Machining Technology
Milling a Masterpiece from Metal
Fabricate finished goods from a wide variety of materials. Students will learn to create parts with high precision through the use of CAD/CAM software, G-Code, and CNC equipment.
Completion Rate: 90%
Placement Rate: 95%
Median Income: $51k
Program Overview
Learn More About Our Accredited Machining Technology Program
Start your career in manufacturing with skills employers are actively seeking. Dixie Technical College’s Machining Technology program trains you to create precise, complex metal parts using both manual and CNC machining tools, taking you from blueprint to finished product.
With expert instruction and hands-on experience in a state-of-the-art machine shop, you’ll master turning, milling, grinding, and CNC programming. This program is ideal for hands-on problem solvers ready to enter a high-paying, in-demand trade that fuels industries like aerospace, automotive, plastic injection molding, medical devices, military applications and beyond.
As a student of this program, you will:
- Master the fundamentals of manual machining and tool operation
- Interpret technical drawings and mechanical blueprints
- Learn CNC programming and set-up techniques
- Operate industry standard lathes, mills, and grinders
- Explore CAD/CAM software for CNC machines
- Practice shop safety and precision measurement protocols
Attainable Certificates Include:
- Accredited Dixie Technical College Certificate
This Program Prepares You for Careers Such As:
- CNC Machinist – Median Income $51k year, with top earners at $76k year.*
*Source: careeronestop.org
Total Tuition and Course Fees:
$6,014.00
Scholarships and Grants Available
Program Length:
11 Months
Credit Hours
30
Upcoming Start Dates:
January 11, 2027 | 7:00am – 11:30am | Mon – Thu (Friday: 8am – 12pm)
August 16, 2027 | 11:30am – 4:00pm | Mon – Thu (Friday: 8am – 12pm)
Need more information?
435.674.8400
Machining Technology
Program Description
The Machining Technology program trains students how to use machine tools to produce complex parts used in every industry, from the machines they use, to the parts they use to produce their product. Machinists are trained to use various turning, milling, grinding, and computer numerical controlled (CNC) machines to produce these complex parts. Machinists are also tasked with interpreting engineers’ drawings to process the desired part. The Machining Technology program is structured to give students a solid foundation in the core fundamentals of machining and launch a career in a field that is always in high demand.
Attendance Standard: This program has a minimum attendance standard of 80%.
Learning Objectives
- Demonstrate safe operation of machine shop equipment.
- Interpret engineering drawings.
- Perform calculations common to the machining industry.
- Use appropriate measuring equipment.
- Use cutting tool geometry and theory in the machining process.
- Properly select appropriate equipment and cutting tools.
- Setup, program, and operate a Computer Numerical Control (CNC) machine.
Machining Technology Courses (30 Credit Hours)
TEMT 1000: Manufacturing Fundamentals – 3 credit hours
TEMT 1100: Mill Concepts – 3 credit hours
TEMT 1200: Lathe Concepts – 3 credit hours
TEMT 1500: Measuring Analysis – 2 credit hours
TEMT 1150: CNC Mill Concepts – 3 credit hours
TEMT 1300: CNC Mill Programming – 3 credit hours
TEMT 1250: CNC Lathe Concepts – 3 credit hours
TEMT 1350: CNC Lathe Programming – 3 credit hours
TEMT 1010: Career Success – 1 credit hour
TEMT 1450: CNC II – 6 credit hours
Accreditation
Dixie Technical College is accredited by the Commission of the Council on Occupational Education. Accreditation by COE is viewed as a nationally-honored seal of excellence for occupational education institutions and denotes honesty and integrity. Information regarding accreditation may be obtained at:
Council on Occupational Education
7840 Roswell Road, Building 300, Suite 325
Atlanta, GA 30350
Telephone: 770-396-3898 Fax: 770-396-3790
council.org
Cost Overview
Tuition at Dixie Technical College Is Affordable
Tuition & Fees must be paid before registering for class unless a payment plan or other funding options have been approved and signed. Information is subject to change without notice.
