Welding is sold as a craft: the hood drops, the arc opens, and something beautiful gets built. The craft is real, but it occupies a minority of the shift. Most of a welder’s day is grinding, measuring, fitting, repositioning, and waiting for an inspector — and the money is even more unevenly distributed than the work is.
How much of the day is actually welding
In a fabrication shop, a structural welder might spend three hours of an eight-hour shift under the hood. The rest goes to:
- Fit-up and layout. Reading drawings, cutting to length, beveling edges, tacking members in place, and checking square and plumb before anything permanent happens.
- Grinding and cleaning. Removing mill scale, spatter, and the previous welder’s mistakes. A grinder is the tool you will use most and the one nobody mentions at the open house.
- Positioning. Nobody pays you to weld out of position if the part can be rolled into flat. When it cannot — field work, pipe, structural connections — you weld overhead, vertical, or in a hole.
- Inspection. Visual checks, then the third-party inspector. If the joint fails ultrasonic or radiographic testing, you cut it out and do it again on your own time or the shop’s, depending on the shop.
- Setup and housekeeping. Gas bottles, wire spools, machine settings, leads, and the endless small logistics of keeping an arc available.
The percentage shifts by sector. Production MIG welding on a fixture is mostly arc time and is correspondingly repetitive and lower paid. Field pipe welding is the opposite: long stretches of prep, then a short, high-consequence pass that has to be perfect the first time.
The sectors are not the same job
- Shop fabrication. Indoor, predictable hours, lower pay, and the most exposure to automation. If your job is welding the same bracket 200 times, a robot is coming for it.
- Structural ironwork. Connecting steel on a site, often at height, in weather. Union ironworker wages, per-diem travel, and a genuine fall hazard that no amount of procedure removes.
- Pipe and pressure vessel. ASME code work, usually through a pipefitter apprenticeship, with the highest skill bar and the best pay. Certification is by procedure and position, and a 6G test is the gate.
- Pipeline. The “boomer” life: travel to a spread for months, work 6 to 10 days a week, live in a motel or a truck, and earn well above the national median for the duration. Then the spread ends.
- Aerospace and precision TIG. Clean, quiet, exacting, and paid by the part rather than the hour in many shops. Titanium and Inconel reward patience and punish impatience immediately.
- Maintenance welding. A plant or mine keeping equipment alive. Variety, breakdowns at 2 a.m., and the widest range of processes in one job.
What the conditions are really like
Heat and posture. Leathers in August, on a roof, welding overhead, is the standard image for a reason. Welders sit, kneel, and contort for hours; knees and lower backs are the first things to go.
Fumes and light. Arc flash burns the cornea — “arc eye” feels like sand in your eyes and hits at 3 a.m. — and it happens to people who lift the hood “just for a second.” Manganese in some flux-cored wires and hexavalent chromium from stainless are the exposures that matter over a career, which is why fume extraction and respirators are not optional extras in a shop that expects to keep people.
Travel. The high-paying work is often not where you live. Pipeline and shutdown work means weeks away, and the per diem that makes the money look good is also compensation for sleeping in a motel.
Autonomy. High in the field, low in a production shop. Nobody watches you weld a pipe joint, and the test is whether it holds.
What it takes to get in
- Certificate. Six to eighteen months at a community college or trade school, covering SMAW (stick), GMAW (MIG), FCAW (flux-core), and often GTAW (TIG), plus blueprint reading and symbols. The good programs teach fit-up and code, not just beads.
- Helper or shop-assistant route. Still viable, especially in fabrication. You start by grinding and cutting, and the boss teaches you to weld when the schedule allows.
- Certification. AWS and ASME credentials help you get hired, but the qualification that matters is the one your employer runs for the specific procedure and position you will weld. Certifications do not transfer between employers as cleanly as schools imply.
- Physical prerequisites. Color vision, the ability to work in a hood in heat, and — for structural and pipeline work — comfort at height and in confined space.
What it pays
The median annual wage for welders, cutters, solderers, and brazers was $53,750 in May 2025, or $25.84 per hour, according to the Bureau of Labor Statistics. The occupation employed about 437,700 people, is projected to grow just 2 percent from 2025 to 2035, and still produces roughly 40,300 openings a year — nearly all of them replacements for people leaving.
