level one Manual Milling Skills I and Turning Operations: Turning between Centers credential from the National Institute for Metalworking Skills (NIMS).
      Credits 3
      Course Highlights
    • Course Code PMT 129
      Course Title

      PMT 129 EDM & Waterjet Technology

      Class Description

      This course teaches the general concepts of Wire Electrical Discharge Machining, a method involving electrical discharges between a wire and a conductive workpiece to remove material in a non-conventional manner. Through lecture and lab assignments, the student will learn multiple EDM skills, beginning with an overview of Wire EDM technology, followed by wire selection, spark gap theory, and the principles of rough cuts and skim passes. Terminology used in the field of Wire EDM will be emphasized, accompanied by demonstrations, student programming, and EDM setup and operation. Students will also learn abrasive machining theory and concepts while setting up, operating and programming an OMAX waterjet.
      Credits 3
      Course Highlights
    • Course Code CAD 117
      Course Title

      CAD 117 Introduction to AutoCAD

      Class Description

      The course is designed to introduce students to the use of AutoCAD for computer-aided design and drafting. 2D drawing, modifying and dimensioning is emphasized. NOTE: Completion of CAD 110 is recommended.
      Credits 3
      Course Highlights
    • Course Code ENG 120
      Course Title

      ENG 120 Introduction to Professional & Technical Composition

      Class Description

      Introduction to Professional & Technical Composition is an introductory college level writing course for anyone interested in learning how to develop their professional writing skills for real world applications. Students will learn how to plan, draft, compose, and revise a variety of technical and professional documents common to the workplace. Writing clearly and succinctly for a defined target audience will be emphasized, as well as developing skills in document design and multimodal composition. Projects are based on practical situations within the student’s area of study.
      Credits 3
      Course Highlights
    • Course Code PMT 134
      Course Title

      PMT 134 CNC Lathe Setup & Programming

      Class Description

      This course teaches the general concepts of CNC Lathe Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2 axis CNC turning. Students will also be introduced to CAM programming. Lab time will entail performing hands-on setup and machine operation running programs students create. Students will manufacture simple parts using CNC turning equipment and will gain the experience of performing quality control inspections before, during, and after CNC operations. Students will complete instructional activities to prepare them for obtaining two credentials from the National Institute for Metalworking Skills (NIMS) in CNC Turning: Programming, Setup and Operations and CNC Turning: Operations.
      Credits 3
      Course Highlights

    Course options: Students can choose CAD 170 instead of CAD 117. Students can also choose ENG 121 instead of ENG 120.

  • Course Code Course Title Credits Course Highlights
    PMT 136

    PMT 136 Advanced Inspection & Measurement

    Class Description

    This course will provide students with training on basic and advanced measuring tools and techniques commonly found in manufacturing environments. This course teaches the care and use of metrology tools such as optical comparators, toolmakers microscope, surface gages and various pins and gages utilizing advanced measurement techniques including the programming and operation of coordinate measuring machines (CMM) and Geometric Dimensioning and Tolerancing techniques.
         		3
    PMT 142

    PMT 142 Jig & Fixture Design

    Class Description

    Designed to familiarize the student with the design fundamentals of drill jigs and milling, lathe, assembly, and grinding fixtures. The students will learn the basics of jig and fixture design. The types, functions and classifications of fixtures will be reviewed. Design economics will be explored and applied. There will be a complete review of different tool types including fixture plates, plate jigs, angle plate fixtures, channel, box, and vise jaw fixtures. Students will design and sketch various tools to demonstrate understanding. Students will use CAD and CAM software to complete a fixture project to include setting up and machining the fixture. The final part will then be machined using the fixture.
         		3
    • Course Code PMT 136
      Course Title

      PMT 136 Advanced Inspection & Measurement

      Class Description

      This course will provide students with training on basic and advanced measuring tools and techniques commonly found in manufacturing environments. This course teaches the care and use of metrology tools such as optical comparators, toolmakers microscope, surface gages and various pins and gages utilizing advanced measurement techniques including the programming and operation of coordinate measuring machines (CMM) and Geometric Dimensioning and Tolerancing techniques.
      Credits 3
      Course Highlights
    • Course Code PMT 142
      Course Title

      PMT 142 Jig & Fixture Design

      Class Description

      Designed to familiarize the student with the design fundamentals of drill jigs and milling, lathe, assembly, and grinding fixtures. The students will learn the basics of jig and fixture design. The types, functions and classifications of fixtures will be reviewed. Design economics will be explored and applied. There will be a complete review of different tool types including fixture plates, plate jigs, angle plate fixtures, channel, box, and vise jaw fixtures. Students will design and sketch various tools to demonstrate understanding. Students will use CAD and CAM software to complete a fixture project to include setting up and machining the fixture. The final part will then be machined using the fixture.
      Credits 3
      Course Highlights

