Welding Technology

Location: Lehi | Orem | Payson

Program length
16 months

Total cost
$6,521

Registration opens
November 4, 2025

Locations
See Map

In the Welding Technology program, students receive hands-on training in safety, welding, and cutting on a variety of metals. Instruction includes basic Oxy Fuel Cutting (OFC), Gas Metal Arc Welding (GMAW), Shielded Metal Arc Welding (SMAW), Flux Cored Arc Welding (FCAW), Gas Tungsten Arc Welding (GTAW), and other thermal and mechanical cutting processes. Students also learn welding process-specific and welding shop safety practices, basic print reading, and the proper uses and applications of AWS welding symbols.

74% Completion This data is pulled from fiscal year 2024. The displayed number does not guarantee completion of the program.

88% Placement This data is pulled from fiscal year 2024. The displayed number does not guarantee placement after the program.

Avg. salary $47k-$50k Wage data represents an estimate sourced directly from Career One Stop. Actual salaries may vary.

This program is eligible for Financial and Veterans Aid! Learn more

Registration: This program is considered “non-term”, which means there are multiple registration dates throughout the year. Here are the registration dates with the correlating start date:

PROGRAM LOCATION

registration date

start date

Lehi, Orem

September 2, 2025

September 8, 2025

Lehi, Orem, Payson

September 29, 2025

October 6, 2025

Lehi, Orem

October 27, 2025

November 3, 2025 (except Payson)

Lehi, Orem, Payson

November 4, 2025

December 1, 2025

Lehi, Orem, Payson

December 8, 2025

January 5, 2026

Lehi, Orem, Payson

January 26, 2026

February 2, 2026

Lehi, Orem, Payson

February 23, 2026

March 2, 2026

Lehi, Orem, Payson

March 30, 2026

April 6, 2026

Lehi, Orem, Payson

April 27, 2026

May 4, 2026

Lehi, Orem, Payson

May 18, 2026

June 1, 2026

Minimum Age Requirement: 17 years old. High school students must be in their senior year, and can only start on the August or January start dates.

Registration opens at 8:00 AM on the Student Portal, and remains open until classes are full.

  • Potential students must meet with an Admissions Advisor before enrolling.

  • Satisfy Entrance Requirements with Testing Center

Term Campus Room # Start Date – End Date Time Days
Fall 2025 Lehi Building B 116 non-term 7:30am – 10:30am Monday – Friday
Fall 2025 Lehi Building B 116 non-term 11:30am – 2:30pm Monday – Friday
Fall 2025 Lehi Building B 116 non-term 2:45pm – 5:45pm Monday – Friday
Fall 2025 Lehi Building B 116 non-term 6:00pm – 9:00pm Monday – Friday
Fall 2025 Lehi Building B 116 non-term 7:30am – 10:30am Monday, Wednesday, Friday
Fall 2025 Lehi Building B 116 non-term 11:30am – 2:30pm Monday, Wednesday, Friday
Fall 2025 Lehi Building B 116 non-term 2:45pm – 5:45pm Monday, Wednesday, Friday
Fall 2025 Lehi Building B 116 non-term 6:00pm – 9:00pm Monday, Wednesday, Friday
Fall 2025 Lehi Building B 116 non-term 7:30am – 10:30am Tuesday, Thursday, Friday
Fall 2025 Lehi Building B 116 non-term 11:30am – 2:30pm Tuesday, Thursday, Friday
Fall 2025 Lehi Building B 116 non-term 2:45pm – 5:45pm Tuesday, Thursday, Friday
Fall 2025 Lehi Building B 116 non-term 6:00pm – 9:00pm Tuesday, Thursday, Friday
Fall 2025 Orem Building A 108A non-term 7:30am – 10:30am Monday – Friday
Fall 2025 Orem Building A 108A non-term 11:30am – 2:30pm Monday – Friday
Fall 2025 Orem Building A 108A non-term 2:45pm – 5:45pm Monday – Friday
Fall 2025 Orem Building A 108A non-term 6:00pm – 9:00pm Monday – Friday
Fall 2025 Orem Building A 108A non-term 7:30am – 10:30am Monday, Wednesday, Friday
Fall 2025 Orem Building A 108A non-term 11:30am – 2:30pm Monday, Wednesday, Friday
Fall 2025 Orem Building A 108A non-term 2:45pm – 5:45pm Monday, Wednesday, Friday
Fall 2025 Orem Building A 108A non-term 6:00pm – 9:00pm Monday, Wednesday, Friday