That median hides more variation than almost any other occupation in this series:
- Production MIG welding sits at or below the median. It is the easiest job to get and the easiest to automate.
- Union structural and pipe work runs well above the median, with apprenticeship progression and negotiated increases.
- Pipeline and shutdown work can clear six figures in a strong year, because it is 60-to-70-hour weeks plus per diem, not because the hourly rate is extraordinary.
- Certification stacking into stainless, aluminum, or exotic alloys raises the rate faster than years of service do.
The honest warning: the headline numbers are quoted by schools as if they were starting salaries. They are not. A new graduate from a six-month program in a non-union shop should expect to start below the median, and the path above it runs through code work, travel, or a union card.
Where it leads next
- Welding inspector. The AWS Certified Welding Inspector credential is the most reliable way off the tools and up in pay. It requires documented experience plus an exam, and it converts judgment into salary.
- Pipefitter or boilermaker apprenticeship. Code welding with a defined wage progression, pension, and a career structure that shop welding lacks.
- Shop foreman or fabrication lead. Scheduling, quality, and customer problems instead of arc time.
- Your own rig. Mobile welding and repair is a real small business, and it trades stability for the ability to charge what the job is worth at 9 p.m. on a Sunday.
- Robotics and automation operator. Programming and tending welding cells is the growing version of the trade, and it pays better than the manual production job it replaced.
Who leaves within a year
- People who wanted to weld and discovered they mostly grind. The ratio of preparation to arc time is the most common disillusionment.
- People who took a production job for the wage and found the repetition unbearable. Ten months of the same bracket is a different job than the one the school showed you.
- People who cannot do the travel. The money that justifies the trade often requires living out of a suitcase, and that is a family decision as much as a career one.
- People whose bodies quit early — knees, back, shoulders, or the arc-eye and fume exposures that come from skipping protection when the shop is behind schedule.
Welding rewards people who like tangible, verifiable work and can tolerate heat, repetition, and a wage that only climbs when you specialize or travel. It punishes people who expect the median to be the starting line. If you are comparing it against another trade, the electrician and plumber comparison is the closest useful benchmark for apprenticeship structure and pay shape.
More in this series: Electrician · Plumber · HVAC technician
Questions people ask before applying
Four questions come up in almost every conversation about this trade. The short answers are below.
How long does it take to become a welder?
Six to eighteen months for a certificate at a community college or trade school, covering SMAW (stick), GMAW (MIG), FCAW (flux-core), and often GTAW (TIG), plus blueprint reading and weld symbols. The good programmes teach fit-up and code, not just how to run a bead.
How much does a welder make?
The median was $53,750 a year, or $25.84 an hour, in May 2025, according to the Bureau of Labor Statistics. That median hides a very wide range: pipeline and pressure-vessel work pays multiples of it, while production welding in a shop pays close to the bottom of it. To set that median against the trades and clinical roles covered here, browse the full guide library. The licensed-trade comparison is welder vs electrician, a $9,440 median gap that the training length largely explains.
Do I need certification to weld?
For general shop work, no. For anything governed by a code, yes, and the certification is usually specific to the process and position you are tested in. Most welders hold several, and they are earned by passing a test on real metal, not by finishing a course.
Is welding a good career if I do not want to travel?
It can be, but the highest-paying welding jobs are the ones that move. Pipeline, refinery shutdown, and shipyard work pay well precisely because you go where the job is. Staying home usually means shop production or fabrication, which is steadier and pays less. Decide which of those you want before you train. If staying local is the plan, the local-money comparison is HVAC technician vs welder, where the raises come from seasons instead of certifications.
Sources
Wage, employment, growth, and openings figures: BLS Occupational Outlook Handbook, Welders, Cutters, Solderers, and Brazers, median pay as of May 2025, projections 2025–2035, checked November 2026. Process and certification details reflect AWS and ASME published qualification requirements and employer qualification practice; wages by sector are our estimates from job postings and are not government figures. Hazard information follows OSHA welding, cutting, and brazing standards (29 CFR 1910.252).