Menu
Welder, Cutter, Solderer, Brazer
Welders, cutters, solderers, and brazers join or cut metal in shops, factories, construction sites, shipyards, pipelines, and repair settings. The durable part of the job is controlling heat, material, position, safety, and quality in the real world.
That 70 is built from the three core components of durability — here’s how this job did on each one.
AI can help around welding: procedure records, training simulation, inspection support, robot programming, estimates, and documentation. The weld still happens through heat, metal, position, access, and quality judgment. A welder sets the machine, prepares the joint, controls the puddle, watches heat distortion, works around fumes and arc flash, and passes the required test or inspection. Observed AI exposure is 0%, with modeled median job-loss risk under 1%. The catch is factory robotics: repetitive production welds are much easier to automate than field, repair, pipe, structural, or shipyard work.
Welding's protection is skill and inspection more than law. Heavy lifting, standing, fumes, heat, arc flash, awkward positions, and confined spaces keep entry from being casual. Procedure tests, employer qualifications, OSHA safety rules, and AWS credentials matter most in pipe, structural, pressure-vessel, shipyard, and inspection-heavy lanes. The weakness is portability: there is no broad state license that protects every welder, and repetitive factory welding already has commercial robot cells. Specialty tests create gates, but they are job- and employer-specific.
Federal projections show about 457,300 welder jobs, 2.2% growth, and about 45,600 annual openings. That is a large replacement-heavy market rather than a fast-growth one. Fabrication, repair, construction, energy, infrastructure, shipbuilding, and inspected welds keep hiring real, especially where quality standards are high. The qualifier is cyclicality: factory orders, manufacturing slowdowns, automation spending, energy projects, and defense or infrastructure programs can move local welding markets quickly. Local shop backlogs and certified specialty work matter too.
Welding stays durable for field, repair, pipe, structural, shipyard, pressure, and inspection-heavy work. Those jobs stay tied to access, position, material condition, safety, and a person passing the weld standard. Durability is shorter for repetitive production welding because factory robotic cells are already part of the occupation, even if they do not erase the whole trade.
The watch item is automation moving from controlled factory cells into a wider range of welds. Production welders on repeat parts are most exposed; welders who can fit, troubleshoot, certify, inspect, repair, or work in awkward field conditions are more insulated. A good next step is to ask local programs which process tests and specialty lanes their graduates actually use, then aim your first job toward those stronger lanes.
Welding pay depends heavily on process, certification, industry, location, and lane. Entry production work pulls the national wage table down, while pipe, structural, shipyard, pressure-vessel, repair, inspection, shutdown, and energy work can raise the ceiling. The important local question is not just whether a school teaches welding, but which tested processes nearby employers actually hire for and whether graduates leave with the right procedure tests for those jobs. Local union or shutdown work matters too locally.
Where this can lead: production welder to fitter-welder, pipe welder, structural welder, shipyard welder, pressure-vessel welder, welding inspector, lead hand, foreman, or small fabrication-shop owner. American Welding Society certifications, procedure tests, blueprint reading, fitting skill, inspection experience, and specialty materials raise the ceiling more than general arc time alone. Local tests matter too.
Welding is hardest to automate when the job is a real joint, a real standard, and a person who can control heat and metal in front of them. The work can mean choosing the process, setting up the joint, watching the puddle, listening to the arc, reading the bead, and passing the required test. The weak spot is repetitive production, where robotic cells and thinner formal licensing make the entry-level lane easier to automate than field or specialty welding.
The catch is that welding has a thinner formal moat than licensed trades. Repetitive production welds can be done by robotic cells, and many entry jobs depend on employer tests rather than a state journey-license wall. Federal projections are modest: about 457,300 jobs, 2.2% growth, and 45,600 annual openings. This is a replacement-heavy trade with specialty upside, not a fast-growth trade.
Welding fits someone who can handle heat, fumes, protective gear, repetition, and careful skill practice. Someone who wants a stronger state-license wall or steadier building-service demand should compare plumbing, electrical, or HVAC. A practical next step is to visit one local welding program and ask which process certifications students actually leave with, then tour one fabrication shop before enrolling.
Production welding is repeatable and faster-paced. Production welders often run similar parts in a factory or manufacturing shop. The work can still require skill, but the setting is more controlled, the pace is tighter, and robotic cells are most likely to show up here first. This lane is the most exposed part of the occupation because repeat parts are easier to automate than field surprises.
Pipe and pressure work is procedure-heavy. Pipe, pressure-vessel, refinery, and energy work puts more weight on qualified procedures, position welding, testing, and inspection. The job may involve travel, shutdown schedules, tight access, and higher safety stakes. It is one of the stronger lanes because a bad weld can shut down equipment or fail inspection.
Structural and field welding follows the job site. Structural work means beams, columns, bridges, stairs, supports, repairs, and construction sites where fit-up, weather, access, and sequencing change the weld. The welder has to adjust to the actual material and position, not just follow a bench routine, which is why this lane stays more durable than repeat factory work.
Fab-shop and repair work rewards range. Fabrication shops and repair settings can mean brackets, frames, gates, equipment parts, trailers, machinery, or one-off fixes. The stronger worker can fit, measure, cut, tack, weld, grind, and check the result. Variety matters here because the job changes with the customer and the material.
- Start with a hands-on program or apprenticeship. High-school career-tech, community-college, technical-school, union, and employer programs can all work. The key is arc time, safety training, and a path to recognized tests, not just classroom hours.
- Learn the common processes first. Stick, MIG, TIG, flux-cored welding, cutting, fitting, blueprint reading, measurement, and grinder safety make the early worker useful. Specialty credentials matter more once the basics are stable.
- Certify for the jobs in your market. American Welding Society certification is common, while pipeline, pressure-vessel, shipyard, and code work may require specific procedure tests. Ask local employers which tests actually get a new welder hired.
- Move toward higher-skill lanes. Pipeline, pipe welding, structural, shipbuilding, pressure-vessel, aerospace, repair, and welding inspection can pay better than repetitive production work. The stronger the quality requirement, the more your skill matters.
- Plumber, Pipefitter, or Steamfitter — Overlaps in industrial pipe and pressure systems, but carries a deeper licensed pipe-trade ladder in many markets.
- Sheet Metal Worker — Keeps the metal and layout side, with more duct, fabrication, and shop-to-site installation work.
- Industrial Machinery Mechanic — Uses repair judgment around machines, motors, pumps, and plant equipment with a broader maintenance base.
- Machinist — Moves toward precision cutting, measurement, and parts production instead of joining metal with heat.