Welding is crucial to the paths we walk on, the cars we drive, and the homes we live in. The infrastructure we rely on for our livelihoods is forged by fire and metal. When the first spark ignites, you are starting to make something that matters.
There many paths for you to consider if you aspire to be a welder. With these three distinct paths, you can take a path that leads to building things with your hands and tools, designing advanced systems, or even running welding projects yourself. Here are the degrees offered to you:
- Welding Technology Management (B.S.)
- Welding Engineering Technology (B.S.)
- Welding and Fabrication Technology (A.A.S.)
At a Glance: The Three Paths Compared
Before digging into the details, here is a summary of how these programs stack up against one another in terms of time commitment, core focus, and ultimate career goals.
| Degree | Time | Core Focus | Career Outcomes |
| Welding & Fabrication Technology | 2 Years | Hands-on skills: cutting/shaping, and structural building. | Get into the workforce as a high-skilled fabricator or technician. |
| Welding Technology Management | 4 Years | Hands-on welding mixed with business, marketing, and leadership. | Run a welding business, manage project budgets, and lead shop teams. |
| Welding Engineering Technology | 4 Years | Advanced materials science, automated robotics, and math/physics. | Design welding systems, test material limits, and program automation. |
1. Welding and Fabrication Technology (A.A.S.)
If your goal is to master the torch, understand how different metals react, and get into the workforce as quickly as possible, the 2-year Associate of Applied Science (A.A.S.) is designed for you.
- What it is: A focused, two-year degree that skips advanced business management and high-level calculus to focus entirely on the practical mechanics of cutting, shaping, and fusing metal.
- Key Focus Areas: Blueprint reading, manual welding processes (MIG, TIG, Stick), structural fabrication, and foundational codes/standards.
- The Experience: You’ll spend your time directly in the immersive labs at BYU-Idaho, working with professional-grade tools under the guidance of experienced faculty.
- Perfect for: Anyone who loves tangible, physical results, wants to minimize student debt, and wants to step onto a job site or into a fabrication shop within two years.
2. Welding Technology Management (B.S.)
Working with hot metal is inherently a high-risk, high-reward environment. The Welding Technology Management bachelor's degree ensures you have the technical know-how to keep operations safe and efficient, combined with the business acumen to turn a profit.
- What it is: A four-year degree that pairs hands-on welding principles with business strategy. You aren't just learning how to weld; you're learning how to build and manage the team doing the work.
- Key Focus Areas: Practical skills, standards and codes, and business leadership.
- Welding Science: Understanding structural builds and metallurgy (how metals fuse).
- Codes & Standards: Mastering inspection, quality control, and certification.
- Business & Marketing: Deep dives into accounting, project management, leadership, and building a professional resume to market your skills.
- Perfect for: Leaders who want a balance of office and shop time. If you want to run your own custom shop, act as a project manager for massive construction projects, or lead manufacturing teams, this is your major.
3. Welding Engineering Technology (B.S.)
Welders specialize in joining materials; welding engineers make sure those joints survive extreme environments like outer space, deep-sea pipelines, or high-speed collisions. BYU-Idaho’s program is one of the few elite programs of its kind in the nation.
- What it is: A rigorous four-year engineering technology degree that bridges the gap between hands-on technical skills and advanced science. You will apply physics, chemistry, and mathematics to real-world industrial challenges.
- Key Focus Areas: Science of metallurgy, automation, quality control and testing.
- Materials Science & Metallurgy: Predicting how metals behave under extreme stress or temperature.
- Automation & Robotics: Programming robotic welding systems and utilizing Computer-Aided Design (CAD) modeling.
- Quality Control & Non-Destructive Testing (NDT): Analyzing failures and using advanced testing methods to ensure structures are flawless.
- Perfect for: Problem solvers who love high-tech manufacturing. This degree opens doors to careers in aerospace, green energy, automotive design, and heavy industrial manufacturing.
Ready to take the next step?
No matter which paths you choose, experienced faculty and state-of-the-art labs are ready to help you turn a spark into a lifelong career.
Sources
6 Advanced New Welding Techniques in Modern Manufacturing | MachineMFG
Welding Wikipedia.
The Future of Welding: Trends and Innovations AWS
Standards and Publications AWS
Welding for Beginners: The Ultimate Guide Welding Headquarters
Welding Engineering Technology (B.S.) BYU-Idaho
Welding Student Resources BYU-Idaho
Hands-on learning sets up students for careers and discipleship BYU-Idaho
Codes and Standards AWS
ASME and AWS welding codes—Similarities and differences The Fabricator
Welding Codes and Standards: ASME, AWS, API, and ISO in context of Welding Engineering True Geometry
Standards And Codes Reliant Pipes
Lincoln Electric
AMSE
Plan your business U.S. Small Business Administration