Total hours: 900

Course Descriptions

Course Name Course Hours Course Credits Tuition Course Fees
Introduction to Welding and Cutting 60 2 $240.00 $225.00
Introduction to Welding and Cutting II 30 1 $120.00 $209.00
Measurement Systems 30 1 $120.00
Welding Symbols and Print Reading 60 2 $240.00 $50.00
Shielded Metal Arc Welding (SMAW) I 60 2 $240.00 $157.00
Shielded Metal Arc Welding (SMAW) II 60 2 $240.00 $133.00
Shielded Metal Arc Welding (SMAW) III 90 3 $360.00 $133.00
Gas Tungsten Arc Welding (GTAW) I 60 2 $240.00 $149.00
Gas Tungsten Arc Welding (GTAW) II 60 2 $240.00 $125.00
Gas Tungsten Arc Welding (GTAW) III 60 2 $240.00 $125.00
Gas Metal Arc Welding (GMAW) I 60 2 $240.00 $133.00
Gas Metal Arc Welding (GMAW) II 90 3 $360.00 $218.00
Flux Cored Arc Welding (FCAW) I 60 2 $240.00 $133.00
Flux Cored Arc Welding (FCAW) II 90 3 $360.00 $218.00
Submerged Arc Welding (SAW) 30 1 $120.00 $175.00

Upon registration, you will register and submit payment for the first course in the program.

While not required, you may make a deposit, in person or online, for the full program upon registration to be held in your student account.

Tuition/Fees Cost
Tuition: $3,600.00
Registration Fee: $40.00
Application Fee: $0.00
Course Fees: $2,183.00
Required Materials: $668.00
Total Cost of Program: $6,521

Note: High school students attend MTECH tuition free, and are only responsible for fees and materials.

Course-by-course cost breakdowns can be found on the “Courses” tab above.

Upon registration, you will register and submit payment for the first course in the program.

While not required, you may make a deposit, in person or online, for the full program upon registration to be held in your student account.

materials

notes

cost

AWS Online Subscription

Annual $75 AWS Online Access fee

Included in course fees

Blueprint Reading for Welders; 9th Ed.

Included in course fees

Gas Metal Arc Welding Technical Guide

Included in course fees

Flux Cored Arc Welding Technical Guide

Included in course fees

Shielded Metal Arc Welding Technical Guide

Included in course fees

Gas Tungsten Arc Welding Technical Guide

Included in course fees

Welding Equipment

2 soapstone holders, 1 mild steel & 1 stainless steel wire brush, 4 grinding discs, 4 tungsten sticks

$240

Welding Helmet

$70

Protective Clothing

2 canvas jackets, 1 SMAW & 1 GMAW gauntlet gloves 4 lens replacements, 2 safety glasses,

$100

Exam Materials for Industry Certifications

$20

Leather Safety Toed Boots

varies

Chipping Hammer

Can be purchased in the MTECH Store or at Norco

$8

Spark Striker and Tip Cleaner

Can be purchased in the MTECH Store or at Norco

$5

Combination Square

Can be purchased in the MTECH Store or at Norco

$10

Vice Grips and Welpers

Can be purchased in the MTECH Store or at Norco

$10

4 1/2″ Grinder

Can be purchased in the MTECH Store or at Norco

$97

Tape Measure

Can be purchased in the MTECH Store or at Norco

$10

Fillet Weld Gauge

Can be purchased in the MTECH Store or at Norco

$48

GTAW- 3/32″ Collet, Collet Body, Back Cap, insulator and GTAW torch cup

Can be purchased in the MTECH Store or at Norco

$20

Test Coupons (will need to purchase for each test)

1 per student – 3/8″ Plate Coupons

$10/each

Test Coupons (will need to purchase for each test)

1 per student – 1″ Plate Coupons

$20/each

  • MTECH Program Certificate in Welding Technology

  • American Welding Society (AWS) Level I Welder Certificates in:

    • GMAW

    • FCAW

    • SMAW

    • GTAW

  • AWS D1.1 3G Structural Steel Qualification – FCAW

  • AWS d1.1 3G Structural Steel Qualification – SMAW

  • (Optional) AWS D1.1 2G Structural Steel Qualification – GMAW Axel Spray Transfer

  • (Optional) AWS D1.1 3G Structural Steel Qualification – GTAW

  • (Optional) AWS D1.1 1G Structural Steel Qualification – SAW

Can I take this program while I’m still in high school?
Yes, we allow seniors in high school with prior welding experience to take the program.

Does MTECH provide the required Personal Protective Equipment (PPE) and tools?
No, we require students to provide all the required PPE and tools. We do carry all of the tools in the book store and we also have an agreement set up with Norco to give our students a student discount on everything they need for the class.

Does MTECH place students with an employer?
No. Students are responsible for acquiring employment within the industry.There will be opportunities throughout the course to connect with industry representatives that are hiring. MTECH Student Job Board, Canvas job postings and the Department of Workforce Services are great employment resources as well.

What is the class structure?
Students can expect about 85% of the time in the program to be out in the shop getting hands-on experience and 15% of the class with theory and classroom work.

How to Apply

Submit MTECH Application

Applying is free and easy! When you apply, please choose “undecided” as your program choice. You will select Welding Technology after being accepted to MTECH.

Take the Entrance Assessment

Admission requirements may be met by taking the Entrance Assessment OR by providing qualifying documentation. The Entrance Assessment can be taken at a Testing Center, and qualifying documents can be sent to transcripts@mtec.edu.

Learn more about the assessment HERE

Meet with an Admissions Advisor

Appointments can be scheduled HERE.