  • Course Code Course Title Credits Course Highlights
    PMT 128

    PMT 128 Precision Grinding

    Class Description

    The course is designed to provide the student with learning experiences in the theoretical and the practical skills development in precision grinding operations. The students will machine parts and use a surface grinder to apply various surface and form grinding techniques to make metal parts to blueprint specifications. The fundamental theory of centerless grinding and ID/OD grinding will also be covered in this course. Students will complete instructional activities to prepare them for obtaining a credential from the National Institute for Metalworking Skills (NIMS) in Grinding.
         		3
    PMT 132

    PMT 132 CNC Mill Setup & Programming

    Class Description

    This course teaches the general concepts of CNC Mill Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2-1/2 axis CNC milling. Students will also be introduced to CAM programming. Lab time will entail performing hands-on setup and machine operation running programs students create. Students will manufacture simple parts using CNC milling equipment and will gain the experience of performing quality control inspections before, during, and after CNC operations. Students will complete instructional activities to prepare them for obtaining two credentials from the National Institute for Metalworking Skills (NIMS) in CNC Milling: Programming, Setup and Operations and CNC Milling: Operations.
         		3
    PMT 138

    PMT 138 CAM Programming-2D

    Class Description

    This course introduces computer aided design and computer aided manufacturing using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of basic modern machining methods and teaches the use of software in creating geometry for milling parts. Students will use CAM software to strategize and create 2-axis toolpaths from 2D geometry and then the students will setup and machine the parts on a Computer Numerical Control (CNC) Machining and Turning Center.
         		3
    ECO 110

    ECO 110 Economics for Business and Industry

    Class Description

    This course is a brief survey of both microeconomic and macroeconomic principles to provide the student with the basic tools to understand current economic problems and policies. It is intended for students pursuing an AAS degree.
         		3
    • Course Code PMT 128
      Course Title

      PMT 128 Precision Grinding

      Class Description

      The course is designed to provide the student with learning experiences in the theoretical and the practical skills development in precision grinding operations. The students will machine parts and use a surface grinder to apply various surface and form grinding techniques to make metal parts to blueprint specifications. The fundamental theory of centerless grinding and ID/OD grinding will also be covered in this course. Students will complete instructional activities to prepare them for obtaining a credential from the National Institute for Metalworking Skills (NIMS) in Grinding.
      Credits 3
      Course Highlights
    • Course Code PMT 132
      Course Title

      PMT 132 CNC Mill Setup & Programming

      Class Description

      This course teaches the general concepts of CNC Mill Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2-1/2 axis CNC milling. Students will also be introduced to CAM programming. Lab time will entail performing hands-on setup and machine operation running programs students create. Students will manufacture simple parts using CNC milling equipment and will gain the experience of performing quality control inspections before, during, and after CNC operations. Students will complete instructional activities to prepare them for obtaining two credentials from the National Institute for Metalworking Skills (NIMS) in CNC Milling: Programming, Setup and Operations and CNC Milling: Operations.
      Credits 3
      Course Highlights
    • Course Code PMT 138
      Course Title

      PMT 138 CAM Programming-2D

      Class Description

      This course introduces computer aided design and computer aided manufacturing using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of basic modern machining methods and teaches the use of software in creating geometry for milling parts. Students will use CAM software to strategize and create 2-axis toolpaths from 2D geometry and then the students will setup and machine the parts on a Computer Numerical Control (CNC) Machining and Turning Center.
      Credits 3
      Course Highlights
    • Course Code ECO 110
      Course Title

      ECO 110 Economics for Business and Industry

      Class Description

      This course is a brief survey of both microeconomic and macroeconomic principles to provide the student with the basic tools to understand current economic problems and policies. It is intended for students pursuing an AAS degree.
      Credits 3
      Course Highlights

  • Course Code Course Title Credits Course Highlights
    PMT 140

    PMT 140 Metallurgy for Metalworking

    Class Description

    This course develops familiarization with the various ferrous and non-ferrous metals used in the metalworking industry. This is a study of metals and their properties, metallurgical concepts, steel numbering system, Iron-Carbon diagrams, various heat-treating procedures, Isothermal Transformation diagrams, and destructive and non-destructive testing. Students will prepare metallurgical samples for investigating grain structure and study how physical, chemical, and mechanical properties affect and impact metals when welded and machined. Practical application will provide experience in the use of laboratory equipment and methods for heat treating and studying and reporting microstructures of ferrous, non-ferrous and specialty materials.
         		2
    PMT 148

    PMT 148 CAM Programming-3D

    Class Description

    This course is a continuation of CAD/CAM I using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of advanced machining methods and teaches the use of software in creating 3D geometry for milling and turning parts. Students will use CAM software to strategize and create 3-axis toolpaths then the students will setup and machine the parts on a Computer Numerical Control (CNC) Machining and Turning Center
         		3
    CMM 111

