Professional Welder with Pipefitting

icon-clock Duration: 10 Months

icon-book Campus Availability: Tulsa, OK Jacksonville, FL

Upcoming Class Start Dates


Class Schedules

Morning (M-F) Afternoon (M-F) Evening (M-F)
7:30am-12:30pm 1:00pm-6:00pm 6:30pm-11:30pm

This professional welder with pipefitting training program provides comprehensive pipefitter, steamfitter, boilermaker, and plumber training that covers blueprint reading, mathematics, safety, piping codes/specifications, and plumbing related skills.

You’ll learn how to work with various types of pipes, pipe systems installation, plumbing related fixtures and more. Upon graduation, you’ll be trained and equipped with practical hands-on skills and techniques essential to start working in entry-level careers locally and nationally.

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Course Features & Pipefitting Career Options

The Professional Welder with Pipefitting Training program can be completed in as little as 10 months. The Program prepares graduates for careers in new construction, repair, modernization or maintenance work. We offer flexible class schedules, with location options at our Tulsa, OK and Jacksonville, Florida campuses. Course Features and Career options include:

  • Blueprint Reading
  • Mathematics
  • Safety
  • Plumbing codes & Standards
  • Pipe systems installation
  • Plumbing fixtures
  • Pipefitter
  • Pipelayer
  • Plumber
  • Boilermaker
  • Steamfitter

Employment is Expected to Grow for Pipefitting in the US to 568,600 Jobs by 2028!i

What is Pipefitting?

Pipe fitting is the act of laying out, assembling and installing piping systems involved in the transfer of various fluids, solids and/or gases. Pipefitters work on layout, assembly and installation of piping systems and related equipment by applying system knowledge and/or following blueprints.

So many different things move through pipes – water, gas, air, and oil – and people trained in pipe fitting are needed to keep those things moving swiftly and safely. The goal of the Pipe fitting training program at TWS is to connect you to a versatile, sustainable career field.

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  • Employer Partnerships

    Employer Partnerships

    TWS has partnerships with major employers across the United States and even internationally. Our dedicated Career Services team will be there to support you every step of the way after graduation.

  • The Right Tools for the Job

    The Right Tools for the Job

    When you begin your education at TWS, we provide you with an extensive gear package. You get the high quality professional tools you need to succeed. Ask your Admissions Representative for more information about the gear package for your program.

  • Scholarship Opportunities

    Scholarship Opportunities

    Learn more about what scholarship opportunities are available and how you might qualify for one. Start the process of applying for a scholarship today!

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Program Courses

Welding Fundamentals

This course is designed to provide the student with a wide range of fundamental information about a career in welding and to begin building critical welding skills. Students learn about career opportunities and the importance of safety awareness that will be reinforced in later laboratory exercises. Other fundamental skills include learning the basic layout of construction drawings and how to read and correctly interpret welding symbols. Students learn thermal torch techniques to cut flat stock. They will also learn and use Plasma Cutting and Carbon Arc gouging procedures. As they begin to learn about arc welding processes, students learn to set up welding equipment, the components of an arc welding machine, and the various types of electrodes used in arc welding procedures. Using an E7018 electrode, students begin by practicing basic SMAW welding processes and technique. Project assignments allow students an opportunity to practice and develop welding and cutting skills.


  • 4 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 2 Outside Prep Hours

GMAW/FCAW Processes

This course is designed to introduce students to two new and related welding processes. GMAW or MIG uses a torch designed to provide a shielding gas for the weld and an automatic wire feed system that provides a constant feed of the filler metal. FCAW or Fluxcore uses a similar torch but uses a powdered flux to shield the weld. These processes are a considerable departure from processes previously used. Students learn to set up and operate GMAW/FCAW welding equipment. These processes are applied in different combinations for welding plate in various basic positions. Students learn to correctly prepare pipe for GMAW/FCAW welding processes. In addition, as part of an expanding knowledge about construction drawings, students learn about isometric drawings and their importance as a three- dimensional picture of an object.


  • Prerequisite Course(s): WLD101, WLD110, WLD115, WLD120
  • 4 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 4 Outside Prep Hours

Structural Welding

This course essentially focuses on developing flat welding techniques in three basic positions and builds on the fundamental knowledge and skills learned in WLD101. SMAW processes are used to practice weld technique and perform basic butt welds using mild steel. Two primary welding electrodes are applied to various welding exercises and students learn fundamental procedures related to root pass and fill welds. Students continue to build their skills through a series of project exercises designed to reinforce skills and knowledge learned. Students expand their knowledge about related welding diagrams and drawings and methods of coding various types of metal. Drawings are used to communicate lab project information and reinforce reading and interpreting welding symbols. Students are also introduced to basic destructive weld testing techniques and the importance of quality welds to achieve maximum strength and integrity of the metal. Basic principles of metallurgy explain to students the changes in metals’ internal structure during the heating and cooling processes. Students are also introduced to welding pipe. The challenge is to weld consistently while moving around the pipe. Five-inch diameter pipe is cut using thermal processes and prepared for welding. For the exercise, students weld pipe in only one basic position.