Register for Welding Technology

Once previous steps have been completed, eligibility is met to register for the first course within each program. Registration is on a first come, first serve basis. Tuition and fees are due for the first course upon registration.

Registration is only available in-person or over the phone with Student Services (801-753-6282).

High school welding students are limited to the August and January start dates. High school students can register through the Student Portal, or in person at Student Services.

Need more information?

Program Coordinator
headshot hunter reynolds
Hunter Reynolds

INFORMATION SESSIONS

INFORMATION SESSIONS

A tour being given after an information session

Admissions Advisors

Admission advisor meeting with student

AVAILABLE SCHOLARSHIPS

girl using calculator in testing center
Program length
16 mos
Total cost
$6,521

Course Description

Introduction to Welding and Cuttng
This course teaches basic job site safety, construction math, proper material handling techniques, hand tool identification and use, and workplace habits and attitudes. This course also shows how to distinguish between different power tools and their uses, describe construction drawings, and build communication and employability skills needed in the workplace and on a job site.
Introduction to Welding & Cutting II
This course will cover advanced cutting and fitting methods commonly used in the welding industry. Students will work with blueprints, cut lists, and common tools to construct a widget.
Measurement Systems
Students in this course gain an understanding of the concepts and implementation of measurement systems used by welding professionals. US customary units, metric units, and utilization of basic measurement tools are discussed.
Welding Symbols and Print Reading
In this course, students learn to interpret prints and drawings including welding symbols regularly used in the welding and fabrication industries. Engineering drawings are introduced as the medium by which the engineer, project manager, and/or draftsman communicates instructions to production welding personnel.
Gas Metal Arc Welding (GMAW) I
This course teaches set-up, operation, and practical application of GMAW. Process advantages and limitations are discussed. Students receive hands-on instruction regarding GMAW standard procedures and best practice in accordance with current industry standards using short-circuiting and axial spray metal transfer modes.
Gas Metal Arc Welding (GMAW) II
This course expands student competency in hands-on uses and practical application of GMAW. Shielding gas composition, selection, and appropriate flow rates are discussed. Students learn appropriate parameter selection for welding procedure requirements as necessary for GMAW proficiency. The pulsed-spray (GMAW-P) metal transfer mode will be introduced.
Gas Metal Arc Welding (GMAW) III
This course expands the student’s understanding of the practical applications of GMAW. Students will learn about electrode classification and selection, and metal cored wire. Students will be tested on their knowledge of GMAW.
Flux Cred Arc Welding (FCAW) I
This course covers set-up, operation, and practical application of FCAW. Process advantages and limitations are discussed. Students receive hands-on instruction regarding FCAW standard procedures and best practices in accordance with current industry standards.
Flux Cred Arc Welding (FCAW) II
This course expands student competency in hands-on uses and practical application of FCAW. Shielding gas composition, selection, and appropriate flow rates are discussed. Students learn appropriate parameter selection for welding procedure requirements as necessary for FCAW proficiency.
Flux Cred Arc Welding (FCAW) III
This course will test the students on their knowledge of FCAW by utilizing the AWS FCAW Sense Level 1 test. Following a blueprint, students build a widget using FCAW-G and FCAW-SS welding processes. Students will also take a practical qualification test that will follow the AWS D1.1 Structural Steel Code standards.
Shielded Metal Arc Welding (SMAW) I
This course teaches the set-up, operation, and practical uses of Shielded Metal Arc Welding. Process advantages and limitations are discussed. Students receive hands-on instruction regarding SMAW standard procedures and best practices in accordance with current industry standards.
Shielded Metal Arc Welding (SMAW) II
This course expands students’ competency in hands-on uses and practical application of SMAW. Students learn to reason through appropriate electrode diameters, classifications, and appropriate current levels necessary to achieve proficiency in SMAW.
Shielded Metal Arc Welding (SMAW) III
This course follows the AWS Sense Program for SMAW. Students will be required to pass a comprehensive written and practical exam, as well as attempt a welding qualification test using the SMAW process.
Gas Tungsten Arc Welding (GTAW) I
This course teaches set-up, operation, and practical application of GTAW using carbon steel. Process advantages and limitations will be discussed. Students receive hands-on instruction regarding GTAW standard procedures and best practice in accordance with current industry standards.
Gas Tungsten Arc Welding (GTAW) II
This course expands student competency in hands-on uses and practical application of GTAW using 60 non-ferrous metals. Electrode classifications, preparation, and tip geometries are discussed. Students learn appropriate parameter selection for welding procedure requirements as necessary for GTAW proficiency.
Gas Tungsten Arc Welding (GTAW) III
Gas Tungsten Arc Welding is an advanced level course for welding students. This course will test students on their knowledge of GTAW by utilizing the AWS GTAW Sense Level 1 test. Heat considerations and basic metallurgy will be taught.
Submerged Arc Welding (SAW)
This course covers set-up, operations and practical application of SAW. Process advantages and limitations will be discussed. Students will receive hands-on instruction regarding SAW standard procedures and best practice in accordance with current industry standards.
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