91

Machining Technology

Cutting-Edge Skills to Launch Your Career

Tuition

$3,000

Program Length

30 credits

Next Start Date

07/13/2026

Enroll by

07/02/2026

Location

Main Campus

Learn More

Your name

Precision in Motion: Start Your Machining Journey

Learn the technical skills needed to turn raw materials into precision parts. The Machining Technology program teaches students skills—from grinding to CNC machine operation—to give students a solid foundation in a high-demand field.

Avg. Salary

$55k

for 91 Grads

Career Growth

2.00%

by 2032 in Utah

Day in the Life

Whether you are operating a CNC machine or working with hand tools, your day-to-day activities include turning raw materials into precision parts used in everything from aerospace to medical devices. Throughout the day, you monitor measurements, make adjustments, and inspect finished pieces to ensure accuracy. It’s a career that blends technical skill, problem-solving, and attention to detail, where every cut counts.

Career Skills You'll Learn:

Introductory Skills

Learn basic procedures and machining operations, including safety practices, data sheets, and use of basic measuring tools.

Blueprint Reading & Math

Read and interpret mechanical blueprints to calculate dimensions and determine data, including the basics of technical mathematics.

Hands-on Lab Experience

Practice hands-on skills on industry-standard equipment so that you are fully prepared to work in the field.

CNC Operations

Understand CNC machining and operations. Learn how to create CNC programs manually and perform part production and inspection.

Cutting Tool Geometry

Learn cutting tool geometry and theory to optimize tool life and achieve desired results.

Potential Career Paths

CNC Machinist

Operate and maintain CNC machines to manufacture precision parts and components.

Manual Machinist

Operate manual machine tools, including mills, drills, and grinders, to produce precision parts and components.

Precision Inspector/Quality Control Technician

Ensure the quality and accuracy of parts produced by CNC machines.

Shop Supervisor/Foreman (with further education)

Oversee the daily operations of a machine shop, ensuring production goals and quality standards are met.

Machine Shop Owner (with further education)

Manage all aspects of the operation and success of a machine shop, including production, employees, customer relationships, and finances.

91 Partners who hire our Machining Technology graduates

Program Overview

The Machining Technology program trains students to use machine tools to produce complex parts used in every industry. Machinists are trained to use various turning, milling, grinding, and Computer Numerical Controlled (CNC) machines to produce these complex parts. Machinists are also tasked to interpret an engineer’s 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.

Classroom Hours
Day: M-F 8:00 a.m. – 3:00 p.m.
Eve: T-Th 3:00 p.m. – 8:00 p.m.