    CMM 111 Communication Skills

    Class Description

    For students in career programs or individuals interested in improving communication skills. Acquaints students with a variety of interpersonal communication concepts and theories designed to improve communication competence. The focus is on interpersonal communication but intrapersonal communication is also addressed. Topics include the communication process and factors influencing it, cultural influences, verbal and non-verbal messages, relational maintenance, and productive conflict strategies.
         		3
    ART 121

    ART 121 Introduction to Art

    Class Description

    This course will introduce students to an appreciation of the visual arts through an intercultural, social/historical approach. The course will also emphasize the nature of the creative process, integrating a study of the conceptual principles, with methods and materials which influence artistic critical thinking, problem solving, exploration, and discovery. Note: A museum visit will be required during the semester at student expense. See course syllabus for approximate cost.
         		3
    PMT 129

    PMT 129 EDM & Waterjet Technology

    Class Description

    This course teaches the general concepts of Wire Electrical Discharge Machining, a method involving electrical discharges between a wire and a conductive workpiece to remove material in a non-conventional manner. Through lecture and lab assignments, the student will learn multiple EDM skills, beginning with an overview of Wire EDM technology, followed by wire selection, spark gap theory, and the principles of rough cuts and skim passes. Terminology used in the field of Wire EDM will be emphasized, accompanied by demonstrations, student programming, and EDM setup and operation. Students will also learn abrasive machining theory and concepts while setting up, operating and programming an OMAX waterjet.
         		3
    • Course Code PMT 140
      Course Title

      PMT 140 Metallurgy for Metalworking

      Class Description

      This course develops familiarization with the various ferrous and non-ferrous metals used in the metalworking industry. This is a study of metals and their properties, metallurgical concepts, steel numbering system, Iron-Carbon diagrams, various heat-treating procedures, Isothermal Transformation diagrams, and destructive and non-destructive testing. Students will prepare metallurgical samples for investigating grain structure and study how physical, chemical, and mechanical properties affect and impact metals when welded and machined. Practical application will provide experience in the use of laboratory equipment and methods for heat treating and studying and reporting microstructures of ferrous, non-ferrous and specialty materials.
      Credits 2
      Course Highlights
    • Course Code PMT 148
      Course Title

      PMT 148 CAM Programming-3D

      Class Description

      This course is a continuation of CAD/CAM I using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of advanced machining methods and teaches the use of software in creating 3D geometry for milling and turning parts. Students will use CAM software to strategize and create 3-axis toolpaths then the students will setup and machine the parts on a Computer Numerical Control (CNC) Machining and Turning Center
      Credits 3
      Course Highlights
    • Course Code CMM 111
      Course Title

      CMM 111 Communication Skills

      Class Description

      For students in career programs or individuals interested in improving communication skills. Acquaints students with a variety of interpersonal communication concepts and theories designed to improve communication competence. The focus is on interpersonal communication but intrapersonal communication is also addressed. Topics include the communication process and factors influencing it, cultural influences, verbal and non-verbal messages, relational maintenance, and productive conflict strategies.
      Credits 3
      Course Highlights
    • Course Code ART 121
      Course Title

      ART 121 Introduction to Art

      Class Description

      This course will introduce students to an appreciation of the visual arts through an intercultural, social/historical approach. The course will also emphasize the nature of the creative process, integrating a study of the conceptual principles, with methods and materials which influence artistic critical thinking, problem solving, exploration, and discovery. Note: A museum visit will be required during the semester at student expense. See course syllabus for approximate cost.
      Credits 3
      Course Highlights
    • Course Code PMT 129
      Course Title

      PMT 129 EDM & Waterjet Technology

      Class Description

      This course teaches the general concepts of Wire Electrical Discharge Machining, a method involving electrical discharges between a wire and a conductive workpiece to remove material in a non-conventional manner. Through lecture and lab assignments, the student will learn multiple EDM skills, beginning with an overview of Wire EDM technology, followed by wire selection, spark gap theory, and the principles of rough cuts and skim passes. Terminology used in the field of Wire EDM will be emphasized, accompanied by demonstrations, student programming, and EDM setup and operation. Students will also learn abrasive machining theory and concepts while setting up, operating and programming an OMAX waterjet.
      Credits 3
      Course Highlights

    Course options: Students can choose other Humanities or Fine Arts courses instead of ART 121. Students can also choose EWE 220 instead of PMT 129.

Total Credit Hours

60

*Cost is estimated based on recommended pathway credit hours from academic year 2024-2025. This includes in-district tuition and other fees, such as books and materials before financial aid is applied, as well as grants, loans or scholarships. There are many opportunities for financial assistance at CLC. Learn more about Cost of Attendance.



Female student taking notes in class

Precision Machining Technology at CLC

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