Tuition is waived for High-School students, however they are still responsible for course fees and additional costs.
Tuition, fees and other costs are subject to change without notice.
Total Tuition and Course Fees:
$6,014.00
Additional Costs:
$350 – Machining Toolkit
Need help paying for college?
Learn about Scholarships and Grants and how to apply for Financial Aid by using the links below.
Cohort Start Dates
Upcoming Start Dates and Class Times for This Program
Program cohorts are open until filled. Once a cohort is filled, applicants will be considered for the next start date.
Program Length
11 Months
Begin an Application
Education Verification
Provide a copy of one of the following: High School Diploma, High School Transcript showing graduation date, GED, Associate’s Degree, or Bachelor’s Degree.
Testing Requirements
Each program has specific testing score requirements for admission. The scores are listed in the drop-down tabs below. You may be exempt from taking the Accuplacer Entrance Assessment if you provide proof of one or more of the following:
- Qualifying ACT or SAT scores (see drop-down tabs below)
- College coursework (MATH 900+ and ENGLISH 1000+) with a grade of B- or higher
- An Associate’s, Bachelor’s, or Master’s degree
If you do not meet one of the above criteria, click here to schedule your Accuplacer Entrance Assessment.
Accuplacer Qualifying Scores:
Math – 235
Reading – 235
English – 235
ACT Qualifying Scores:
Math – 14
Reading – 14
English – 14
SAT Qualifying Scores:
Math – 350
ERW – 280
Proof of Valid Photo ID
Professional Goal Statement
Application Fee
$0 for all applicants.
Application Review
After successfully completing and submitting the above requirements, the College will perform an application review. Students will be emailed regarding their acceptance status.
To get started on these requirements begin an application.
What You Can Become
Machinist
Learn more about this field. Find things like job outlook, expected salary, and many other job specific stats.
Student Reviews
See What Machining Technology Students Have to Say
"I took a chance on machining and discovered how interesting and challenging ...
Steps to Take
Follow these steps to start your journey at Dixie Tech! Many classes have a waitlist or fill fast, so getting started as soon as possible is recommended.
Dixie Tech
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Complete your online application
Begin the application process and get one step closer to your journey at Dixie Tech!
Apply for financial aid & scholarships
Work with our advisors to apply for Financial Aid and learn about Scholarship options.
Tour Campus & Classroom
Dixie Technical College is located atop Tech Ridge overlooking downtown St. George. Please stop by and learn a little more about a program that you might be interested in. While here don’t forget to check out the Campus Tech Ridge Cafe to grab some lunch and ask about the specials prepared by our world class Culinary Arts students.
Industry Expert Instructors
Our industry-leading instructors, equipped with years of experience and knowledge, are prepared to mentor and guide the next generation of Machining Technicians.
Alfonso Gonzales
Alfonso Gonzales has worked in the CNC Machining industry for over 25 years, including co-founding a successful medical device company. He earned a Manufacturing Operations certificate from Dixie Tech and went on to earn an AAS in Manufacturing Operations from Dixie State. He is certified in 5-S, and the Toyota Production System (TPS).
Brigg Lewis
Brigg Lewis earned his Certificate in CNC Machining from Dixie Tech in 2012. After spending the next nine years in the industry, Brigg returned to Dixie Tech as an adjunct instructor, then as a full time faculty member in 2021. “ The only thing better than making stuff is showing other people how to make stuff.”
Carl Beagley
Carl Beagley is a journeyman machinist with over 30 years of experience. He earned his certificate in manufacturing operations from Dixie Technical College, and has course work towards an Associate of Applied Science degree. Carl has experience in machining specialty materials such as nylon, stainless steel, oil-lite bronze, brass, and other various steel grades.
Machining Technology Industry Partners
Dixie Technical College's OAC program collaborates closely with industry partners, ensuring that its curriculum remains highly relevant and applicable to the dynamic demands of the modern workplace.
Contact a Machining Technology Advisor
Questions about this specific program? Maybe a question about Dixie Tech? Our advisors are here to help.
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