  • Prerequisite Course(s): WLD101
  • 4.5 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 7 Outside Prep Hours

Pipe Welding

This course presents new challenges from the first two courses. Students expand their knowledge and skills to perform and practice basic pipe welding techniques using two welding processes (SMAW & GTAW). The GTAW process is introduced and students practice performing basic root welds on pipe coupons. The remainder of the welding procedure applies SMAW processes to complete the fill and cap welds. Reading and interpreting basic pipe drawings, students cut pipe coupons to length and bevel the pipe ends using thermal and mechanical beveling processes. Students face their first experience at practicing uphill and other welding techniques simultaneously. They practice welding in multiple positions as they travel around the pipe to complete the weld. Also, as a continuation of basic metallurgy, students learn various techniques for identifying types of metal using visual and mechanical testing techniques.


  • Prerequisite Course(s): WLD101, WLD110
  • 4 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 4 Outside Prep Hours

Advanced Pipe Welding

Students continue to develop, apply and practice their pipe welding skills. Mild steel pipe is welded in various positions using primarily GTAW (TIG) welding processes. In addition, students learn to use stainless steel electrodes to weld high carbon steel. Using two-inch diameter pipe, students practice using the GTAW process to weld the root and complete the fill and cap portion of the weld using SMAW processes. They also learn to properly rig and balance pipe loads, use hand signal communication to the crane operator, and lift and place pipe in preparation for welding operations. Most pipe welding is performed in an open environment using various types of portable welding equipment. Students learn to set up and safely operate portable welding units for structural and pipe welding operations. Emphasis is given to awareness about electrical safety and steps necessary to prevent electrical shock.


  • Prerequisite Course(s): WLD101, WLD110, WLD115
  • 4 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 4 Outside Prep Hours

Welding Capstone

The welding capstone course is a transition course from the classroom to the field. Students are challenged in the laboratory to use all the welding knowledge and skills they have gained in a series of exercises designed to reinforce prior instruction, hone skills, and practice production rates that meet industry standards. Students
are given three possible options they can pursue to complete course requirements. The selection of the option depends on the method students intend to apply after graduation.

Time is also given to prepare for and seek gainful employment. Students prepare resumes, practice the interview process, learn about good work ethics including work habits and appearance, and complete employment applications.


  • Prerequisite Course(s): WLD101, WLD105, WLD110, WLD115, WLD120
  • 4.5 Semester Credit Hours
  • 25 Lecture Hours
  • 100 Lab Hours
  • 125 Total Contact Hours
  • 7 Outside Prep Hours

Introduction to Pipefitting

This course explains the role and importance of safety. Students will learn how to identify and follow safe work practices and procedures as well as how to properly inspect and use safety equipment. Students will also receive an introduction to construction drawings, construction math, and blueprints. Students will also receive an orientation to the pipefitting trade along with tools and techniques of basic employability skills. The students will also learn and explore oxyfuel cutting.


  • 3 Semester Credit Hours
  • 58 Lecture Hours
  • 17 Lab Hours
  • 75 Total Contact Hours
  • 12 Outside Prep Hours

Pipefitting Essentials

This course provides an introduction into the various hand tools and power tools used in the Pipefitting industry. Students will also explore and identify various piping systems. Students will also revisit blueprints from an advanced perspective. Pipefitting trade math as well is presented during this course.


  • 3 Semester Credit Hours
  • 41 Lecture Hours
  • 34 Lab Hours
  • 75 Total Contact Hours
  • 8.5 Outside Prep Hours

Pipefitting I

This course describes the materials used in threaded piping systems and socket weld piping systems. Students will be instructed on how to determine pipe length between both threaded pipe and socket weld fittings, prepare pipe and fitting for fit-up, and assemble/fabricate piping systems and socket weld fittings. Students will also be introduced to pipe hanger and support as well as receive an introduction to butt weld pipe fabrication.


  • 2.5 Semester Credit Hours
  • 33.5 Lecture Hours
  • 41.5 Lab Hours
  • 75 Total Contact Hours
  • 7 Outside Prep Hours

Pipefitting II

This course describes the materials used in butt welding piping systems. It explains how to determine pipe lengths between butt weld fittings, prepare the pipe and fittings for fit-up, and fabricate butt weld fittings. Students will also learn how to select and install backing rings, fabricate channel iron welding jigs, and use and care for welding clamps. This course also introduces students to aboveground pipe installation. Students are also introduced to special piping applications.


  • 2.5 Semester Credit Hours
  • 22.5 Lecture Hours
  • 52.5 Lab Hours
  • 75 Total Contact Hours
  • 4.5 Outside Prep Hours

Sound Interesting? Contact us for more information on this course and the Professional Welder with Pipefitting Program

Alumni Testimonials

iEmployment is expected to grow for Plumbers, Pipefitters, and Steamfitters(472152) in the US to 568,600 through 2028, in Okland to 8,500 and in Florida to 34,000 through 2026