Enrollment open to
Adults, High school students

Credit transfer options
Available to view here 

Estimated Tuition
$3,000

Estimated Materials Cost
$1,580

Financial Aid Eligibility
Scholarship: Yes
VA: Yes
Pell Grant: Yes

Program Materials

MaterialRequiredNewCourses
Notebook$5.00 All
Scientific Calculator$22.65 All
1 Yr. Tooling U Subscription$216.00 All
Safety Glasses Clear$3.29 All
Kibble,Meyer, Neely, White Machine Tool Practices. 11. ISBN: 978-0134985862 Ebook$90.00 All
Smith & Peterson Mathematics for Machine Technology. 7th. Delmar Publishing, ISBN: 9781133281450 Ebook$89.00 All
Quad Ruled Graph Paper$3.00 TEMT 1000
David L Taylor Print Reading For Machinists. 6th. Cengage, ISBN: 978-1-285-41961-8 Ebook$89.00 TEMT 1000
3/8" x 3/8" x 3" HSS Square Tool Bit$13.95 TEMT 1000, TEMT 1200
CNC Mill Programming Blueprint and Inspection Report (PDF Packet)$6.00 TEMT 1100, TEMT 1150, TEMT 1300, TEMT 2300
5/8 Diameter 82 Degree Countersink$49.69 TEMT 1100, TEMT 1150, TEMT 1200, TEMT 1250, TEMT 1300, TEMT 1350, TEMT 2300
6" Dial calipers, .001 graduation, .100 dial$91.65 TEMT 1100, TEMT 1150, TEMT 1200, TEMT 1250, TEMT 1350, TEMT 1300, TEMT 2300
6" Steel rule- 3R graduation (1/64", 1/32", 50th, 10th)$13.99 TEMT 1100, TEMT 1150, TEMT 1200, TEMT 1250, TEMT 1300, TEMT 1350, TEMT 2300
No. 4 Center Drill$12.99 TEMT 1100, TEMT 1150, TEMT 1200, TEMT 1250, TEMT 1300, TEMT 1350, TEMT 2300
Roto Burr Tool$6.99 TEMT 1100, TEMT 1150, TEMT 1200, TEMT 1250, TEMT 1300, TEMT 1350
Dial Test Indicator Holder (spindle mounted, Indicol style)$135.00 TEMT 1100, TEMT 1150, TEMT 1300, TEMT 2300
Dial Test Indicator, .0005 graduation, .030 min range$190.00 TEMT 1100, TEMT 1150, TEMT 1300, TEMT 2300
½” diameter end mill$36.56 TEMT 1100, TEMT 1150, TEMT 1300
Edge Finder$28.69 TEMT 1100, TEMT 1150, TEMT 1300, TEMT 2300
Flash Drive (2GB or greater)$20.00 TEMT 1150, TEMT 1250, TEMT 1300, TEMT 1350, TEMT 2300
Peter Smid CNC Programming Handbook Ebook. 3rd. Industrial Press, ISBN: 978-083113347-4 Ebook$109.95 TEMT 1150, TEMT 1250, TEMT 1300, TEMT 1350, TEMT 2300
Wax Block 6 x 6 x 3$32.99 TEMT 1150, TEMT 1300
1" Dial Test Indicator w/base$80.91 TEMT 1200, TEMT 1250, TEMT 1350
CNC Lathe Programming Blueprint reading and Inspection (PDF Packet)$6.00 TEMT 1200, TEMT 1250, TEMT 1350
(2) 2" Wax Cylinder by 3.5" long$15.30 TEMT 1250
(2) 1" Wax Cylinder x 3.5" long$9.12 TEMT 1350
(4) 2" Wax Cylinder by 3.5" long$30.60 TEMT 1350
David A. Madsen & David P. Madsen Geometric Dimensioning & Tolerancing NE. 9th. Goodheart Wilcox, 2023. ISBN: 9781645646433 Ebook$138.65 TEMT 1565
Alex Krulikowski The Ultimate GD&T Guide. 2nd. Effective Training Inc., ISBN: 20022122$24.99 TEMT 1565
Multiaxis setup and operations Blueprint and Inspection report (PDF Packet)$8.00 TEMT 2300
Subtotal of required materials$1,579.96

Material costs are subject to change.

The Machining Technology program at 91 has a reading requirement. Please visit this page for more information.

The 91 Machining Technology program has rolling start dates throughout the year. If you are interested in enrolling in the program, please review the application deadlines and program start dates below to ensure a smooth application process.

Enroll ByStart Week
07/02/202607/13/2026
07/16/202607/27/2026
07/30/202608/10/2026
08/13/202608/24/2026
09/03/202609/14/2026
09/17/202609/28/2026
10/01/202610/12/2026
10/15/202610/26/2026
10/29/202611/09/2026
11/19/202612/07/2026
12/17/202601/11/2027
01/14/202701/25/2027
01/28/202702/08/2027
02/18/202703/01/2027
03/04/202703/15/2027
03/25/202704/12/2027
04/15/202704/26/2027
04/29/202705/10/2027
05/13/202705/24/2027
05/27/202706/07/2027
  • 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.
  • Set up, program, and operate a Computer Numerical Control (CNC) machine.
Course NumberCourse NameCreditsCost
TEMT 1000Manufacturing Fundamentals3300
TEMT 1100Mill Concepts3300
TEMT 1150CNC Mill Concepts3300
TEMT 1200Lathe Concepts3300
TEMT 1250CNC Lathe Concepts3300
TEMT 1300CNC Mill Programming3300
TEMT 1350CNC Lathe Programming3300
TEMT 1565Advanced Print Reading3300
TEMT 2000Process Control3300
TEMT 2300Multi-Axis3300
Bret Holmes

Bret is our Machinist Coordinator for the Machining Technology Program. He has 5 years of industry-related experience and has been an instructor at the college since 1997. He holds a B.A. in education and has an Associate of Applied Science degree in Machine Tool Technology/CNC. Bret also holds a U.S. Department of Labor, Bureau of Apprenticeships & Training Machinist Certificate. He is a Certified Metalcutting (CMP) professional from Kennametal. Bret would enjoy the opportunity to discuss a career in machining with you.

Office Hours (by appointment)
Instruction: M-F 7:30 a.m. – 2:00 p.m.

Administrative
M-F 2:00 p.m. – 4:00 p.m.

Location
Manufacturing Tech 100l

bret.holmes@otech.edu

801-395-3795